,portalid,id,downloaddate,overallq,qvalues,assessdate,dviews,downloads,engine,admindomain,metadata 0,data.nasa.gov,7bwh-kbdt,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/7bwh-kbdt', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:14:42.000Z', u'id': u'7bwh-kbdt', u'createdAt': u'2018-06-26T07:11:32.000Z', u'description': u'Changes in gravitational force such as that experienced by astronauts during space flight induce a redistribution of fluids from the caudad to the cephalad portion of the body together with an elimination of normal head-to-foot hydrostatic pressure gradients. To assess brain gene profile changes associated with microgravity and fluid shift a large-scale analysis of mRNA expression levels was performed in the brains of 2 weeks control and hindlimb-unloaded (HU) mice using cDNA microarrays. Although to different extent all functional categories displayed significantly regulated genes indicating that considerable transcriptomic alterations are induced by HU. Interestingly the TIC class (transport of small molecules and ions into the cells) had the highest percentage of up-regulated genes while the most down-regulated genes were those of the JAE class (Cell junction Adhesion Extracellular Matrix). TIC genes comprised 16% of those whose expression was altered including sodium channel nonvoltage-gated 1 beta (Scnn1b) glutamate receptor (Grin1) voltage-dependent anion channel 1 (Vdac1) calcium channel beta 3 subunit (Cacnb3) and others. The analysis performed by GeneMAPP revealed several altered protein classes and functional pathways such as blood coagulation and immune response learning and memory ion channels and cell junction. In particular data indicate that HU causes an alteration in hemostasis which resolves in a shift toward a more hyper-coagulative state with an increased risk of venous thrombosis. Furthermore HU treatment seems to impact on key steps of synaptic plasticity and learning processes. We used brains of four control (C1 C2 C3 C4) and four tail-suspended hindlimb-unloaded (E1 E2 E3 E4) mice to ensure statistical relevance of the study. 60 ug of total RNA extracted in TRIzol from each brain was reversed transcribed into labeled cDNAs using fluorescent Cy5 or Cy3-dUTP (Amersham Biosciences NJ). Differently labeled cDNAs obtained from a pair of biological replicas were co-hybridized overnight at 50C with a microscope slide spotted with ~ 27,000 mouse cDNA sequences produced by the Microarray Core Facility of the Albert Einstein College of Medicine in the xef xbf xbdmultiple yellow xef xbf xbd design (i.e.: C1C2 C3C4 E1E2 E3E4) described in Iacobas DA Fan C Iacobas S et al. Transcriptomic changes in developing kidney exposed to chronic hypoxia. Biochem Biophys Res Commun. 2006 349(1):329-38).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:14:42.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'Effect of microgravity on brain gene expression in mice', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:11:32.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-32', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-32', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'hybridization', u'feature_extraction', u'nucleic_acid_extraction', u'specified_biomaterial_action', u'image_aquisition', u'bioassay_data_transformation', u'grow', u'p-gse12312-2', u'p-gse12312-1', u'p-gse12312-7', u'p-gse12312-4', u'p-gse12312-9', u'p-gse12312-8', u'p-gse12312-3', u'p-gse12312-11', u'p-gse12312-5', u'p-gse12312-6', u'hindlimb unloading', u'labeling', u'p-gse12312-10'], u'categories': [u'health'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Effect-of-microgravity-on-brain-gene-expression-in/7bwh-kbdt', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1,data.nasa.gov,qwru-x4zd,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,14,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/qwru-x4zd', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:01:01.000Z', u'id': u'qwru-x4zd', u'createdAt': u'2018-06-26T07:06:45.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:01:01.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MER 1 MARS NAVIGATION CAMERA INVERSE LUT RDR OPS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 14, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.9068905956085187, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:06:45.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer1-m-navcam-3-ilut-ops-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MER1-M-NAVCAM-3-ILUT-OPS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer1-m-navcam-3-ilut-ops-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'mars exploration rover'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MER-1-MARS-NAVIGATION-CAMERA-INVERSE-LUT-RDR-OPS-V/qwru-x4zd', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 2,data.nasa.gov,sejf-b9ar,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,13,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/sejf-b9ar', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T01:03:51.000Z', u'id': u'sejf-b9ar', u'createdAt': u'2018-06-26T06:11:58.000Z', u'description': u'The Phoenix Robotic Arm derived and test data set migrated from PDS3', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T01:03:51.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'Phoenix Robotic Arm Data Set', u'columns_field_name': [], u'page_views': {u'page_views_total': 13, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.8073549220576037, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:11:58.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:phx_ra', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewBundle.jsp?identifier=urn%3Anasa%3Apds%3Aphx_ra&version=1.1', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:phx_ra', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'phoenix', u'mars'], u'categories': [u'finance', u'economy'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Phoenix-Robotic-Arm-Data-Set/sejf-b9ar', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 3,data.nasa.gov,sju3-3t8g,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/sju3-3t8g', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:28:00.000Z', u'id': u'sju3-3t8g', u'createdAt': u'2018-06-26T06:22:34.000Z', u'description': u""A global map of the abundance of hydrogen in micrograms/g within the regolith of asteroid 4 Vesta is provided for two-degree equal-angle pixels. Hydrogen abundances were determined from epithermal neutron counting data acquired by the NASA Dawn mission's Gamma Ray and Neutron Detector (GRaND) while in low altitude mapping orbit, about 210 km from Vesta's surface. The abundances are representative of Vesta's bulk regolith composition to depths of a few decimeters with a spatial resolution of about 300-km full-width-at-half-maximum of arc length on the surface. The methods used to determine hydrogen abunance are described by PRETTYMANETAL2012."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:28:00.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'DAWN GRAND MAP VESTA HYDROGEN \n ABUNDANCE V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 2.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 3}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:22:34.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dawn-a-grand-5-vesta-hydrogen-map-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DAWN-A-GRAND-5-VESTA-HYDROGEN-MAP-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dawn-a-grand-5-vesta-hydrogen-map-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'dawn mission to vesta and ceres', u'4 vesta'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/DAWN-GRAND-MAP-VESTA-HYDROGEN-ABUNDANCE-V1-0/sju3-3t8g', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 4,data.nasa.gov,sm93-dr87,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/sm93-dr87', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T07:21:55.000Z', u'id': u'sm93-dr87', u'createdAt': u'2018-06-25T21:06:02.000Z', u'description': u'RSS', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T07:21:55.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'PDS Odyssey Radio Science Data (19)', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:06:02.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-772', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-772', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'pds', u'rss'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Odyssey-Radio-Science-Data-19-/sm93-dr87', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 5,data.nasa.gov,rs9e-f8jt,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/rs9e-f8jt', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:42:44.000Z', u'id': u'rs9e-f8jt', u'createdAt': u'2018-06-26T06:13:14.000Z', u'description': u'This dataset provides taxonomic classifications of asteroids in each of four different systems: Tholen (1984, 1989) [THOLEN1984, THOLEN1989] (1989) [TEDESCOETAL1989]', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:42:44.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ASTEROID TAXONOMY V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:13:14.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-taxonomy-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-5-DDR-TAXONOMY-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-taxonomy-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'asteroid', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ASTEROID-TAXONOMY-V2-0/rs9e-f8jt', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 6,data.nasa.gov,sj8y-6b7g,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/sj8y-6b7g', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:04:11.000Z', u'id': u'sj8y-6b7g', u'createdAt': u'2018-06-26T07:06:07.000Z', u'description': u'This data set contains asteroid dynamical family memberships for 55 families, calculated by David Nesvorny using his code based on the Hierarchical Clustering Method (HCM) described in Zappala et al. (1990, 1994). The input proper elements for 293,368 asteroids were calculated by Milani and Knezevic and are restricted to low-inclination asteroids.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:04:11.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'NESVORNY HCM ASTEROID FAMILIES V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:06:07.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-vargbdet-5-nesvornyfam-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-VARGBDET-5-NESVORNYFAM-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-vargbdet-5-nesvornyfam-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'asteroid', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NESVORNY-HCM-ASTEROID-FAMILIES-V1-0/sj8y-6b7g', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 7,data.nasa.gov,rsey-usaj,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/rsey-usaj', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:02:09.000Z', u'id': u'rsey-usaj', u'createdAt': u'2018-09-05T23:02:08.000Z', u'description': u""This data set contains Calibrated data taken by the New Horizons Student Dust Counter instrument during the pluto cruise mission phase. This is VERSION 2.0 of this data set. SDC collected science data intermittently during the hibernation years following the Jupiter encounter, designated as the PLUTOCRUISE phase. There were also Annual Checkouts (ACOs), STIM calibrations, Noise calibrations, and an anomaly in November, 2007. SDC's main science data collection periods were during hibernation. During ACOs, science data are taken intermittently but the user must be careful in analyzing these data since there is usually more activity on the spacecraft during hibernation. STIM and Noise refer to scheduled calibrations and are done with a regular cadence of one per year after the Jupiter encounter; they occurred sporadically in the early years of the mission. Note that some SDC data files have the same stop and start time and a zero exposure time. The reason for this is that the start and stop time for SDC data files are the event times for the first and last events in the files, so for files that contain a single event, these two values are the same. The changes in Version 2.0 were re-running of the ancillary data in the data product, updated geometry from newer SPICE kernels, minor editing of the documentation, catalogs, etc., and resolution of liens from the December, 2014 review, plus those from the May, 2016 review of the Pluto Encounter data sets. New observations added with this version (V2.0) include ongoing cruise observations from August, 2014 through January, 2015."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:02:09.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': None, u'columns_description': [], u'name': u'NEW HORIZONS \n SDC PLUTO CRUISE \n CALIBRATED V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:02:08.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-sdc-3-plutocruise-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-X-SDC-3-PLUTOCRUISE-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-sdc-3-plutocruise-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'dust', u'new horizons'], u'categories': [u'education', u'politics', u'housing & development'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-SDC-PLUTO-CRUISE-CALIBRATED-V2-0/rsey-usaj', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 8,data.nasa.gov,hugr-an84,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/hugr-an84', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:28:33.000Z', u'id': u'hugr-an84', u'createdAt': u'2018-06-26T06:56:21.000Z', u'description': u'This data set contains the data from the Ulysses dust detector system (UDDS) from start of mission through the end of mission, 1990-2007. (As the dust detector was turned off after Nov. 30, 2007, this is the last date for which UDDS data is recorded.) Included are the dust impact data, noise data, laboratory calibration data, and location and orientation of the spacecraft and instrument.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:28:33.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ULYSSES DUST DETECTION SYSTEM V3.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:56:21.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.uly-d-udds-5-dust-v3.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=ULY-D-UDDS-5-DUST-V3.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.uly-d-udds-5-dust-v3.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'dust', u'calibration', u'ulysses'], u'categories': [u'environment'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ULYSSES-DUST-DETECTION-SYSTEM-V3-0/hugr-an84', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 9,data.nasa.gov,hy47-cerq,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,13,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/hy47-cerq', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:11:09.000Z', u'id': u'hy47-cerq', u'createdAt': u'2018-06-26T07:11:24.000Z', u'description': u'During space flight bone mineral density is decreased by the influence of osteoclast activation which molecular mechanism is expectantly investigated. In the study of medaka bone development we investigated the system of vertebra formation and firstly identified the presence of osteoclasts in medaka. Moreover osteoclast rsorbing activity was affected by hypergravity indicating the possibility that we can investigate the effect of microgravity on osteoclasts in space. To find this effect we examine the alteration of osteoclast activity under microgravity with the histological analysis or the expression analysis by RNA in-situ hybridization. Furthermore since we have succeeded the establishment of the medaka osteoclast-specific transgenic lines we perform the in-vivo imaging analyses for gene expression and cell mobility. Finally to examine the gravity sensing system we employ tooth and bone as the high density organs which are highly sensitive to gravity and perform the histological analysis and the gene expression analysis of such gravity-sensitive tissues at surrounding pharyngeal teeth and supporting bone.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:11:09.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Medaka Osteoclast', u'columns_field_name': [], u'page_views': {u'page_views_total': 13, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.8073549220576037, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:11:24.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-133', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-133', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'nucleic acid sequencing', u'timepoint', u'library construction', u'nucleic acid extraction', u'sample collection', u'microgravity'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Medaka-Osteoclast/hy47-cerq', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 10,data.nasa.gov,i9gi-hj7j,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/i9gi-hj7j', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:51:30.000Z', u'id': u'i9gi-hj7j', u'createdAt': u'2018-06-26T06:17:43.000Z', u'description': u'This data set contains the data from the Ulysses dust detector system (UDDS) from start of mission through the end of mission, 1990-2007. (As the dust detector was turned off after Nov. 30, 2007, this is the last date for which UDDS data is recorded.) Included are the dust impact data, noise data, laboratory calibration data, and location and orientation of the spacecraft and instrument.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:51:30.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ULYSSES DUST DETECTION SYSTEM V3.1', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:17:43.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.uly-d-udds-5-dust-v3.1', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=ULY-D-UDDS-5-DUST-V3.1', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.uly-d-udds-5-dust-v3.1', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'calibration', u'dust', u'ulysses'], u'categories': [u'environment'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ULYSSES-DUST-DETECTION-SYSTEM-V3-1/i9gi-hj7j', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 11,data.nasa.gov,irpz-xthh,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/irpz-xthh', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:43:15.000Z', u'id': u'irpz-xthh', u'createdAt': u'2018-06-26T06:44:30.000Z', u'description': u'This data set contains EDR (raw) pre-encounter and encounter images taken by the Stardust Navigation Camera of comet 81P/Wild 2 (1978 A2). This is a new version of a subset of an existing data set, based on work done during the Stardust-NExT mission. The updated calibration from the Stardust-NExT mission was applied to these data in a separate data set (similar name: Level 3; RDR). Changes in the calibration of the NAVCAM instrument, between these prime mission data and those of the Stardust-NExT mission, are a possibility and are addressed in [KLAASENETAL2011B].', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:43:15.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'STARDUST NAVCAM RAW IMAGES OF WILD 2 - VERSION 3.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.0, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:44:30.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.sdu-c-navcam-2-edr-wild2-v3.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=SDU-C-NAVCAM-2-EDR-WILD2-V3.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.sdu-c-navcam-2-edr-wild2-v3.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'stardust', u'81p/wild 2 (1978 a2)'], u'categories': [u'public safety'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/STARDUST-NAVCAM-RAW-IMAGES-OF-WILD-2-VERSION-3-0/irpz-xthh', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 12,data.nasa.gov,jbrt-qwds,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/jbrt-qwds', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:02:49.000Z', u'id': u'jbrt-qwds', u'createdAt': u'2018-06-26T07:05:54.000Z', u'description': u'This compilation of polarimetry of planetary satellites has been compiled from the published literature and from unpublished results by Zaitsev, Rosenbush, and Kiselev. Geometric observational circumstances, calculated using the JPL Horizons ephemeris system, are also included. This version of the compilation is dated April 15, 2012.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:02:49.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'POLARIMETRY OF PLANETARY SATELLITES V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:05:54.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-sa-compil-3-satpol-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-SA-COMPIL-3-SATPOL-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-sa-compil-3-satpol-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'support archives', u'satellite'], u'categories': [u'environment', u'infrastructure'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/POLARIMETRY-OF-PLANETARY-SATELLITES-V1-0/jbrt-qwds', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 13,data.nasa.gov,jmbe-6etx,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/jmbe-6etx', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:16:18.000Z', u'id': u'jmbe-6etx', u'createdAt': u'2018-06-26T06:48:06.000Z', u'description': u""All level zero accelerometer data are packaged by periapsis number for each aerobraking orbit. Each orbit is identified by a folder with name Pyyyy where 'yyyy' is the four digit periapsis number. Level 0 z-axis accelerometer data are provided every 0.1 seconds during an interval of time that generally assures that the initial and final data points are taken at least 200 km above the surface of Mars. Additional data, required to reduce accelerometer counts to acceleration on the spacecraft, are provided at lower sampling rates."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:16:18.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MGS ACCELEROMETER RAW DATA RECORDS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:48:06.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgs-m-accel-0-accel_data-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MGS-M-ACCEL-0-ACCEL_DATA-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgs-m-accel-0-accel_data-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars global surveyor', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MGS-ACCELEROMETER-RAW-DATA-RECORDS-V1-0/jmbe-6etx', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 14,data.nasa.gov,mbsz-uutm,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,22,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/mbsz-uutm', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:00:11.000Z', u'id': u'mbsz-uutm', u'createdAt': u'2018-06-26T07:05:17.000Z', u'description': u'Abstract ======== The MESSENGER MDIS DEMs are derived products. A DEM is a gridded (raster) product that records elevation values of a given terrain in each pixel. Corresponding metadata include map projection information so pixels can be associated with latitude and longitude. Values are measured relative to the planetary geoid reference radius of 2,439.4 km (i.e. elevation). Generally, the MESSENGER DEM products described here are derived from MESSENGER MDIS image data. The DEMs are typically derived using stereo photogrammetry (i.e., stereo pairs or sets) techniques. The primary PDS product is a DEM provided in both PDS image (.IMG) and JPEG 2000 (.JP2) format files. Associated with some of the DEM products is a list of lower-level MDIS products provided either as an accompanying table (*.TAB) file or as text (*.TXT) files in the EXTRAS directory.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:00:11.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MESSENGER MERCURY MDIS LEVEL 5 DEM V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 22, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 4.523561956057013, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:05:17.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mess-h-mdis-5-dem-elevation-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MESS-H-MDIS-5-DEM-ELEVATION-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mess-h-mdis-5-dem-elevation-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'messenger', u'mercury'], u'categories': [u'politics'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MESSENGER-MERCURY-MDIS-LEVEL-5-DEM-V1-0/mbsz-uutm', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 15,data.nasa.gov,bgb6-sxgw,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/bgb6-sxgw', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:18:14.000Z', u'id': u'bgb6-sxgw', u'createdAt': u'2018-06-26T06:50:27.000Z', u'description': u'This data set consists of HISCALE Low-Energy Magnetic Spectrometer (LEFS) ion counts at 30 degrees from the spacecraft spin axis. These measurements were taken during the Ulysses Jupiter encounter 1991-12-31 to 1992-02-16, and include 1 hour averaged inbound cruise data (1991-12-31 to 1992-02-01), and 15 minute averaged encounter data (1992-02-02 to 1992-02-16).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:18:14.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ULYSSES JUPITER HISCALE LEMS 30 ION COUNTS', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:50:27.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.uly-j-hiscale-4-summ-lems30-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=ULY-J-HISCALE-4-SUMM-LEMS30-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.uly-j-hiscale-4-summ-lems30-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'jupiter', u'ulysses'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ULYSSES-JUPITER-HISCALE-LEMS-30-ION-COUNTS/bgb6-sxgw', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 16,data.nasa.gov,vzv7-cpzm,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/vzv7-cpzm', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:45:02.000Z', u'id': u'vzv7-cpzm', u'createdAt': u'2018-06-26T06:32:35.000Z', u'description': u'Comet Escort 2 Phase covers the period of time from 11 March 2015 until 30 June 2015. It started after Rosetta successfully completed the Comet Escort 1 Phase. The present DataSet collects the GIADA data of ESC2 phase. The GIADA Scientific phase started on 7 May 2014 and was devoted to the characterization of the 67P environment.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:45:02.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ROSETTA-ORBITER 67P GIADA 3 ESC2 COMET ESCORT 2 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:32:35.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-gia-3-esc2-comet-escort-2-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-C-GIA-3-ESC2-COMET-ESCORT-2-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-gia-3-esc2-comet-escort-2-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'international rosetta mission', u'67p/churyumov-gerasimenko 1 (1969 r1)'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-67P-GIADA-3-ESC2-COMET-ESCORT-2-V1/vzv7-cpzm', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 17,data.nasa.gov,bawq-fbyz,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/bawq-fbyz', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:25:23.000Z', u'id': u'bawq-fbyz', u'createdAt': u'2018-06-25T20:47:20.000Z', u'description': u'Cloud-Aerosol Lidar and Infrared Pathfinder Satellite Observations (CALIPSO) was launched on April 28, 2006 to study the impact of clouds and aerosols on the Earth\u2019s radiation budget and climate. It flies in formation with five other satellites in the international \u201cA-Train\u201d (PDF) constellation for coincident Earth observations. The CALIPSO satellite comprises three instruments, the Cloud-Aerosol LIdar with Orthogonal Polarization (CALIOP), the Imaging Infrared Radiometer (IIR), and the Wide Field Camera (WFC). CALIPSO is a joint satellite mission between NASA and the French Agency, CNES. These data consist 5 km aerosol layer data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:25:23.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'john.m.kusterer@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CALIPSO Lidar L2 1/3 km Cloud Layer Data V3-02', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:47:20.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:john.m.kusterer@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:004'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2011-11-01/2013-02-28', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'NASA-0000153', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'John M. Kusterer', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000153', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'radiation', u'cloud', u'satellite', u'aerosol', u'climate', u'eos', u'atmospheric science'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CALIPSO-Lidar-L2-1-3-km-Cloud-Layer-Data-V3-02/bawq-fbyz', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 18,data.nasa.gov,ehaq-988b,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ehaq-988b', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:05:55.000Z', u'id': u'ehaq-988b', u'createdAt': u'2018-06-26T06:39:27.000Z', u'description': u""AIRSAR flew on NASA's DC-8 and acquired data at multiple incidence angles and azimuths over selected geological targets, such as sand dunes, volcanic fields, and alluvial fans. The GRSFE field areas overflown include the Lunar Crater Volcanic Field, Lunar Lake, Ubehebe Crater, and Death Valley. AIRSAR data consist of corrected Stokes matrices for the C, L, and P frequencies and data often exist for 2 or 3 incidence angles."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:05:55.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'NDC8 EARTH ASAR CALIBRATED REDUCED DATA RECORD IMAGE V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:39:27.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ndc8-e-asar-3-rdr-image-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NDC8-E-ASAR-3-RDR-IMAGE-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ndc8-e-asar-3-rdr-image-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'earth', u'geologic remote sensing field experiment'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NDC8-EARTH-ASAR-CALIBRATED-REDUCED-DATA-RECORD-IMA/ehaq-988b', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 19,data.nasa.gov,jhub-mdhz,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/jhub-mdhz', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:48:56.000Z', u'id': u'jhub-mdhz', u'createdAt': u'2018-06-26T06:41:23.000Z', u'description': u'This dataset contains pixel located, radiometrically-calibrated data collected by M3 instrument on Chandrayaan-1.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:48:56.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CH1-ORB MOON M3 4 L1B RADIANCE NEAR-IR SPECTRAL IMAGES V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:41:23.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ch1-orb-l-m3-4-l1b-radiance-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CH1-ORB-L-M3-4-L1B-RADIANCE-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ch1-orb-l-m3-4-l1b-radiance-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'chandrayaan-1', u'moon'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CH1-ORB-MOON-M3-4-L1B-RADIANCE-NEAR-IR-SPECTRAL-IM/jhub-mdhz', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 20,data.nasa.gov,e7kc-ctq3,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/e7kc-ctq3', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:45:11.000Z', u'id': u'e7kc-ctq3', u'createdAt': u'2018-06-26T06:30:10.000Z', u'description': u""The Lunar Prospector attitude data set consists of values for the spacecraft spin rate and spin axis orientation (attitude) as a function of time. These values are determined from spacecraft attitude data (sun and limb crossing sensors) and ephemeris data. Spacecraft orientations are given as right ascension and declination of the spacecraft spin axis in the Mean-of-J2000 Ecliptic reference frame. The attitude data set consists of a single, cumulative file for the entire mission. Records are added to this file following each significant change in either the spin rate or spin axis orientation. The spacecraft spin rates and attitudes in this data set are orbit averages. The instantaneous spin rate can be determined from the sun pulse data set. The instantaneous spin rate varies as the spacecraft passes into and out of the Moon's shadow and after each spacecraft maneuver. Generally, an attitude record is included for times immediately before and after each maneuver."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:45:11.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'LP MOON SPACECRAFT ATTITUDE V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:30:10.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lp-l-eng-6-attitude-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=LP-L-ENG-6-ATTITUDE-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lp-l-eng-6-attitude-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'moon', u'lunar prospector'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/LP-MOON-SPACECRAFT-ATTITUDE-V1-0/e7kc-ctq3', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 21,data.nasa.gov,xypf-gbf3,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/xypf-gbf3', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:52:44.000Z', u'id': u'xypf-gbf3', u'createdAt': u'2018-06-26T06:17:49.000Z', u'description': u'The Cassini Magnetospheric Imaging Instrument (MIMI) Low Energy Magnetospheric Measurements (LEMMS) measures ions and electrons in the energy range 0.03 to 18 MeV for ions and 0.015 to 0.884 MeV for electrons. The LEMMS calibrated data set includes two types of daily plots -- one presenting energy-time spectorgrams in units of intensity, and one with plots of particle pressures. There are also four types of averaged data -- minute and hourly averages for accumulator rate data and PHA data (ions and electrons). These data have been created at the Johns Hopkins University Applied Physics Laboratory by applying the calibrations and averaging. Averaging is done by first defining time periods, and then averaging all data points within those fixed intervals. The time reported is the midpoint time of the interval.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:52:44.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CASSINI S MIMI LEMMS SENSOR CALIBRATED DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:17:49.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-mimi-4-lemms-calib-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-S-MIMI-4-LEMMS-CALIB-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-mimi-4-lemms-calib-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'saturn', u'cassini-huygens'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-S-MIMI-LEMMS-SENSOR-CALIBRATED-DATA-V1-0/xypf-gbf3', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 22,data.nasa.gov,hdmh-sact,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/hdmh-sact', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:07:04.000Z', u'id': u'hdmh-sact', u'createdAt': u'2018-06-26T07:08:34.000Z', u'description': u'Here in this study we systematically examined the patterns of DNA methylation and hydroxy-methylation with its functional implications in gene regulation for the cultured TK6 lymphoblastoid cells upon exposure to micro-gravity conditions. The results reported here indicate that simulated microgravity alters methylation patterns in a limited way and subsequently the expression of genes involved in stress response like ATF3 FBXO17 MAP3K13 and VCL in TK6 cells. Overall design: Examination of RNA-seq with 2 replicates each for 1 cell type', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:07:04.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'A study of alterations in DNA epigenetic modifications (5mC and 5hmC) influenced by simulated microgravity in human lymphoblastoid cells', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:08:34.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-86', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-86', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'weightlessness simulation', u'nucleic acid extraction library construction nucleic acid sequencing sequence analysis data transformation treatment growth', u'nucleic acid extraction library construction nucleic acid sequencing sequence analysis data transformation treatment protocol growth protocol'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/A-study-of-alterations-in-DNA-epigenetic-modificat/hdmh-sact', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 23,data.nasa.gov,6m2z-pdb7,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/6m2z-pdb7', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:01:34.000Z', u'id': u'6m2z-pdb7', u'createdAt': u'2018-06-26T07:05:34.000Z', u'description': u""NASA's International Halley Watch (IHW) has created a Comet Halley Archive. The collection of data spans the full wavelength range as submitted by scientists to the IHW. The observations belong to one of the following Disciplines: Amateur, Astrometry, Infrared Studies, Large-Scale Phenomena, Meteor Studies, Near-Nucleus Studies, Photometry and Polarimetry, Radio Studies, and Spectroscopy and Spectrophotometry. The data collected by these nine disciplines were augmented by Spacecraft measurements. The data were submitted to IHW, but the evaluation and selection for the Archive has been the primary responsibility of the Discipline Specialist Teams for each network in cooperation with the Lead Center. The data from the Infrared Studies Network includes transmission tables for 22 filters."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:01:34.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'IHW COMET HALLEY INFRARED FILTER TABLES V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:05:34.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ihw-c-irftab-3-rdr-halley-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=IHW-C-IRFTAB-3-RDR-HALLEY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ihw-c-irftab-3-rdr-halley-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'halley', u'international halley watch'], u'categories': [u'finance', u'economy'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/IHW-COMET-HALLEY-INFRARED-FILTER-TABLES-V1-0/6m2z-pdb7', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 24,data.nasa.gov,x389-22ti,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/x389-22ti', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:00:00.000Z', u'id': u'x389-22ti', u'createdAt': u'2018-06-26T07:05:15.000Z', u'description': u'This dataset contains results from the Implanted Ion Sensor (IIS) 4DH mode and the Fast Ion Sensor SW and HAR modes of the Three- Dimensional Particle Analyzer (JPA) experiment on the GIOTTO spacecraft for the mission to comet Halley. The results of the Fast Ion Sensor (FIS - inbound) and IIS (outbound) have been merged with results from other Giotto instruments. In the first submitted table, magnetometer measurements are included.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:00:00.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'GIOTTO JOHNSTONE PARTICLE ANALYZER MERGED DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:05:15.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.gio-c-jpa-4-ddr-halley-merge-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GIO-C-JPA-4-DDR-HALLEY-MERGE-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.gio-c-jpa-4-ddr-halley-merge-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'giotto', u'halley'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GIOTTO-JOHNSTONE-PARTICLE-ANALYZER-MERGED-DATA-V1-/x389-22ti', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 25,data.nasa.gov,9m38-8sdd,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/9m38-8sdd', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:58:04.000Z', u'id': u'9m38-8sdd', u'createdAt': u'2018-06-26T06:36:41.000Z', u'description': u'The data from MPI for this dataset were received as text files each containing spectra of a single instrument mode (there were several files for most modes). These spectra were reformatted into binary tables, and all spectra from each mode were combined into a single file. The original order of the spectra has been preserved. Spacecraft time, relative to switch-on of the instrument is specified as 1 clock tick = 0.11852 seconds. The exact equation is:', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:58:04.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VEGA1 DUST MASS SPECTROMETER MODAL DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:36:41.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vega1-c-puma-3-rdr-halley-processed-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VEGA1-C-PUMA-3-RDR-HALLEY-PROCESSED-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vega1-c-puma-3-rdr-halley-processed-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'vega 1', u'halley'], u'categories': [u'infrastructure'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VEGA1-DUST-MASS-SPECTROMETER-MODAL-DATA-V1-0/9m38-8sdd', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 26,data.nasa.gov,n5ve-5bvk,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/n5ve-5bvk', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:56:05.000Z', u'id': u'n5ve-5bvk', u'createdAt': u'2018-06-26T07:03:24.000Z', u'description': u'This data set is a digital archive of images acquired by the Viking Orbiter 1 and 2 spacecraft. The archive will include the best available Experiment Data Record (EDR) versions of images acquired by the Viking Orbiter Visual Imaging Subsystems (VIS). The archive is stored on compact read-only optical disk media (CD-ROM) for distribution. The EDR image data are stored on CD-ROM in a compressed format that allows exact reconstruction of the original image. The images were compressed in order to reduce the number of CD-ROMs required for the archive. The average Viking Orbiter image is compressed by a factor of about 3.5. Each CD-ROM in the archive also includes documentation about the organization and contents of the disk. Software is included to provide programmers with tools to decompress image files. The CD-ROM has index files containing information about all the images stored in the archive. These index files can be loaded into a database management system to help the user locate images of interest.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:56:05.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'VO1/VO2 MARS VISUAL IMAGING SS EXPRMNT DATA RECORD V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:03:24.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vo1-vo2-m-vis-2-edr-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VO1%2FVO2-M-VIS-2-EDR-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vo1-vo2-m-vis-2-edr-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'deimos', u'star', u'mars', u'phobos', u'viking'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VO1-VO2-MARS-VISUAL-IMAGING-SS-EXPRMNT-DATA-RECORD/n5ve-5bvk', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 27,data.nasa.gov,dhpa-nctn,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/dhpa-nctn', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:14:27.000Z', u'id': u'dhpa-nctn', u'createdAt': u'2018-06-26T07:06:00.000Z', u'description': u'This data set includes Voyager 1 Saturn encounter magnetometer data that have been resampled at a 1.92 second sample rate. The data set is composed of 6 columns: 1) ctime - this column contains the data acquisition time. The time is always output in the ISO standard spacecraft event time format (yyyy-mm-dd-Thh:mm:ss.sss) but is stored internally in Cline time which is measured in seconds after 00:00:00.000 Jan 01, 1966, 2) br - this column contains the radial component of the magnetic field, 3) bphi - this column contains the phi component of the magnetic field, 4) btheta - this column contains the theta component of the magnetic field, 5) bmag - this column contains the magnitude of the magnetic field, 6) flag - a flag value that indicates either software error or spacecraft hardware interference reduced confidence in this record (flag value of 1 is bad , 0 is good or unchecked). All magnetic field observations are measured in nanoTeslas. The coordinate system for this dataset is Minus Saturn Longitude System (-SLS). All of the magnetic field data are calibrated (see the instrument calibration description for more details). The SLS coordinate system is defined in Desch and Kaiser, 1981 and the reference documents for this dataset are: Ness et al, 1982 Acuna,Connerney,and Ness, 1983 Connerney,Acuna,and Ness, 1983 Behannon,Lepping,and Ness, 1983', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:14:27.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'VOYAGER 1 SATURN MAGNETOMETER RESAMPLED DATA 1.92 SEC', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:06:00.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-s-mag-4-1.92sec', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG1-S-MAG-4-1.92SEC', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-s-mag-4-1.92sec', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'voyager', u'saturn'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VOYAGER-1-SATURN-MAGNETOMETER-RESAMPLED-DATA-1-92-/dhpa-nctn', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 28,data.nasa.gov,7x2y-v78z,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/7x2y-v78z', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:00:49.000Z', u'id': u'7x2y-v78z', u'createdAt': u'2018-06-26T06:19:40.000Z', u'description': u'This data set includes the 117,937 raw spectra returned by the Near-Infrared Spectrometer (NIRS) of the Hayabusa mission. The targets include the asteroid 25143 Itokawa as well as Earth, Moon, Mars, Jupiter, Saturn, stars, and calibration frames. The data cover the period from May 12, 2003 through November 24, 2005.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:00:49.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'HAYABUSA NIRS RAW SPECTRA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:19:40.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.hay-a-nirs-2-nirsraw-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=HAY-A-NIRS-2-NIRSRAW-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.hay-a-nirs-2-nirsraw-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'calibration field', u'jupiter', u'mars', u'saturn', u'moon', u'alpha aur', u'alpha ori', u'alpha sco', u'hayabusa', u'25143 itokawa', u'cal lamps', u'earth'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/HAYABUSA-NIRS-RAW-SPECTRA-V1-0/7x2y-v78z', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 29,data.nasa.gov,95sz-ayf8,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/95sz-ayf8', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:40:33.000Z', u'id': u'95sz-ayf8', u'createdAt': u'2018-06-26T06:59:13.000Z', u'description': u'This data set contains the attitude data for the rotor of the Galileo spacecraft. The data provided are derived from the Attitude and Articulation Control System (AACS) data downlink as provided by the Galileo project to the magnetometer team. This data set covers portions of the Jupiter Approach (JA) and all orbit operation mission phases (J0-J35). The data are discontinuous. The sampling frequency varies with mission phase. The coverage period is from 1995-11-28T01:34 to 2001-09-21 (exact time of last sample is currently unknown).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:40:33.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'GO JUPTER POS ANCILLARY ROTOR ATTITUDE V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:59:13.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-j-pos-6-redr-rotor-attitude-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GO-J-POS-6-REDR-ROTOR-ATTITUDE-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-j-pos-6-redr-rotor-attitude-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'ganymede', u'io', u'io plasma torus', u'jupiter', u'callisto', u'galileo', u'amalthea', u'europa'], u'categories': [u'social services'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GO-JUPTER-POS-ANCILLARY-ROTOR-ATTITUDE-V1-0/95sz-ayf8', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 30,data.nasa.gov,gute-i3c5,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/gute-i3c5', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:21:04.000Z', u'id': u'gute-i3c5', u'createdAt': u'2018-06-26T06:57:04.000Z', u'description': u""The natural form of imaging spectrometer data is the spectral image cube. It is normally in band sequential format, but has a dual nature. It is a series of 'images' of the target, each in a different wavelength, in ascending order. It is also a set of spectra, each at a particular line and sample, over the target area. Each spectrum describes a small portion of the area. When transformed into cubes, the data may be analyzed spatially, an image at a time, or spectrally, a spectrum at a time, or in more complex spatial-spectral fashion."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:21:04.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'GALILEO NIMS SPECTRAL IMAGE CUBES: JUPITER OPERATIONS', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:57:04.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-j-nims-4-mosaic-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GO-J-NIMS-4-MOSAIC-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-j-nims-4-mosaic-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'jupiter', u'io', u'ganymede', u'callisto', u'europa', u'galileo'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GALILEO-NIMS-SPECTRAL-IMAGE-CUBES-JUPITER-OPERATIO/gute-i3c5', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 31,data.nasa.gov,bxeb-2h5u,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/bxeb-2h5u', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:53:48.000Z', u'id': u'bxeb-2h5u', u'createdAt': u'2018-06-26T06:17:56.000Z', u'description': u'This data set contains calibrated images acquired by the OSIRIS Narrow Angle\nCamera during the escort phase of the Rosetta mission at the comet 67P,\ncovering the period from 2015-01-13 to 2015-02-10.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:53:48.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ROSETTA-ORBITER COMET ESCORT OSINAC 3 RDR MTP 012 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:17:56.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-osinac-3-esc1-67pchuryumov-m12-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-C-OSINAC-3-ESC1-67PCHURYUMOV-M12-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-osinac-3-esc1-67pchuryumov-m12-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'67p/churyumov-gerasimenko 1 (1969 r1)', u'international rosetta mission'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-COMET-ESCORT-OSINAC-3-RDR-MTP-012-/bxeb-2h5u', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 32,data.nasa.gov,vd44-2wdy,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/vd44-2wdy', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:15:30.000Z', u'id': u'vd44-2wdy', u'createdAt': u'2018-06-26T06:49:06.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:15:30.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MER 1 MARS PANORAMIC CAMERA TERRAIN WEDGE RDR OPS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:49:06.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer1-m-pancam-5-wedge-ops-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MER1-M-PANCAM-5-WEDGE-OPS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer1-m-pancam-5-wedge-ops-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars exploration rover', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MER-1-MARS-PANORAMIC-CAMERA-TERRAIN-WEDGE-RDR-OPS-/vd44-2wdy', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 33,data.nasa.gov,v5uz-kqca,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/v5uz-kqca', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T06:50:52.000Z', u'id': u'v5uz-kqca', u'createdAt': u'2018-06-25T20:59:51.000Z', u'description': u'CRAT, DLRE, LAMP, LEND, LOLA, LROC, MRFLRO', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T06:50:52.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Lunar Reconnaissance Orbiter Data 2', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:59:51.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-572', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-572', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'crat', u'pds', u'lroc', u'lamp', u'mrflro', u'dlre', u'lend', u'lola'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Lunar-Reconnaissance-Orbiter-Data-2/v5uz-kqca', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 34,data.nasa.gov,b6tz-sikn,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/b6tz-sikn', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:03:30.000Z', u'id': u'b6tz-sikn', u'createdAt': u'2018-06-26T06:38:36.000Z', u'description': u'Abstract ======== This data set consists of the MESSENGER Energetic Particle and Plasma Spectrometer (EPPS) calibrated observations, also known as DDRs. The system encompasses 2 instrument subsystems - the Energetic Particle Spectrometer (EPS) and the Fast Imaging Plasma Spectrometer (FIPS). This data set contains FIPS instrument data. FIPS covers the energy/charge range of < 46 eV/q to 13 keV/q. There are five FIPS DDR data products.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:03:30.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MESSENGER E/V/H/SW EPPS CALIBRATED FIPS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:38:36.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mess-e-v-h-sw-epps-3-fips-ddr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MESS-E%2FV%2FH%2FSW-EPPS-3-FIPS-DDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mess-e-v-h-sw-epps-3-fips-ddr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'venus', u'calibration', u'messenger', u'mercury', u'earth'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MESSENGER-E-V-H-SW-EPPS-CALIBRATED-FIPS-V1-0/b6tz-sikn', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 35,data.nasa.gov,22rz-yjuu,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,22,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/22rz-yjuu', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:53:38.000Z', u'id': u'22rz-yjuu', u'createdAt': u'2018-06-26T06:19:55.000Z', u'description': u'Small Main-Belt Asteroid Spectrographic Survey over the visual range.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:53:38.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'SMASS ASTEROID SURVEY V2.1', u'columns_field_name': [], u'page_views': {u'page_views_total': 22, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 4.523561956057013, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:19:55.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-m3spec-3-rdr-smass-v2.1', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-M3SPEC-3-RDR-SMASS-V2.1', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-m3spec-3-rdr-smass-v2.1', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'2775 odishaw', u'2908 shimoyama', u'2790 needham', u'28 bellona', u'287 nephthys', u'289 nenetta', u'29 amphitrite', u'290 bruna', u'1772 gagarin', u'1749 telamon', u'1743 schmidt', u'72 feronia', u'71 niobe', u'702 alauda', u'7 iris', u'683 lanzia', u'68 leto', u'675 ludmilla', u'653 berenike', u'639 latona', u'631 philippina', u'61 danae', u'6 hebe', u'599 luisa', u'582 olympia', u'563 suleika', u'550 senta', u'55 pandora', u'541 deborah', u'54 alexandra', u'53 kalypso', u'1781 van biesbroeck', u'18 melpomene', u'529 preziosa', u'519 sylvania', u'518 halawe', u'5145 pholus', u'5143 heracles', u'512 taurinensis', u'5118 elnapoul', u'511 davida', u'509 iolanda', u'1725 crao', u'1722 goffin', u'1712 angola', u'1697 koskenniemi', u'5065 johnstone', u'4956 noymer', u'495 eulalia', u'4948', u'4939', u'481 emita', u'169 zelia', u'1679 nevanlinna', u'167 urda', u'1658 innes', u'1653 yakhontovia', u'1651 behrens', u'1646 rosseland', u'1628 strobel', u'1626 sadeya', u'1607 mavis', u'480 hansa', u'477 italia', u'4761 urrutia', u'3869 norton', u'384 burdigala', u'88 thisbe', u'7341', u'38 leda', u'732 tjilaki', u'73 klytia', u'724 hapag', u'1933 tinchen', u'1934 jeffers', u'3792 preston', u'3760 poutanen', u'3759 piironen', u'196 philomela', u'1967 menzel', u'1991 xb', u'1992 na', u'1992 ub', u'1995 hajek', u'2011 veteraniya', u'2014 vasilevskis', u'2017 wesson', u'2024 mclaughlin', u'3748 tatum', u'722 frieda', u'720 bohlinia', u'3740 menge', u'374 burgundia', u'371 bohemia', u'3677 magnusson', u'204 kallisto', u'2060 chiron', u'2070 humason', u'2074 shoemaker', u'14 irene', u'2078 nanking', u'2091 sampo', u'2098 zyskin', u'2105 gudy', u'2107 ilmari', u'211 isolda', u'2113 ehrdni', u'2119 schwall', u'2128 wetherill', u'3674 erbisbuhl', u'2130 evdokiya', u'2140 kemerovo', u'2143 jimarnold', u'2149 schwambraniya', u'3665 fitzgerald', u'2159 kukkamaki', u'2174 asmodeus', u'218 bianca', u'22 kalliope', u'2204 lyyli', u'221 eos', u'2215 sichuan', u'3657 ermolova', u'3628 boznemcova', u'1393 sofala', u'138 tolosa', u'900 rosalinde', u'915 cosette', u'918 itha', u'asteroid', u'gaspra', u'ida', u'36 atalante', u'3586 vasnetsov', u'3578 carestia', u'3559 violaumayer', u'354 eleonora', u'support archives', u'3528 counselman', u'10 hygiea', u'3523 arina', u'3501 olegiya', u'350 ornamenta', u'3494 purple mountain', u'349 dembowska', u'346 hermentaria', u'345 tercidina', u'3431 nakano', u'1063 aquilegia', u'1071 brita', u'1084 tamariwa', u'1379 lomonosowa', u'1375 alfreda', u'137 meliboea', u'1358 gaika', u'134 sophrosyne', u'1325 inanda', u'131 vala', u'1302 werra', u'339 dorothea', u'3381 mikkola', u'3354 mcnair', u'3332 raksha', u'3321 dasha', u'11066', u'1289 kutaissi', u'128 nemesis', u'1279 uganda', u'111 ate', u'1110 jaroslawa', u'1143 odysseus', u'1144 oda', u'1145 robelmonte', u'3285 ruth wolfe', u'116 sirona', u'1165 imprinetta', u'3268 de sanctis', u'3231 mila', u'3220 murayama', u'32 pomona', u'2253 espinette', u'2259 sofievka', u'2299 hanko', u'230 athamantis', u'231 vindobona', u'2327 gershberg', u'234 barbara', u'319 leona', u'235 carolina', u'2365 interkosmos', u'237 coelestina', u'239 adrastea', u'2403 sumava', u'3167 babcock', u'3158 anga', u'2420 ciurlionis', u'3155 lee', u'3153 lincoln', u'1273 helma', u'2440 educatio', u'2442 corbett', u'2444 lederle', u'245 vera', u'248 lameia', u'25 phocaea', u'2503 liaoning', u'2538 vanderlinden', u'2558 viv', u'314 rosalia', u'3109 machin', u'256 walpurga', u'2590 mourao', u'2599 veseli', u'2645 daphne plane', u'3 juno', u'297 caecilia', u'2966 korsunia', u'1264 letaba', u'126 velleda', u'2965 surikov', u'2946 muchachos', u'2923 schuyler', u'2920 automedon', u'292 ludovica', u'291 alice', u'1166 sakuntala', u'1198 atlantis', u'124 alkeste', u'1257 mora', u'2728 yatskiv', u'474 prudentia', u'471 papagena', u'470 kilia', u'4673 bortle', u'467 laura', u'1807 slovakia', u'185 eunike', u'1854 skvortsov', u'4640 hara', u'186 celuta', u'1892 lucienne', u'1906 naef', u'1907 rudneva', u'1929 kollaa', u'1584 fuji', u'158 koronis', u'1577 reiss', u'157 dejanira', u'4635 rimbaud', u'4606 saheki', u'4562', u'456 abnoba', u'4546 franck', u'4510 shawna', u'446 aeternitas', u'4440 tchantches', u'441 bathilde', u'4376 shigemori', u'4373 crespo', u'4370 dickens', u'4353 onizaki', u'430 hybris', u'43 ariadne', u'4282 endate', u'4219 nakamura', u'4215 kamo', u'42 isis', u'4179 toutatis', u'4165 didkovskij', u'416 vaticana', u'4159 freeman', u'4156', u'4147 lennon', u'4145 maximova', u'4104 alu', u'4085 weir', u'4062 schiaparelli', u'1534 nasi', u'752 sulamitis', u'7474', u'737 arequipa', u'774 armor', u'1518 rovaniemi', u'1501 baade', u'149 medusa', u'1480 aunus', u'1478 vihuri', u'1471 tornio', u'1463 nordenmarkia', u'1451 grano', u'787 moskva', u'788 hohensteina', u'4038 kristina', u'8 flora', u'803 picka', u'4031 mueller', u'4025 ridley', u'402 chloe', u'808 merxia', u'811 nauheima', u'813 baumeia', u'8176', u'4006 sandler', u'4005 dyagilev', u'4002 shinagawa', u'4 vesta', u'3999 aristarchus', u'3968 koptelov', u'82 alkmene', u'851 zeissia', u'86 semele', u'863 benkoela', u'879 ricarda', u'3963 paradzhanov', u'3944 halliday', u'3935 toatenmongakkai', u'3915 fukushima', u'39 laetitia'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/SMASS-ASTEROID-SURVEY-V2-1/22rz-yjuu', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 36,data.nasa.gov,25pn-hdsr,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/25pn-hdsr', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:28:05.000Z', u'id': u'25pn-hdsr', u'createdAt': u'2018-06-26T06:22:36.000Z', u'description': u'The shape model of Tethys derived by Robert Gaskell from Cassini Imaging Science Subsystem narrow and wide angle camera (ISSNA and ISSWA) images. The model is provided in the implicitly connected quadrilateral (ICQ) format. This version of the model was prepared on July 25, 2012. Vertex-facet versions of the models are also provided.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:28:05.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'GASKELL TETHYS SHAPE MODEL V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:22:36.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-sa-issna-5-tethysshape-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-SA-ISSNA-5-TETHYSSHAPE-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-sa-issna-5-tethysshape-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u's3 tethys', u'cassini-huygens'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GASKELL-TETHYS-SHAPE-MODEL-V1-0/25pn-hdsr', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 37,data.nasa.gov,2hp2-h69e,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,25,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/2hp2-h69e', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:21:00.000Z', u'id': u'2hp2-h69e', u'createdAt': u'2018-06-26T06:51:16.000Z', u'description': u'Abstract ======== This data set contains the Ceres digital terrain model based on the Dawn High Altitude Mapping orbit (HAMO) Framing Camera 2 (FC2) images and derived by using the stereo photo-grametric (SPG) method. The HAMO DTM covers approximately 98% of the Ceres surface (few permanently shadowed areas near the poles required interpolation). The a DTM has a lateral spacing of ~136.7 m/pixel (60 pixel/degree) and a vertical accuracy of about 10 m.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:21:00.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'DAWN FC2 DERIVED CERES HAMO DTM SPG V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 25, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 4.700439718141093, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:51:16.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dawn-a-fc2-5-cereshamodtmspg-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DAWN-A-FC2-5-CERESHAMODTMSPG-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dawn-a-fc2-5-cereshamodtmspg-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'1 ceres', u'dawn mission to vesta and ceres'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/DAWN-FC2-DERIVED-CERES-HAMO-DTM-SPG-V1-0/2hp2-h69e', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 38,data.nasa.gov,2kvi-z8a6,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,25,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/2kvi-z8a6', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:24:55.000Z', u'id': u'2kvi-z8a6', u'createdAt': u'2018-06-25T20:47:10.000Z', u'description': u'Cloud-Aerosol Lidar and Infrared Pathfinder Satellite Observations (CALIPSO) was launched on April 28, 2006 to study the impact of clouds and aerosols on the Earth\u2019s radiation budget and climate. It flies in formation with five other satellites in the international \u201cA-Train\u201d (PDF) constellation for coincident Earth observations. The CALIPSO satellite comprises three instruments, the Cloud-Aerosol LIdar with Orthogonal Polarization (CALIOP), the Imaging Infrared Radiometer (IIR), and the Wide Field Camera (WFC). CALIPSO is a joint satellite mission between NASA and the French Agency, CNES. These data consist 5 km aerosol layer data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:24:55.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'john.m.kusterer@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CALIPSO Lidar L2 Aerosol Layer Data V3-02', u'columns_field_name': [], u'page_views': {u'page_views_total': 25, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.700439718141093, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:47:10.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:john.m.kusterer@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:004'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2011-11-01/2013-02-28', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'NASA-0000143', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'John M. Kusterer', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000143', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'radiation', u'aerosol', u'cloud', u'atmospheric science', u'satellite', u'eos', u'climate'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CALIPSO-Lidar-L2-Aerosol-Layer-Data-V3-02/2kvi-z8a6', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 39,data.nasa.gov,2pyi-kmeq,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,13,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/2pyi-kmeq', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:05:26.000Z', u'id': u'2pyi-kmeq', u'createdAt': u'2018-06-26T07:07:22.000Z', u'description': u'Photometric observations of stellar occultations by Saturnian rings, satellites, atmospheres, and Jovian atmosphere.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:05:26.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CASSINI SATURN UVIS SOLAR STELLAR BRIGHTNESS TIME SERIES 1.1', u'columns_field_name': [], u'page_views': {u'page_views_total': 13, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.8073549220576037, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:07:22.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-uvis-2-ssb-v1.1', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-S-UVIS-2-SSB-V1.1', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-uvis-2-ssb-v1.1', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'phoebe', u'rhea', u'atlas', u'enceladus', u'pan', u'pandora', u's rings', u'epimetheus', u'helene', u'hyperion', u'cassini-huygens', u'dark sky', u'calypso', u'dione', u'iapetus', u'prometheus', u'star', u'saturn', u'janus', u'titan', u'mimas', u'telesto', u'tethys'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-SATURN-UVIS-SOLAR-STELLAR-BRIGHTNESS-TIME-/2pyi-kmeq', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 40,data.nasa.gov,2wbb-urqa,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,13,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/2wbb-urqa', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:47:20.000Z', u'id': u'2wbb-urqa', u'createdAt': u'2018-06-26T06:33:59.000Z', u'description': u'The Voyager 1 Plasma Wave Spectrometer (PWS) raw full resolution data set consists of electric field waveform samples from the Voyager 1 Plasma Wave Subsystem waveform receiver obtained during the entire mission. Data will continue to be added to the archive on subsequent volumes. The data set encompasses all waveform observations obtained in the cruise mission phases before, between, and after the Jupiter and Saturn encounter phases as well as those obtained during the two encounter phases. Data for this data set are acquired from the PWS waveform receiver. Data are presented as time series of 4-bit voltage measurements acquired at the rate of 28,800 samples per second through a 40 Hz to 12 kHz bandpass filter. An automatic gain control is used to keep the signal within the usable range of the 4-bit digitization, however, the gain information is not returned to the ground, hence, there is no direct, absolute calibration. However, a power spectrum analysis returns a spectrum that has accurate relative amplitudes between spectral elements. This data set provides the highest temporal resolution data from the Voyager mission. A browse data set is included with these data which provides for a graphical search of the data using a series of thumbnail and full-sized spectrograms which lead the user to the particular data file(s) of interest.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:47:20.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'VG1 J/S/SS PLASMA WAVE SPECTROMETER RAW WAVEFORM 60MS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 13, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.8073549220576037, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:33:59.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-j-s-ss-pws-1-edr-wfrm-60ms-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG1-J%2FS%2FSS-PWS-1-EDR-WFRM-60MS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-j-s-ss-pws-1-edr-wfrm-60ms-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'voyager', u'jupiter', u'saturn', u'solar system'], u'categories': [u'infrastructure', u'recreation'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG1-J-S-SS-PLASMA-WAVE-SPECTROMETER-RAW-WAVEFORM-6/2wbb-urqa', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 41,data.nasa.gov,reqg-wdzv,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,13,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/reqg-wdzv', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-18T22:08:55.000Z', u'id': u'reqg-wdzv', u'createdAt': u'2018-06-26T22:15:38.000Z', u'description': u'CRISM, CTX, HiRISE, MARCI, MCS, RSS, SHARAD, SPICE', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-18T22:08:55.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Mars Reconnaissance Orbiter Data 16', u'columns_field_name': [], u'page_views': {u'page_views_total': 13, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.8073549220576037, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T22:15:38.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-545', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-545', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'crism', u'rss', u'ctx', u'spice', u'pds', u'mcs', u'sharad', u'hirise', u'marci'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Mars-Reconnaissance-Orbiter-Data-16/reqg-wdzv', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 42,data.nasa.gov,kum5-wr9u,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,13,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/kum5-wr9u', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:11:08.000Z', u'id': u'kum5-wr9u', u'createdAt': u'2018-06-26T06:49:25.000Z', u'description': u'The HAYABUSA spacecraft included a LIght Detection and Ranging (LIDAR) altimeter. The primary objective of LIDAR was to establish the range between the HAYABUSA spacecraft and the asteroid Itokawa for navigation purposes during the surveying and collection phases of the mission. It provided excellent estimates of the location of the spacecraft relative to the asteroid. The Experiment Data Record (EDR) and Calibrated Data Record (CDR) from the Hayabusa LIDAR experiment are included in this data set.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:11:08.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'HAYABUSA LIDAR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 13, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 2.0, u'page_views_total_log': 3.8073549220576037, u'page_views_last_month': 3}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:49:25.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.hay-a-lidar-3-haylidar-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=HAY-A-LIDAR-3-HAYLIDAR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.hay-a-lidar-3-haylidar-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'hayabusa', u'25143 itokawa'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/HAYABUSA-LIDAR-V1-0/kum5-wr9u', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 43,data.nasa.gov,epu3-gdpk,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,13,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/epu3-gdpk', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:51:44.000Z', u'id': u'epu3-gdpk', u'createdAt': u'2018-06-26T06:34:10.000Z', u'description': u'This data set lists counts as a function of either angular position or energy level. The data were obtained from the Ion Mass Spectrometer (IMS) High Intensity Spectrometer (HIS) instrument flown aboard the GIOTTO spacecraft during its extended mission to fly by comet 26P/Grigg-Skjellerup. These data have not been formally reviewed by PDS.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:51:44.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'IMS HIGH INTENSITY SPECTROMETER V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 13, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 3.8073549220576037, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:34:10.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.gio-c-ims-3-rdr-his-grigg-skjell-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GIO-C-IMS-3-RDR-HIS-GRIGG-SKJELL-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.gio-c-ims-3-rdr-his-grigg-skjell-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'26p/grigg-skjellerup 1 (1922 k1)', u'giotto extended mission'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/IMS-HIGH-INTENSITY-SPECTROMETER-V1-0/epu3-gdpk', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 44,data.nasa.gov,u2u3-v4rh,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/u2u3-v4rh', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:26:29.000Z', u'id': u'u2u3-v4rh', u'createdAt': u'2018-06-26T06:21:37.000Z', u'description': u'This data set contains raw 9P/Tempel 1 and calibration images acquired by the Deep Impact Medium Resolution Instrument Visible CCD during the encounter phase of the mission. These observations were used for optical and autonomous navigation (NAV) of the flyby spacecraft as well as for scientific investigations. These data were collected from 1 May to 4 July 2005.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:26:29.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'DEEP IMPACT 9P/TEMPEL ENCOUNTER - RAW MRI NAV IMAGES V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:21:37.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dif-c-mri-2-nav-9p-encounter-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DIF-C-MRI-2-NAV-9P-ENCOUNTER-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dif-c-mri-2-nav-9p-encounter-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'calibration', u'deep impact', u'9p/tempel 1 (1867 g1)'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/DEEP-IMPACT-9P-TEMPEL-ENCOUNTER-RAW-MRI-NAV-IMAGES/u2u3-v4rh', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 45,data.nasa.gov,makt-k2hc,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,13,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/makt-k2hc', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:08:06.000Z', u'id': u'makt-k2hc', u'createdAt': u'2018-06-25T20:37:42.000Z', u'description': u'Sun photometer measurements of the direct (collimated) solar radiation provide information to calculate the columnar aerosol optical depth (AOD). AOD can be used to compute columnar water vapor (Precipitable Water) and estimate the aerosol size using the Angstrom parameter relationship. Two data versions (Versions 1 and 2) and three quality levels (Levels 1.0, 1.5, 2.0) exist for each product. While Levels 1.0 and 1.5 are provided in near real-time, the 12-month or longer delay (due to final calibration and manual inspection) ensures that the highest quality data can be found in Version 2, Level 2.0 data products. Level 2: pre- and post-field calibration applied, automatically cloud cleared and manually inspected.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:08:06.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'Brent.N.Holben@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Aeronet AOD', u'columns_field_name': [], u'page_views': {u'page_views_total': 13, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.8073549220576037, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:37:42.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:Brent.N.Holben@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'1993-01-01/2014-01-01', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'Global', u'key': u'Common-Core_Geographic-Coverage'}, {u'value': u'NASA-0000001__1', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'http://aeronet.gsfc.nasa.gov/', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Brent Holben', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000001__1', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'radiation', u'aerosols', u'precipitable water', u'clouds', u'satellite', u'earth science', u'inversions'], u'categories': [u'education', u'public safety'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Aeronet-AOD/makt-k2hc', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 46,data.nasa.gov,mbgu-gidn,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,13,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/mbgu-gidn', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:25:47.000Z', u'id': u'mbgu-gidn', u'createdAt': u'2018-06-26T06:53:46.000Z', u'description': u'This data set contains the Magellan Compressed Once Mosaic Image Data Records (C1-MIDRs) which consists of mosaics generated from compressed basic image data records (C-BIDRs). C-BIDRs have been generated by computing 3x3 pixel arithmetic moving averages from the F-BIDRs. Each C1-MIDR is in a sinusoidal equal area projection and has an origin at 0 degrees latitude, with the central meridian defined as the longitude bisecting the mosaic. Each C1-MIDR has 7K lines (aligned with latitudes) and 8K samples, arranged as 56 1K x 1K files on the CD-ROMs. C1-MIDRs, with their 225m pixel widths, are designed to cover the planet at reasonably high resolution and high signal to noise ratio.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:25:47.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MGN V RADAR SYSTEM DERIVED MIDR COMPRESSED ONCE V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 13, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.8073549220576037, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:53:46.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgn-v-rdrs-5-midr-c1-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MGN-V-RDRS-5-MIDR-C1-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgn-v-rdrs-5-midr-c1-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'magellan', u'venus'], u'categories': [u'environment'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MGN-V-RADAR-SYSTEM-DERIVED-MIDR-COMPRESSED-ONCE-V1/mbgu-gidn', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 47,data.nasa.gov,ivxb-y9yg,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ivxb-y9yg', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T08:06:56.000Z', u'id': u'ivxb-y9yg', u'createdAt': u'2018-06-26T07:03:50.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T08:06:56.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'LP MOON SPACECRAFT TRAJECTORY V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:03:50.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lp-l-6-trajectory-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=LP-L-6-TRAJECTORY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lp-l-6-trajectory-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'moon', u'lunar prospector'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/LP-MOON-SPACECRAFT-TRAJECTORY-V1-0/ivxb-y9yg', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 48,data.nasa.gov,kfed-r4xt,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/kfed-r4xt', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:19:18.000Z', u'id': u'kfed-r4xt', u'createdAt': u'2018-06-26T06:50:26.000Z', u'description': u'This dataset contains RESAMPLED DATA (CODMAC LEVEL 4) of the PRELANDING\nPhase from March 23 until November 21, 2014 of the ROSETTA orbiter\nmagnetometer RPCMAG. Data are averaged to 60s means. Observations are done\nin the vicinity of comet 67P/CHURYUMOV-GERASIMENKO 1 (1969 R1). The current\nversion of the dataset is V6.0', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:19:18.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ROSETTA-ORBITER SW RPCMAG 4 PRL RESAMPLED V6.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 2.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 3}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:50:26.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-ss-rpcmag-4-prl-resampled-v6.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-SS-RPCMAG-4-PRL-RESAMPLED-V6.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-ss-rpcmag-4-prl-resampled-v6.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'solar wind', u'67p/churyumov-gerasimenko 1 (1969 r1)', u'checkout', u'international rosetta mission'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-SW-RPCMAG-4-PRL-RESAMPLED-V6-0/kfed-r4xt', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 49,data.nasa.gov,4xtg-az7w,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/4xtg-az7w', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:28:17.000Z', u'id': u'4xtg-az7w', u'createdAt': u'2018-06-26T06:22:47.000Z', u'description': u'This data set contains Calibrated data taken by the New Horizons Long Range Reconnaissance Imager instrument during the pluto cruise mission phase. This is VERSION 1.0 of this data set.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:28:17.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'NEW HORIZONS\n LORRI PLUTO CRUISE\n CALIBRATED V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:22:47.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-lorri-3-plutocruise-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-X-LORRI-3-PLUTOCRUISE-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-lorri-3-plutocruise-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'neptune', u'calibration', u'pluto', u'earth', u'136472 makemake', u'new horizons', u'136108 haumea', u'uranus', u'styx', u'nix', u'star', u'10199 chariklo', u'jupiter', u'sun', u'kerberos', u'charon'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-LORRI-PLUTO-CRUISE-CALIBRATED-V1-0/4xtg-az7w', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 50,data.nasa.gov,jjss-azv6,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/jjss-azv6', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:51:12.000Z', u'id': u'jjss-azv6', u'createdAt': u'2018-06-26T06:44:31.000Z', u'description': u'2010-07-30 SBN:T.Barnes Updated and DATA_SET_DESCThis dataset contains EDITED RAW DATA of the CRUISE 2 phase (CR2). (Version 3.0 is the first version archived.)', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:51:12.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ROSETTA-ORBITER SW RPCMAG 2 CR2 RAW V3.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:44:31.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-ss-rpcmag-2-cr2-raw-v3.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-SS-RPCMAG-2-CR2-RAW-V3.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-ss-rpcmag-2-cr2-raw-v3.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'international rosetta mission', u'solar wind', u'unknown'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-SW-RPCMAG-2-CR2-RAW-V3-0/jjss-azv6', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 51,data.nasa.gov,t64u-hapz,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,26,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/t64u-hapz', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:41:26.000Z', u'id': u't64u-hapz', u'createdAt': u'2018-06-26T06:33:13.000Z', u'description': u'NULL', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:41:26.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'JUNO JUPITER JUNOCAM 3 RDR\n\t\t\t\t L1A V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 26, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 4.754887502163469, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:33:13.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.juno-j-junocam-3-rdr-l1a-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=JUNO-J-JUNOCAM-3-RDR-L1A-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.juno-j-junocam-3-rdr-l1a-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'juno', u'jupiter'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/JUNO-JUPITER-JUNOCAM-3-RDR-L1A-V1-0/t64u-hapz', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 52,data.nasa.gov,5866-g4vr,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/5866-g4vr', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:03:15.000Z', u'id': u'5866-g4vr', u'createdAt': u'2018-09-05T23:03:14.000Z', u'description': u'Martian regolith (unconsolidated surface material) is a potential medium for plant growth in bioregenerative life support systems during manned missions on Mars. However hydrated magnesium sulfate mineral levels in the regolith of Mars can reach as high as 10 wt% and would be expected to be highly inhibitory to plant growth. A global approach was used to identify novel genes with potential to enhance tolerance to high MgSO4 stress. The early Arabidopsis root transcriptome response to elevated concentrations of magnesium sulfate was characterized in col-0 and also between col-0 and the mutant line cax1-1 - a mutant relatively tolerant of high levels of MgSO4-7H2O in soil solution. After 3 weeks of growth under hydroponic conditions Arabidopsis thaliana col-0 roots were exposed to a basic nutrient solution (0.25 g/L MES 1/16x MS pH 5.7) with an additional 2.08 mM magnesium sulfate (total Ca:Mg ratio = 1:15) for 45 min. 90 min. or 180 min. while a col-0 control set was exposed to the basic nutrient solution without additional magnesium sulfate for 45 minutes. Arabidopsis thaliana cax1-1 roots were exposed to the basic nutrient solution with additional magnesium sulfate for 180 min. only. Four replicate containers were harvested for the control and each of the treatment sets resulting in a total of 20 samples. Gene expression of the col-0 sets exposed to magnesium sulfate treatment for 45 min. 90 min. or 180 min. was compared to gene expression of the col-0 control set. Gene expression of the cax1-1 set exposed to magnesium sulfate treatment for 180 min. was compared to gene expression of the col-0 set exposed to magnesium sulfate treatment for 180 minutes.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:03:15.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'Root transcriptome remodeling of Arabidopsis in response to high levels of magnesium sulfate', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:03:14.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-22', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-22', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'p-gse20109-2', u'p-gse20109-4', u'p-gse20109-5', u'bioassay_data_transformation', u'hybridization', u'treatment', u'grow', u'feature_extraction', u'image_aquisition', u'specified_biomaterial_action', u'nucleic_acid_extraction', u'labeling', u'p-gse20109-1', u'p-gse20109-3', u'p-gse20109-8', u'p-gse20109-7', u'treatment time', u'genotype', u'p-gse20109-6'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Root-transcriptome-remodeling-of-Arabidopsis-in-re/5866-g4vr', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 53,data.nasa.gov,sxk7-eum7,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/sxk7-eum7', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T05:48:27.000Z', u'id': u'sxk7-eum7', u'createdAt': u'2018-06-25T20:56:01.000Z', u'description': u'CRaTER, DLRE, LAMP, LEND, LOLA, LROC, Mini-RF', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T05:48:27.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'PDS Lunar Reconnaissance Orbiter Data 8', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:56:01.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-521', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-521', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'lola', u'lamp', u'crater', u'dlre', u'pds', u'mini-rf', u'lroc', u'lend'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Lunar-Reconnaissance-Orbiter-Data-8/sxk7-eum7', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 54,data.nasa.gov,qbdg-evje,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/qbdg-evje', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:50:07.000Z', u'id': u'qbdg-evje', u'createdAt': u'2018-06-26T06:15:48.000Z', u'description': u'Abstract ======== This accumulating data set includes Ceres global mosaics and quadrangles derived from images acquired by the Framing Camera 2 (FC2) on the NASA Dawn spacecraft. Global mosaics are provided in cylindrical and polar stereographic projections. The quadrangle mosaics use Mercator (equatorial), Lambert conformal (mid-latitude) and stereographic projections. Clear and color mosaics are provided for high altitude mapping orbit (HAMO) and clear filter mosaics only in the low altitude mapping orbit (LAMO) science phases. This data set spans three PDS archive volumes which were created at different times during the mission. Volume DWNCHCFC2_2 contains HAMO clear filter mosaics, DWNCHFFC2_2 contains HAMO color filter mosaics, and DWNCLCFC2_2 contains LAMO clear mosaics.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:50:07.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'DAWN FC2 DERIVED CERES MOSAICS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:15:48.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dawn-a-fc2-5-ceresmosaic-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DAWN-A-FC2-5-CERESMOSAIC-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dawn-a-fc2-5-ceresmosaic-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'1 ceres', u'dawn mission to vesta and ceres'], u'categories': [u'finance', u'infrastructure', u'housing & development'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/DAWN-FC2-DERIVED-CERES-MOSAICS-V1-0/qbdg-evje', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 55,data.nasa.gov,xxc5-iht5,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/xxc5-iht5', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:05:09.000Z', u'id': u'xxc5-iht5', u'createdAt': u'2018-06-26T06:44:16.000Z', u'description': u'This data set describes the data of the high time resolution counting rate from the D1 detector in the Cosmic Ray System (CRS) electron telescope (TET) on Voyager 2 during the Neptune encounter. The D1 detector nominally responds to electrons with kinetic energies above approximately 1 MeV (see detector description for details).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:05:09.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'VG2 NEP CRS CALIB RDR D1 RATE HI RESOLUTION ELEC 6SEC V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 3.0, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:44:16.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-n-crs-3-rdr-d1-6sec-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG2-N-CRS-3-RDR-D1-6SEC-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-n-crs-3-rdr-d1-6sec-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'neptune', u'voyager', u'comet sl9/jupiter collision'], u'categories': [u'economy'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG2-NEP-CRS-CALIB-RDR-D1-RATE-HI-RESOLUTION-ELEC-6/xxc5-iht5', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 56,data.nasa.gov,8zt2-q3p4,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,30,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/8zt2-q3p4', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-08-02T15:35:28.000Z', u'id': u'8zt2-q3p4', u'createdAt': u'2018-06-26T06:11:33.000Z', u'description': u""This dataset represents multiple products archived at the multiple archive centers for the MODIS (Moderate Resolution Imaging Spectroradiometer) instrument aboard the Aqua Satellite. This dataset is provided by NASA EOSDIS as a single point of entry for this suite of products. The provided access URL is link to EOSDIS's Earthdata Search tool with a pre-populated query that will bring up all products archived by EOSDIS with imagery provided by the MODIS instrument on Aqua."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-08-02T15:35:28.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'support@earthdata.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Moderate Resolution Imaging Spectroradiometer (MODIS) - Aqua', u'columns_field_name': [], u'page_views': {u'page_views_total': 30, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 2.321928094887362, u'page_views_total_log': 4.954196310386876, u'page_views_last_month': 4}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:11:33.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:support@earthdata.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://lpdaac.usgs.gov/dataset_discovery/modis'], u'key': u'Common-Core_References'}, {u'value': u'-180.0, -90.0, 180.0, 90.0', u'key': u'Common-Core_Geographic-Coverage'}, {u'value': u'MODIS_AQUA_NASA_EOSDIS', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'EOSDIS', u'key': u'Common-Core_Publisher'}, {u'value': [u'geospatial'], u'key': u'Common-Core_Theme'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Earthdata User Services', u'key': u'Common-Core_Contact-Name'}, {u'value': u'MODIS_AQUA_NASA_EOSDIS', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'oceans', u'atmospheric water vapor', u'atmospheric radiation', u'clouds', u'land temperature', u'sea ice', u'snow/ice', u'surface radiative properties', u'aerosols', u'hydrosphere', u'cryosphere', u'atmosphere', u'land surface', u'earth science', u'imagery theme', u'national geospatial data asset', u'ngda'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Moderate-Resolution-Imaging-Spectroradiometer-MODI/8zt2-q3p4', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 57,data.nasa.gov,xxkx-6t62,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/xxkx-6t62', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:50:21.000Z', u'id': u'xxkx-6t62', u'createdAt': u'2018-06-26T06:15:34.000Z', u'description': u'The Sloan Digital Sky Survey (SDSS) Moving Object Catalog 3rd release lists astrometric and photometric data for moving objects detected in the SDSS. The catalog includes various identification parameters, SDSS astrometric measurements (five SDSS magnitudes and their errors), and orbital elements for previously cataloged asteroids. The data set also includes a list of the runs from which data are included, and filter response curves.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:50:21.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'SDSS MOVING OBJECT CATALOG V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:15:34.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-i0035-3-sdssmoc-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-I0035-3-SDSSMOC-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-i0035-3-sdssmoc-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'support archives', u'asteroid', u'calibration'], u'categories': [u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/SDSS-MOVING-OBJECT-CATALOG-V2-0/xxkx-6t62', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 58,data.nasa.gov,bmrk-zn8z,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/bmrk-zn8z', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:28:51.000Z', u'id': u'bmrk-zn8z', u'createdAt': u'2018-06-26T06:29:59.000Z', u'description': u'Photometric spectra covering the range 0.32 - 1.08 micrometers for 285 numbered asteroids, as published in Chapman & Gaffey (1979b) and McFadden, et al. (1984).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:28:51.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'EARTH ASTEROID DBP 24COLOR SURVEY V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:29:59.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-dbp-3-rdr-24color-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-DBP-3-RDR-24COLOR-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-dbp-3-rdr-24color-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'89 julia', u'895 helio', u'9 metis', u'144 vibilia', u'90 antiope', u'141 lumen', u'1493 sigrid', u'15 eunomia', u'150 nuwa', u'1512 oulu', u'82 alkmene', u'145 adeona', u'846 lipperta', u'85 io', u'1449 virtanen', u'149 medusa', u'858 el djezair', u'87 sylvia', u'88 thisbe', u'884 priamus', u'887 alinda', u'eros', u'ida', u'1075 helina', u'32 pomona', u'323 brucia', u'324 bamberga', u'106 dione', u'325 heidelberga', u'1058 grubba', u'326 tamara', u'335 roberta', u'337 devosa', u'526 jena', u'52 europa', u'513 centesima', u'511 davida', u'1055 tynka', u'105 artemis', u'1036 ganymed', u'1025 riema', u'338 budrosa', u'1019 strackea', u'1015 christa', u'10 hygiea', u'339 dorothea', u'34 circe', u'support archives', u'3 juno', u'293 brasilia', u'340 eduarda', u'29 amphitrite', u'341 california', u'281 lucretia', u'344 desiderata', u'345 tercidina', u'347 pariana', u'349 dembowska', u'354 eleonora', u'356 liguria', u'36 atalante', u'361 bononia', u'363 padua', u'365 corduba', u'801 helwerthia', u'80 sappho', u'8 flora', u'54 alexandra', u'554 peraga', u'558 carmen', u'560 delila', u'562 salome', u'563 suleika', u'790 pretoria', u'28 bellona', u'279 thule', u'79 eurynome', u'27 euterpe', u'268 adorea', u'264 libussa', u'262 valda', u'785 zwetana', u'37 fides', u'372 palma', u'374 burgundia', u'26 proserpina', u'258 tyche', u'25 phocaea', u'246 asporina', u'24 themis', u'236 honoria', u'230 athamantis', u'375 ursula', u'386 siegena', u'389 industria', u'39 laetitia', u'391 ingeborg', u'4 vesta', u'23 thalia', u'221 eos', u'2201 oljato', u'220 stephania', u'22 kalliope', u'217 eudora', u'216 kleopatra', u'213 lilaea', u'2100 ra-shalom', u'210 isabella', u'21 lutetia', u'208 lacrimosa', u'783 nora', u'200 dynamene', u'20 massalia', u'2 pallas', u'198 ampella', u'197 arete', u'196 philomela', u'695 bella', u'194 prokne', u'192 nausikaa', u'1915 quetzalcoatl', u'19 fortuna', u'1862 apollo', u'185 eunike', u'510 mabella', u'51 nemausa', u'574 reginhild', u'579 sidonia', u'505 cava', u'696 leonora', u'7 iris', u'5 astraea', u'40 harmonia', u'402 chloe', u'403 cyane', u'409 aspasia', u'41 daphne', u'413 edburga', u'415 palatia', u'416 vaticana', u'5797 bivoj', u'58 concordia', u'582 olympia', u'584 semiramis', u'588 achilles', u'496 gryphia', u'419 aurelia', u'42 isis', u'423 diotima', u'426 hippo', u'43 ariadne', u'599 luisa', u'6 hebe', u'434 hungaria', u'435 ella', u'439 ohio', u'44 nysa', u'60 echo', u'613 ginevra', u'617 patroclus', u'1830 pogson', u'181 eucharis', u'62 erato', u'490 veritas', u'441 bathilde', u'446 aeternitas', u'488 kreusa', u'45 eugenia', u'453 tea', u'46 hestia', u'624 hektor', u'782 montefiore', u'781 kartvelia', u'462 eriphyla', u'468 lina', u'471 papagena', u'472 roma', u'48 doris', u'704 interamnia', u'481 emita', u'628 christine', u'78 diana', u'71 niobe', u'712 boliviana', u'714 ulula', u'63 ausonia', u'773 irmintraud', u'639 latona', u'772 tanete', u'770 bali', u'760 massinga', u'758 mancunia', u'64 angelina', u'739 mandeville', u'741 botolphia', u'747 winchester', u'750 oskar', u'648 pippa', u'83 beatrix', u'676 melitta', u'839 valborg', u'84 klio', u'140 siwa', u'1529 oterma', u'156 xanthippe', u'1566 icarus', u'158 koronis', u'1580 betulia', u'1595 tanga', u'16 psyche', u'14 irene', u'1620 geographos', u'68 leto', u'1627 ivar', u'163 erigone', u'1636 porter', u'164 eva', u'1645 waterfield', u'1656 suomi', u'166 rhodope', u'167 urda', u'1685 toro', u'139 juewa', u'69 hesperia', u'169 zelia', u'17 thetis', u'170 maria', u'1364 safara', u'136 austria', u'1330 spiridonia', u'909 ulla', u'1317 silvretta', u'911 agamemnon', u'130 elektra', u'674 rachele', u'92 undina', u'13 egeria', u'129 antigone', u'1284 latvia', u'128 nemesis', u'1263 varsavia', u'925 alphonsina', u'660 crescentia', u'1717 arlon', u'124 alkeste', u'1727 mette', u'93 minerva', u'94 aurora', u'944 hidalgo', u'122 gerda', u'1212 francette', u'121 hermione', u'1208 troilus', u'811 nauheima', u'66 maja', u'654 zelinda', u'12 victoria', u'1199 geldonia', u'119 althaea', u'175 andromache', u'1173 anchises', u'1172 aneas', u'532 herculina', u'176 iduna', u'18 melpomene', u'30 urania', u'308 polyxo', u'53 kalypso', u'1162 larissa', u'116 sirona', u'115 thyra', u'113 amalthea', u'1103 sequoia', u'110 lydia', u'11 parthenope', u'65 cybele', u'1088 mitaka', u'108 hecuba', u'31 euphrosyne', u'3102 krok', u'969 leocadia', u'97 klotho', u'313 chaldaea', u'976 benjamina', u'asteroid', u'ceres'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/EARTH-ASTEROID-DBP-24COLOR-SURVEY-V2-0/bmrk-zn8z', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 59,data.nasa.gov,7d4u-8pfd,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/7d4u-8pfd', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:12:12.000Z', u'id': u'7d4u-8pfd', u'createdAt': u'2018-06-26T06:45:47.000Z', u'description': u""A wide range of ion species and velocity distributions are expected to be found as the Giotto spacecraft traverses the coma of Halley's Comet. The outer coma is characterized by the interaction between solar wind and cometary plasmas, the inner coma by the outflow of cometary neutrals and their ionization products. The resultant demands on instrument dynamic range preclude use of a single sensor for measurements of ion composition. The Giotto Ion Mass Spectrometer (IMS) therefore consists of two sensors: one optimized for the outer and the other for the inner coma, with each obtaining complementary information in the region for which it is not optimized. Both sensors feature mass imaging characteristics, thereby permitting simultaneous measurements of several ion species by means of multi-detector arrays. The prime objective of the High-Energy Range Spectrometer (HERS) is to measure the ion abundances and three-dimensional velocity distributions outside the cometary contact surface."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:12:12.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'GIOTTO ION MASS SPECTROMETER HIGH ENERGY RANGE DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:45:47.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.gio-c-ims-3-rdr-hers-halley-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GIO-C-IMS-3-RDR-HERS-HALLEY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.gio-c-ims-3-rdr-hers-halley-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'giotto', u'halley'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GIOTTO-ION-MASS-SPECTROMETER-HIGH-ENERGY-RANGE-DAT/7d4u-8pfd', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 60,data.nasa.gov,3w9f-95bt,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/3w9f-95bt', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:26:36.000Z', u'id': u'3w9f-95bt', u'createdAt': u'2018-06-25T20:47:30.000Z', u'description': u'Cloud-Aerosol Lidar and Infrared Pathfinder Satellite Observations (CALIPSO) was launched on April 28, 2006 to study the impact of clouds and aerosols on the Earth\u2019s radiation budget and climate. It flies in formation with five other satellites in the international \u201cA-Train\u201d (PDF) constellation for coincident Earth observations. The CALIPSO satellite comprises three instruments, the Cloud-Aerosol LIdar with Orthogonal Polarization (CALIOP), the Imaging Infrared Radiometer (IIR), and the Wide Field Camera (WFC). CALIPSO is a joint satellite mission between NASA and the French Agency, CNES. These data consist 5 km aerosol layer data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:26:36.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'john.m.kusterer@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CALIPSO Lidar L2 1 km Cloud Layer Data V1-20', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:47:30.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:john.m.kusterer@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:004'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2007-03-01/2007-11-11', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'NASA-0000164', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'John M. Kusterer', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000164', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'climate', u'cloud', u'radiation', u'aerosol', u'eos', u'atmospheric science', u'satellite'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CALIPSO-Lidar-L2-1-km-Cloud-Layer-Data-V1-20/3w9f-95bt', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 61,data.nasa.gov,nmiu-4ddg,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/nmiu-4ddg', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:26:30.000Z', u'id': u'nmiu-4ddg', u'createdAt': u'2018-06-25T20:47:29.000Z', u'description': u'Cloud-Aerosol Lidar and Infrared Pathfinder Satellite Observations (CALIPSO) was launched on April 28, 2006 to study the impact of clouds and aerosols on the Earth\u2019s radiation budget and climate. It flies in formation with five other satellites in the international \u201cA-Train\u201d (PDF) constellation for coincident Earth observations. The CALIPSO satellite comprises three instruments, the Cloud-Aerosol LIdar with Orthogonal Polarization (CALIOP), the Imaging Infrared Radiometer (IIR), and the Wide Field Camera (WFC). CALIPSO is a joint satellite mission between NASA and the French Agency, CNES. These data consist 5 km aerosol layer data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:26:30.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'john.m.kusterer@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CALIPSO Lidar L2 1 km Cloud Layer Data V2-01', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:47:29.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:john.m.kusterer@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:004'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2006-06-13/2008-09-13', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'NASA-0000163', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'John M. Kusterer', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000163', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'cloud', u'radiation', u'eos', u'satellite', u'aerosol', u'climate', u'atmospheric science'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CALIPSO-Lidar-L2-1-km-Cloud-Layer-Data-V2-01/nmiu-4ddg', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 62,data.nasa.gov,9c8g-3gwv,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/9c8g-3gwv', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:34:14.000Z', u'id': u'9c8g-3gwv', u'createdAt': u'2018-06-26T06:56:11.000Z', u'description': u'The Hubble Space Telescope Wide Field Planetary Camera 2 data archive contains calibrated data of Mars observed between April 27, 1999 and September 4, 2001. These are full-disk images of Mars obtained primarily through narrowband filters and in the wavelength interval of 255 to 1042 nm. The data have been calibrated to radiance factor, or I/F.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:34:14.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'HST WIDE FIELD PLANETARY CAMERA 2 OBSERVATIONS OF MARS', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:56:11.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.hst-m-wfpc2-3-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=HST-M-WFPC2-3-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.hst-m-wfpc2-3-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars'], u'categories': [u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/HST-WIDE-FIELD-PLANETARY-CAMERA-2-OBSERVATIONS-OF-/9c8g-3gwv', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 63,data.nasa.gov,igck-spx6,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/igck-spx6', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:22:20.000Z', u'id': u'igck-spx6', u'createdAt': u'2018-06-26T06:25:39.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:22:20.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MER 1 MARS PANORAMIC CAMERA RADIOMETRIC RDR OPS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:25:39.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer1-m-pancam-3-radiometric-ops-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MER1-M-PANCAM-3-RADIOMETRIC-OPS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer1-m-pancam-3-radiometric-ops-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars exploration rover', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MER-1-MARS-PANORAMIC-CAMERA-RADIOMETRIC-RDR-OPS-V1/igck-spx6', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 64,data.nasa.gov,uixc-qxtf,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/uixc-qxtf', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:51:19.000Z', u'id': u'uixc-qxtf', u'createdAt': u'2018-06-26T06:16:01.000Z', u'description': u'NULL', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:51:19.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MSL MARS DESCENT IMAGER 4 RDR\n IMAGE V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 3.0, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:16:01.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.msl-m-mardi-4-rdr-img-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MSL-M-MARDI-4-RDR-IMG-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.msl-m-mardi-4-rdr-img-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'mars science laboratory'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MSL-MARS-DESCENT-IMAGER-4-RDR-IMAGE-V1-0/uixc-qxtf', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 65,data.nasa.gov,b7hf-g5ru,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/b7hf-g5ru', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:08:14.000Z', u'id': u'b7hf-g5ru', u'createdAt': u'2018-06-26T06:45:16.000Z', u'description': u'This data set contains reformatted records derived from data returned by the Voyager Ultraviolet Spectrometer Subsystem on board Voyager 1 during the Jupiter encounter phase of the Voyager mission. Original instrument data were merged with ancillary data from footprint SEDR files provided by the Voyager Project at the Jet Propulsion Laboratory. The final product files are formatted as PDS binary tables.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:08:14.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VG1 JUPITER ULTRAVIOLET SPECTROMETER SUBSYSTEM 3 RDR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:45:16.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-j-uvs-3-rdr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG1-J-UVS-3-RDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-j-uvs-3-rdr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'jupiter', u'voyager'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG1-JUPITER-ULTRAVIOLET-SPECTROMETER-SUBSYSTEM-3-R/b7hf-g5ru', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 66,data.nasa.gov,umbt-3pi9,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/umbt-3pi9', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-08-02T15:25:01.000Z', u'id': u'umbt-3pi9', u'createdAt': u'2018-06-26T06:19:00.000Z', u'description': u'This data set contains a table of readings from the Traverse Gravimeter Experiment performed during the Apollo 17 mission. The gravimeter, which recorded relative measurements of the local gravitational field at the lunar surface, was manually run by the astronauts near the Lunar Module landing site. The data table includes 23 valid gravity values, with calibrations and corrections, that were obtained from 12 to 14 December 1972. The absolute value for the Lunar Module site was estimated to be 162,694.6 milligal with an uncertainty of 5 milligal. Supporting documentation includes the Apollo 17 Traverse Gravimeter Experiment Final Report.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-08-02T15:25:01.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'homas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'APOLLO 17 TRAVERSE GRAVIMETER\n DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:19:00.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.a17l-l-tg-2-traverse-gravity-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=A17L-L-TG-2-TRAVERSE-GRAVITY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.a17l-l-tg-2-traverse-gravity-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'apollo 17', u'moon'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/APOLLO-17-TRAVERSE-GRAVIMETER-DATA-V1-0/umbt-3pi9', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 67,data.nasa.gov,4xnz-rijx,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/4xnz-rijx', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:49:06.000Z', u'id': u'4xnz-rijx', u'createdAt': u'2018-06-26T06:14:51.000Z', u'description': u""This data set includes the complete set of Cassini SPICE data files (``kernel files''), which can be accessed using SPICE software. The SPICE data contains geometric and other ancillary information needed to recover the full value of science instrument data. In particular SPICE kernels provide spacecraft and planetary ephemerides, instrument mounting alignments, spacecraft orientation, spacecraft sequences of events, and data needed for relevant time conversions."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:49:06.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CASSINI SPICE KERNELS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:14:51.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-j-e-v-spice-6-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-S%2FJ%2FE%2FV-SPICE-6-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-j-e-v-spice-6-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'saturn', u'cassini-huygens'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-SPICE-KERNELS-V1-0/4xnz-rijx', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 68,data.nasa.gov,tpcn-k3vu,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,22,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/tpcn-k3vu', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:12:00.000Z', u'id': u'tpcn-k3vu', u'createdAt': u'2018-06-26T06:45:43.000Z', u'description': u'This archive contains position and orientation information for various coordinate systems indexed by the Rover Motion Counter (RMC).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:12:00.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MER 2 MARS ENGINEERING ROVER MOTION COUNTER OPS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 22, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.523561956057013, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:45:43.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer2-m-eng-6-rmc-ops-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MER2-M-ENG-6-RMC-OPS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer2-m-eng-6-rmc-ops-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars exploration rover', u'mars'], u'categories': [u'infrastructure'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MER-2-MARS-ENGINEERING-ROVER-MOTION-COUNTER-OPS-V1/tpcn-k3vu', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 69,data.nasa.gov,tpxr-kzpv,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/tpxr-kzpv', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:03:42.000Z', u'id': u'tpxr-kzpv', u'createdAt': u'2018-06-26T07:06:59.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:03:42.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'VOYAGER 1 TITAN RADIO OCCULTATION RAW DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.0, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:06:59.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-ssa-rss-1-rocc-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG1-SSA-RSS-1-ROCC-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-ssa-rss-1-rocc-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'voyager', u'titan'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VOYAGER-1-TITAN-RADIO-OCCULTATION-RAW-DATA-V1-0/tpxr-kzpv', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 70,data.nasa.gov,imuy-rzjw,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/imuy-rzjw', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:22:44.000Z', u'id': u'imuy-rzjw', u'createdAt': u'2018-06-26T06:51:54.000Z', u'description': u'The Cassini Radio Science Saturn Atmosphere and Ring Occultation Experiment (SROC7) Raw Data Archive is a time-ordered collection of radio science raw data acquired on April 1, 11, May 9, 17, June 1, 16, and 23 2008, during the Tour subphase of the Cassini mission.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:22:44.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CASSINI RSS RAW DATA SET - SROC7 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:51:54.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-rss-1-sroc7-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-S-RSS-1-SROC7-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-rss-1-sroc7-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'cassini-huygens', u'saturn'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-RSS-RAW-DATA-SET-SROC7-V1-0/imuy-rzjw', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 71,data.nasa.gov,7bw5-6ihf,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/7bw5-6ihf', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:56:53.000Z', u'id': u'7bw5-6ihf', u'createdAt': u'2018-06-26T06:36:00.000Z', u'description': u'This dataset includes average near-infrared (NIR) reflectance spectra for 68 main-belt asteroids that were observed at the NASA Infrared Telescope Facility (IRTF), Mauna Kea, Hawaii, from April 2001 to January 2015. Raw NIR spectral data were obtained under mostly uniform instrumental conditions and include observations of the asteroids, extinction stars, and solar analog stars that were necessary for data reduction and production of the final average asteroid NIR reflectance spectra. SpecPR and Spextool were used during data reduction to produce the final spectra and both programs utilize similar functions that include sky background subtraction, telluric corrections, channel shifting, and averaging routines. The set of asteroids observed include a wide variety of taxonomic types and include V-, S-, M-, X-types that correspond to a wide variety of surface mineralogies, rock types, and potential meteorite analogs.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:56:53.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'HARDERSEN IRTF ASTEROID NIR REFLECTANCE\n SPECTRA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:36:00.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-i0046-3-hardersenspec-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-I0046-3-HARDERSENSPEC-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-i0046-3-hardersenspec-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'5560 amytis', u'135 hertha', u'136 austria', u'asteroid 6331', u'3867 shiretoko', u'5235 jean-loup', u'798 ruth', u'2168 swope', u'97 klotho', u'129 antigone', u'216 kleopatra', u'71 niobe', u'16 psyche', u'22 kalliope', u'369 aeria', u'asteroid 17469', u'417 suevia', u'asteroid 32940', u'77 frigga', u'asteroid', u'55 pandora', u'1210 morosovia', u'31414 rotarysusa', u'325 heidelberga', u'516 amherstia', u'125 liberatrix', u'132 aethra', u'558 carmen', u'asteroid 15237', u'739 mandeville', u'1459 magnya', u'184 dejopeja', u'3715 stohl', u'3782 celle', u'21 lutetia', u'857 glasenappia', u'9147 kourakuen', u'382 dodona', u'6976 kanatsu', u'860 ursina', u'201 penelope', u'347 pariana', u'8149 ruff', u'931 whittemora', u'3849 incidentia', u'338 budrosa', u'872 holda', u'504 cora', u'5875 kuga', u'441 bathilde', u'2011 veteraniya', u'250 bettina', u'110 lydia', u'asteroid 29796', u'asteroid 5754', u'758 mancunia', u'766 moguntia', u'1461 jean-jacques', u'497 iva', u'asteroid 30872', u'224 oceana', u'9553 colas', u'418 alemannia', u'69 hesperia', u'413 edburga', u'10666 feldberg', u'796 sarita', u'asteroid 19165', u'785 zwetana', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/HARDERSEN-IRTF-ASTEROID-NIR-REFLECTANCE-SPECTRA-V1/7bw5-6ihf', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 72,data.nasa.gov,u74m-unec,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,15,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/u74m-unec', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:58:16.000Z', u'id': u'u74m-unec', u'createdAt': u'2018-06-26T06:36:46.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:58:16.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VG2 SAT PWS EDITED SPECTRUM ANALYZER 4.0SEC V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 15, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:36:46.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-s-pws-2-rdr-sa-4.0sec-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG2-S-PWS-2-RDR-SA-4.0SEC-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-s-pws-2-rdr-sa-4.0sec-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'saturn', u'voyager'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG2-SAT-PWS-EDITED-SPECTRUM-ANALYZER-4-0SEC-V1-0/u74m-unec', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 73,data.nasa.gov,femz-czip,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/femz-czip', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:42:54.000Z', u'id': u'femz-czip', u'createdAt': u'2018-06-26T07:00:25.000Z', u'description': u""This data set consists of resampled data from the Low Energy Charged Particle (LECP) experiment on Voyager 2 while the spacecraft was in the vicinity of Jupiter. This instrument measures the intensities of in-situ charged particles (>26 keV electrons and >30 keV ions) with various levels of discrimination based on energy, mass species, and angular arrival direction. A subset of almost 100 LECP channels are included with this data set. The LECP data are globally calibrated to the extent possible (see below) and they are time averaged to about 15 minute time intervals with the exact beginning and ending times for those intervals matching the LECP instrumental cycle periods (the angular scanning periods). The data is in the form of 'rate' data which has not been converted to the usual physical units. Data records for the version 1.1 data set provide all data for a given channel and time period (8 sectors, plus the average for all sectors) in a single record."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:42:54.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VG2 JUP LECP CALIBRATED RESAMPLED SECTORED 15MIN V1.1', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:00:25.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-j-lecp-4-summ-sector-15min-v1.1', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG2-J-LECP-4-SUMM-SECTOR-15MIN-V1.1', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-j-lecp-4-summ-sector-15min-v1.1', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'voyager', u'jupiter'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG2-JUP-LECP-CALIBRATED-RESAMPLED-SECTORED-15MIN-V/femz-czip', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 74,data.nasa.gov,iptp-2jjm,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,22,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/iptp-2jjm', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:22:40.000Z', u'id': u'iptp-2jjm', u'createdAt': u'2018-06-26T06:23:34.000Z', u'description': u'This data set comprises a compilation of asteroid albedos for the convenience of the user. Most but not all of the albedos compiled here also appear in other PDS data sets.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:22:40.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ASTEROID ALBEDOS', u'columns_field_name': [], u'page_views': {u'page_views_total': 22, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.523561956057013, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:23:34.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-albedos-v1.1', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-5-DDR-ALBEDOS-V1.1', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-albedos-v1.1', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'asteroid', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ASTEROID-ALBEDOS/iptp-2jjm', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 75,data.nasa.gov,iq5z-z89f,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/iq5z-z89f', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T05:47:05.000Z', u'id': u'iq5z-z89f', u'createdAt': u'2018-06-25T20:55:21.000Z', u'description': u'CRaTER, DLRE, LAMP, LEND, LOLA, LROC, RSS', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T05:47:05.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'PDS Lunar Reconnaissance Orbiter Data Release 14', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:55:21.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-477', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-477', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'pds', u'lend', u'lola', u'lroc', u'rss', u'lamp', u'dlre', u'crater'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Lunar-Reconnaissance-Orbiter-Data-Release-14/iq5z-z89f', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 76,data.nasa.gov,57ty-tts5,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/57ty-tts5', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:55:59.000Z', u'id': u'57ty-tts5', u'createdAt': u'2018-06-26T06:35:42.000Z', u'description': u""This data set contains the results for the Implanted Ion Sensor (IIS) of the Johnstone Particle Analyser (JPA) instrument flown aboard the GIOTTO spacecraft during its extended mission to fly by comet P/Grigg-Skjellerup. The IIS instrument produced data in three modes during the encountered, labelled as 'D4D', 'STC' and 'TOF'. The files in this data set present the results obtained in those modes in the form of flat ASCII files."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:55:59.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'GIOTTO JOHNSTONE PARTICLE ANALYSER V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.0, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:35:42.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.gio-c-jpa-3-rdr-iis-grigg-skjell-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GIO-C-JPA-3-RDR-IIS-GRIGG-SKJELL-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.gio-c-jpa-3-rdr-iis-grigg-skjell-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'26p/grigg-skjellerup 1 (1922 k1)', u'giotto extended mission'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GIOTTO-JOHNSTONE-PARTICLE-ANALYSER-V1-0/57ty-tts5', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 77,data.nasa.gov,izuz-kjj2,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/izuz-kjj2', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:27:54.000Z', u'id': u'izuz-kjj2', u'createdAt': u'2018-06-26T06:23:07.000Z', u'description': u'Unknown', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:27:54.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'GALILEO ORBITAL OPERATIONS SOLID STATE IMAGING 2 RAW EDR V1', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:23:07.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-j-ssi-2-redr-sl9-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GO-J-SSI-2-REDR-SL9-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-j-ssi-2-redr-sl9-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'jupiter', u'sl9', u'galileo'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GALILEO-ORBITAL-OPERATIONS-SOLID-STATE-IMAGING-2-R/izuz-kjj2', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 78,data.nasa.gov,xkj4-wfuy,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/xkj4-wfuy', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:12:34.000Z', u'id': u'xkj4-wfuy', u'createdAt': u'2018-06-26T07:11:38.000Z', u'description': u'RAD51 a multifunctional protein plays a central role in DNA replication and homologous recombination repair and is known to be involved in cancer development. We identified a novel role for RAD51 in innate immune response signaling. Defects in RAD51 lead to the accumulation of self-DNA in the cytoplasm triggering a STING-mediated innate immune response after replication stress and DNA damage. Our data suggest that in addition to playing roles in homologous recombination-mediated DNA double-strand break repair and replication fork processing RAD51 is also implicated in the suppression of innate immunity. Thus our study reveals a previously uncharacterized role of RAD51 in initiating immune signaling placing it at the hub of new interconnections between DNA replication DNA repair and immunity. Overall design Gene expression analysis of WT and sh RAD51 HT1080 cells was carried out before and after 1 Gy of high LET Fe particle radiation.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:12:34.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'RAD51 Interconnects Between DNA Replication DNA Repair and Immunity', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:11:38.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-130', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-130', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'rna extraction', u'sample collection', u'data collection', u'timepoint', u'ionizing radiation', u'normalization data transformation', u'genotype', u'nucleic acid hybridization', u'labeling'], u'categories': [u'infrastructure', u'transportation'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/RAD51-Interconnects-Between-DNA-Replication-DNA-Re/xkj4-wfuy', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 79,data.nasa.gov,krvn-94zk,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/krvn-94zk', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:10:52.000Z', u'id': u'krvn-94zk', u'createdAt': u'2018-06-26T07:08:57.000Z', u'description': u'BACKGROUND: Ionizing radiation (IR) can be extremely harmful for human cells since an improper DNA-damage response (DDR) to IR can contribute to carcinogenesis initiation. Perturbations in DDR pathway can originate from alteration in the functionality of the microRNA-mediated gene regulation being microRNAs (miRNAs) small noncoding RNA that act as post-transcriptional regulators of gene expression. In this study we gained insight into the role of miRNAs in the regulation of DDR to IR under microgravity a condition of weightlessness experienced by astronauts during space missions which could have a synergistic action on cells increasing the risk of radiation exposure. METHODOLOGY/PRINCIPAL FINDINGS: We analyzed miRNA expression profile of human peripheral blood lymphocytes (PBL) incubated for 4 and 24 h in normal gravity (1 g) and in modeled microgravity (MMG) during the repair time after irradiation with 0.2 and 2Gy of gamma-rays. Our results show that MMG alters miRNA expression signature of irradiated PBL by decreasing the number of radio-responsive miRNAs. Moreover let-7i* miR-7 miR-7-1* miR-27a miR-144 miR-200a miR-598 miR-650 are deregulated by the combined action of radiation and MMG. Integrated analyses of miRNA and mRNA expression profiles carried out on PBL of the same donors identified significant miRNA-mRNA anti-correlations of DDR pathway. Gene Ontology analysis reports that the biological category of Response to DNA damage is enriched when PBL are incubated in 1 g but not in MMG. Moreover some anti-correlated genes of p53-pathway show a different expression level between 1 g and MMG. Functional validation assays using luciferase reporter constructs confirmed miRNA-mRNA interactions derived from target prediction analyses. CONCLUSIONS/SIGNIFICANCE: On the whole by integrating the transcriptome and microRNome we provide evidence that modeled microgravity can affects the DNA-damage response to IR in human PBL.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:10:52.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Identification of miRNAs involved in cell response to ionising radiation and modeled microgravity', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:08:57.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-128', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-128', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'ionizing radiation', u'timepoint', u'labeling', u'rna extraction', u'data collection', u'sample collection', u'simulated microgravity', u'normalization data transformation', u'nucleic acid hybridization'], u'categories': [u'demographics'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Identification-of-miRNAs-involved-in-cell-response/krvn-94zk', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 80,data.nasa.gov,n7t3-6pdt,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/n7t3-6pdt', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:38:18.000Z', u'id': u'n7t3-6pdt', u'createdAt': u'2018-06-26T07:00:53.000Z', u'description': u'This data set includes Voyager 2 Jupiter encounter magnetometer data that have been resampled at a 48.0 second sample rate. The data set is composed of 6 columns: 1) ctime - this column contains the data acquisition time. The time is always output in the ISO standard spacecraft event time format (yyyy-mm-dd-Thh:mm:ss.sss) but is stored internally in Cline time which is measured in seconds after 00:00:00.000 Jan 01, 1966, 2) br - this column contains the radial component of the magnetic field, 3) bphi - this column contains the phi component of the magnetic field, 4) btheta - this column contains the theta component of the magnetic field, 5) bmag - this column contains the magnitude of the magnetic field, 6) flag - a flag value that indicates either software error or spacecraft hardware interference reduced confidence in this record (flag value of 1 is bad , 0 is good or unchecked). All magnetic field observations are measured in nanoTeslas. The coordinate system for this dataset is Minus System III. All of the magnetic field data are calibrated (see the instrument calibration description for more details). The Jupiter System III coordinate system is defined in Dessler 1983 and the reference documents for this dataset are: Ness et al, 1979A Lepping et al, 1981 Connerney,Acuna,Ness, 1981 Behannon,Burlaga,Ness, 1981', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:38:18.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'VOYAGER 2 JUPITER MAGNETOMETER RESAMPLED DATA 48.0 SEC', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.0, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:00:53.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-j-mag-4-48.0sec', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG2-J-MAG-4-48.0SEC', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-j-mag-4-48.0sec', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'jupiter', u'voyager', u'comet sl9/jupiter collision'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VOYAGER-2-JUPITER-MAGNETOMETER-RESAMPLED-DATA-48-0/n7t3-6pdt', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 81,data.nasa.gov,uadx-3nyu,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/uadx-3nyu', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:28:01.000Z', u'id': u'uadx-3nyu', u'createdAt': u'2018-06-26T06:33:29.000Z', u'description': u'VG2-J-PRA-3-RDR-6SEC-V1.0', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:28:01.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VG2 JUP RADIO ASTRONOMY REDUCED 6SEC V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:33:29.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-j-pra-3-rdr-6sec-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG2-J-PRA-3-RDR-6SEC-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-j-pra-3-rdr-6sec-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'voyager'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG2-JUP-RADIO-ASTRONOMY-REDUCED-6SEC-V1-0/uadx-3nyu', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 82,data.nasa.gov,izt3-ve2y,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/izt3-ve2y', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:02:47.000Z', u'id': u'izt3-ve2y', u'createdAt': u'2018-09-05T23:02:47.000Z', u'description': u""This data set contains Raw data taken by the New Horizons Student Dust Counter instrument during the pluto cruise mission phase. This is VERSION 2.0 of this data set. SDC collected science data intermittently during the hibernation years following the Jupiter encounter, designated as the PLUTOCRUISE phase. There were also Annual Checkouts (ACOs), STIM calibrations, Noise calibrations, and an anomaly in November, 2007. SDC's main science data collection periods were during hibernation. During ACOs, science data are taken intermittently but the user must be careful in analyzing these data since there is usually more activity on the spacecraft during hibernation. STIM and Noise refer to scheduled calibrations and are done with a regular cadence of one per year after the Jupiter encounter; they occurred sporadically in the early years of the mission. Note that some SDC data files have the same stop and start time and a zero exposure time. The reason for this is that the start and stop time for SDC data files are the event times for the first and last events in the files, so for files that contain a single event, these two values are the same. The changes in Version 2.0 were re-running of the ancillary data in the data product, updated geometry from newer SPICE kernels, minor editing of the documentation, catalogs, etc., and resolution of liens from the December, 2014 review, plus those from the May, 2016 review of the Pluto Encounter data sets. New observations added with this version (V2.0) include ongoing cruise observations from August, 2014 through January, 2015."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:02:47.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'NEW HORIZONS \n SDC PLUTO CRUISE \n RAW V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.0, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:02:47.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-sdc-2-plutocruise-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-X-SDC-2-PLUTOCRUISE-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-sdc-2-plutocruise-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'new horizons', u'dust'], u'categories': [u'education', u'politics', u'housing & development'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-SDC-PLUTO-CRUISE-RAW-V2-0/izt3-ve2y', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 83,data.nasa.gov,a3kd-qime,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,14,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/a3kd-qime', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:03:59.000Z', u'id': u'a3kd-qime', u'createdAt': u'2018-06-26T07:07:17.000Z', u'description': u'The data set contains Jovian atmospheric parameters derived from spectra obtained with the Voyager infrared interferometer spectrometer (IRIS). The data set is ordered by time as measured by the Flight Data System Count (FDSC). This represents the data frame number modulo 60. Also included in the data set are information on pointing and associated geometry of the measurements and brightness temperatures obtained from measured radiances at selected wavenumbers.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:03:59.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VG1/VG2 JUPITER IRIS DERIVED GREAT RED SPOT PARAMETERS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 14, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.9068905956085187, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:07:17.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-vg2-j-iris-5-grs-atmos-params-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG1%2FVG2-J-IRIS-5-GRS-ATMOS-PARAMS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-vg2-j-iris-5-grs-atmos-params-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'voyager', u'comet sl9/jupiter collision', u'jupiter'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG1-VG2-JUPITER-IRIS-DERIVED-GREAT-RED-SPOT-PARAME/a3kd-qime', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 84,data.nasa.gov,9ynn-6z8a,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/9ynn-6z8a', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T07:21:58.000Z', u'id': u'9ynn-6z8a', u'createdAt': u'2018-06-25T21:06:15.000Z', u'description': u'PDS Validation Tool (1.1.0) and Product Tools (1.1.0)', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T07:21:58.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'PDS Software Release Validation Tool (1.1.0) and Product Tools (1.1.0)', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:06:15.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-785', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-785', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'validation', u'pds', u'tool'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Software-Release-Validation-Tool-1-1-0-and-Pro/9ynn-6z8a', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 85,data.nasa.gov,jrqy-9awj,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/jrqy-9awj', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:17:20.000Z', u'id': u'jrqy-9awj', u'createdAt': u'2018-06-26T06:48:39.000Z', u'description': u'This archive contains Mars Exploration Rover Operations (Ops) Moessbauer Experiment Data Record (EDR) products and ancillary files. Each EDR product has a detached PDS label that describes the file structure and instrument parameters used for that image. The Moessbauer Operations EDR products archived on this volume are the original products used during mission operations by the Mars Exploration Rover project. Supporting documentation and label files conform to the Planetary Data System (PDS) Standards, Version 3.6, Jet Propulsion Laboratory (JPL) document number D-7669.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:17:20.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MER 1 MARS MOESSBAUER SPECTROMETER EDR OPS VERSION 1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:48:39.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer1-m-mb-2-edr-ops-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MER1-M-MB-2-EDR-OPS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer1-m-mb-2-edr-ops-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars exploration rover', u'mars'], u'categories': [u'infrastructure'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MER-1-MARS-MOESSBAUER-SPECTROMETER-EDR-OPS-VERSION/jrqy-9awj', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 86,data.nasa.gov,a8dm-w4n2,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,16,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/a8dm-w4n2', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:25:02.000Z', u'id': u'a8dm-w4n2', u'createdAt': u'2018-06-25T20:47:06.000Z', u'description': u'Cloud-Aerosol Lidar and Infrared Pathfinder Satellite Observations (CALIPSO) was launched on April 28, 2006 to study the impact of clouds and aerosols on the Earth\u2019s radiation budget and climate. It flies in formation with five other satellites in the international \u201cA-Train\u201d (PDF) constellation for coincident Earth observations. The CALIPSO satellite comprises three instruments, the Cloud-Aerosol LIdar with Orthogonal Polarization (CALIOP), the Imaging Infrared Radiometer (IIR), and the Wide Field Camera (WFC). CALIPSO is a joint satellite mission between NASA and the French Agency, CNES. These data consist of half orbit (Night and Day) emissivity and cloud particle data related to pixels that have been co-located to the Lidar track.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:25:02.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'john.m.kusterer@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CALIPSO Imaging Infrared Radiometer L2 Data Swath V2-02', u'columns_field_name': [], u'page_views': {u'page_views_total': 16, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 3.5849625007211565, u'page_views_total_log': 4.08746284125034, u'page_views_last_month': 11}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:47:06.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:john.m.kusterer@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:004'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2008-09-14/2011-01-17', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'NASA-0000140', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'John M. Kusterer', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000140', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'cloud', u'eos', u'radiation', u'climate', u'aerosol', u'atmospheric science', u'satellite'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CALIPSO-Imaging-Infrared-Radiometer-L2-Data-Swath-/a8dm-w4n2', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 87,data.nasa.gov,bw9m-rdfm,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/bw9m-rdfm', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:28:58.000Z', u'id': u'bw9m-rdfm', u'createdAt': u'2018-06-26T06:56:46.000Z', u'description': u'The data set contains measurements from both the infrared interferometer spectrometer and the broadband reflected solar radiometer and ancillary data. The data set is ordered by time as measured by the Flight Data System Count (FDSC). This represents the data frame number, modulo 60. Also included is pointing and other information on the geometry associated with a given data record.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:28:58.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'VG1/VG2 SATURN IRIS 3 RDR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:56:46.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-vg2-s-iris-3-rdr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG1%2FVG2-S-IRIS-3-RDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-vg2-s-iris-3-rdr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'voyager', u'saturn', u'comet sl9/jupiter collision'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG1-VG2-SATURN-IRIS-3-RDR-V1-0/bw9m-rdfm', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 88,data.nasa.gov,btx9-5gjq,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,15,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/btx9-5gjq', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:42:46.000Z', u'id': u'btx9-5gjq', u'createdAt': u'2018-06-26T06:31:11.000Z', u'description': u'Images of the icy Saturnian satellites Mimas, Enceladus, Tethys, Dione, Rhea, Iapetus, and Phoebe, derived by the Voyager and Cassini cameras are used to produce new local highresolution image mosaics as well as global mosaics. These global mosaics are valuable both for scientific interpretation and for the planning of future flybys later in the ongoing Cassini orbital tour. Furthermore, these global mosaics can be extended to standard cartographic products.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:42:46.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CASSINI ORBITER SATURN ISSNA/ISSWA 5 MIDR VERSION 1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 15, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 2.584962500721156, u'page_views_total_log': 4.0, u'page_views_last_month': 5}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:31:11.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-issna-isswa-5-midr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-S-ISSNA%2FISSWA-5-MIDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-issna-isswa-5-midr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mimas', u'dione', u'cassini-huygens', u'phoebe', u'rhea', u'tethys', u'enceladus', u'iapetus'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-ORBITER-SATURN-ISSNA-ISSWA-5-MIDR-VERSION-/btx9-5gjq', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 89,data.nasa.gov,364t-q45y,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/364t-q45y', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T00:41:26.000Z', u'id': u'364t-q45y', u'createdAt': u'2018-06-26T06:12:11.000Z', u'description': u'Thermal Infrared Multispectral Scanner (TIMS) data were collected over geologic features such as volcanic fields, playas, dunes, and alluvial fans. Each image file contains 6 bands in band-interleaved format, 8 bits per pixel. Each image is accompanied by an auxiliary file which contains the line by line temperature values of the references sources as recorded by the thermistors during each data take as well as the corresponding radiance values (in all six bands) for each thermistor as recorded by the scan head.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T00:41:26.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'C130 EARTH TIMS EDITED EXPERIMENT DATA RECORD IMAGE V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:12:11.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.c130-e-tims-2-edr-image-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=C130-E-TIMS-2-EDR-IMAGE-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.c130-e-tims-2-edr-image-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'earth', u'geologic remote sensing field experiment'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/C130-EARTH-TIMS-EDITED-EXPERIMENT-DATA-RECORD-IMAG/364t-q45y', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 90,data.nasa.gov,mucm-hitk,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/mucm-hitk', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-18T20:27:00.000Z', u'id': u'mucm-hitk', u'createdAt': u'2018-06-25T21:30:29.000Z', u'description': u'\r\n\tDevelop W-band Gallium Nitride (GaN) MMICs to enable the advanced cross-track scanning, dual-frequency Doppler cloud radar concept in support of the Aerosol-Cloud-Ecosystem (ACE) mission. \r\n\tTargeted GaN MMIC component performance goals are: \r\n\tPower amplifier (PA): 1 Watt with 12 dB gain. \r\n\tLow noise amplifier (LNA): <6 dB noise figure with     17 dB gain. \r\n\tSingle pole double throw switch (SPDT): <3 dB insertion loss. \r\n\tPhase shifter: 4 bit resolution and <8 dB insertion loss. \r\n\tIntegrated MMIC chip with all transceiver front end functions. \r\n\t ', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-18T20:27:00.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'george.komar@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Advanced W-Band Gallium Nitride Monolithic Microwave Integrated Circuits (MMICs) for Cloud Doppler Radar Supporting ACE Project', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:30:29.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:george.komar@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2012-02-01T00:00:00Z/2015-02-01T00:00:00Z', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': [u'http://techport.nasa.gov/home', u'http://techport.nasa.gov/doc/home/TechPort_Advanced_Search.pdf', u'http://techport.nasa.gov/fetchFile?objectId=6561', u'http://techport.nasa.gov/fetchFile?objectId=3456', u'http://techport.nasa.gov/fetchFile?objectId=3447', u'http://techport.nasa.gov/fetchFile?objectId=6584', u'http://techport.nasa.gov/fetchFile?objectId=6560', u'http://techport.nasa.gov/fetchFile?objectId=3448'], u'key': u'Common-Core_References'}, {u'value': u'TECHPORT_11844', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'Science Mission Directorate', u'key': u'Common-Core_Publisher'}, {u'value': u'http://techport.nasa.gov/view/11844', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'2012-02-01T00:00:00Z', u'key': u'Common-Core_Issued'}, {u'value': u'George Komar', u'key': u'Common-Core_Contact-Name'}, {u'value': u'TECHPORT_11844', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'nasa headquarters', u'active', u'project'], u'categories': [u'environment'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Advanced-W-Band-Gallium-Nitride-Monolithic-Microwa/mucm-hitk', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 91,data.nasa.gov,a8hh-y5bv,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/a8hh-y5bv', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:52:57.000Z', u'id': u'a8hh-y5bv', u'createdAt': u'2018-06-26T06:17:22.000Z', u'description': u'Portable Field Emission Spectrometer (PFES) data were acquired on July 15 and 17, 1989. A total of 31 measurements were collected for GRSFE. Of these measurements, 13 were calibrations and 18 were of representative surfaces. The data were collected primarily to support the calibration of the TIMS data and to assist in interpreting spectral mixing in the mid-infrared. Sites were selected for calibration that covered a range of emissivities. On July 15, PFES data were collected at Kelso Dunes and the Cima Volcanic Field as part of the Calibration Team effort. Daedalus and SIRIS data were collected over the same sites. For the PFES data, the Kelso Dunes Bright Target site represented the silica-rich endmember and the Cima basalt tephra Dark Target site represented the more silica-poor endmember. On July 17, PFES data were collected at two of the modelling sites at Lunar Lake (the playa and the cobble sites). Several spectra were also collected at the playa surface next to the Lunar Lake thermistor site.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:52:57.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'FIELD EXP EARTH PFES CALIBRATED RDR SPECTRUM V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:17:22.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.fexp-e-pfes-3-rdr-spectrum-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=FEXP-E-PFES-3-RDR-SPECTRUM-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.fexp-e-pfes-3-rdr-spectrum-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'earth', u'geologic remote sensing field experiment'], u'categories': [u'environment'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/FIELD-EXP-EARTH-PFES-CALIBRATED-RDR-SPECTRUM-V1-0/a8hh-y5bv', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 92,data.nasa.gov,ubza-59p6,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ubza-59p6', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:41:19.000Z', u'id': u'ubza-59p6', u'createdAt': u'2018-06-26T06:30:31.000Z', u'description': u'This dataset contains EDITED RAW data of the CRUISE 5 phase (CR5).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:41:19.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ROSETTA-ORBITER CHECK RPCMAG 2 CR5 RAW V3.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:30:31.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-x-rpcmag-2-cr5-raw-v3.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-X-RPCMAG-2-CR5-RAW-V3.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-x-rpcmag-2-cr5-raw-v3.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'unknown', u'international rosetta mission', u'solar wind'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-CHECK-RPCMAG-2-CR5-RAW-V3-0/ubza-59p6', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 93,data.nasa.gov,7znk-heru,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/7znk-heru', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:03:05.000Z', u'id': u'7znk-heru', u'createdAt': u'2018-09-05T23:03:05.000Z', u'description': u'Microbes interact with humans in complex ways and understanding how they respond to the spaceflight environment is important to the success of future manned spaceflight missions. The BRIC-23 mission was designed to measure the response of Bacillus subtilis and Staphylococcus aureus to the spaceflight environment. This experiment aimed to produce high quality omics data from B. subtilis and S. aureus grown aboard the International Space Station (ISS) to allow comparison to matched ground controls. There were two primary objectives for this experiment: (1) Demonstrate all post-flight processes and operations required for successful completion of GeneLab Reference Missions conducted on ISS and (2) Generate high quality GeneLab Reference Mission omics data sets for two prokaryotic model organisms Bacillus subtilis and Staphylococcus aureus. Freezing Control Experiment: The BRIC hardware has significant thermal inertia thus the freezing rate of samples placed at -80 C is quite slow. This could affect RNA-sequencing proteomic and metabolic data sets. In an effort to understand how slow freezing could affect these data sets a control experiment was designed in which B. subtilis and S. aureus were grown in petri plates and either slow frozen to -80 C at a rate matching the BRIC-23 spaceflight samples or processed immediately to harvest RNA and protein.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:03:05.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': None, u'columns_description': [], u'name': u'BRIC-23 GeneLab Process Verification Test: Bacillus subtilis transcriptomic proteomic and metabolomic data', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:03:05.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-138', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-138', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'metabolomics mass spectrometry', u'labeling', u'mass spectrometry', u'metabolomics data transformation', u'sample collection', u'freezing', u'nucleic acid extraction', u'sample processing', u'library construction', u'nucleic acid sequencing', u'microgravity', u'extraction', u'sequence analysis data transformation', u'protein extraction', u'data transformation', u'proteomics labeling', u'metabolomics labeling', u'metabolite extraction', u'freezing control design and sample processing', u'proteomics mass spectrometry', u'proteomics data transformation'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/BRIC-23-GeneLab-Process-Verification-Test-Bacillus/7znk-heru', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 94,data.nasa.gov,23ev-men7,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/23ev-men7', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:00:58.000Z', u'id': u'23ev-men7', u'createdAt': u'2018-06-26T07:05:23.000Z', u'description': u'This data set contains the infrared images collected and archived by the International Halley Watch (IHW) Infrared Studies Network (IRSN). Raw and calibrated data are included, as well as calibration observations of standard stars. These data have been reformatted and the accompanying documentation updated in this revised version.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:00:58.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'IHW COMET HALLEY INFRARED IMAGE DATA, V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:05:23.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ihw-c-irimag-3-edr-halley-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=IHW-C-IRIMAG-3-EDR-HALLEY-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ihw-c-irimag-3-edr-halley-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'calibration', u'international halley watch', u'1p/halley 1 (1682 q1)'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/IHW-COMET-HALLEY-INFRARED-IMAGE-DATA-V2-0/23ev-men7', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 95,data.nasa.gov,uhm9-brj6,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/uhm9-brj6', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:24:59.000Z', u'id': u'uhm9-brj6', u'createdAt': u'2018-06-26T06:53:25.000Z', u'description': u'Version 1.1 =========== This data set, ULY-D-UDDS-5-DUST-V1.1, differs slightly from the data set UL-D-UDDS-5-DUST-V1.0 created and reviewed at the PDS/Small Bodies Dust Subnode. In addition to the change in Data set ID, the following changes have been made:', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:24:59.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ULYSSES DUST DETECTOR SYSTEM V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:53:25.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.uly-d-udds-5-dust-v1.1', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=ULY-D-UDDS-5-DUST-V1.1', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.uly-d-udds-5-dust-v1.1', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'ulysses', u'dust'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ULYSSES-DUST-DETECTOR-SYSTEM-V1-0/uhm9-brj6', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 96,data.nasa.gov,m9e8-sg6j,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/m9e8-sg6j', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:23:53.000Z', u'id': u'm9e8-sg6j', u'createdAt': u'2018-06-26T06:55:56.000Z', u'description': u'This volume contains data from the Imager for Mars Pathfinder 3D Position data set.The data set consists of tables of three-dimensional spatial coordinates of each pixel in an IMP EDR stereo pair. The coordinates are derived from the Ames Stereo Pipeline, an automated machine vision algorithm that correlates features between the left and right images of stereo pairs to determine their disparity, then computes their position using the stereo camera properties', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:23:53.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MPF LANDER MARS IMP STEREO-DERIVED 3D POSITIONS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:55:56.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mpfl-m-imp-5-3dposition-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MPFL-M-IMP-5-3DPOSITION-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mpfl-m-imp-5-3dposition-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars pathfinder', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MPF-LANDER-MARS-IMP-STEREO-DERIVED-3D-POSITIONS-V1/m9e8-sg6j', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 97,data.nasa.gov,kg7u-s8xj,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/kg7u-s8xj', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:42:57.000Z', u'id': u'kg7u-s8xj', u'createdAt': u'2018-06-26T06:14:56.000Z', u'description': u""This data set includes the complete set of New Horizons (NH) SPICE data files (``kernel files'), which can be accessed using SPICE software. The SPICE data contain geometric and other ancillary information needed to recover the full value of the science instrument data. In particular SPICE kernels provide spacecraft and planetary ephemerides, instrument mounting alignments, spacecraft orientation, and data needed for relevant time conversions."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:42:57.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'NEW HORIZONS SPICE KERNELS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:14:56.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-j-p-ss-spice-6-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-J%2FP%2FSS-SPICE-6-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-j-p-ss-spice-6-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'j6 himalia', u'new horizons', u'10199 chariklo', u'132524 apl', u'136108 haumea', u'136472 makemake', u'earth', u'jupiter', u'neptune', u'pluto', u'uranus', u'callisto', u'charon', u'sun', u'styx', u'nix', u'kerberos', u'j7 elara', u'j2 europa', u'j17 callirrhoe', u'j1 io', u'hydra', u'ganymede'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-SPICE-KERNELS-V1-0/kg7u-s8xj', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 98,data.nasa.gov,v37i-d2nq,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/v37i-d2nq', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-08-02T15:24:33.000Z', u'id': u'v37i-d2nq', u'createdAt': u'2018-06-26T22:17:02.000Z', u'description': u'Unknown', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-08-02T15:24:33.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'homas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'GO A PWS RESAMP SUMMARY IDA SPECTRUM ANALYZER 60S V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.0, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T22:17:02.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-a-pws-4-summ-isa60s-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GO-A-PWS-4-SUMM-ISA60S-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-a-pws-4-summ-isa60s-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'galileo', u'ida'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GO-A-PWS-RESAMP-SUMMARY-IDA-SPECTRUM-ANALYZER-60S-/v37i-d2nq', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 99,data.nasa.gov,ukuq-wmsw,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ukuq-wmsw', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T07:14:53.000Z', u'id': u'ukuq-wmsw', u'createdAt': u'2018-06-25T21:02:39.000Z', u'description': u'GRS, THEMIS, SPICE', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T07:14:53.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'PDS Odyssey Data Release 16', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 1.5849625007211563, u'page_views_last_week': 2, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 3.0, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:02:39.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-683', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-683', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'spice', u'pds', u'grs', u'themis'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Odyssey-Data-Release-16/ukuq-wmsw', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 100,data.nasa.gov,umgw-jp9e,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/umgw-jp9e', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:49:58.000Z', u'id': u'umgw-jp9e', u'createdAt': u'2018-06-26T07:01:22.000Z', u'description': u'The report provides the results from GIADA experiment during theRosetta Steins Flyby. Asteroid Steins was the first dedicated scientific target of the Rosetta mission. Unfortunately the three subsystem of GIADA were not able to study Steins, so GIADA during asteroid flyby was in a non-nominal operational configuration, i.e.only the impact sensor operational and the cover closed. Therefore, during Steins fly-by we have only checked the status of GIADA instrument. Scientific operations targeting the asteroid started on 1 Sept. 2008 and ended on 10 Sept. 2008 and the Closest approach was on 5 Sept. 2008 at 18:38:20 UTC. Actually GIADA was in operation only the 5th Sept. 2008 just for 15 minutes. It also contains documentation which describes the GIADA experiment. The data reported in this data set have been converted from ADC counts to engineering values. The quality of the Housekeeping and Calibration data is good. Scientific data are due to noise, as no grain event is expected during this mission phase. These data must be only considered to evaluate GIADA behaviour and not as real scientific data. Data reported by GDS and IS are due to noise as no dust event is expected during this mission phase. MBS frequency changes, once normalised for frequency vs. temperature dependence, if present, are due to deposition of contaminants existing in the S/C environment. Housekeeping and Calibration data from all GIADA sub-systems are useful to evaluate instrument health and behaviour when compared with similar data acquired during other mission phases.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:49:58.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ROSETTA-ORBITER STEINS GIADA 2 AST1 STEINSFLYBY V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:01:22.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-a-gia-2-ast1-steinsflyby-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-A-GIA-2-AST1-STEINSFLYBY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-a-gia-2-ast1-steinsflyby-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'2867 steins', u'international rosetta mission', u'unknown'], u'categories': [u'environment', u'infrastructure'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-STEINS-GIADA-2-AST1-STEINSFLYBY-V1/umgw-jp9e', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 101,data.nasa.gov,ffbp-yzmd,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,57,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ffbp-yzmd', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:03:22.000Z', u'id': u'ffbp-yzmd', u'createdAt': u'2018-09-05T23:03:21.000Z', u'description': u'The MARS500 project the longest ground-based space simulation ever provided us with a unique opportunity to trace the crew microbiota over 520 days of isolated confinement such as that faced by astronauts in real long-term interplanetary space flights and after returning to regular life for a total of 2 years.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:03:22.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'Temporal dynamics of the gut microbiota in people sharing a confined environment a 520-day ground-based space simulation MARS500', u'columns_field_name': [], u'page_views': {u'page_views_total': 57, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 2.321928094887362, u'page_views_total_log': 5.857980995127572, u'page_views_last_month': 4}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:03:21.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-191', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-191', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'sample collection', u'nucleic acid extraction', u'sequence analysis data transformation', u'nucleic acid sequencing', u'library construction', u'sampling time'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Temporal-dynamics-of-the-gut-microbiota-in-people-/ffbp-yzmd', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 102,data.nasa.gov,gben-spvp,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/gben-spvp', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:22:23.000Z', u'id': u'gben-spvp', u'createdAt': u'2018-06-26T06:21:52.000Z', u'description': u""A smoothed, global map of the concentration of hydrogen within the regolith of asteroid 1 Ceres on two-degree equal-angle pixels is provided. Hydrogen concentrations were determined from thermal+epithermal neutron counting data acquired by the NASA Dawn mission's Gamma Ray and Neutron Detector (GRaND) while in low altitude mapping orbit, about 385 km from Ceres' surface (about 0.8 body radii altitude). The concentrations are representative of Ceres's bulk regolith to depths up to a few decimeters with a spatial resolution of about 600-km full-width-at-half-maximum of arc length on the surface. The methods used to determine hydrogen concentration are described by PRETTYMANETAL2017."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:22:23.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'DAWN GRAND MAP CERES SMOOTHED \n HYDROGEN MAP V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:21:52.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dawn-a-grand-5-ceres-smooth_h-map_v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DAWN-A-GRAND-5-CERES-SMOOTH_H-MAP_V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dawn-a-grand-5-ceres-smooth_h-map_v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'dawn mission to vesta and ceres', u'1 ceres'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/DAWN-GRAND-MAP-CERES-SMOOTHED-HYDROGEN-MAP-V1-0/gben-spvp', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 103,data.nasa.gov,gyxs-t2fp,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,18,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/gyxs-t2fp', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:05:38.000Z', u'id': u'gyxs-t2fp', u'createdAt': u'2018-06-26T07:07:24.000Z', u'description': u'NIMS Experiment Data Record (EDR) files contain raw data from the Galileo Orbiter Near-Infrared Mapping Spectrometer (CARLSONETAL1992). This raw data requires considerable processing before it is readily amenable to science analysis. The EDRs comprise the base dataset from which spectral image cubes will be created by continually evolving software using successively more accurate calibration and geometry data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:05:38.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'NIMS EXPERIMENT DATA RECORDS: VENUS ENCOUNTER', u'columns_field_name': [], u'page_views': {u'page_views_total': 18, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 4.247927513443585, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:07:24.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-v-nims-2-edr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GO-V-NIMS-2-EDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-v-nims-2-edr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'venus', u'comet sl9/jupiter collision', u'galileo'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NIMS-EXPERIMENT-DATA-RECORDS-VENUS-ENCOUNTER/gyxs-t2fp', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 104,data.nasa.gov,h8y7-i98w,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/h8y7-i98w', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:43:20.000Z', u'id': u'h8y7-i98w', u'createdAt': u'2018-06-26T07:10:15.000Z', u'description': u'NASA s Rodent Research (RR) project is playing a critical role in advancing biomedical research on the physiological effects of space environments. Due to the limited resources for conducting biological experiments aboard the International Space Station (ISS) it is imperative to use crew time efficiently while maximizing high-quality science return. NASA s GeneLab project has as its primary objectives to 1) further increase the value of these experiments using a multi-omics systems biology-based approach and 2) disseminate these data without restrictions to the scientific community. The current investigation assessed viability of RNA DNA and protein extracted from archived RR-1 tissue samples for epigenomic transcriptomic and proteomic assays. During the first RR spaceflight experiment a variety of tissue types were harvested from subjects snap-frozen or RNAlater-preserved and then stored at least a year at -80C after return to Earth. They were then prioritized for this investigation based on likelihood of significant scientific value for spaceflight research. All tissues were made available to GeneLab through the bio-specimen sharing program managed by the Ames Life Science Data Archive and included mouse adrenal glands quadriceps gastrocnemius tibialis anterior extensor digitorum longus soleus eye and kidney. We report here protocols for and results of these tissue extractions and thus the feasibility and value of these kinds of omics analyses. In addition to providing additional opportunities for investigation of spaceflight effects on the mouse transcriptome and proteome in new kinds of tissues our results may also be of value to program managers for the prioritization of ISS crew time for rodent research activities.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:43:20.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Rodent Research-1 (RR1) NASA Validation Flight: Mouse adrenal gland transcriptomic proteomic and epigenomic data', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:10:15.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-98', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-98', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'labeling', u'nucleic acid extraction', u'rna library construction', u'nucleic acid sequencing', u'mass spectrometry', u'dna library construction', u'protein extraction', u'animal and tissue sampling', u'library construction', u'sample collection', u'proteomic labeling', u'microgravity'], u'categories': [u'public safety'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Rodent-Research-1-RR1-NASA-Validation-Flight-Mouse/h8y7-i98w', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 105,data.nasa.gov,mdwd-jz9g,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,15,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/mdwd-jz9g', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:55:14.000Z', u'id': u'mdwd-jz9g', u'createdAt': u'2018-06-26T07:07:58.000Z', u'description': u'This data set consists of electric field waveform samples from the Voyager 2 Plasma Wave Receiver waveform receiver obtained during the Neptune encounter. The waveforms are collections of 4-bit samples of the electric field measured by the dipole electric antenna at a rate of 28,800 samples per second. 1600 samples are collected in 55.56 msec followed by a 4.44-msec gap. Each 60-msec interval constitutes a line of waveform samples. The data set includes about 271 frames of waveform samples consisting of up to 800 lines, each. The telemetry format for the waveform data is identical to that for images, hence the use of line and frame as constructs in describing the form of the data. The waveform is sampled through a bandpass filter with a passband of 40 Hz to 12 kHz. The 4-bit samples provide sixteen digital values of the electric field with a linear amplitude scale, but the amplitude scale is arbitrary because of the automatic gain control used in the waveform receiver. The instantaneous dynamic range afforded by the 4 bit samples is about 23 db, but the automatic gain control allows the dominant signal in the passband to be set at the optimum level to fit within the instantaneous dynamic range. With the gain control, the overall dynamic range of the waveform receiver is about 100 db. The automatic gain control gain setting is not returned to the ground, hence, there is no absolute calibration for the data. However, by comparing the waveform spectrum derived by Fourier transforming the waveform to the spectrum provided by the spectrum analyzer data, an absolute calibration may be obtained in most cases. The data may be plotted in raw form to show the actual waveform useful for studying events such as dust impacts on the spacecraft. But the normal method of analyzing the waveform data is by Fourier transforming the samples from each line to arrive at an amplitude versus frequency spectrum. By stacking the spectra side-by-side in time order, a frequency-time spectrogram can be produced. Additional information about this dataset and the instrument which produced it can be found elsewhere in this catalog. An overview of the data in this data set can be found in Gurnett et al. [1989] and a complete instrument description can be found in Scarf and Gurnett [1977].', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:55:14.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'VG2 NEP PWS RAW EXPERIMENT WAVEFORM 60MS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 15, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 4.0, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:07:58.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-n-pws-1-edr-wfrm-60ms-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG2-N-PWS-1-EDR-WFRM-60MS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-n-pws-1-edr-wfrm-60ms-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'neptune', u'voyager', u'comet sl9/jupiter collision'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG2-NEP-PWS-RAW-EXPERIMENT-WAVEFORM-60MS-V1-0/mdwd-jz9g', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 106,data.nasa.gov,mema-k6hv,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/mema-k6hv', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:52:22.000Z', u'id': u'mema-k6hv', u'createdAt': u'2018-06-26T07:10:20.000Z', u'description': u'The Rodent Research-3 (RR-3) mission was sponsored by the pharmaceutical company Eli Lilly and Co. and the Center for the Advancement of Science in Space to study the effectiveness of a potential countermeasure for the loss of muscle and bone mass that occurs during spaceflight. Twenty BALB/c 18-weeks old female mice (ten controls and ten treated) were flown to the ISS and housed in the AEM-X habitat for 39-42 days. Twenty mice of similar age sex and strain were used for ground controls housed in identical hardware and matching ISS environmental conditions. Basal controls were housed in standard vivarium cages. Spaceflight ground controls and basal groups had blood collected then were euthanized had one hind limb removed and finally whole carcasses were stored at -80 C until dissection. All mice in this data set received only the control/sham injection.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:52:22.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Rodent Research-3-CASIS: Mouse liver transcriptomic proteomic and epigenomic data', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:10:20.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-137', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-137', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'labeling', u'nucleic acid extraction', u'protein extraction', u'library construction', u'nucleic acid sequencing', u'microgravity', u'treatment', u'sample collection', u'mass spectrometry', u'data transformation'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Rodent-Research-3-CASIS-Mouse-liver-transcriptomic/mema-k6hv', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 107,data.nasa.gov,n25d-iuqi,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/n25d-iuqi', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:33:30.000Z', u'id': u'n25d-iuqi', u'createdAt': u'2018-06-26T07:03:15.000Z', u'description': u""Abstract ======== The Mercury Dual Imaging System (MDIS) consists of two cameras, a Wide Angle Camera (WAC) and a Narrow Angle Camera (NAC), mounted on a common pivot platform. This dataset includes Map Projected High- Incidence Angle Basemap Illuminated from the West RDRs (HIWs) which comprise a global map of I/F measured by the NAC or WAC filter 7 (both centered near 750 nm) during the the Extended Mission at high incidence angles to accentuate subtle topography, photometrically normalized to a solar incidence angle (i) = 30 degrees, emission angle (e) = 0 degrees, and phase angle (g) = 30 degrees at a spatial sampling of 256 pixels per degree. The HIW data set is a companion to the Map Projected High-Incidence Angle Basemap Illuminated from the East RDR (HIE) data set. Together the two data sets are intended to detect and allow the mapping of subtle topography. They complement a Basemap Data Record (BDR) data set also composed of WAC filter 7 and NAC images acquired at moderate/high solar incidence angles centered near 68 degrees (changed to 74 degrees in the find end-of-mission data delivery), and an Low Incidence Angle (LOI) data set also composed of WAC filter 7 and NAC images acquired at lower incidence centered near 45 degrees, analogous to the geometry used for color imaging. The map is divided into 54 'tiles', each representing the NW, NE, SW, or SE quadrant of one of the 13 non-polar or one of the 2 polar quadrangles or 'Mercury charts' already defined by the USGS. Each tile also contains 5 backplanes: observation ID; BDR metric, a metric used to determine the stacking order of component images, modified for the higher incidence angle centered near 78 degrees; solar incidence angle; emission angle; and phase angle."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:33:30.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MESS MDIS MAP PROJ HIGH-INCIDENCE\n BASEMAP WEST RDR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:03:15.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mess-h-mdis-5-rdr-hiw-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MESS-H-MDIS-5-RDR-HIW-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mess-h-mdis-5-rdr-hiw-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mercury', u'messenger'], u'categories': [u'housing & development', u'finance', u'public safety'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MESS-MDIS-MAP-PROJ-HIGH-INCIDENCE-BASEMAP-WEST-RDR/n25d-iuqi', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 108,data.nasa.gov,maaq-6a3x,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/maaq-6a3x', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:03:33.000Z', u'id': u'maaq-6a3x', u'createdAt': u'2018-06-26T07:08:13.000Z', u'description': u'Unknown', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:03:33.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'NIMS SPECTRAL IMAGE CUBES OF VENUS', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:08:13.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-v-nims-4-mosaic-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GO-V-NIMS-4-MOSAIC-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-v-nims-4-mosaic-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'galileo', u'venus'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NIMS-SPECTRAL-IMAGE-CUBES-OF-VENUS/maaq-6a3x', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 109,data.nasa.gov,mf9p-qhz9,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/mf9p-qhz9', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T05:46:47.000Z', u'id': u'mf9p-qhz9', u'createdAt': u'2018-06-25T20:55:13.000Z', u'description': u'CRISM, CTX, HiRISE, MARCI, MCS, RSS, SPICE', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T05:46:47.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Mars Reconnaissance Orbiter Data 26', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:55:13.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-469', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-469', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'marci', u'rss', u'hirise', u'pds', u'crism', u'ctx', u'mcs', u'spice'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Mars-Reconnaissance-Orbiter-Data-26/mf9p-qhz9', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 110,data.nasa.gov,jjw2-qp5u,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/jjw2-qp5u', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T05:43:31.000Z', u'id': u'jjw2-qp5u', u'createdAt': u'2018-06-25T20:54:40.000Z', u'description': u'APXS, ChemCam, CheMin, DAN, Hazcam, MAHLI, MARDI, Mastcam, Navcam, RAD, REMS, SAM, SPICE', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T05:43:31.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'PDS Mars Science Laboratory Data Release 6', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:54:40.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-434', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-434', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'rems', u'pds', u'data', u'apxs', u'chemcam', u'chemin', u'dan', u'hazcam', u'mahli', u'mardi', u'mastcam', u'navcam', u'rad', u'spice', u'sam'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Mars-Science-Laboratory-Data-Release-6/jjw2-qp5u', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 111,data.nasa.gov,mjzj-ae3c,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/mjzj-ae3c', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-08-02T15:25:50.000Z', u'id': u'mjzj-ae3c', u'createdAt': u'2018-06-26T22:17:13.000Z', u'description': u'In this study transcriptome profiling was used to gain insight into the spaceflight adaptation role of Altered response to gravity-1 (Arg1) a gene known to affect gravity responses in plants on Earth. The study compared expression profiles of cultured lines of Arabidopsis thaliana derived from wild type (WT) cultivar Col-0 to profiles from a knock-out line deficient in the gene encoding (ARG1 KO) both on the ground and in space. The cell lines were launched on SpaceX CRS-2 as part of the Cellular Expression Logic (CEL) experiment of the BRIC17 spaceflight mission. The cultured cell lines were grown within 60mm Petri plates in Petri Dish Fixation Units (PDFUs) that were housed within the Biological Research In Canisters (BRIC) hardware. Spaceflight samples were fixed on orbit. Differentially expressed genes were identified between the two environments (spaceflight and comparable ground controls) and the two genotypes (WT and ARG1 KO). Each genotype engaged unique genes during physiological adaptation to the spaceflight environment with little overlap. Most of the genes altered in expression in spaceflight in WT cells were found to be Arg1-dependent suggesting a major role for that gene in the physiological adaptation of undifferentiated cells to spaceflight.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-08-02T15:25:50.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Arg1 functions in the physiological adaptation of undifferentiated plant cells to spaceflight', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T22:17:13.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-147', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-147', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'rna extraction', u'data collection', u'microgravity', u'nucleic acid hybridization', u'labeling', u'treatment protocol', u'sample collection', u'data transformation'], u'categories': [u'demographics', u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Arg1-functions-in-the-physiological-adaptation-of-/mjzj-ae3c', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 112,data.nasa.gov,nw2f-ja74,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/nw2f-ja74', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:18:12.000Z', u'id': u'nw2f-ja74', u'createdAt': u'2018-06-26T06:49:02.000Z', u'description': u'This dataset is intended to include information on observation conditions of IR and VNIR data cubes from the CRISM instrument on MRO, where the data cubes are pointed at the planet limb. For surface-pointed data cubes, Derived data records are the functional counterpart. The information in LDRs is mapped to the sensor space of non-map-projected data, EDRs and TRDRs.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:18:12.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MRO CRISM LIMB DATA RECORD V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 1.5849625007211563, u'page_views_last_week': 2, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:49:02.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mro-m-crism-6-ldr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MRO-M-CRISM-6-LDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mro-m-crism-6-ldr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars reconnaissance orbiter', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MRO-CRISM-LIMB-DATA-RECORD-V1-0/nw2f-ja74', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 113,data.nasa.gov,pgnp-tj7t,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/pgnp-tj7t', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:02:10.000Z', u'id': u'pgnp-tj7t', u'createdAt': u'2018-09-05T23:02:10.000Z', u'description': u'This data set contains Raw data taken by the New Horizons Solar Wind Around Pluto instrument during the Pluto encounter mission phase. This is VERSION 2.0 of this data set. This data set contains SWAP observations taken during the the Approach (Jan-Jul, 2015), Encounter and Departure mission sub-phases, including flyby observations taken on 14.July, 2015, and including data through 2015 and into January, 2016; the data are limited to those downlinked from the spacecraft as of the end of January, 2016. The rest of the downlinked data for this mission phase will be delivered in a future data set. This is version 2.0 of this data set. Changes since version 1.0 include data downlinked between the end of July, 2015 and the end of January, 2016. Also, updates were made to the documentation and catalog files, primarily to resolve liens from the V1.0 peer review.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:02:10.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'NEW HORIZONS \n SWAP PLUTO ENCOUNTER \n RAW V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:02:10.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-p-swap-2-pluto-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-P-SWAP-2-PLUTO-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-p-swap-2-pluto-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'new horizons'], u'categories': [u'public safety'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-SWAP-PLUTO-ENCOUNTER-RAW-V2-0/pgnp-tj7t', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 114,data.nasa.gov,pnkz-i5x8,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/pnkz-i5x8', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:27:09.000Z', u'id': u'pnkz-i5x8', u'createdAt': u'2018-06-26T06:21:45.000Z', u'description': u""NASA's International Halley Watch (IHW) has created a Comet Halley Archive. The collection of data spans the full wavelength range as submitted by scientists to the IHW. The observations belong to one of the following Disciplines: Amateur, Astrometry, Infrared Studies, Large-Scale Phenomena, Meteor Studies, Near-Nucleus Studies, Photometry and Polarimetry, Radio Studies, and Spectroscopy and Spectrophotometry. The data collected by these nine disciplines were augmented by Spacecraft measurements. The data were submitted to IHW, but the evaluation and selection for the Archive has been the primary responsibility of the Discipline Specialist Teams for each network in cooperation with the Lead Center. The data from the Astrometry Network contains 6475 observations, spanning dates 1982 October 16 through 1989 January 09."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:27:09.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'IHW COMET HALLEY ASTROMETRIC DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:21:45.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ihw-c-astr-2-edr-halley-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=IHW-C-ASTR-2-EDR-HALLEY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ihw-c-astr-2-edr-halley-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'international halley watch', u'halley'], u'categories': [u'economy'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/IHW-COMET-HALLEY-ASTROMETRIC-DATA-V1-0/pnkz-i5x8', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 115,data.nasa.gov,jpg2-g5qa,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/jpg2-g5qa', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T06:52:39.000Z', u'id': u'jpg2-g5qa', u'createdAt': u'2018-06-25T21:01:21.000Z', u'description': u'CRISM, CTX, HiRISE, MARCI, MCS, RSS, SHARAD, SPICE', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T06:52:39.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Mars Reconnaissance Orbiter Data 8', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:01:21.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-601', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-601', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'rss', u'pds', u'marci', u'sharad', u'ctx', u'mcs', u'crism', u'spice', u'hirise'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Mars-Reconnaissance-Orbiter-Data-8/jpg2-g5qa', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 116,data.nasa.gov,nybg-da4p,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/nybg-da4p', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:58:26.000Z', u'id': u'nybg-da4p', u'createdAt': u'2018-06-26T06:36:49.000Z', u'description': u""This is a compilation of published rotational parameters derived from lightcurve data for asteroids, based on the Warner et al. (2009) Asteroid Lightcurve Database. This is the version released on Mar. 2, 2011. In addition to reported rotational parameters by individual paper, there is a summary file with the values adopted by Harris, Warner, and Pravec as the most likely correct values for each asteroid. The data set also contains files listing known binary asteroids and 'tumbling' asteroids."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:58:26.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ASTEROID LIGHTCURVE DERIVED DATA V12.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:36:49.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-derived-lightcurve-v12.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-5-DDR-DERIVED-LIGHTCURVE-V12.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-derived-lightcurve-v12.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'support archives', u'asteroid'], u'categories': [u'public safety', u'environment'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ASTEROID-LIGHTCURVE-DERIVED-DATA-V12-0/nybg-da4p', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 117,data.nasa.gov,p8m8-zcum,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/p8m8-zcum', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T00:41:30.000Z', u'id': u'p8m8-zcum', u'createdAt': u'2018-06-26T06:12:17.000Z', u'description': u""This data set includes the complete set of Mars Exploration Rover 1 SPICE data files (``kernel files''), which can be accessed using SPICE software. The SPICE data contains geometric and other ancillary information needed to recover the full value of science instrument data. In particular SPICE kernels provide spacecraft and planetary ephemerides, instrument mounting alignments, spacecraft orientation, spacecraft sequences of events, and data needed for relevant time conversions."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T00:41:30.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MARS EXPLORATION ROVER 1 SPICE \n KERNELS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:12:17.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer1-m-spice-6-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MER1-M-SPICE-6-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer1-m-spice-6-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars exploration rover'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MARS-EXPLORATION-ROVER-1-SPICE-KERNELS-V1-0/p8m8-zcum', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 118,data.nasa.gov,p9en-bump,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/p9en-bump', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:21:07.000Z', u'id': u'p9en-bump', u'createdAt': u'2018-06-26T06:22:17.000Z', u'description': u'The Cassini Ion and Neutral Mass Spectrometer (INMS) Packet data set contains all telemetry packets as received from the instrument. One standard product data type is defined for each INMS telemetry Packet. In each standard data product. one record is produced for each packet. Each item in the packet is converted from data numbers to dimensional values. The Cassini The data set contains all science packets for the entire Cassini mission. The data set includes telemetry data from the instrument checkout periods, SOI and the entire Saturn tour.Each standard data product is organized as a spread sheet with one row for each packet. Each column in the spread sheet contains the contents of one item in the telemetry packet, converted from data number to dimensional quantities where appropriate.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:21:07.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CASSINI S INMS TELEMETRY PACKET DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:22:17.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-inms-2-pkt-u-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-S-INMS-2-PKT-U-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-inms-2-pkt-u-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'saturn', u'mimas', u'iapetus', u'cassini-huygens', u'tethys', u'rhea', u'phoebe', u'enceladus', u'hyperion', u'titan', u'dione'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-S-INMS-TELEMETRY-PACKET-DATA-V1-0/p9en-bump', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 119,data.nasa.gov,pgcv-7htm,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/pgcv-7htm', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:31:04.000Z', u'id': u'pgcv-7htm', u'createdAt': u'2018-06-26T06:24:08.000Z', u'description': u'This data set contains archival raw, partially processed, and ancillary/supporting radio science data acquired during the Mars Reconnaissance Orbiter (MRO) mission. The radio observations were carried out using the MRO spacecraft and Earth-based receiving stations of the NASA Deep Space Network (DSN). The data set was designed primarily to support generation of high-resolution gravity field models for Mars and secondarily for estimating density and structure of the Mars atmosphere. Of most interest are likely to be the Orbit Data Files and Radio Science Receiver files in the ODF and RSR directories, respectively, which provided the raw input to gravity and atmospheric investigations, as well as the ionospheric and tropospheric media calibration files in the ION and TRO directories, respectively.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:31:04.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MRO MARS RAW RADIO SCIENCE 1 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:24:08.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mro-m-rss-1-magr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MRO-M-RSS-1-MAGR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mro-m-rss-1-magr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'mars reconnaissance orbiter'], u'categories': [u'economy'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MRO-MARS-RAW-RADIO-SCIENCE-1-V1-0/pgcv-7htm', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 120,data.nasa.gov,jr6m-qvqa,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,27,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/jr6m-qvqa', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:27:04.000Z', u'id': u'jr6m-qvqa', u'createdAt': u'2018-06-26T06:23:48.000Z', u'description': u'This data set contains archival raw, partially processed, and ancillary/supporting gravity science data acquired during the Dawn mission while the spacecraft was in orbit around the asteroid Ceres. The radio observations were carried out using the Dawn spacecraft and Earth-based receiving stations of the NASA Deep Space Network (DSN). The data set was designed primarily to support generation of high-resolution gravity field models for Ceres. Of most interest are likely to be the Orbit Data Files in the ODF directory, which provided the raw input to gravity investigations, as well as the ionospheric and tropospheric media calibration files in the ION and TRO directories, respectively.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:27:04.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'DAWN CERES RAW GRAVITY SCIENCE V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 27, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 4.807354922057604, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:23:48.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dawn-a-rss-1-cegr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DAWN-A-RSS-1-CEGR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dawn-a-rss-1-cegr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'1 ceres', u'dawn mission to vesta and ceres'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/DAWN-CERES-RAW-GRAVITY-SCIENCE-V1-0/jr6m-qvqa', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 121,data.nasa.gov,rp24-jkbu,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,13,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/rp24-jkbu', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:51:19.000Z', u'id': u'rp24-jkbu', u'createdAt': u'2018-06-26T07:10:55.000Z', u'description': u'Prolonged skeletal unloading through bedrest results in bone loss similar to that observed in elderly osteoporotic patients but with an accelerated timeframe. This rapid effect on weight-bearing bones is also observed in astronauts who lose up to 2% of their bone mass per month spent in Space. Despite important implications for Spaceflight travellers and bedridden patients on Earth the exact mechanisms involved in disuse osteoporosis have not been elucidated. Parathyroid hormone-related protein (PTHrP) regulates many physiological processes including skeletal development and has been proposed as a gravisensor. To investigate the role of PTHrP in microgravity-induced bone loss trabecular osteoblasts (TOs) from Pthrp+/+ and -/- mice were exposed to simulated microgravity for 6 days. Viability of TOs decreased in inverse proportion to PTHrP expression levels. Microarray analysis of Pthrp+/+ TOs after 6 days at 0g revealed expression changes in genes encoding prolactins,apoptosis and survival molecules bone metabolism and extra-cellular matrix composition proteins chemokines IGF family and Wnt-related signalling molecules. Importantly 88% of 0g-induced expression changes in Pthrp+/+ cells overlap those observed in Pthrp-/- cells in normal gravity. Pulsatile treatment with PTHrP1-36 peptide during microgravity exposure reversed a large proportion of 0g-induced changes in Pthrp+/+ TOs. Our results confirm PTHrP efficacy as an anabolic agent to prevent microgravity-induced cell death in TOs. Total RNA samples extracted from Pthrp+/+and -/- trabecular osteoblasts (TOs) exposed for 6 days to simulated 0g in Synthecon rotating cell or left 6 days in culture at 1g. Cells had either been treated with a pulsatile treatment (2 h/day) of PTHrP1-36 peptide (10-8M) or received a change in growth medium. In total: 8 different conditions with 2 replicates each i.e. Pthrp+/+ TOs at 0g or 1g with or without PTHrP1-36 treatment and Pthrp-/- TOs at 0g or 1 g,with or without PTHrP1-36 treatment.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:51:19.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'The Role of PTHrP in Osteoblast Response to Microgravity: Implications for Osteoporosis Development.', u'columns_field_name': [], u'page_views': {u'page_views_total': 13, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.8073549220576037, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:10:55.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-107', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-107', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'p-gse78980-1', u'p-gse78980-3', u'p-gse78980-4', u'p-gse78980-2', u'p-gse78980-5', u'normalization data transformation protocol', u'labelling protocol', u'hybridization protocol', u'nucleic acid extraction protocol', u'array scanning protocol', u'treatment', u'genotype'], u'categories': [u'housing & development', u'health', u'social services'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/The-Role-of-PTHrP-in-Osteoblast-Response-to-Microg/rp24-jkbu', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 122,data.nasa.gov,qrej-qguq,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,27,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/qrej-qguq', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:33:23.000Z', u'id': u'qrej-qguq', u'createdAt': u'2018-06-26T06:11:43.000Z', u'description': u'The data set lists orbital and physical properties for well-observed or suspected binary/multiple minor planets including the Pluto system, compiled from the published literature as inspired by Richardson and Walsh (2006) and similar reviews (Merline et al., 2003; Noll, 2006; Pravec et al., 2006; Pravec and Harris, 2007; Descamps and Marchis, 2008; Noll et al., 2008; Walsh, 2009). In total 317 companions in 300 systems are included. Data are presented in three tables: one for orbital and physical properties; one for companion designations, discovery information, and reference codes for data values; and one giving full references for each reference code. This data set is complete for binary/multiple components reported through 31 March 2017.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:33:23.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'BINARY MINOR PLANETS', u'columns_field_name': [], u'page_views': {u'page_views_total': 27, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 4.807354922057604, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:11:43.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:ast_binary_parameters_compilation', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewBundle.jsp?identifier=urn%3Anasa%3Apds%3Aast_binary_parameters_compilation&version=2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:ast_binary_parameters_compilation', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'multiple asteroids', u'none'], u'categories': [u'environment'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/BINARY-MINOR-PLANETS/qrej-qguq', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 123,data.nasa.gov,qgt5-98br,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/qgt5-98br', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:23:07.000Z', u'id': u'qgt5-98br', u'createdAt': u'2018-06-26T06:52:03.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:23:07.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MER 1 MARS MICROSCOPIC IMAGER INVERSE LUT RDR OPS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:52:03.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer1-m-mi-3-ilut-ops-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MER1-M-MI-3-ILUT-OPS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer1-m-mi-3-ilut-ops-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'mars exploration rover'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MER-1-MARS-MICROSCOPIC-IMAGER-INVERSE-LUT-RDR-OPS-/qgt5-98br', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 124,data.nasa.gov,tyz9-5y3g,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/tyz9-5y3g', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:34:46.000Z', u'id': u'tyz9-5y3g', u'createdAt': u'2018-06-26T06:12:21.000Z', u'description': u'The Giotto Radio Science Experiment data set consists of four tables. Each table contains a measurement value listed as a function of time. The measurements are: closed-loop receiver carrier signal amplitude, closed-loop receiver carrier frequency residual, open-loop receiver carrier signal amplitude, and open-loop receiver carrier frequency.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:34:46.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'GIOTTO RADIO SCIENCE EXPERIMENT DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:12:21.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.gio-c-gre-3-rdr-halley-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GIO-C-GRE-3-RDR-HALLEY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.gio-c-gre-3-rdr-halley-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'giotto', u'halley'], u'categories': [u'transportation', u'infrastructure'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GIOTTO-RADIO-SCIENCE-EXPERIMENT-DATA-V1-0/tyz9-5y3g', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 125,data.nasa.gov,jrsb-wnvs,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/jrsb-wnvs', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T07:14:13.000Z', u'id': u'jrsb-wnvs', u'createdAt': u'2018-06-25T21:02:54.000Z', u'description': u'CIRS, HRD, ISS, RPWS, RSS, SPICE, UVIS, VIMS', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T07:14:13.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'PDS Cassini Data Release 18', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:02:54.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-699', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-699', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'iss', u'vims', u'uvis', u'spice', u'rss', u'rpws', u'radar', u'cirs', u'hrd', u'pds'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Cassini-Data-Release-18/jrsb-wnvs', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 126,data.nasa.gov,q5qr-538j,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,19,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/q5qr-538j', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:38:54.000Z', u'id': u'q5qr-538j', u'createdAt': u'2018-06-26T06:59:34.000Z', u'description': u'This data set contains magnetic field vectors acquired by the Galileo Orbiter magnetometer during the magnetospheric survey portion of the mission. These data were acquired in the optimal averager (opt/avg) and real-time survey (RTS) modes beginning during the Jupiter approach and continuing throughout Jupiter orbital operations. The data set covers the time period from 1995-11-06T00:21:30 UT (Jupiter approach) until the end of mission (September 2003). Sampling rates are variable and depended upon the downlink capabilities. With few exceptions, the data are provided at the full downlink resolution. The data are provided in five coordinate systems (IRC, System III [1965], JSE, JSO, and JSM).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:38:54.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'GO JUPITER MAG MAGNETOSPHERIC SURVEY V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 19, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.321928094887363, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:59:34.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-j-mag-3-rdr-magspheric-survey-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GO-J-MAG-3-RDR-MAGSPHERIC-SURVEY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-j-mag-3-rdr-magspheric-survey-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'ganymede', u'io', u'galileo', u'jupiter', u'io plasma torus', u'amalthea', u'callisto', u'europa'], u'categories': [u'infrastructure', u'social services'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GO-JUPITER-MAG-MAGNETOSPHERIC-SURVEY-V1-0/q5qr-538j', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 127,data.nasa.gov,s9nb-yfvm,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/s9nb-yfvm', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-18T20:28:01.000Z', u'id': u's9nb-yfvm', u'createdAt': u'2018-06-25T21:30:32.000Z', u'description': u'\r\n\tDemonstrate 2β + 2α + 2δ High Spectral Resolution Lidar (HSRL) and Doppler wind lidar measurements simultaneously at 355nm and 532nm using a single multiwavelength interferometric receiver. \r\n\t Demonstrate system components: \r\n\tHigh efficiency multi-wavelength optical autocovariance interferometer and integrated 2β + 2α + 2δ receiver \r\n\tHOAWL calibration and retrieval algorithms \r\n\tValidated radiometric and integrated HOAWL receiver performance models \r\n\t\x0b \r\n\t ', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-18T20:28:01.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'george.komar@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Combined HSRL and Optical Autocovarience Wind Lidar (HOAWL) Demonstration Project', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:30:32.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:george.komar@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2012-02-01T00:00:00Z/2015-02-01T00:00:00Z', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': [u'http://techport.nasa.gov/home', u'http://techport.nasa.gov/doc/home/TechPort_Advanced_Search.pdf', u'http://techport.nasa.gov/fetchFile?objectId=6561', u'http://techport.nasa.gov/fetchFile?objectId=3456', u'http://techport.nasa.gov/fetchFile?objectId=3447', u'http://techport.nasa.gov/fetchFile?objectId=6584', u'http://techport.nasa.gov/fetchFile?objectId=6560', u'http://techport.nasa.gov/fetchFile?objectId=3448'], u'key': u'Common-Core_References'}, {u'value': u'TECHPORT_11851', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'Science Mission Directorate', u'key': u'Common-Core_Publisher'}, {u'value': u'http://techport.nasa.gov/view/11851', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'2012-02-01T00:00:00Z', u'key': u'Common-Core_Issued'}, {u'value': u'George Komar', u'key': u'Common-Core_Contact-Name'}, {u'value': u'TECHPORT_11851', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'project', u'nasa headquarters', u'active'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Combined-HSRL-and-Optical-Autocovarience-Wind-Lida/s9nb-yfvm', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 128,data.nasa.gov,jt5s-7fw9,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/jt5s-7fw9', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:09:47.000Z', u'id': u'jt5s-7fw9', u'createdAt': u'2018-06-26T06:44:32.000Z', u'description': u'The Cassini LGA Radio Science Titan Gravity Science Experiment (TIGR19) Raw Data Archive is a time-ordered collection of radio science raw data acquired on March 16, 2015, during the Cassini Extended Extended Mission.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:09:47.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CASSINI RSS RAW DATA SET - TIGR19 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:44:32.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-ssa-rss-1-tigr19-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-SSA-RSS-1-TIGR19-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-ssa-rss-1-tigr19-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'titan', u'cassini-huygens'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-RSS-RAW-DATA-SET-TIGR19-V1-0/jt5s-7fw9', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 129,data.nasa.gov,bjvk-ixhr,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/bjvk-ixhr', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:19:32.000Z', u'id': u'bjvk-ixhr', u'createdAt': u'2018-06-26T06:50:41.000Z', u'description': u'The PHX METEOROLOGICAL DATA product contains pre-processed (Digital Numbers) temperature and pressure data. The temperature data was collected at 250, 500 and 1000mm above the Phoenix Lander deck, and the pressure data was collected at (nearly) the height of the Lander deck. Nominally the data was collected at 2 sec resolution, but is also provided at 512 sec averages (with distribution statistics).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:19:32.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'PHOENIX MARS METEOROLOGICAL PRESSURE / TEMPERATURE EDR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:50:41.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.phx-m-met-2-pt-edr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=PHX-M-MET-2-PT-EDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.phx-m-met-2-pt-edr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'phoenix', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PHOENIX-MARS-METEOROLOGICAL-PRESSURE-TEMPERATURE-E/bjvk-ixhr', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 130,data.nasa.gov,wi9w-yrvp,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/wi9w-yrvp', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:12:10.000Z', u'id': u'wi9w-yrvp', u'createdAt': u'2018-06-26T07:10:31.000Z', u'description': u'We examined molecular responses using transcriptome profiling in isolated left ventricular murine cardiomyocytes to 90 cGy 1 GeV proton (1H) and 15 cGy 1 GeV/nucleon (n) proton (56Fe) particles 1 3 7 14 and 28 days after exposure. Unsupervised clustering analysis of gene expression segregated samples according to the radiation (IR) response and time after exposure with 56Fe-IR showing the greatest level of gene modulation. 1H-IR exposures showed little differential transcript modulation. Network analysis categorized the major differentially expressed genes into cell cycle oxidative responses and transcriptional regulation functional groups. Transcriptional networks identified key nodes regulating expression. Individual transcription factors were inferred to be active at 1 3 7 14 and 28 days after exposure. Validation of the signal transduction network by protein analysis showed that particle IR clearly regulates a long lived signaling mechanism for p38 MAPK signaling and NFATc4 activation. Electrophoresis mobility shift assays supported the role of additional key transcription factors GATA-4 STAT-3 and NF-kB as regulators of the response at specific time points. These data suggest that the molecular response to 56Fe-IR is unique and shows long-lasting gene expression in cardiomyocytes up to 28 days after exposure. Additionally proteins involved in signal transduction and transcriptional activation via DNA binding play a role in the response to high charge (Z) and energy (E) particles (HZE). Our study may have implications for NASA s efforts to develop heart disease risk estimates for astronauts safety via identification of specific HZE-IR molecular markers and for patients receiving conventional and particle radiotherapy. Transcriptome profiling in isolated left ventricular murine cardiomyocytes to 90 cGy 1 GeV proton (1H) and 15 cGy 1 GeV/nucleon (n) proton (56Fe) particles 1 3 7 14 and 28 days after exposure.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:12:10.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'Delayed Cardiomyocyte Response to Total Body Particle Radiation Exposure - Identification of Regulatory Gene Network [proton]', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:10:31.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-117', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-117', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'time', u'p-gse68875-2', u'p-gse68875-3', u'nucleic acid hybridization', u'labeling', u'rna extraction', u'p-gse68875-4', u'p-gse68875-5', u'normalization data transformation', u'sample treatment protocol', u'irradiation', u'radiation dosage', u'p-gse68875-1', u'p-gse68875-6', u'array scanning protocol'], u'categories': [u'transportation', u'infrastructure', u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Delayed-Cardiomyocyte-Response-to-Total-Body-Parti/wi9w-yrvp', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 131,data.nasa.gov,wrsc-4st7,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,13,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/wrsc-4st7', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:02:48.000Z', u'id': u'wrsc-4st7', u'createdAt': u'2018-09-05T23:02:48.000Z', u'description': u'This data set contains Calibrated data taken by the New Horizons Multispectral Visible Imaging Camera instrument during the pluto cruise mission phase. This is VERSION 1.0 of this data set. The spacecraft was in hibernation for much of the Pluto Cruise mission phase, and the focus for RALPH (MVIC and LEISA) during Annual CheckOuts one through four (ACO1-4) was preparation for the Pluto Encounter in 2015, including functional tests, and calibrations. Science observations performed during this phase included Uranus and Neptune at phase angles (44 degrees and 34 degrees, respectively) not available from Earth (MVIC), calibrations with Neptune as a navigation test target (MVIC), Sun in the Solar Illumination Assembly (SIA) (MVIC and LEISA), the M6 and M7 clusters (MVIC), and other calibrations (stray light, dark, interference with other instruments).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:02:48.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'NEW HORIZONS \n MVIC PLUTO CRUISE \n CALIBRATED V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 13, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 3.8073549220576037, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:02:48.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-mvic-3-plutocruise-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-X-MVIC-3-PLUTOCRUISE-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-mvic-3-plutocruise-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'calibration', u'sun', u'neptune', u'charon', u'kerberos', u'new horizons', u'uranus'], u'categories': [u'economy', u'public safety'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-MVIC-PLUTO-CRUISE-CALIBRATED-V1-0/wrsc-4st7', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 132,data.nasa.gov,rvkq-6wpr,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/rvkq-6wpr', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T07:12:21.000Z', u'id': u'rvkq-6wpr', u'createdAt': u'2018-06-25T21:01:55.000Z', u'description': u'Data Dictionary and Index Files', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T07:12:21.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'PDS Data Dictionary (1r73)', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:01:55.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-637', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-637', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'dictionary', u'pds', u'index'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Data-Dictionary-1r73-/rvkq-6wpr', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 133,data.nasa.gov,viyw-hxqt,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/viyw-hxqt', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:02:50.000Z', u'id': u'viyw-hxqt', u'createdAt': u'2018-09-05T23:02:50.000Z', u'description': u'This data set contains Calibrated data taken by the New Horizons Multispectral Visible Imaging Camera instrument during the Pluto encounter mission phase. This is VERSION 2.0 of this data set. This data set contains MVIC observations taken during the the Approach (Jan-Jul, 2015) and Encounter mission sub-phases, including flyby observations taken on 14 July, 2015. This is version 2.0 of this data set. Version 1.0 included data downlinked between the end of July, 2015 through the end of October 2015. Changes since version 1.0 include additional data downlinked between October, 2015 and the end of January, 2016. These observations include Charon, Nix and Hydra observations from the day of encounter, Pluto and Charon Multi-maps and Multi-longitudes from Approach, full-frame versions of observations downlinked as sub-framed (windowed) versions for version 1.0, Kerberos and Styx observations, Pluto High-phase and Color observations, and departure Ring-search observations taken in November, 2015. Also, updates were made to the documentation and catalog files, primarily to resolve liens from the V1.0 peer review.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:02:50.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': None, u'columns_description': [], u'name': u'NEW HORIZONS \n MVIC PLUTO ENCOUNTER \n CALIBRATED V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:02:50.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-p-mvic-3-pluto-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-P-MVIC-3-PLUTO-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-p-mvic-3-pluto-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'charon', u'nix', u'kerberos', u'new horizons', u'hydra', u'pluto'], u'categories': [u'public safety'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-MVIC-PLUTO-ENCOUNTER-CALIBRATED-V2-0/viyw-hxqt', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 134,data.nasa.gov,bv8n-bght,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/bv8n-bght', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:49:52.000Z', u'id': u'bv8n-bght', u'createdAt': u'2018-06-26T06:15:19.000Z', u'description': u""THIS BROWSE DATA CONSISTS OF RESAMPLED DATA FROM THE LOW ENERGY CHARGED PARTICLE (LECP) EXPERIMENT ON VOYAGER 1 WHILE THE SPACECRAFT WAS IN THE VICINITY OF SATURN. THIS INSTRUMENT MEASURES THE INTENSITIES OF IN-SITU CHARGED PARTICLES (>26 KEV ELECTRONS AND >30 KEV IONS) WITH VARIOUS LEVELS OF DISCRIMINATION BASED ON ENERGY, MASS SPECIES, AND ANGULAR ARRIVAL DIRECTION. A SUBSET OF ALMOST 100 LECP CHANNELS ARE INCLUDED WITH THIS DATA SET. THE LECP DATA ARE GLOBALLY CALIBRATED TO THE EXTENT POSSIBLE (SEE BELOW) AND THEY ARE TIME AVERAGED TO ABOUT 15 MINUTE TIME INTERVALS WITH THE EXACT BEGINNING AND ENDING TIMES FOR THOSE INTERVALS MATCHING THE LECP INSTRUMENTAL CYCLE PERIODS (THE ANGULAR SCANNING PERIODS). THE LECP INSTUMENT HAS A ROTATING HEAD FOR OBTAINING ANGULAR ANISOTROPY MEASUREMENTS OF THE MEDIUM ENERGY CHARGED PARTICLES THAT IT MEASURES. THE CYCLE TIME FOR THE ROTATION IF VARIABLE, BUT DURING ENCOUNTERS IT IS ALWAYS FASTER THAN 15 MINUTES. FOR THIS BROWSE DATA SET ONLY SCAN AVERAGE DATA IS GIVEN (NO ANGULAR INFORMATION). THE DATA IS IN THE FORM OF 'RATE' DATA WHICH HAS NOT BEEN CONVERTED TO THE USUAL PHYSICAL UNITS. THE REASON IS THAT SUCH A CONVERSION WOULD DEPEND ON UNCERTAIN DETERMINATIONS SUCH AS THE MASS SPECIES OF THE PARTICLES AND THE LEVEL OF BACKGROUND. BOTH MASS SPECIES AND BACKGROUND ARE GENERALLY DETERMINED FROM CONTEXT DURING THE STUDY OF PARTICULAR REGIONS. TO CONVERT 'RATE' TO 'INTENSITY' FOR A PARTICULAR CHANNEL ONE PERFORMS THE FOLLOWING TASKS: 1) DECIDE ON THE LEVEL OF BACKGROUND CONTAMINATION AND SUBTRACT THAT OFF THE GIVEN RATE LEVEL. BACKGROUND IS TO BE DETERMINED FROM CONTEXT AND FROM MAKING USE OF SECTOR 8 RATES (SECTOR 8 HAS A 2 mm AL SHIELD COVERING IT). 2) DIVIDE THE BACKGROUND CORRECTED RATE BY THE CHANNEL GEOMETRIC FACTOR AND BY THE ENERGY BANDPASS OF THE CHANNEL. THE GEOMETRIC FACTOR IS FOUND IN ENTRY 'channel_geometric_ factor' AS ASSOCIATED WITH EACH CHANNEL 'channel_id'. TO DETERMINE THE ENERGY BANDPASS, ONE MUST JUDGE THE MASS SPECIES OF THE OF THE DETECTED PARTICLES (FOR IONS BUT NOT FOR ELECTRONS). THE ENERGY BAND PASSES ARE GIVEN IN ENTRIES 'minimum_instrument_parameter' and 'maximum_instrument_ parameter' IN TABLE 'FPLECPENERGY', AND ARE GIVEN IN THE FORM 'ENERGY/NUCLEON'. FOR CHANNELS THAT BEGIN THEIR NAMES WITH THE DESIGNATIONS 'CH' THESE BANDPASSES CAN BE USED ON MASS SPECIES THAT ARE ACCEPTED INTO THAT CHANNEL (SEE ENTRIES 'minimum_instrument_parameter' and 'maximum_instrument_ parameter' IN TABLE 'FPLECPCHANZ', WHICH GIVE THE MINIMUM AND MAXIMUM 'Z' VALUE ACCEPTED -- THESE ENTRIES ARE BLANK FOR ELECTRON CHANNELS). FOR OTHER CHANNELS THE GIVEN BANDPASS REFERS ONLY TO THE LOWEST 'Z' VALUE ACCEPTED. THE BANDPASSES FOR OTHER 'Z' VALUES ARE NOT ALL KNOWN, BUT SOME ARE GIVEN IN THE LITERATURE (E.G. KRIMIGIS ET AL., 1979). THE FINAL PRODUCT OF THESE INSTRUCTIONS WILL BE THE PARTICLE INTENSITY WITH THE UNITS: COUNTS/(CM**2.STR.SEC.KEV). SOME CHANNELS ARE SUBJECT TO SERIOUS CONTAMINATIONS, AND MANY OF THESE CONTAMINATIONS CANNOT BE REMOVED EXCEPT WITH A REGION-BY-REGION ANALYSIS, WHICH HAS NOT BEEN DONE FOR THIS DATA. THUS, TO USE THIS DATA IT IS ABSOLUTELY VITAL THAT THE CONTAMINATION TYPES ('contamination_id' , 'contamination_desc') AND THE LEVELS OF CONTAMINATION ('data_quality_id' CORRESPONDING TO THE DEFINITIONS 'data_quality_desc') BE CAREFULLY EXAMINED FOR ALL REGIONS OF STUDY. A DEAD TIME CORRECTION PROCEDURE HAS BEEN APPLIED IN AN ATTEMPT TO CORRECT THE LINEAR EFFECTS OF DETECTOR OVERDRIVE (PULSE-PILEUP). THIS PROCEDURE DOES NOT FIX SEVERELY OVERDRIVEN DETECTORS. A PROCEDURE IS AVAILABLE FOR CORRECTING VOYAGER 2 LECP ELECTRON CONTAMINATION OF LOW ENERGY ION CHANNELS, BUT ITS EFFECTIVENESS HAS BEEN EVALUATED ONLY FOR THE URANUS DATA SET. THUS, CORRECTIONS HAVE BEEN APPLIED ONLY TO THE URANUS DATA SET."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:49:52.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'VOYAGER 1 SAT LOW ENERGY CHARGED PARTICLE CALIB. BR 15MIN', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:15:19.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-s-lecp-4-br-15min', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG1-S-LECP-4-BR-15MIN', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-s-lecp-4-br-15min', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'voyager', u'saturn'], u'categories': [u'environment'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VOYAGER-1-SAT-LOW-ENERGY-CHARGED-PARTICLE-CALIB-BR/bv8n-bght', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 135,data.nasa.gov,xzzg-zesn,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/xzzg-zesn', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:57:32.000Z', u'id': u'xzzg-zesn', u'createdAt': u'2018-06-26T07:07:40.000Z', u'description': u'This dataset contains ROSETTA NAVCAM RAW DATA of the Prelanding Phase from 24th Oct 2014 to 21st Nov 2014 before reaching target 67P/CG.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:57:32.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ROSETTA-ORBITER 67P NAVCAM 2 PRELANDING MTP009 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:07:40.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-navcam-2-prl-mtp009-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-C-NAVCAM-2-PRL-MTP009-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-navcam-2-prl-mtp009-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'international rosetta mission', u'calibration', u'67p/churyumov-gerasimenko 1 (1969 r1)'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-67P-NAVCAM-2-PRELANDING-MTP009-V1-/xzzg-zesn', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 136,data.nasa.gov,vbn6-ufgw,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/vbn6-ufgw', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:26:11.000Z', u'id': u'vbn6-ufgw', u'createdAt': u'2018-06-26T06:53:57.000Z', u'description': u'TBD', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:26:11.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MRO ALTITUDE DATA RECORDS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.0, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:53:57.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mro-m-accel-5-altitude-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MRO-M-ACCEL-5-ALTITUDE-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mro-m-accel-5-altitude-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'mars reconnaissance orbiter'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MRO-ALTITUDE-DATA-RECORDS-V1-0/vbn6-ufgw', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 137,data.nasa.gov,tnyk-fi33,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/tnyk-fi33', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:16:23.000Z', u'id': u'tnyk-fi33', u'createdAt': u'2018-06-26T06:53:54.000Z', u'description': u'The Rosetta COSIMA data contains the operational history of the 72 dust collecting substrates from the installation inside the instrument. The operations are either spectra, total intensity, heating, imaging or grain lists. The data is grouped by the substrate and time. Up to the 2014-08 the aim of the data has been the instrument calibration and operational functionality, not statistically good substrate background spectra. From 2014-08 onward the D0 substrate set was used to collect dust taken in the vicinity of 67P/CHURYUMOV GERASIMENKO 1 (1969 R1) and dust analysis with SIMS. From 2014-10-23 onward due to an instrument effect, the SIMS data became scientifically unusable. This data set supersedes RO-CAL-COSIMA-3-V3.0.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:16:23.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ROSETTA-ORBITER 67P COSIMA 3\n V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:53:54.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-cosima-3-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-C-COSIMA-3-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-cosima-3-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'calibration', u'international rosetta mission', u'67p/churyumov-gerasimenko 1 (1969 r1)'], u'categories': [u'social services'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-67P-COSIMA-3-V1-0/tnyk-fi33', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 138,data.nasa.gov,w258-ktyc,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/w258-ktyc', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T05:47:22.000Z', u'id': u'w258-ktyc', u'createdAt': u'2018-06-25T20:55:31.000Z', u'description': u'APXS, ChemCam, DAN, Hazcam, Navcam, REMS, SPICE', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T05:47:22.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Mars Science Laboratory Data Release 1', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:55:31.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-489', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-489', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'spice', u'pds', u'apxs', u'chemcam', u'rems', u'dan', u'navcam', u'hazcam'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Mars-Science-Laboratory-Data-Release-1/w258-ktyc', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 139,data.nasa.gov,enb7-x9jv,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/enb7-x9jv', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:18:16.000Z', u'id': u'enb7-x9jv', u'createdAt': u'2018-06-26T06:55:31.000Z', u'description': u""This data set includes data from the Low Field Magnetometer (LFM) during the inbound Neptune encounter beginning in the solar wind and continuing until the first magnetopause crossing. The magnetometer are given in Heliographic coordinates and the data have been averaged from the 60ms instrument sample rate to a 1.92 second resampled rate. The dataset consists of the following columns: 1) ctime (decimal seconds since 1966-01-01T00:00:00.000), 2) pdstime (ISO standard time format), 3-5) spacecraft clock (m65536,m60,fds-line), 6) magnetometer id (1 = LFM, 2 = HFM), 7), Br (radial component), 8) Bt (tangential component), 9) Bn (normal component), 10) Bmag (magnitude of the average components), 11) avg_Bmag (average of the magnitude of the raw components), 12) Lambda (longitude = tan^-1(Bt/Br)), 13) Delta (latitude = sin^-1(Bn/avg_Bmag) ), 14-16) rms vector (pythagorean root mean square deviation of the component averages), 17) npts (number of points in average), 18) flag a character string which indicates software or s/c hardware intervention which reduces confidence in the data (NULL flags represent 'good' data)."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:18:16.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'VG2 NEP MAG RESAMP RDR HELIOGRAPHIC COORDINATES 1.92SEC V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:55:31.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-n-mag-4-rdr-hgcoords-1.92sec-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG2-N-MAG-4-RDR-HGCOORDS-1.92SEC-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-n-mag-4-rdr-hgcoords-1.92sec-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'comet sl9/jupiter collision', u'voyager', u'neptune'], u'categories': [u'infrastructure'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG2-NEP-MAG-RESAMP-RDR-HELIOGRAPHIC-COORDINATES-1-/enb7-x9jv', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 140,data.nasa.gov,kniu-cjfg,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/kniu-cjfg', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:56:57.000Z', u'id': u'kniu-cjfg', u'createdAt': u'2018-06-26T07:03:49.000Z', u'description': u'The Cassini Radio Science Enceladus Gravity Science Experiment (ENGR2) Raw Data Archive is a time-ordered collection of radio science raw data acquired on March 11 and March 13, 2008, during the Tour subphase of the Cassini mission.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:56:57.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CASSINI RSS RAW DATA SET - ENGR2 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:03:49.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-ssa-rss-1-engr2-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-SSA-RSS-1-ENGR2-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-ssa-rss-1-engr2-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'enceladus', u'cassini-huygens'], u'categories': [u'public safety'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-RSS-RAW-DATA-SET-ENGR2-V1-0/kniu-cjfg', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 141,data.nasa.gov,e47k-j3hs,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/e47k-j3hs', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:18:00.000Z', u'id': u'e47k-j3hs', u'createdAt': u'2018-06-26T06:49:01.000Z', u'description': u""This data set consists of a catalog of clouds observed in Mariner 9 and Viking Orbiter images. Seven 'cloud types' were defined according to easily observable objective morphologic criteria. The entire Mariner 9 and Viking Orbiter image data sets (approximately 7400 and over 50000 images, respectively) were examined at least twice, by two separate observers. Cloud occurrences were compiled by examining images for specific cloud morphologies, examining the same area at different times, utilizing limb images, and consulting photomosaics to determine the spatial relations of cloud obscurations."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:18:00.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MR9/VO1/VO2 MARS IMAGING SCIENCE SUBSYSTEM/VIS 5 CLOUD V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:49:01.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mr9-vo1-vo2-m-iss-vis-5-cloud-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MR9%2FVO1%2FVO2-M-ISS%2FVIS-5-CLOUD-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mr9-vo1-vo2-m-iss-vis-5-cloud-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mariner71', u'mars', u'viking'], u'categories': [u'economy'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MR9-VO1-VO2-MARS-IMAGING-SCIENCE-SUBSYSTEM-VIS-5-C/e47k-j3hs', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 142,data.nasa.gov,ft8x-w6gp,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ft8x-w6gp', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:14:58.000Z', u'id': u'ft8x-w6gp', u'createdAt': u'2018-06-26T07:11:34.000Z', u'description': u'Saccharomyces cerevisiae flocculation occurs when fermentable sugars are limiting and is therefore considered as a way to enhance the survival chance of Flo-expressing yeast cells. In this paper the role of Flo1p in mating was demonstrated by showing that the mating efficiency which contributes to the increased survival rate as well by generating genetic variability is increased when cells flocculate. This was revealed by liquid growth experiments in a low shear environment and differential transcriptome analysis of FLO1 expressing cells compared to the non-flocculent wild-type cells. The results show that a floc provides a uniquely organized multicellular ultrastructure that provides a suitable microenvironment to induce and perform cell conjugation. S. cerevisiae strains BY4742 WT BY4742::FLO8 and BY4742 [FLO1] were grown in microgravity and 1-g. A transcriptomic analysis was performed and the transcriptome data were integrated with the high quality protein-protein interaction networks. The identified high score sub-networks (qvalue < 0.001) were considered and further evaluated concerning their GO enrichment using a hypogeometric test.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:14:58.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Molecular mechanism of flocculation self-recognition in yeast and its role in mating and survival', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:11:34.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-62', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-62', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'p-gse64468-3', u'p-gse64468-1', u'p-gse64468-5', u'p-gse64468-6', u'p-gse64468-2', u'p-gse64468-4', u'p-gse64468-7', u'normalization data transformation protocol', u'labelling protocol', u'hybridization protocol', u'sample treatment protocol', u'growth protocol', u'nucleic acid extraction protocol', u'array scanning protocol', u'microgravity', u'strain/genotype'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Molecular-mechanism-of-flocculation-self-recogniti/ft8x-w6gp', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 143,data.nasa.gov,ty8x-ppuf,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ty8x-ppuf', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:44:45.000Z', u'id': u'ty8x-ppuf', u'createdAt': u'2018-06-26T06:19:31.000Z', u'description': u'This data set includes wideband waveform measurements from the Galileo plasma wave receiver obtained during Jupiter orbital operations. These data were obtained during selected observation periods near perijove, satellite encounters and other select times. These measurements are electric waveforms obtained by rapidly sampling the potential at the input to the receiver from the electric dipole antenna. The sample rates are 201,600/s, 25,200/s, or 3,150/s taken through bandpass filters of 80, 10, or 1 kHz, respectively.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:44:45.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'GO JUPITER PWS EDITED EDR 80KHZ WAVEFORM RECEIVER V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:19:31.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-j-pws-2-edr-waveform-80khz-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GO-J-PWS-2-EDR-WAVEFORM-80KHZ-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-j-pws-2-edr-waveform-80khz-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'callisto', u'amalthea', u'io plasma torus', u'jupiter', u'ganymede', u'galileo', u'europa', u'io'], u'categories': [u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GO-JUPITER-PWS-EDITED-EDR-80KHZ-WAVEFORM-RECEIVER-/ty8x-ppuf', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 144,data.nasa.gov,m2x4-88v8,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/m2x4-88v8', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:02:08.000Z', u'id': u'm2x4-88v8', u'createdAt': u'2018-09-05T23:02:07.000Z', u'description': u'This data set contains Raw data taken by the New Horizons Student Dust Counter instrument during the Jupiter encounter mission phase. This is VERSION 4.0 of this data set. For the Jupiter encounter mission phase, SDC collected no science data during the Jupiter flyby, as the requisite spacecraft configuration prevented SDC from operating. There were some very sparse data taken from December, 2006 through April, 2007, and some of very short (or zero) duration after the Jupiter flyby from April, 2007 through June, 2007. The changes in Version 4.0 were re-running of the ancillary data in the data product, updated geometry from newer SPICE kernels, minor editing of the documentation, catalogs, etc., and resolution of liens from the December, 2014 review, plus those from the May, 2016 review of the Pluto Encounter data sets. No new observations were added with Version 4.0.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:02:08.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'NEW HORIZONS \n SDC JUPITER ENCOUNTER \n RAW V4.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.0, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:02:07.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-j-sdc-2-jupiter-v4.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-J-SDC-2-JUPITER-V4.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-j-sdc-2-jupiter-v4.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'dust', u'new horizons'], u'categories': [u'politics', u'education', u'housing & development'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-SDC-JUPITER-ENCOUNTER-RAW-V4-0/m2x4-88v8', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 145,data.nasa.gov,hkcr-ywr2,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,40,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/hkcr-ywr2', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:24:29.000Z', u'id': u'hkcr-ywr2', u'createdAt': u'2018-06-26T06:24:13.000Z', u'description': u'We present the three-dimensional shape of near-Earth asteroid (101955) Bennu (provisional designation 1999 RQ36) based on radar images and optical lightcurves (Nolan et al., 2013). Bennu was observed both in 1999 at its discovery apparition, and in 2005 using the 12.6-cm radar at the Arecibo Observatory and the 3.5-cm radar at the Goldstone tracking station. Data obtained in both apparitions were used to construct a shape model of this object. Observations were also obtained at many other wavelengths to characterize this object, some of which were used to further constrain the shape modeling (Clark et al., 2011; Hergenrother et al., 2013; Krugly et al., 1999).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:24:29.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ASTEROID (101955) BENNU SHAPE MODEL V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 40, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 5.357552004618084, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:24:13.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-i0037-5-bennushape-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-I0037-5-BENNUSHAPE-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-i0037-5-bennushape-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'101955 bennu', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ASTEROID-101955-BENNU-SHAPE-MODEL-V1-0/hkcr-ywr2', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 146,data.nasa.gov,ig9a-4c9q,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ig9a-4c9q', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:53:13.000Z', u'id': u'ig9a-4c9q', u'createdAt': u'2018-06-26T07:07:08.000Z', u'description': u'This data set contains 5600 ionospheric electron density profiles (EDS files) derived from Mars Global Surveyor (MGS) radio occultation data. The profiles were previously archived in the MGS-M-RSS-5-SDP-V1.0 data set along with other reduced data products from the MGS Radio Science Team (RST). Here they have been pulled from the original 38 volumes and reorganized in chronological order on a single volume. The profiles themselves have not been modified, and the labels have been edited only to conform with the requirements of the new data set. This set of profiles is accompanied by a single occultation summary file which lists key characteristics of each experiment.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:53:13.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MGS RS: IONOSPHERIC ELECTRON DENSITY PROFILES V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:07:08.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgs-m-rss-5-eds-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MGS-M-RSS-5-EDS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgs-m-rss-5-eds-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars global surveyor', u'mars'], u'categories': [u'demographics', u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MGS-RS-IONOSPHERIC-ELECTRON-DENSITY-PROFILES-V1-0/ig9a-4c9q', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 147,data.nasa.gov,i8gr-ehki,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/i8gr-ehki', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:54:08.000Z', u'id': u'i8gr-ehki', u'createdAt': u'2018-06-26T06:19:23.000Z', u'description': u""NASA's International Halley Watch (IHW) has created a Comet Halley Archive. The collection of data spans the full wavelength range as submitted by scientists to the IHW. The observations belong to one of the following Disciplines: Amateur, Astrometry, Infrared Studies, Large-Scale Phenomena, Meteor Studies, Near-Nucleus Studies, Photometry and Polarimetry, Radio Studies, and Spectroscopy and Spectrophotometry. The data collected by these nine disciplines were augmented by Spacecraft measurements. The data were submitted to IHW, but the evaluation and selection for the Archive has been the primary responsibility of the Discipline Specialist Teams for each network in cooperation with the Lead Center. The Spectroscopy and Spectrophotometry Network collected 352 files that represented the digitized spectra from plate material. In some cases, the non-Halley targets for the spectroscopic observations can be grouped according to 'laboratory' calibration, dark, bias, flatfield, sky, and photometric standards. In the first category, a large number of 'arcs' and 'lamps' were used as follows: HE-NE, TH-AR, NE-AR, CU-AR, CU-NE, Thorium, Tungsten, Quartz, and Rubidium. For the 'sky' observers used the twilight, moonlight, and blank sky. The most common 'photometric' standards were stars, but observers also included other comets (Hartley-Goode), asteroids (Ceres), reflection nebulae (R8), and emission nebulae (NGC1982, NGC7000). A list of these stellar calibration targets follows: HD 140283, HD 184711, HD89688, HD102870, HD120086, HD13974, HD219188, HD 25680, HD 19445, HD18803, HD30455, HD26912, SAO 1280, HZ15, CD-22 7696, GD 190, GC5106, GC2188, GC2192, G19113213, G 99-37, L745-46A, Feige 15, Feige 56, Landolt 98, Landolt 92, Van Beuren, RHO ORION, CHI 1 ORION, 29 PI LEO. For this data, no distinction about 'reduction' is distinguished for this process. The data cover the date range from 1985 October 17 through 1986 December 12."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:54:08.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'IHW COMET HALLEY DIGITIZED PHOTOGRAPHIC SPECTRA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:19:23.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ihw-c-spec-3-didr-halley-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=IHW-C-SPEC-3-DIDR-HALLEY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ihw-c-spec-3-didr-halley-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'sky', u'comet', u'cal lamps', u'international halley watch', u'halley', u'ceres', u'star', u'dark', u'reflection nebula', u'emission nebula'], u'categories': [u'education', u'economy'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/IHW-COMET-HALLEY-DIGITIZED-PHOTOGRAPHIC-SPECTRA-V1/i8gr-ehki', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 148,data.nasa.gov,vtjc-8ms5,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,18,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/vtjc-8ms5', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:49:00.000Z', u'id': u'vtjc-8ms5', u'createdAt': u'2018-06-26T07:07:59.000Z', u'description': u'We present data tables giving basic orbital and physical parameters for well-observed or suspected binary/multiple minor planets and the Pluto system, based on a literature review. In total 173 companions in 165 systems are included. Listed data include: minor planet number, name, and provisional designation, dynamical type, and heliocentric semimajor axis and eccentricity; primary and secondary diameter; primary spin period and albedo; companion semimajor axis and orbital period; system mass and density; secondary designation; discovery method and year of announcement. This data set is complete for binary/multiple components reported through 10 March 2009, with some additional data through 4 May 2009.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:49:00.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'BINARY MINOR PLANETS V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 18, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 4.247927513443585, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:07:59.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-compil-5-binmp-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-COMPIL-5-BINMP-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-compil-5-binmp-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'support archives', u'asteroid'], u'categories': [u'environment'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/BINARY-MINOR-PLANETS-V2-0/vtjc-8ms5', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 149,data.nasa.gov,wbc9-fzkr,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/wbc9-fzkr', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:57:15.000Z', u'id': u'wbc9-fzkr', u'createdAt': u'2018-06-26T07:08:55.000Z', u'description': u'Proton irradiation is touted for its improved tumor targeting due to the physical advantages of ion beams for radiotherapy. Recent studies from our laboratory have shown that in addition to targeting advantages proton irradiation can inhibit angiogenic and immune factors and thereby modulate tumor progression. High-energy protons also constitute a principal component of the galactic cosmic rays to which astronauts are exposed. Increased understanding of the biological effects of proton exposure would thus contribute to both improved cancer therapy and carcinogenesis risk assessment for space travel. In addition age plays a major role in tumor incidence and is a critical consideration for estimating cancer risk. We investigated the effects of host age and proton exposure on tumor progression. Tumor lag time and growth dynamics were tracked following injection of murine Lewis lung carcinoma (LLC) cells into young (68 day) versus old (736 day) mice with or without coincident irradiation. Tumor progression was suppressed in old compared to young mice. Differences in progression were further modulated by proton irradiation (1GeV) with increased inhibition evident in old mice. Through global transcriptome analysis TGFB1 and TGFB2 were determined to be key players that contributed to the tumor dynamics observed. These findings point to older hosts providing decreased systemic tumor support which can be further inhibited by proton irradiation. Overall design: For genome-wide expression profiling of tumor tissue Mouse WG-6 BeadArray chips (Illumina San Diego CA) were used. Total RNA was amplified with the Ambion Illumina TotalPrep Amplification Kit (Ambion Austin TX) and labeled from all replicate biological samples for each condition. For tumor replicates thirty tumor samples from adolescent and thirty tumor samples from old mice for a total of 60 tumor samples were used. All replicate samples were run individually. For each age group ten tumor samples had received proton irradiation while twenty tumor samples were from unirradiated mice (as described above). Total RNA was isolated and purified using TRIzol (Invitrogen) and quantified using an Agilent Bioanalyzer. Samples were deemed suitable for amplification and hybridization if they had 28s/18s = 2:1 RIN >7. Total RNA of 500ng per sample was amplified using AmbionTotalPrep and 1.5ug of the product was loaded onto the chips. Following hybridization at 55C the chips were washed and then scanned using the Illumina iScan System. The data was checked with GenomeStudio (Illumina) for quality control. In GenomeStudio data was background subtracted and rank invariant normalization was applied. Data was imported into MultiExperiment Viewer MeV for statistical analysis. The statistically significant genes were determined using MeV by applying a one-way ANOVA analysis with standard Bonferroni correction with a FDR <0.05 that resulted in a list of significant genes. Average gene expression signals <10 were filtered out due to signal being', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:57:15.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Proton irradiation augments the reduction in tumor progression observed with advanced age', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:08:55.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-131', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-131', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'nucleic acid hybridization', u'data collection', u'age', u'ionzing radiation', u'treatment protocol', u'normalization data transformation', u'sample collection', u'rna extraction', u'labeling'], u'categories': [u'infrastructure'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Proton-irradiation-augments-the-reduction-in-tumor/wbc9-fzkr', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 150,data.nasa.gov,utgv-sc83,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/utgv-sc83', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:17:46.000Z', u'id': u'utgv-sc83', u'createdAt': u'2018-06-26T06:49:21.000Z', u'description': u'This data set is intended to include published colors of small planetary satellites published up through December 2003. Small planetary satellites are defined as all those except the Moon, the Galilean satellites, Titan, and Triton.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:17:46.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'SMALL PLANETARY SATELLITE COLORS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:49:21.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-sa-compil-3-satellite-color-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-SA-COMPIL-3-SATELLITE-COLOR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-sa-compil-3-satellite-color-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u's26 albiorix', u'j12 ananke', u'j11 carme', u'j10 lysithea', u'hyperion', u'enceladus', u'dione', u'j13 leda', u'j17 callirrhoe', u'j18 themisto', u'j19 megaclite', u'support archives', u'j20 taygete', u'j22 harpalyke', u'j23 kalyke', u'j24 iocaste', u'j27 praxidyke', u'j6 himalia', u'j7 elara', u'j8 pasiphae', u'j9 sinope', u'miranda', u'nereid', u'oberon', u'phoebe', u'proteus', u'puck', u'rhea', u's19 ymir', u's20 paaliaq', u's21 tarvos', u's24 kiviuq', u's28 erriapo', u's29 siarnaq', u'tethys', u'titania', u'u12 portia', u'u13 rosalind', u'u16 caliban', u'u17 sycorax', u'umbriel'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/SMALL-PLANETARY-SATELLITE-COLORS-V1-0/utgv-sc83', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 151,data.nasa.gov,xpbj-vpa7,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/xpbj-vpa7', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:43:14.000Z', u'id': u'xpbj-vpa7', u'createdAt': u'2018-06-26T06:14:23.000Z', u'description': u'NULL', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:43:14.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MSL MARS HAND LENS IMAGER\n 2 EDR IMAGE V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:14:23.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.msl-m-mahli-2-edr-img-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MSL-M-MAHLI-2-EDR-IMG-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.msl-m-mahli-2-edr-img-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars science laboratory', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MSL-MARS-HAND-LENS-IMAGER-2-EDR-IMAGE-V1-0/xpbj-vpa7', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 152,data.nasa.gov,jgfv-nkp6,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,13,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/jgfv-nkp6', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:15:39.000Z', u'id': u'jgfv-nkp6', u'createdAt': u'2018-06-26T06:51:35.000Z', u'description': u'This data set set contains version 1.0 of raw 750-nm filter images of Earth acquired by the Deep Impact Medium Resolution Visible CCD during the EPOCh phase of the EPOXI mission. The MRI instrument was only used during first Earth observing period on 18-19 March 2008. The observing period lasted approximately 24 hours, and one MRI image was taken simultaneously with the first north/south scan of the HRI IR spectrometer at half-hour intervals. These MRI data serve as context images for the IR spectral scans. Additional Earth observations are planned for the mission, and, if acquired, MRI images will be added to a future version of this data set.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:15:39.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'EPOXI EARTH OBS - MRI RAW IMAGES V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 13, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.8073549220576037, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:51:35.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dif-e-mri-2-epoxi-earth-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DIF-E-MRI-2-EPOXI-EARTH-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dif-e-mri-2-epoxi-earth-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'earth', u'epoxi'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/EPOXI-EARTH-OBS-MRI-RAW-IMAGES-V1-0/jgfv-nkp6', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 153,data.nasa.gov,ij4e-pfuh,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ij4e-pfuh', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:02:41.000Z', u'id': u'ij4e-pfuh', u'createdAt': u'2018-09-05T23:02:41.000Z', u'description': u'This data set contains Raw data taken by the New Horizons Linear Etalon Imaging Spectral Array instrument during the pluto cruise mission phase. This is VERSION 1.0 of this data set. The spacecraft was in hibernation for much of the Pluto Cruise mission phase, and the focus for RALPH (which includes both MVIC and LEISA sensors) during Annual CheckOuts one through eight (ACO1-8) was preparation for the Pluto Encounter in 2015, including functional tests, and calibrations. Observations performed during this phase for LEISA were for the Pluto Encounter Rehearsal in 2013, a test of the Sun in the Solar Illumination Assembly (SIA), Vega and Arcturus calibrations, and other calibrations (stray light, dark, flat fields, interference with other instruments).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:02:41.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'NEW HORIZONS \n LEISA PLUTO CRUISE \n RAW V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:02:41.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-leisa-2-plutocruise-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-X-LEISA-2-PLUTOCRUISE-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-leisa-2-plutocruise-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'sun', u'calibration', u'new horizons'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-LEISA-PLUTO-CRUISE-RAW-V1-0/ij4e-pfuh', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 154,data.nasa.gov,y5u2-nnzq,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/y5u2-nnzq', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:43:09.000Z', u'id': u'y5u2-nnzq', u'createdAt': u'2018-06-26T06:59:40.000Z', u'description': u'This data set is a collection of all published colors of trans-Neptunian objects published through the indicated nstop date. This data set is updated annually.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:43:09.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'TRANS-NEPTUNIAN OBJECT PHOTOMETRY V3.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:59:40.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-3-rdr-tno-phot-v3.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-3-RDR-TNO-PHOT-V3.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-3-rdr-tno-phot-v3.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'support archives', u'asteroid'], u'categories': [u'infrastructure'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/TRANS-NEPTUNIAN-OBJECT-PHOTOMETRY-V3-0/y5u2-nnzq', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 155,data.nasa.gov,kvn5-zf8v,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/kvn5-zf8v', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:17:16.000Z', u'id': u'kvn5-zf8v', u'createdAt': u'2018-06-26T06:49:28.000Z', u'description': u'This data set consists of a series of images of the Moon showing radar scaled echo power. Each covers about 400 square kilometers of the lunar surface, and contains two co-registered images. Transmitted signal was right-circular polarization, images are therefore left-circular and right-circular. Images are projected as Mercator maps for latitudes less than 16 degrees, Lambert (small-angle cone) between 16 and 48 degrees, Lambert (large-angle cone) between 48 and 80 degrees, and polar stereographic between 80 and 90 degrees.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:17:16.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'HAYSTACK MOON RADIO TELESCOPE RESAMPLED 3.8 CM RADAR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:49:28.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.hstk-l-rtls-4-3.8cm-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=HSTK-L-RTLS-4-3.8CM-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.hstk-l-rtls-4-3.8cm-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'moon', u'pre-magellan'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/HAYSTACK-MOON-RADIO-TELESCOPE-RESAMPLED-3-8-CM-RAD/kvn5-zf8v', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 156,data.nasa.gov,kc9j-vczw,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,13,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/kc9j-vczw', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:02:43.000Z', u'id': u'kc9j-vczw', u'createdAt': u'2018-09-05T23:02:43.000Z', u'description': u'This data set contains Raw data taken by the New Horizons Alice Ultraviolet Imaging Spectrograph instrument during the Pluto encounter mission phase. This is VERSION 2.0 of this data set. This data set contains ALICE observations taken during the the Approach (Jan-Jul, 2015) and Encounter mission sub-phases, including flyby observations taken on 14.July, 2015; the data are limited to those downlinked from the spacecraft as of the end of January, 2016. The rest of the downlinked data for this mission phase will be delivered in a future data set. Refer to the data set description above and the sequence table provided in the documentation for more detail about which observations are present in this data set. This is version 2.0 of this data set. Changes since version 1.0 include data downlinked between the end of July, 2015 and the end of January, 2016. These include Pluto and Charon occultations, Airglow observations during the weeks before and after the flyby, Approach VIS-UV and multi-maps, color and hi-resolution observations during the flyby, PEPSSI (plasma roll) and LORRI other ride-alongs, Also, updates were made to the documentation and catalog files, primarily to resolve liens from the V1.0 peer review.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:02:43.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'NEW HORIZONS \n ALICE PLUTO ENCOUNTER \n RAW V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 13, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.8073549220576037, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:02:43.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-p-alice-2-pluto-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-P-ALICE-2-PLUTO-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-p-alice-2-pluto-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'new horizons', u'charon', u'pluto', u'sun'], u'categories': [u'economy', u'public safety'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-ALICE-PLUTO-ENCOUNTER-RAW-V2-0/kc9j-vczw', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 157,data.nasa.gov,kxwk-sfex,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,17,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/kxwk-sfex', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:03:10.000Z', u'id': u'kxwk-sfex', u'createdAt': u'2018-09-05T23:03:10.000Z', u'description': u'Transcriptional profiling of human lymphoblastoid TK6 cells comparing mock irradiated cells with cells exposed 24 hours previously to 1.67 Gy HZE (1 GeV/amu iron ions accelerated at the NASA Space Research Laboratory (NSRL) of Brookhaven National Laboratory) or 2.5 Gy 137Cs gamma rays. TK6 cells were mock irradiated or exposed to HZE or gamma-rays and RNA was harvested 24 hours later. 3 biological replicates were independently grown and harvested during three different runs at the NSRL. One replicate per array.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:03:10.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'Response of human lymphoblastoid cells to HZE (iron ions) or gamma-rays', u'columns_field_name': [], u'page_views': {u'page_views_total': 17, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.169925001442312, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:03:10.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-2', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-2', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'grow', u'bioassay_data_transformation', u'p-gse16518-5', u'p-gse16518-4', u'p-gse16518-2', u'p-gse16518-7', u'irradiation', u'p-gse16518-8', u'p-gse16518-3', u'p-gse16518-6', u'p-gse16518-1', u'feature_extraction', u'image_aquisition', u'nucleic_acid_extraction', u'specified_biomaterial_action', u'labeling', u'hybridization'], u'categories': [u'environment'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Response-of-human-lymphoblastoid-cells-to-HZE-iron/kxwk-sfex', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 158,data.nasa.gov,xdgf-mcmg,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,13,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/xdgf-mcmg', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:03:14.000Z', u'id': u'xdgf-mcmg', u'createdAt': u'2018-09-05T23:03:13.000Z', u'description': u'We differentiated mouse bone marrow cells in the presence of recombinant macrophage colony stimulating (rM-CSF) factor for 14 days during the flight of space shuttle Space Transportation System (STS)-126. We tested the hypothesis that the receptor expression for M-CSF c-Fms was reduced. We used flow cytometry to assess molecules on cells that were preserved during flight to define the differentiation state of the developing bone marrow macrophages; including CD11b CD31 CD44 Ly6C Ly6G F4/80 Mac2 c-Fos as well as c-Fms. In addition RNA was preserved during the flight and was used to perform a gene microarray. We found that there were significant differences in the number of macrophages that developed in space compared to controls maintained on Earth. We found that there were significant changes in the distribution of cells that expressed CD11b CD31 F4/80 Mac2 Ly6C and c-Fos. However there were no changes in c-Fms expression and no consistent pattern of advanced or retarded differentiation during space flight. We also found a pattern of transcript levels that would be consistent with a relatively normal differentiation outcome but increased proliferation by the bone marrow macrophages that were assayed after 14 days of space flight. There also was a surprising pattern of space flight influence on genes of the coagulation pathway. These data confirm that a space flight can have an impact on the in vitro development of macrophages from mouse bone marrow cells.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:03:14.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'Evaluation of in vitro macrophage differentiation during space flight', u'columns_field_name': [], u'page_views': {u'page_views_total': 13, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.8073549220576037, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:03:13.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-50', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-50', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'nucleic acid hybridization', u'normalization data transformation', u'data transformation', u'absorbed radiation dose', u'labeling', u'rna extraction', u'sample collection', u'space flight', u'radiation dosimetry', u'data collection'], u'categories': [u'transportation'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Evaluation-of-in-vitro-macrophage-differentiation-/xdgf-mcmg', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 159,data.nasa.gov,wn3p-qsan,2019-12-19,0.535294117647,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 1.0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': True, u'opfo': None, u'exco': True, u'opli': True, u'coac': True, u'opma': None}",2019-12-20,34879,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/wn3p-qsan', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2019-09-16T17:25:01.000Z', u'id': u'wn3p-qsan', u'createdAt': u'2018-06-25T20:46:40.000Z', u'description': u'The POWER Project contains over 200 satellite-derived meteorology and solar energy Analysis Ready Data (ARD), at three temporal levels: daily, interannual (by year 12 months + annual averages), climatology. The POWER Data Archive provides data globally at a 0.5 x 0.5 degree resolution and is updated nightly to maintain Near Real Time (NRT) availability (2-3 days for meteorological parameters; 5-7 days for solar).\n\nThe POWER Project targets three user communities: Surface meteorology and Solar Energy (SSE), Sustainable Buildings (SB), Agroclimatology (AG). Providing community specific parameters, outputs formats, naming conventions, and the units that are commonly employed by each user community. \n\nThe POWER Services Catalog consists of a series of RESTful Application Programming Interfaces (API), geospatial enabled image services, Open-source Project for a Network Data Access Protocol (OPeNDAP) services, and web mapping Data Access Viewer (DAV). These four different service offerings support data discovery, access, and distribution to our user base as ARD and as direct application inputs to decision to support tools.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2019-09-16T17:25:01.000Z', u'attribution': u'Prediction of Worldwide Energy Resource (POWER)', u'blob_mime_type': None, u'attribution_link': u'https://power.larc.nasa.gov/', u'contact_email': u'support-asdc@earthdata.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Prediction Of Worldwide Energy Resources (POWER)', u'columns_field_name': [], u'page_views': {u'page_views_total': 34879, u'page_views_last_week_log': 9.25502856981873, u'page_views_last_week': 610, u'page_views_last_month_log': 10.809768128710413, u'page_views_total_log': 15.090112419664289, u'page_views_last_month': 1794}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:46:40.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'This data was obtained from the NASA Langley Research Center (LaRC) POWER Project funded through the NASA Earth Science/Applied Science Program.', u'key': u'Common-Core-Extensions_citation'}, {u'value': u'power-project@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:000'], u'key': u'Common-Core_Program-Code'}, {u'value': u'Public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'Daily (4-7 days after real-time), Interannual (monthly, annual) & Climatology (multi-year means)', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'True', u'key': u'Common-Core_Is-Quality-Data'}, {u'value': u'English', u'key': u'Common-Core_Language'}, {u'value': u'Global (0.5 x 0.5 Degree Resolution)', u'key': u'Common-Core_Geographic-Coverage'}, {u'value': u'NASA-0000112', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'Daily', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://power.larc.nasa.gov/', u'key': u'Common-Core_Homepage'}, {u'value': u'Surface Solar Energy Resources and Meteorological Conditions', u'key': u'Common-Core_Theme'}, {u'value': u'Please reference the acknowledgments on https://power.larc.nasa.gov/.', u'key': u'Common-Core_Access-Level-Comment'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u' Dr. Paul Stackhouse ', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000112', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'opendap', u'power', u'time series', u'energy', u'meteorology', u'renewable energy', u'geospatial', u'wind', u'solar', u'google earth', u'temperature', u'climate', u'nrt', u'near real time (nrt)', u'irradiance'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Prediction-Of-Worldwide-Energy-Resources-POWER-/wn3p-qsan', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov', u'license': u'Public Domain U.S. Government'}}}" 160,data.nasa.gov,xu3i-ufb5,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,14,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/xu3i-ufb5', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:51:35.000Z', u'id': u'xu3i-ufb5', u'createdAt': u'2018-06-26T06:16:03.000Z', u'description': u""This data set includes the MSL SPICE data files (``kernel files''), which can be accessed using SPICE software. The SPICE data contain geometric and other ancillary information needed to recover the full value of science instrument data. In particular SPICE kernels provide rover and planetary ephemerides, instrument mounting alignments, rover orientation, and data needed for relevant time conversions."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:51:35.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MSL SPICE KERNELS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 14, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.9068905956085187, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:16:03.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.msl-m-spice-6-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MSL-M-SPICE-6-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.msl-m-spice-6-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'mars science laboratory'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MSL-SPICE-KERNELS-V1-0/xu3i-ufb5', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 161,data.nasa.gov,rkhq-pzds,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,14,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/rkhq-pzds', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:14:53.000Z', u'id': u'rkhq-pzds', u'createdAt': u'2018-06-26T07:06:02.000Z', u'description': u""The natural form of imaging spectrometer data is the spectral image cube. It is normally in band sequential format, but has a dual nature. It is a series of 'images' of the target, each in a different wavelength, in ascending order. It is also a set of spectra, each at a particular line and sample, over the target area. Each spectrum describes a small portion of the area. When transformed into cubes, the data may be analyzed spatially, an image at a time, or spectrally, a spectrum at a time, or in more complex spatial-spectral fashion."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:14:53.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'GALILEO NIMS SPECTRAL IMAGE TUBES: JUPITER OPERATIONS', u'columns_field_name': [], u'page_views': {u'page_views_total': 14, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.9068905956085187, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:06:02.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-j-nims-3-tube-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GO-J-NIMS-3-TUBE-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-j-nims-3-tube-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'unknown', u'galileo', u'io', u'ganymede', u'sky', u'jupiter', u'j rings', u'callisto', u'europa'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GALILEO-NIMS-SPECTRAL-IMAGE-TUBES-JUPITER-OPERATIO/rkhq-pzds', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 162,data.nasa.gov,m7ye-7dz8,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/m7ye-7dz8', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:11:42.000Z', u'id': u'm7ye-7dz8', u'createdAt': u'2018-06-26T06:45:29.000Z', u'description': u'In preparation for the concerted international study of Comet Halley, the IHW conducted a trial run with observations of Comet Crommelin, largely during February and March of 1984.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:11:42.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'IHW COMET LSPN DERIVED DIGITIZED IMG DATA REC CROMMELIN V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:45:29.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ihw-c-lspn-2-didr-crommelin-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=IHW-C-LSPN-2-DIDR-CROMMELIN-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ihw-c-lspn-2-didr-crommelin-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'international halley watch', u'halley'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/IHW-COMET-LSPN-DERIVED-DIGITIZED-IMG-DATA-REC-CROM/m7ye-7dz8', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 163,data.nasa.gov,yr2f-ajex,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/yr2f-ajex', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:21:51.000Z', u'id': u'yr2f-ajex', u'createdAt': u'2018-06-26T06:55:36.000Z', u'description': u'The archived data consist of count rates from the sum of two hemispherical detectors covering 4 pi steradians and operating continuously. The detectors are 3 mm thick CsI scintillators coupled to photomultiplier tubes. The nominal energy range is 25-150 keV, but the below table should be consulted to find the accurate thresholds for any day of the mission. A more complete description of the instrument may be found in [HURLEYETAL1992] and [COTINETAL1983]. Although the prime objectives of this investigation are the study of solar and cosmic x- and gamma-ray bursts, it should be noted that the experiment is also sensitive to solar protons and electrons. The former deposit energy directly in the scintillator if they are energetic enough, while the latter may produce x- radiation locally by bremsstrahlung. Thus although the counting rates are generally stable at about 500 c/s over the long term, there are periods of weeks to a month or so when the rates increase considerably due to particles. Examples may be found in March 1991 (solar protons) and February 1992 (particles in the Jovian magnetosphere). The time resolution of the data takes on one of four values depending on the telemetry rate and instrument operating mode: 0.25, 0.5, 1, or 2 seconds.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:21:51.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ULY JUP GRB SOLAR X-RAY/COSMIC GAMMA-RAY RAW COUNT RATE', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:55:36.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.uly-j-grb-2-rdr-raw-count-rate-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=ULY-J-GRB-2-RDR-RAW-COUNT-RATE-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.uly-j-grb-2-rdr-raw-count-rate-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'jupiter', u'ulysses'], u'categories': [u'environment'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ULY-JUP-GRB-SOLAR-X-RAY-COSMIC-GAMMA-RAY-RAW-COUNT/yr2f-ajex', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 164,data.nasa.gov,kb2p-a8v3,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/kb2p-a8v3', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:11:59.000Z', u'id': u'kb2p-a8v3', u'createdAt': u'2018-06-26T06:49:29.000Z', u'description': u'This data set includes data from the Low Field Magnetometer (LFM) in the solar wind the near the Uranus encounter. The actual encounter data (1986-01-24T07:00:00 -> 1986-01-25T04:00:00) are provided in the Uranus Longitude coordinate system. The magnetometer data in the solar wind are given in Heliographic coordinates and the data have been averaged from the 9.6 second resampled data to a 48.0 second sampled rate.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:11:59.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VG2 URA MAG RESAMP SUMMARY HELIOGRAPHIC COORDS 48SEC V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:49:29.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-u-mag-4-summ-hgcoords-48sec-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG2-U-MAG-4-SUMM-HGCOORDS-48SEC-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-u-mag-4-summ-hgcoords-48sec-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'comet sl9/jupiter collision', u'uranus', u'voyager'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG2-URA-MAG-RESAMP-SUMMARY-HELIOGRAPHIC-COORDS-48S/kb2p-a8v3', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 165,data.nasa.gov,6wuk-6ytb,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,14,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/6wuk-6ytb', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:19:30.000Z', u'id': u'6wuk-6ytb', u'createdAt': u'2018-06-26T06:50:40.000Z', u'description': u'Abstract ======== This data set consists of the MESSENGER Mercury Laser Altimeter (MLA) Reduced Data Record (RDR) products. The MLA is a solid-state pulsed laser that measures the distance between the spacecraft and the surface of Mercury. The RDR products contain the calibrated, geolocated range data as profile measurements of the planetary radius.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:19:30.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MESSENGER E/V/H MLA 3/4 CDR/RDR DATA\n V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 14, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.9068905956085187, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:50:40.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mess-e-v-h-mla-3-4-cdr-rdr-data-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MESS-E%2FV%2FH-MLA-3%2F4-CDR%2FRDR-DATA-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mess-e-v-h-mla-3-4-cdr-rdr-data-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mercury', u'messenger'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MESSENGER-E-V-H-MLA-3-4-CDR-RDR-DATA-V2-0/6wuk-6ytb', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 166,data.nasa.gov,ya8a-iw6c,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,36,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ya8a-iw6c', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:18:00.000Z', u'id': u'ya8a-iw6c', u'createdAt': u'2018-06-26T07:07:47.000Z', u'description': u'This data set contains binned and splined data obtained from the Viking Meteorology Instrument System (VMIS) through portions of the Viking Lander 1 mission. The data set consists of mean values of pressure, temperature, and wind speed (zonal and meridional) calculated for 25 bins of equal duration per day. The data are presented on a bin by bin basis for Lander 1 sol (Mars solar day after landing) 1-350, with no data existing between sols 117 and 133. Failure of the wind direction quadrant sensor on Lander 1 sol 45 required development of data recovery techniques to produce wind direction information for periods after the failure. For details on the data recovery techniques used to produce this data set, see MURPHY_1986. Another data set is available for an extensive period of Lander 2 observations and the Lander 1 observations made prior to the sol 45 failure VL1/VL2-M-MET-4-BINNED-P-T-V-V1.0.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:18:00.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'VL1 MARS METEOROLOGY DATA RESAMPLED DATA BINNED-P-T-V V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 36, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 5.20945336562895, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:07:47.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vl1-m-met-4-binned-p-t-v-corr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VL1-M-MET-4-BINNED-P-T-V-CORR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vl1-m-met-4-binned-p-t-v-corr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'viking'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VL1-MARS-METEOROLOGY-DATA-RESAMPLED-DATA-BINNED-P-/ya8a-iw6c', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 167,data.nasa.gov,n5kh-nrt6,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,23,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/n5kh-nrt6', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:21:44.000Z', u'id': u'n5kh-nrt6', u'createdAt': u'2018-06-25T20:46:52.000Z', u'description': u'SolRad-Net (Solar Radiation Network) is an established network of ground-based sensors providing high-frequency solar flux measurements in quasi-realtime to the scientific community and various other end users. This network was implemented as a companion to AERONET and its instrumentation are invariably collocated with AERONET sites. The Brazilian core of the present network was developed within the scientific framework of the LBA-ECO component of the Large-Scale Biosphere-Atmosphere Experiment in Amaz\xf4nia. Historically, SolRad-Nethas preferentially selected sites that routinely experience intervals of biomass-burning, such as Amaz\xf4nia and Sub-Saharan Africa for its long-term monitoring. Data that have been cleared as free of any operational problems are designated as Level 1.5. The raw, unscreened data are Level 1.0 by default and may contain observations that have been compromised for any of the (occasionally subtle) reasons described above. The Level 1.0 data are made available in the interest of presenting a comprehensive dataset and to provide full transparency of our methods, however any use of these data is strongly discouraged. Data are available from several flux instruments including filtered and unfiltered pyranometers, photosynthetically active radiation (PAR) energy and quantum sensors, and UV-A and UV-B flux sensors. To maintain the integrity of the database and fairness to the individuals who have contributed, use of these data for publication requires an offer of authorship to the SolRad-Net PI(s).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:21:44.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'Brent.N.Holben@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Sol-Rad Net Flux (L 1.0, 1.5, 2.0)', u'columns_field_name': [], u'page_views': {u'page_views_total': 23, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 2.0, u'page_views_total_log': 4.584962500721157, u'page_views_last_month': 3}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:46:52.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:Brent.N.Holben@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'NASA-0000126', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Brent Holben', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000126', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'precipitable water', u'clouds', u'radiation', u'satellite', u'aerosols', u'inversions', u'earth science'], u'categories': [u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Sol-Rad-Net-Flux-L-1-0-1-5-2-0-/n5kh-nrt6', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 168,data.nasa.gov,amr6-c79x,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,22,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/amr6-c79x', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:38:26.000Z', u'id': u'amr6-c79x', u'createdAt': u'2018-06-26T07:00:08.000Z', u'description': u""The MARIE (Martian Radiation Environment Experiment), aboard the 2001 Mars Odyssey spacecraft, was launched on April 7, 2001, and arrived at Mars on October 24, 2001. Data were collected intermittently during the cruise phase, starting in late April and ending in late July. A problem with MARIE's onboard computer occurred in early August, and the instrument was turned off until early March, 2002, after Odyssey's mapping orbit had been established. Data have been collected from that time to the present without major interruption. Routine minor interruptions of up to 36 hours have occurred during the orbital phase the instrument's data is erased from local storage (after having been downloaded). MARIE is oriented to point in the direction opposite Odyssey's velocity vector. Space radiation is for the most part isotropic, so the orientation of Odyssey is usually not critical and references to external coordinate systems are not a part of the data returned by MARIE. There is one exception to the statement that space radiation is isotropic: During the early stages of solar particle events, there can be directionality in the particle flux."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:38:26.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ODYSSEY MARS MARIE CALIBRATED DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 22, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.523561956057013, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:00:08.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ody-m-mar-3-rdr-calibrated-data-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=ODY-M-MAR-3-RDR-CALIBRATED-DATA-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ody-m-mar-3-rdr-calibrated-data-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'2001 mars odyssey', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ODYSSEY-MARS-MARIE-CALIBRATED-DATA-V1-0/amr6-c79x', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 169,data.nasa.gov,yduj-j463,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/yduj-j463', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:22:04.000Z', u'id': u'yduj-j463', u'createdAt': u'2018-06-26T06:27:41.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:22:04.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'VG2 JUP MAG RESAMPLED SYSTEM III (1965) COORDS 9.60SEC V1.1', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:27:41.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-j-mag-4-rdr-s3coords-9.60sec-v1.1', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG2-J-MAG-4-RDR-S3COORDS-9.60SEC-V1.1', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-j-mag-4-rdr-s3coords-9.60sec-v1.1', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'voyager', u'jupiter'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG2-JUP-MAG-RESAMPLED-SYSTEM-III-1965-COORDS-9-60S/yduj-j463', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 170,data.nasa.gov,ydvm-ytkc,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ydvm-ytkc', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:56:25.000Z', u'id': u'ydvm-ytkc', u'createdAt': u'2018-06-26T07:03:37.000Z', u'description': u'The Ames Mars General Circulation Model is a three dimensional model based on the primitive equations of meteorology. It includes the radiative effects of dust and carbon dioxide as well as other features such as large-scale topography (see [POLLACKETAL1990]', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:56:25.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'AMES MARS GENERAL CIRCULATION MODEL 5 LAT PRES VARIABLE V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:03:37.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.model-m-ames-gcm-5-lat-pres-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MODEL-M-AMES-GCM-5-LAT-PRES-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.model-m-ames-gcm-5-lat-pres-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/AMES-MARS-GENERAL-CIRCULATION-MODEL-5-LAT-PRES-VAR/ydvm-ytkc', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 171,data.nasa.gov,af4u-mnh4,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,22,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/af4u-mnh4', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:05:47.000Z', u'id': u'af4u-mnh4', u'createdAt': u'2018-06-26T07:10:18.000Z', u'description': u'Space environment is suspected to generate reactive oxygen species (ROS) and induce oxidative stress in plants however little is known about the gene expression of ROS gene network in plants grown in long-term space flight. RNA-Seq was used to define the large-scale gene expression profiles of Mizuna harvested after 27 days cultivation in the international space station to understand the molecular response and adaptation to space environment.Results: Total reads of transcripts from the Mizuna grown in the international space station as well as on the ground by RNA-Seq using next generation sequencing technology showed 8,258 and 14,170 transcripts up- and down-regulated in the space-grown Mizuna respectively when compared with those from the ground-grown Mizuna. A total of 20 in 32 ROS oxidative marker genes were up-regulated including high expression of 4 hallmarks and preferentially expressed gene associated with ROS-scavenging genes was thioredoxin glutaredoxin and alternative oxidase genes. In the transcription factors of ROS gene network MEKK1-MKK4-MPK3 OXI1-MKK4-MPK3 and OXI1-MPK3 of MAP cascades induction of WRKY22 by MEKK1-MKK4-MPK3 cascade induction of WRKY25 and repression of ZAT7 by Zat12 were suggested. RbohD and RbohF genes were up-regulated preferentially in NADPH oxidase genes which produce ROS.Conclusions: Our large-scale transcriptome analysis demonstrated that the space environment induced oxidative stress and ROS gene network was activated in the space-grown Mizuna some of which were common genes up-regulated by abiotic and biotic stress and were preferentially up-regulated genes by the space environment even though Mizuna grew in the space as well as on the ground showing that plants could acclimate to the space environment by reprograming the expression of ROS gene network.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:05:47.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'RNA-Seq transcriptome analysis of reactive oxygen species gene network in Mizuna plants grown in long-term space flight', u'columns_field_name': [], u'page_views': {u'page_views_total': 22, u'page_views_last_week_log': 1.5849625007211563, u'page_views_last_week': 2, u'page_views_last_month_log': 2.0, u'page_views_total_log': 4.523561956057013, u'page_views_last_month': 3}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:10:18.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-59', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-59', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'sample collection', u'nucleic acid sequencing', u'library construction', u'nucleic acid extraction', u'space flight'], u'categories': [u'health', u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/RNA-Seq-transcriptome-analysis-of-reactive-oxygen-/af4u-mnh4', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 172,data.nasa.gov,izbq-9smu,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,21,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/izbq-9smu', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:24:29.000Z', u'id': u'izbq-9smu', u'createdAt': u'2018-06-25T20:47:19.000Z', u'description': u'Cloud-Aerosol Lidar and Infrared Pathfinder Satellite Observations (CALIPSO) was launched on April 28, 2006 to study the impact of clouds and aerosols on the Earth\u2019s radiation budget and climate. It flies in formation with five other satellites in the international \u201cA-Train\u201d (PDF) constellation for coincident Earth observations. The CALIPSO satellite comprises three instruments, the Cloud-Aerosol LIdar with Orthogonal Polarization (CALIOP), the Imaging Infrared Radiometer (IIR), and the Wide Field Camera (WFC). CALIPSO is a joint satellite mission between NASA and the French Agency, CNES. These data consist 5 km aerosol layer data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:24:29.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'john.m.kusterer@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CALIPSO Lidar L2 1/3 km Cloud Layer Data V3-30', u'columns_field_name': [], u'page_views': {u'page_views_total': 21, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.459431618637297, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:47:19.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:john.m.kusterer@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:004'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2013-03-01/2014-01-01', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'NASA-0000152', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'John M. Kusterer', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000152', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'cloud', u'eos', u'radiation', u'atmospheric science', u'satellite', u'aerosol', u'climate'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CALIPSO-Lidar-L2-1-3-km-Cloud-Layer-Data-V3-30/izbq-9smu', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 173,data.nasa.gov,xwiw-q9cb,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/xwiw-q9cb', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:52:41.000Z', u'id': u'xwiw-q9cb', u'createdAt': u'2018-06-26T06:21:29.000Z', u'description': u'This data set set contains calibrated images of eight known transiting extrasolar planetary systems (hot Jupiters) acquired by the Deep Impact High Resolution Visible CCD during the EPOCh phase of the EPOXI mission. From 22 January through 31 August 2008 the HRIV CCD collected over 172,000 usable, photometric-quality visible light images of these transiting planet systems: HAT-P-4, HAT-P-7, GJ 436, TrES-2, TrES-3, XO-2, XO-3, and WASP-3. Time series of continuous 50-second integrations were used with the clear filter (#6) to observe each system for about three weeks, typically covering five or more transits as well as secondary eclipses. An exception was XO-3 which was only observed briefly due to the spacecraft entering safe mode. The transiting planet systems were observed in the integrated light of the planet and star; no spatially resolved image of the planet was possible.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:52:41.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'EPOXI EXOPLANET TRANSIT OBS - HRIV CALIBRATED IMAGES V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:21:29.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dif-x-hriv-3-epoxi-exoplanets-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DIF-X-HRIV-3-EPOXI-EXOPLANETS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dif-x-hriv-3-epoxi-exoplanets-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'xo-2', u'epoxi', u'gj 436', u'hat-p-4', u'hat-p-7', u'tres-2', u'tres-3', u'wasp-3', u'xo-3'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/EPOXI-EXOPLANET-TRANSIT-OBS-HRIV-CALIBRATED-IMAGES/xwiw-q9cb', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 174,data.nasa.gov,2hzv-8xad,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,21,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/2hzv-8xad', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:11:16.000Z', u'id': u'2hzv-8xad', u'createdAt': u'2018-06-26T06:47:39.000Z', u'description': u'The Lunar Prospector spacecraft position data set consists of spacecraft position determinations in selenographic latitude, longitude, and altitude coordinates in one minute intervals. The data set also contains spacecraft velocity and distance from the center of the Moon as a function of time. The coordinate system is selenographic with east longitude positive. The data set is generated by the Goddard Flight Dynamics Analysis Branch.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:11:16.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'LP MOON SPACECRAFT POSITION V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 21, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 2.0, u'page_views_total_log': 4.459431618637297, u'page_views_last_month': 3}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:47:39.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lp-l-6-position-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=LP-L-6-POSITION-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lp-l-6-position-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'moon', u'lunar prospector'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/LP-MOON-SPACECRAFT-POSITION-V1-0/2hzv-8xad', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 175,data.nasa.gov,irps-4v2n,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,21,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/irps-4v2n', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:22:49.000Z', u'id': u'irps-4v2n', u'createdAt': u'2018-06-26T06:51:55.000Z', u'description': u'This dataset contains the visible spectra of 820 asteroids obtained between November 1996 and May 2001 at the 1.52m telescope at ESO (La Silla). The useful spectral range is between about 4900 and 9200 Angstroms. The global spatial distribution of the objects covers the region between 2.2 and 3.3 AU. Some concentrations are apparent, since part of the survey was focused on particuarly interesting groups or families of asteroids. The observed asteroids have been classified according to the Tholen and the Bus taxonomies, with a good agreement between both in most of the cases.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:22:49.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'SMALL SOLAR SYSTEM OBJECTS SPECTROSCOPIC SURVEY V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 21, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 2.321928094887362, u'page_views_total_log': 4.459431618637297, u'page_views_last_month': 4}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:51:55.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-i0052-8-s3os2-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-I0052-8-S3OS2-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-i0052-8-s3os2-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'899 jokaste', u'1000 piazzia', u'1003 lilofee', u'1004 beloposkya', u'1005 arago', u'1006 lagrangea', u'10094 eijikato', u'1013 tombecka', u'1018 arnolda', u'1021 flammario', u'1022 olympiada', u'1023 thomana', u'1024 hale', u'1025 riema', u'10261 nikdollezhal', u'1028 lydina', u'1030 vitja', u'1031 arctica', u'1034 mozartia', u'1035 amata', u'1036 ganymed', u'104 klymene', u'1042 amazone', u'105 arthemis', u'1050 meta', u'1051 merope', u'1056 azalea', u'1057 wanda', u'106 dione', u'1060 magnolia', u'1067 lunaria', u'107 camilla', u'1075 helina', u'1077 campanula', u'1086 nata', u'1089 tama', u'109 felicitas', u'1090 sumida', u'1094 siberia', u'1095 tulipa', u'1097 vicia', u'1099 figneria', u'1101 clematis', u'11079 mitsunori', u'1108 demeter', u'1109 tata', u'1114 lorraine', u'1115 sabauda', u'1117 reginita', u'1118 hanskya', u'112 iphigenia', u'1122 neith', u'1123 shapleya', u'1127 mimi', u'1130 skuld', u'1137 raissa', u'1139 atami', u'1146 biarmia', u'1149 volga', u'115 thyra', u'1150 achaia', u'1154 astronomia', u'11548 jerrylewis', u'1164 kobolda', u'117 lomia', u'1171 rusthawelia', u'1177 gonnessia', u'1178 irmela', u'1180 rita', u'119 althaea', u'1194 aletta', u'12 victoria', u'1209 pumma', u'1213 algeria', u'1215 boyer', u'1219 britta', u'1226 golia', u'1229 tilia', u'1236 thais', u'1242 zambesia', u'1243 pamela', u'1244 deira', u'12447 yatescup', u'1246 chaka', u'1252 celestia', u'1261 legia', u'1263 varsavia', u'1266 tone', u'127 johanna', u'1274 delportia', u'1276 ucclia', u'1280 baillauda', u'1281 jeanne', u'1282 utopia', u'1283 komsomolia', u'1284 latvia', u'1294 antwerpia', u'130 elektra', u'1301 yvonne', u'1306 scythia', u'13111 papacosmas', u'1312 vassar', u'1317 silvretta', u'1318 nerina', u'1319 disa', u'1320 impala', u'1321 majuba', u'1322 coppernicus', u'1326 losaka', u'1328 devota', u'1329 eliane', u'133 cyrene', u'1330 spiridonia', u'1333 cenevola', u'1335 demoulina', u'1337 gerarda', u'1340 yvette', u'1351 uzbekistania', u'1355 mangoeba', u'1356 nyanza', u'1361 leuschneria', u'1362 griqua', u'1365 henyey', u'1367 nongoma', u'2961 katsurahama', u'2962 otto', u'2965 surikov', u'2975 spahr', u'298 baptistina', u'2988 korhonen', u'2991 bilbo', u'2993 wendy', u'3 juno', u'3015 candy', u'3022 dobermann', u'3023 heard', u'303 josephine', u'3033 holbaek', u'3036 krat', u'3043 san diego', u'3063 makhaon', u'3066 mcfadden', u'3067 akmatova', u'307 nike', u'3073 kursk', u'309 fraternitas', u'3101 gloderberger', u'3104 durer', u'3105 strumpff', u'3106 morabito', u'311 claudia', u'3116 goodricke', u'3128 obruchev', u'3139 shantou', u'314 rosalia', u'3141 buchar', u'3152 jones', u'316 goberta', u'3162 nostalgia', u'3169 ostro', u'3182 shimanto', u'3197 weissman', u'3198 wallonia', u'3204 lindgren', u'3225 hoag', u'323 brucia', u'324 bamberga', u'3242 backchisaraj', u'3246 bidstrup', u'3259 brownlee', u'3267 glo', u'3274 maillen', u'329 svea', u'3296 bosque alegre', u'33 polyhymnia', u'3300 mcglasson', u'3308 ferreri', u'3309 brorfelde', u'332 siri', u'3328 interposita', u'3330 gantrisch', u'3333 schaber', u'3341 hartmann', u'3343 nedzel', u'3352 mcauliffe', u'3388 tsanghinchi', u'339 dorothea', u'3400 aotearoa', u'3445 pinson', u'3447 burckhalter', u'3478 fanale', u'3483 svetlov', u'3492 petra-pepi', u'350 ornamenta', u'3507 vilas', u'352 gisela', u'3533 toyota', u'354 eleonora', u'356 liguria', u'357 ninina', u'3573 holmberg', u'3600 archimedes', u'361 bononia', u'3615 safronov', u'362 havnia', u'3635 kreutz', u'365 corduba', u'3663 tisserand', u'3682 welther', u'37 fides', u'3702 trubetskaya', u'3709 polypoites', u'372 palma', u'3728 iras', u'373 melusina', u'3753 cruithne', u'3767 dimaggio', u'3786 yamada', u'3787 aivazovskij', u'3789 zhongguo', u'3793 leonteus', u'381 myrrha', u'3816 chugainov', u'3829 gunma', u'3832 shapiro', u'386 siegena', u'3873 roddy', u'3875 staehle', u'388 charybdis', u'3880 kaiserman', u'3888 hoyt', u'3894 williamcooke', u'390 alma', u'3906 chao', u'391 ingeborg', u'3913 chemin', u'3915 fukushima', u""3925 tret'yakov"", u'393 lampetia', u'3939 huruhata', u'394 arduina', u'3940 larion', u'support archives', u'1 ceres', u'1369 ostanina', u'1384 kniertje', u'1392 pierre', u'1396 outeniqua', u'1399 teneriffa', u'140 siwa', u'1400 tirela', u'1403 ildesonia', u'1409 isko', u'141 lumen', u'1414 jerome', u'1425 tuorla', u'1431 luanda', u'1432 ethiopia', u'1436 salonta', u'1444 pannonia', u'1449 virtanen', u'145 adeona', u'1455 mitchella', u'1459 magnya', u'1467 mashona', u'1469 linzia', u'148 galiia', u'1481 tubingia', u'1487 boda', u'1499 pori', u'1506 xosa', u'1509 esclangona', u'1530 rantaseppa', u'1531 haertmut', u'1535 paijanne', u'1539 borelly', u'154 bertha', u'1546 izask', u'1554 yugoslavia', u'1556 wingolfia', u'156 xanthippe', u'1568 aisleen', u'1571 cesco', u'1573 vaisala', u'1574 meyer', u'1575 winifred', u'1576 fabiola', u'1579 herrick', u'1585 union', u'1591 baize', u'1600 vyssotsky', u'1602 indiana', u'1605 milankovitch', u'1609 brenda', u'1615 bardwell', u'1621 druzhba', u'1625 the norc', u'1637 swings', u'164 eva', u'1646 rosseland', u'1654 bojeva', u'1656 suomi', u'166 rhodope', u'1660 wood', u'1665 gaby', u'1677 tycho brahe', u'168 sibylla', u'1685 toro', u'1689 floris-jan', u'169 zelia', u'1691 oort', u'1693 hertzprung', u'1694 kaiser', u'170 maria', u'1701 okavango', u'171 ophelia', u'1728 goethe link', u'173 ino', u'1731 smuts', u'1747 wright', u'1750 eckert', u'1754 cunningham', u'1759 kienle', u'176 iduna', u'1765 wrubel', u'177 irma', u'1771 makover', u'1775 zimmerwald', u'1793 zoya', u'1796 riga', u'1798 watts', u'1806 derice', u'181 eucharis', u'1816 libera', u'1819 laputa', u'1828 kashirina', u'183 istria', u'1838 ursa', u'184 dejopeja', u'1841 massryk', u'1883 rimito', u'1901 moravia', u'1904 massevitch', u'191 kolga', u'1919 clemence', u'1936 lugano', u'194 prokne', u'1943 anteros', u'1980 tezcatlipoca', u'199 byblis', u'1992 galvarino', u'1994 shane', u'1999 hirayama', u'2001 einstein', u'2014 vasilevskis', u'2019 van albada', u'2031 bam', u'205 martha', u'2050 francis', u'2060 chiron', u'207 hedda', u'2074 shoemaker', u'2091 sampo', u'2093 genichesk', u'2096 vaino', u'21 lutetia', u'2103 laverna', u'2104 toronto', u'2105 gudy', u'2111 tselina', u'2112 ulyanov', u'2121 savastopol', u'214 aschera', u'2150 nyctimene', u'2151 hadwiger', u'2157 ashbrook', u'217 eudora', u'219 thusnelda', u'220 stephania', u'2204 lyyli', u'223 rosa', u'2235 vittore', u'224 oceana', u'226 weringia', u'2263 shaanxi', u'2266 tchaikovsky', u'227 philoposphia', u'2272 montezuma', u'229 adelinda', u'2291 kevo', u'2292 seili', u'2296 kugultinov', u'23 thalia', u'2303 retsina', u'233 asterope', u'2332 kalm', u'2341 aoluta', u'2349 kurchenko', u'2374 vladvysotskij', u'2381 landi', u'2397 lappaharvi', u'24 themis', u'714 ulula', u'716 berkeley', u'717 wisibada', u'721 tabora', u'726 joella', u'727 nipponia', u'728 leonisis', u'729 watsonia', u'2407 haug', u'241 germania', u'2448 sholokhov', u'246 asporina', u'2463 sterpin', u'2464 nordenskiold', u'2478 tokai', u'2489 suvorov', u'249 ilse', u'2490 bussolini', u'2491 tvashtri', u'25 phocaea', u'251 sophia', u'2510 shandong', u'2519 annagerman', u'252 clementina', u'2524 budovicium', u""2525 o'steen"", u'254 augusta', u'2548 leloir', u'255 oppavia', u'2577 litva', u'258 tyche', u'260 huberta', u'2612 kathryn', u'2634 james bradley', u'265 anna', u'2651 karen', u'2655 guangxi', u'266 aline', u'268 adorea', u'2685 masursky', u'26879 haines', u'27 euterpe', u'270 anahita', u'271 penthesilea', u'2717 tellervo', u'273 atropos', u'274 philagoria', u'2780 monning', u'2796 kron', u'2810 lev tolstoj', u'2815 soma', u'2820 iisalmi', u'2829 bobhope', u'283 emma', u'2841 puijo', u'286 iclea', u'2891 mcgetchin', u'29 amphitrite', u'2906 caltech', u'2911 miahelena', u'2914 glarnisch', u'2927 alamosa', u'293 brasilia', u'2938 hopi', u'294 felicia', u'2959 scholl', u'397 vienna', u'3990 heimdal', u'3995 sakaino', u'400 ducrosa', u'403 cyane', u'404 arsinoe', u'405 thia', u'4055 magellan', u'4056 timwarner', u'4060 deipylos', u'4063 euforbo', u'4068 menestheus', u'407 arachne', u'4083 jody', u'4100 sumiko', u'4103 chahine', u'4112 hrabal', u'4116 elachi', u'412 elisabetha', u'4121 carlin', u'4125 lew allen', u'4127 kyoguku', u'4132 bartok', u'414 liriope', u'4143 huziak', u'415 palatia', u'417 suevia', u'4175 billbaum', u'418 alemannia', u'419 aurelia', u'4191 assesse', u'4201 orosz', u'422 berolina', u'4220 flood', u'424 gratia', u'426 hippo', u'4276 clifford', u'4278 harvey', u'429 lotis', u'4299 wiyn', u'43 ariadne', u'431 nephele', u'434 hungaria', u'4340 dence', u'436 patricia', u'437 rhodia', u'4375 kiyomori', u'43754 1983 aa', u'439 ohio', u'4422 jarre', u'4448 phildavis', u'445 edna', u'4457 van gogh', u'4460 bihoro', u'447 valentine', u'4483 petofi', u'4484 sif', u'4490 bambery', u'4497 taguchi', u'4502 elizabethann', u'451 patientia', u'4511 rembrandt', u'4520 dovzhenko', u'4522 britastra', u'4533 orth', u'455 bruchsalia', u'4556 gumilyov', u'4558 janesick', u'457 alleghenia', u'4580 child', u'459 signe', u'4601 ludkewycz', u'461 saskia', u'4613 mamoru', u'4617 zadunaisky', u'4621 tambov', u'465 alekto', u'4666 dietz', u'468 lina', u'469 argentina', u'47 aglaja', u'4706 dennisreuter', u'4713 steel', u'472 roma', u'4725 milone', u'4730 xingmingzhou', u'4764 joneberhart', u'4770 lane', u'4778 fuss', u'479 caprera', u'480 hansa', u'4820 fay', u'4826 wilhelms', u'4833 meges', u'4843 megantic', u'485 genua', u'4856 seaborg', u'487 venetia', u'488 kreusa', u'4880 tovstonogov', u'4889 praetorius', u'489 comacina', u'4902 thessandrus', u'491 carina', u'4914 pardina', u'493 griseldis', u'4931 tomsk', u'494 virtus', u'4950 house', u'4954 eric', u'4955 gold', u'4957 brucemurray', u'50 virginia', u'500 selinur', u'501 urhixidur', u'5016 migirenko', u'502 sigune', u'504 cora', u'5045 hoyin', u'506 marion', u'508 princetonia', u'5090 wyeth', u'510 mabella', u'511 davida', u'5122 mucha', u'514 armida', u'5147 maruyama', u'517 edith', u'521 brixia', u'5215 tsurui', u'522 helga', u'5230 asahina', u'524 fidelio', u'525 adelaide', u'526 jena', u'5264 telephus', u'527 euryanthe', u'530 turandot', u'5301 novobranets', u'5343 ryzhov', u'536 merapi', u'537 pauly', u'539 pamina', u'544 jetta', u'545 messalina', u'5461 autumn', u'547 praxedis', u'5481 kiuchi', u'558 carmen', u'5592 oshima', u'56 melete', u'565 marbachia', u'5651 traversa', u'567 eleutheria', u'568 cheruskia', u'569 misa', u'57 mnemosyne', u'573 recha', u'5751 zao', u'576 emanuela', u'579 sidonia', u'58 concordia', u'5832 martaprincipe', u'5870 baltimore', u'589 croatia', u'595 polyxena', u'5959 shaklan', u'598 octavia', u'601 nerthus', u'602 marianna', u'6051 anaximenes', u'6057 robbia', u'607 jenny', u'6084 bascon', u'612 veronika', u'6139 naomi', u'616 elly', u'618 elfriede', u'619 triberga', u'6193 manabe', u'62 erato', u'625 xenia', u'626 notburga', u'628 christine', u'630 euphemia', u'6310 jankonke', u'635 vundtia', u'6384 kervin', u'640 brambilla', u'6447 terrycole', u'6493 cathybennet', u'65 cybele', u'6560 pravdo', u'657 gunlod', u'660 crescentia', u'662 newtonia', u'663 gerlinde', u'665 sabine', u'666 desdemona', u'667 denise', u'68 leto', u'680 genoveva', u'683 lanzia', u'685 hermia', u'690 wratislavia', u'6916 lewispear', u'692 hippodamia', u'694 ekard', u'696 leonora', u'697 galilea', u'699 hela', u'7002 bronshten', u'702 alauda', u'704 interamnia', u'705 erminia', u'713 luscinia', u'734 benda', u'7353 kazuya', u'739 mandeville', u'740 cantabia', u'746 marlu', u'747 winchester', u'7480 norwan', u'7496 miroslavholub', u'7516 kranjc', u'752 sulamitis', u'753 tiflis', u'756 lilliana', u'760 massinga', u'761 brendelia', u'762 pulcova', u'7638 gladman', u'764 gedania', u'768 struveana', u'772 tanete', u'775 lumiere', u'777 gutemberga', u'778 theobalda', u'779 nina', u'78 diana', u'780 armenia', u'7868 barker', u'788 hohensteina', u'7898 ohkuma', u'790 pretoria', u'791 ani', u'796 sarita', u'804 hispania', u'808 merxia', u'809 lundia', u'8106 carpino', u'814 tauris', u'815 coppelia', u'816 juliana', u'817 annika', u'822 lalage', u'829 academia', u'834 burnhamia', u'838 seraphina', u'84 klio', u'846 lipperta', u'847 agnia', u'848 inna', u'85 io', u'850 altona', u'857 glasenappia', u'859 bouzareah', u'869 mellena', u'87 sylvia', u'870 manto', u'874 rotraut', u'881 athene', u'882 swetlana', u'889 erynia', u'89 julia', u'8906 yano', u'891 gunhild', u'892 seeligeria', u'893 leopoldina', u'894 erda', u'897 lysistrata', u'9 metis', u'90 antiope', u'904 rockefellia', u'906 respolda', u'91 aegina', u'911 agamemnon', u'914 palisana', u'917 lyka', u'921 jovita', u'923 herluga', u'928 hildrum', u'929 algunde', u'93 minerva', u'932 hooveria', u'936 kunigunde', u'943 begonia', u'947 monterosa', u'949 hel', u'95 arethusa', u'950 ahrensa', u'952 caia', u'953 painleva', u'954 li', u'955 alstede', u'956 elisa', u'957 camelia', u'966 muschi', u'968 petunia', u'972 cohnia', u'973 aralia', u'977 philippa', u'978 aidamina', u'979 ilsewa', u'98 ianthe', u'981 martina', u'982 franklina', u'983 gunila', u'986 amelia', u'987 wallia', u'988 appella', u'989 schwassmannia', u'asteroid 10007', u'asteroid 14465', u'asteroid 4489', u'asteroid 4695', u'asteroid 4759', u'asteroid 4835', u'asteroid 5057', u'asteroid 5216', u'asteroid 5362', u'asteroid 5559', u'asteroid 5600', u'asteroid 5639', u'asteroid 5648', u'asteroid 5818', u'asteroid 5914', u'asteroid 6297', u'asteroid 6307', u'asteroid 6394', u'asteroid 6461', u'asteroid 6974', u'asteroid 7052', u'asteroid 7482', u'asteroid 8518', u'asteroid 8795', u'asteroid 9219'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/SMALL-SOLAR-SYSTEM-OBJECTS-SPECTROSCOPIC-SURVEY-V1/irps-4v2n', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 176,data.nasa.gov,fv9m-p2ay,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,20,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/fv9m-p2ay', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:28:52.000Z', u'id': u'fv9m-p2ay', u'createdAt': u'2018-06-26T06:56:33.000Z', u'description': u'This Galileo Probe Mass Spectrometer (GPMS) data set includes: (1) Jupiter atmospheric entry data from December 7, 1995; (2) Instrument characterization data; March - April, 1985; (3) Residual background data from Earth testing; 1985 - 1989; (4) Residual background data from space; 1989, 1990, 1992; (5) Characterization data from the refurbished Engineering Unit (NOT YET AVAILABLE - December, 1998); (6) Sequence and conversion tables necessary to process the data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:28:52.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'GALILEO PROBE NMS RAW DATA SET', u'columns_field_name': [], u'page_views': {u'page_views_total': 20, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 4.392317422778761, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:56:33.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.gp-j-nms-3-entry-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GP-J-NMS-3-ENTRY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.gp-j-nms-3-entry-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'galileo', u'jupiter'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GALILEO-PROBE-NMS-RAW-DATA-SET/fv9m-p2ay', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 177,data.nasa.gov,mgzh-r3it,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/mgzh-r3it', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:44:47.000Z', u'id': u'mgzh-r3it', u'createdAt': u'2018-06-26T06:32:33.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:44:47.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MER 2 MARS PANORAMIC CAMERA MOSAICS RDR OPS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:32:33.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer2-m-pancam-5-mosaic-ops-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MER2-M-PANCAM-5-MOSAIC-OPS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer2-m-pancam-5-mosaic-ops-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars exploration rover', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MER-2-MARS-PANORAMIC-CAMERA-MOSAICS-RDR-OPS-V1-0/mgzh-r3it', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 178,data.nasa.gov,mhkr-8gxd,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/mhkr-8gxd', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:11:52.000Z', u'id': u'mhkr-8gxd', u'createdAt': u'2018-06-26T06:45:36.000Z', u'description': u'This data set contains calibrated images acquired by the OSIRIS Narrow Angle\nCamera during the prelanding phase of the Rosetta mission at the comet 67P,\ncovering the period from 2014-10-24 to 2014-11-21.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:11:52.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ROSETTA-ORBITER COMET PRELANDING OSINAC 3 RDR MTP 009 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:45:36.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-osinac-3-prl-67pchuryumov-m09-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-C-OSINAC-3-PRL-67PCHURYUMOV-M09-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-osinac-3-prl-67pchuryumov-m09-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'67p/churyumov-gerasimenko 1 (1969 r1)', u'international rosetta mission'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-COMET-PRELANDING-OSINAC-3-RDR-MTP-/mhkr-8gxd', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 179,data.nasa.gov,rpve-yf52,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/rpve-yf52', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:10:27.000Z', u'id': u'rpve-yf52', u'createdAt': u'2018-06-26T07:08:49.000Z', u'description': u'Microgravity has a dramatic impact on human physiology illustrated in particular with skeletal muscle impairment. A thorough understanding of the mechanisms leading to loss of muscle mass and structural disorders is necessary for the definition of efficient clinical and spaceflight countermeasures. We investigated the effects of long-term bed rest on transcriptome of soleus (SOL) and vastus lateralis (VL) muscles in healthy women (BRC group n=8) and the potential beneficial impact of protein supplementation (BRN group n=8) and of a combined resistance and aerobic training (BRE group n=8). Gene expression profiles were obtained using an in-house made microarray containing 6681 muscles-relevant genes. A two-class statistical analysis was applied on the 2103 genes with consolidated expression. We identified 472 and 207 modified genes respectively for SOL and VL in BRC group. Further clustering approaches identifying relevant biological mechanisms or pathways underlined five main subclusters. Three are composed almost of upregulated genes involved mainly in nucleic acid and protein metabolism and two composed almost of downregulated genes involved in energy metabolism. Exercise countermeasure demonstrated a drastic compensatory effect decreasing the number of differentially-expressed genes by 89 and 96% in SOL and VL. In contrast nutrition countermeasure had a moderate effect and decreased the number of differentially-expressed genes by 40 and 25% in SOL and VL. Our results allowed reporting a systematic global and comprehensive view of long-term woman muscle atrophy and brought new lights and insights for space environment and for women who undergo a long-term clinical bed rest. Biological samples were collected from Pre- and Post- bed rest (BR) soleus and vastus lateralis biopsies of each subject from the three groups (bed rest only: BRC; Exercise: BRE; Nutrition: BRN). six technical replicate values (2 duplicate hybridizations a et b to chips with triplicate spots xxx) were obtained for each skeletal muscle sample. Thus for each subject 12 expression measurements (6 before BR and 6 after BR) were obtained for each muscle.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:10:27.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Woman skeletal muscle transcriptome with bed rest and countermeasures.', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:08:49.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-51', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-51', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'p-gse14798-2', u'bioassay_data_transformation', u'tissue', u'bed rest', u'exercise', u'nutrition', u'p-gse14798-6', u'p-gse14798-1', u'nucleic_acid_extraction', u'labeling', u'hybridization', u'image_aquisition', u'feature_extraction', u'p-gse14798-5', u'p-gse14798-3', u'p-gse14798-4'], u'categories': [u'infrastructure', u'finance', u'economy'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Woman-skeletal-muscle-transcriptome-with-bed-rest-/rpve-yf52', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 180,data.nasa.gov,i5bx-mvfg,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/i5bx-mvfg', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:27:48.000Z', u'id': u'i5bx-mvfg', u'createdAt': u'2018-06-26T06:22:24.000Z', u'description': u'This dataset contains images from the High resolution Stereo Camara (HRSC)onboard the MarsExpress spacecraft. It also contains documentation which describe the image and software to calculate higher image data levels. The HRSC images archived in this dataset are the exact products released by the HRSC team.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:27:48.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MARS EXPRESS HRSC ORTHOPHOTO AND DIGITAL TERRAIN MODEL V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:22:24.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mex-m-hrsc-5-refdr-dtm-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MEX-M-HRSC-5-REFDR-DTM-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mex-m-hrsc-5-refdr-dtm-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'phobos', u'mars express', u'deimos'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MARS-EXPRESS-HRSC-ORTHOPHOTO-AND-DIGITAL-TERRAIN-M/i5bx-mvfg', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 181,data.nasa.gov,ai22-vbyj,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ai22-vbyj', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:48:18.000Z', u'id': u'ai22-vbyj', u'createdAt': u'2018-06-26T06:33:18.000Z', u'description': u'The Cosmic Dust Analyzer (CDA) is an instrument on the Cassini Orbiter \nthat studies the physical properties of dust particles hitting the \ndetector. This data set includes all data from the CDA with the \nexception of the High Rate Detector (HRD). Please refer to \n[SRAMAETAL2004B] (see CDAREFS.CAT) for a detailed CDA description.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:48:18.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CASSINI COSMIC DUST ANALYZER CALIBRATED/RESAMPLED DATA', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:33:18.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-d-cda-3-4-5-dust-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-D-CDA-3%2F4%2F5-DUST-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-d-cda-3-4-5-dust-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'dust', u'cassini-huygens'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-COSMIC-DUST-ANALYZER-CALIBRATED-RESAMPLED-/ai22-vbyj', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 182,data.nasa.gov,g448-cenu,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/g448-cenu', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:51:01.000Z', u'id': u'g448-cenu', u'createdAt': u'2018-06-26T06:36:19.000Z', u'description': u'The MGS Sampler contains MOLA PEDR altimetry profiles in both binary andASCII formats. These ASCII tables contain calibrated MOLA ranges, energies, and topography for 18 contingency passes, Fall 1997. The tables have 29 columns, delimited by spaces. The tables contain radii, topography, areoid heights, spacecraft location, and instrument data. The information in these files is virtually identical to the binary PEDRs. The binary tables contain additional engineering data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:51:01.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MGS SAMPLER MARS ORBITER LASER ALTIMETER PEDR ASCII TABLES', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:36:19.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgs-m-mola-5-pedr-sampler-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MGS-M-MOLA-5-PEDR-SAMPLER-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgs-m-mola-5-pedr-sampler-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'mars global surveyor'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MGS-SAMPLER-MARS-ORBITER-LASER-ALTIMETER-PEDR-ASCI/g448-cenu', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 183,data.nasa.gov,p4d4-u4t3,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/p4d4-u4t3', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:24:13.000Z', u'id': u'p4d4-u4t3', u'createdAt': u'2018-06-25T20:47:02.000Z', u'description': u'Cloud-Aerosol Lidar and Infrared Pathfinder Satellite Observations (CALIPSO) was launched on April 28, 2006 to study the impact of clouds and aerosols on the Earth\u2019s radiation budget and climate. It flies in formation with five other satellites in the international \u201cA-Train\u201d (PDF) constellation for coincident Earth observations. The CALIPSO satellite comprises three instruments, the Cloud-Aerosol LIdar with Orthogonal Polarization (CALIOP), the Imaging Infrared Radiometer (IIR), and the Wide Field Camera (WFC). CALIPSO is a joint satellite mission between NASA and the French Agency, CNES. These data consist of half orbit (Night and Day) emissivity and cloud particle data related to pixels that have been co-located to the Lidar track.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:24:13.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'john.m.kusterer@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CALIPSO Imaging Infrared Radiometer L2 Data Track V2-02', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:47:02.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:john.m.kusterer@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:004'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2008-09-14/2011-01-17', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'NASA-0000137', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'John M. Kusterer', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000137', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'atmospheric science', u'satellite', u'cloud', u'aerosol', u'climate', u'eos', u'radiation'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CALIPSO-Imaging-Infrared-Radiometer-L2-Data-Track-/p4d4-u4t3', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 184,data.nasa.gov,uf7h-enmm,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/uf7h-enmm', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:38:46.000Z', u'id': u'uf7h-enmm', u'createdAt': u'2018-06-26T06:15:58.000Z', u'description': u'Abstract ======== This data set consists of the MESSENGER XRS reduced data record observations, also known as RDRs, which are derived from the calibrated data records, CDRs. Each XRS observation results in four X-ray spectra. When an X-ray interacts with one of the four detectors, a charge or voltage pulse is generated. This signal is converted into one of 2^8 (256) channels, which are correlated to energy. Over a commanded integration time period a histogram of counts as a function of energy (channel number) is recorded. The EDRs are the number of events in each channel of the four detectors accumulated over the integration period. Channels above or below the useful energy range of the detectors are not transmitted. The result is three 244-channel GPC histograms and one 231-channel solar monitor histogram, each of which is designated as a single X-ray spectrum. Each observation is calibrated and processed into the CDR data set and then further processed to produce a map of elemental ratios, the maps of which compose the RDR data set.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:38:46.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MESSENGER H XRS REDUCED DATA RECORD\n (RDR) MAPS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:15:58.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mess-h-xrs-3-rdr-maps-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MESS-H-XRS-3-RDR-MAPS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mess-h-xrs-3-rdr-maps-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mercury', u'messenger'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MESSENGER-H-XRS-REDUCED-DATA-RECORD-RDR-MAPS-V1-0/uf7h-enmm', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 185,data.nasa.gov,fy9h-npzt,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/fy9h-npzt', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:25:07.000Z', u'id': u'fy9h-npzt', u'createdAt': u'2018-06-25T20:47:12.000Z', u'description': u'Cloud-Aerosol Lidar and Infrared Pathfinder Satellite Observations (CALIPSO) was launched on April 28, 2006 to study the impact of clouds and aerosols on the Earth\u2019s radiation budget and climate. It flies in formation with five other satellites in the international \u201cA-Train\u201d (PDF) constellation for coincident Earth observations. The CALIPSO satellite comprises three instruments, the Cloud-Aerosol LIdar with Orthogonal Polarization (CALIOP), the Imaging Infrared Radiometer (IIR), and the Wide Field Camera (WFC). CALIPSO is a joint satellite mission between NASA and the French Agency, CNES. These data consist 5 km aerosol layer data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:25:07.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'john.m.kusterer@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CALIPSO Lidar L2 Aerosol Layer Data V2-02', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:47:12.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:john.m.kusterer@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:004'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2008-09-14/2010-03-28', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'NASA-0000145', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'John M. Kusterer', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000145', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'atmospheric science', u'aerosol', u'climate', u'satellite', u'cloud', u'eos', u'radiation'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CALIPSO-Lidar-L2-Aerosol-Layer-Data-V2-02/fy9h-npzt', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 186,data.nasa.gov,mmnf-d3ma,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/mmnf-d3ma', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:33:48.000Z', u'id': u'mmnf-d3ma', u'createdAt': u'2018-06-26T06:27:17.000Z', u'description': u'NEAR EDR volume sets contain a single data set, from one instrument and one mission phase (defined in the phase table in /AAREADME.TXT).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:33:48.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'NEAR XGRS SPECTRA FOR EROS/SURFACE', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:27:17.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-xgrs-2-edr-eros-surface-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NEAR-A-XGRS-2-EDR-EROS%2FSURFACE-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-xgrs-2-edr-eros-surface-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'eros', u'near earth asteroid rendezvous'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEAR-XGRS-SPECTRA-FOR-EROS-SURFACE/mmnf-d3ma', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 187,data.nasa.gov,ji2f-y24t,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,895,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ji2f-y24t', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T12:12:38.000Z', u'id': u'ji2f-y24t', u'createdAt': u'2018-06-26T03:31:09.000Z', u'description': u'The API is powered by Google Earth Engine, and currently only supports pan-sharpened Landsat 8 imagery.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T12:12:38.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'jason.duley@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Earth Imagery API', u'columns_field_name': [], u'page_views': {u'page_views_total': 895, u'page_views_last_week_log': 4.459431618637297, u'page_views_last_week': 21, u'page_views_last_month_log': 6.554588851677638, u'page_views_total_log': 9.807354922057604, u'page_views_last_month': 93}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T03:31:09.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:jason.duley@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://api.nasa.gov/api.html'], u'key': u'Common-Core_References'}, {u'value': u'API-8', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://api.nasa.gov/api.html#earth', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'2015-11-30T00:00:00.000Z', u'key': u'Common-Core_Issued'}, {u'value': u'Jason Duley', u'key': u'Common-Core_Contact-Name'}, {u'value': u'API-8', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'imagery', u'earth science research', u'assets', u'landsat 8', u'api'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Earth-Imagery-API/ji2f-y24t', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 188,data.nasa.gov,avrc-udn9,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,52,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/avrc-udn9', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:58:02.000Z', u'id': u'avrc-udn9', u'createdAt': u'2018-06-26T07:06:49.000Z', u'description': u'This data set contains absolute visual magnitudes of 90 Kuiper belt objects and Centaurs from Romanishin and Tegler (2005). The absolute magnitudes are derived from V magnitudes observed by Romanishin and Tegler and their collaborators, with geometry from the JPL Horizons data base. As a convenience, R-band absolute magnitudes derived from the V absolute magnitudes and published V-R colors are also provided.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:58:02.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'KBO AND CENTAUR ABSOLUTE MAGNITUDES V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 52, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 5.7279204545632, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:06:49.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-vargbdet-3-kbomags-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-VARGBDET-3-KBOMAGS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-vargbdet-3-kbomags-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'support archives', u'asteroid'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/KBO-AND-CENTAUR-ABSOLUTE-MAGNITUDES-V1-0/avrc-udn9', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 189,data.nasa.gov,mn9c-7wtd,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/mn9c-7wtd', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:02:22.000Z', u'id': u'mn9c-7wtd', u'createdAt': u'2018-09-05T23:02:22.000Z', u'description': u'This data set contains Raw data taken by the New Horizons Alice Ultraviolet Imaging Spectrograph instrument during the pluto cruise mission phase. This is VERSION 1.0 of this data set.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:02:22.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': None, u'columns_description': [], u'name': u'NEW HORIZONS \n ALICE PLUTO CRUISE \n RAW V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:02:22.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-alice-2-plutocruise-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-X-ALICE-2-PLUTOCRUISE-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-alice-2-plutocruise-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'new horizons', u'earth', u'calibration', u'sun'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-ALICE-PLUTO-CRUISE-RAW-V1-0/mn9c-7wtd', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 190,data.nasa.gov,7gyx-ms25,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/7gyx-ms25', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:14:26.000Z', u'id': u'7gyx-ms25', u'createdAt': u'2018-06-26T07:11:23.000Z', u'description': u'The effect of microgravity on gene expression in C.elegans was comprehensively analysed by DNA microarray (Agilent). Overall design: Mix staged C. elegans N2 was exposed microgravity for 10 days.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:14:26.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'Expression Data from International C. elegans Experiment 1st (ICE-FIRST)', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:11:23.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-113', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-113', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'data collection', u'sample collection', u'nucleic acid hybridization', u'rna extraction', u'labeling', u'normalization data transformation', u'microgravity'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Expression-Data-from-International-C-elegans-Exper/7gyx-ms25', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 191,data.nasa.gov,mxjd-hys2,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,15,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/mxjd-hys2', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:23:13.000Z', u'id': u'mxjd-hys2', u'createdAt': u'2018-06-26T06:19:59.000Z', u'description': u'This data set contains raw data collected by the Dust Flux Monitor Instrument (DFMI) flown on board the STARDUST spacecraft during the Wild 2 comet encounter on January 2, 2004. The data in this archive are organized into one table in standard PDS format. This table records dust events which resulted from the encounter with the particles surrounding comet Wild 2. The data in the table spans a 33 minute period surrounding the encounter with Wild 2.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:23:13.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'STARDUST DFMI WILD 2 ENCOUNTER EDR DATA', u'columns_field_name': [], u'page_views': {u'page_views_total': 15, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:19:59.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.sdu-c-dfmi-2-edr-wild2-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=SDU-C-DFMI-2-EDR-WILD2-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.sdu-c-dfmi-2-edr-wild2-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'stardust', u'81p/wild 2 (1978 a2)'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/STARDUST-DFMI-WILD-2-ENCOUNTER-EDR-DATA/mxjd-hys2', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 192,data.nasa.gov,ughp-id55,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,14,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ughp-id55', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:48:21.000Z', u'id': u'ughp-id55', u'createdAt': u'2018-06-26T06:41:26.000Z', u'description': u'This data set contains asteroid dynamical family memberships for 122 families calculated from synthetic proper elements, including high-inclination families. These families were calculated by David Nesvorny (Nesvorny et al. 2015) using his code based on the Hierarchical Clustering Method (HCM) described in Zappala et al. (1990, 1994). The input synthetic proper elements for 384,337 numbered asteroids were calculated by Knezevic and Milani.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:48:21.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'NESVORNY HCM ASTEROID FAMILIES V3.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 14, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.9068905956085187, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:41:26.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-vargbdet-5-nesvornyfam-v3.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-VARGBDET-5-NESVORNYFAM-V3.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-vargbdet-5-nesvornyfam-v3.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'support archives', u'asteroid'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NESVORNY-HCM-ASTEROID-FAMILIES-V3-0/ughp-id55', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 193,data.nasa.gov,md2x-av7x,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,14,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/md2x-av7x', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:13:55.000Z', u'id': u'md2x-av7x', u'createdAt': u'2018-06-26T06:47:22.000Z', u'description': u'This data set contains vector magnetic field data acquired by the Fluxgate section of the Magnetometer / Electron Reflectometer instrument aboard the Mars Global Surveyor (MGS) spacecraft. The data are provided at a variable time resolution depending on the telemetry rate available to the investigation for the time period beginning with Aerobraking Phase 1A (1997-09-12). The data in the dataset cover the entire premapping period (ends 1999-03-08).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:13:55.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MGS MARS/MOONS MAG/ER PRE-MAP MAG FULL WORD RESOLUTION V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 14, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.9068905956085187, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:47:22.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgs-m-mag-3-premap-fullword-res-mag-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MGS-M-MAG-3-PREMAP%2FFULLWORD-RES-MAG-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgs-m-mag-3-premap-fullword-res-mag-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'deimos', u'phobos', u'mars global surveyor', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MGS-MARS-MOONS-MAG-ER-PRE-MAP-MAG-FULL-WORD-RESOLU/md2x-av7x', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 194,data.nasa.gov,ip4p-s6rq,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,14,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ip4p-s6rq', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:03:02.000Z', u'id': u'ip4p-s6rq', u'createdAt': u'2018-09-05T23:03:02.000Z', u'description': u'This data set contains Raw data taken by the New Horizons Student Dust Counter instrument during the post-launch checkout mission phase. This is VERSION 4.0 of this data set. The SDC instrument was commissioned on March 2, 2006 and stepped through a checkout of all instrument functionality successfully. Following these activities, SDC collected science data intermittently throughout the first year of the mission. The changes in Version 4.0 were re-running of the ancillary data in the data product, updated geometry from newer SPICE kernels, minor editing of the documentation, catalogs, etc., and resolution of liens from the December, 2014 review, plus those from the May, 2016 review of the Pluto Encounter data sets. No new observations were added with Version 4.0.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:03:02.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'NEW HORIZONS \n SDC POST-LAUNCH CHECKOUT \n RAW V4.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 14, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.9068905956085187, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:03:02.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-sdc-2-launch-v4.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-X-SDC-2-LAUNCH-V4.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-sdc-2-launch-v4.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'dust', u'new horizons'], u'categories': [u'politics', u'education', u'housing & development'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-SDC-POST-LAUNCH-CHECKOUT-RAW-V4-0/ip4p-s6rq', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 195,data.nasa.gov,b9bq-9dej,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,14,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/b9bq-9dej', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:16:49.000Z', u'id': u'b9bq-9dej', u'createdAt': u'2018-06-26T06:57:21.000Z', u'description': u'This data set contains calibrated data records (CDR)of science measurements and supporting configuration and engineering data from the LRO Cosmic Ray Telescope for the Effects of Radia- tion (CRaTER) instrument. The data consists of primary science (charged-particle event energy depositions), secondary science (detector singles count rates, event counters, detector event thresholds, pulser configuration), and housekeeping (voltages, currents, temperatures, accumulated radiation dosage, etc.) parameters.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:16:49.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'LRO MOON CRATER 3 CALIBRATED ENERGY DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 14, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.9068905956085187, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:57:21.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lro-l-crat-3-cdr-calibrated-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=LRO-L-CRAT-3-CDR-CALIBRATED-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lro-l-crat-3-cdr-calibrated-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'lunar reconnaissance orbiter', u'moon'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/LRO-MOON-CRATER-3-CALIBRATED-ENERGY-DATA-V1-0/b9bq-9dej', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 196,data.nasa.gov,7ke7-jbux,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,14,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/7ke7-jbux', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:01:03.000Z', u'id': u'7ke7-jbux', u'createdAt': u'2018-06-26T06:39:46.000Z', u'description': u'This data set includes names, designations, and discovery circumstances for the numbered asteroids, sorted in order of catalog number.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:01:03.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ASTEROID NAMES AND DISCOVERY V3.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 14, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.9068905956085187, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:39:46.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-astnames-discovery-v3.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-5-DDR-ASTNAMES-DISCOVERY-V3.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-astnames-discovery-v3.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'asteroid', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ASTEROID-NAMES-AND-DISCOVERY-V3-0/7ke7-jbux', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 197,data.nasa.gov,gjq2-9ixv,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,14,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/gjq2-9ixv', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:48:10.000Z', u'id': u'gjq2-9ixv', u'createdAt': u'2018-06-26T06:34:18.000Z', u'description': u""NASA's International Halley Watch (IHW) has created a Comet Halley Archive. The collection of data spans the full wavelength range as submitted by scientists to the IHW. The observations belong to one of the following Disciplines: Amateur, Astrometry, Infrared Studies, Large-Scale Phenomena, Meteor Studies, Near-Nucleus Studies, Photometry and Polarimetry, Radio Studies, and Spectroscopy and Spectrophotometry. The data collected by these nine disciplines were augmented by Spacecraft measurements. The data were submitted to IHW, but the evaluation and selection for the Archive has been the primary responsibility of the Discipline Specialist Teams for each network in cooperation with the Lead Center. The Spectroscopy and Spectrophotometry Network collected 284 data files that were considered unreduced ('raw'), some having calibration spectra. The non-Halley targets for the spectroscopic observations can be grouped according to 'laboratory' calibration, dark, bias, flatfield, sky, and photometric standards. In the first category, a large number of 'arcs' and 'lamps' were used as follows: HE-NE, TH-AR, NE-AR, CU-AR, CU-NE, Thorium, Tungsten, Quartz, and Rubidium. For the 'sky' observers used the twilight, moonlight, and blank sky. The most common 'photometric' standards were stars, but observers also included other comets (Hartley-Goode), asteroids (Ceres), reflection nebulae (R8), and emission nebulae (NGC1982, NGC7000). A list of these stellar calibration targets follows: HD 140283, HD 184711, HD89688, HD102870, HD120086, HD13974, HD219188, HD 25680, HD 19445, HD18803, HD30455, HD26912, SAO 1280, HZ15, CD-22 7696, GD 190, GC5106, GC2188, GC2192, G19113213, G 99-37, L745-46A, Feige 15, Feige 56, Landolt 98, Landolt 92, Van Beuren, RHO ORION, CHI 1 ORION, 29 PI LEO. The data covered the date range 1983 October 10 through 1986 November 14."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:48:10.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'IHW COMET HALLEY UNREDUCED SPECTRA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 14, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.9068905956085187, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:34:18.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ihw-c-spec-2-edr-halley-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=IHW-C-SPEC-2-EDR-HALLEY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ihw-c-spec-2-edr-halley-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'star', u'international halley watch', u'ceres', u'cal lamps', u'dark', u'sky', u'comet', u'halley', u'emission nebula', u'reflection nebula'], u'categories': [u'education', u'economy'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/IHW-COMET-HALLEY-UNREDUCED-SPECTRA-V1-0/gjq2-9ixv', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 198,data.nasa.gov,h759-taqz,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,14,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/h759-taqz', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T22:57:56.000Z', u'id': u'h759-taqz', u'createdAt': u'2018-06-25T20:37:41.000Z', u'description': u'Sun photometer measurements of the direct (collimated) solar radiation provide information to calculate the columnar aerosol optical depth (AOD). AOD can be used to compute columnar water vapor (Precipitable Water) and estimate the aerosol size using the Angstrom parameter relationship. Two data versions (Versions 1 and 2) and three quality levels (Levels 1.0, 1.5, 2.0) exist for each product. While Levels 1.0 and 1.5 are provided in near real-time, the 12-month or longer delay (due to final calibration and manual inspection) ensures that the highest quality data can be found in Version 2, Level 2.0 data products. Level 2: pre- and post-field calibration applied, automatically cloud cleared and manually inspected.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T22:57:56.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'Brent.N.Holben@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Aeronet AOD', u'columns_field_name': [], u'page_views': {u'page_views_total': 14, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.9068905956085187, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:37:41.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:Brent.N.Holben@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'1993-01-01/2014-01-01', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'Global', u'key': u'Common-Core_Geographic-Coverage'}, {u'value': u'NASA-0000001', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'http://aeronet.gsfc.nasa.gov/', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Brent Holben', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000001', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'satellite', u'radiation', u'aerosols', u'clouds', u'earth science', u'inversions', u'precipitable water'], u'categories': [u'education', u'public safety'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Aeronet-AOD/h759-taqz', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 199,data.nasa.gov,aw9b-bggx,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,14,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/aw9b-bggx', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:52:49.000Z', u'id': u'aw9b-bggx', u'createdAt': u'2018-06-26T06:34:43.000Z', u'description': u'The imaging system on the Viking Landers consisted of two identical cameras. These cameras operated throughout the mission and returned nearly 6600 images. This dataset includes the Experiment Data Record (EDR) version of all available images acquired on Mars by the Viking Lander imaging systems. This EDR dataset is the primary record of lander image data as it was received on Earth. EDR images were originally distributed to lander imaging team members and to NSSDC as photoproducts and digitally on 9-track magnetic tapes. The images in this dataset have not been processed in any form other then generating and attaching PDS labels and histograms to the original EDR data. This dataset also includes documentation about the imaging system and radiometric and geometric calibration of the image data EDR images for loading into spreadsheet or DBMS programs.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:52:49.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VL1/VL2 MARS LCS EXPERIMENT DATA RECORD V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 14, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.9068905956085187, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:34:43.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vl1-vl2-m-lcs-2-edr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VL1%2FVL2-M-LCS-2-EDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vl1-vl2-m-lcs-2-edr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'viking'], u'categories': [u'public safety'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VL1-VL2-MARS-LCS-EXPERIMENT-DATA-RECORD-V1-0/aw9b-bggx', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 200,data.nasa.gov,hvav-sme8,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/hvav-sme8', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T05:48:35.000Z', u'id': u'hvav-sme8', u'createdAt': u'2018-06-25T20:56:08.000Z', u'description': u'EPPS, GRNS, MAG, MASCS, MDIS, MLA, RSS, SPICE, XRS', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T05:48:35.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS MESSENGER Data Release 6', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:56:08.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-529', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-529', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mdis', u'pds', u'epps', u'grns', u'mag', u'mascs', u'mla', u'rss', u'spice', u'xrs'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-MESSENGER-Data-Release-6/hvav-sme8', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 201,data.nasa.gov,g2sy-4cpf,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,14,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/g2sy-4cpf', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:52:47.000Z', u'id': u'g2sy-4cpf', u'createdAt': u'2018-06-26T07:03:48.000Z', u'description': u'The Clementine EDR (Engineering Data Record) Image Archive contains 88 CD-ROM volumes with more than 1.9 million images. Each volume contains approximately 3 lunar orbits but may vary in the number of orbits depending on the size of each orbit. The first volume in the set begins with orbit number 32--the start of the systematic lunar mapping phase of the mission. The image data products for the engineering checkout and operational rehearsal orbits (orbits 1-31), low Earth orbits, and earth phasing loop orbits are located on the last eight volumes at the end of the volume set.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:52:47.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CLEM1-LUN/EAR/SKY-ASTAR/BSTAR/UVVIS/HRES/LWIR/NIR-2-EDR-V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 14, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.9068905956085187, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:03:48.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.clem1-l-e-y-a-b-u-h-l-n-2-edr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CLEM1-L%2FE%2FY-A%2FB%2FU%2FH%2FL%2FN-2-EDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.clem1-l-e-y-a-b-u-h-l-n-2-edr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'earth', u'sky', u'moon', u'deep space program science experiment'], u'categories': [u'infrastructure'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CLEM1-LUN-EAR-SKY-ASTAR-BSTAR-UVVIS-HRES-LWIR-NIR-/g2sy-4cpf', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 202,data.nasa.gov,rupp-5mgy,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,14,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/rupp-5mgy', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:22:29.000Z', u'id': u'rupp-5mgy', u'createdAt': u'2018-06-26T06:53:23.000Z', u'description': u'This data set contains aperture photometry of Kreutz sungrazing comets that were observed by the LASCO instrument on SOHO from 1996-2005. Apparent magnitude and the error in the magnitude due to photon statistics are given for circular apertures ranging from 1,2,3...10 pixels in radius. All images were taken either with the C2 telescope (11.9 arcsec/pixel) or the C3 telescope (56 arcsec/pixel). The reduced subimages from which this photometry was calculated are archived with PDS (Knight 2008) [KNIGHT2008] and scientific analysis is in (Knight et al. 2010) [KNIGHTETAL2010].', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:22:29.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'SOHO LASCO COMET PHOTOMETRY V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 14, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 2.321928094887362, u'page_views_total_log': 3.9068905956085187, u'page_views_last_month': 4}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:53:23.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.soho-c-lasco-5-kreutzphotom-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=SOHO-C-LASCO-5-KREUTZPHOTOM-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.soho-c-lasco-5-kreutzphotom-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'c/soho (2000 x5)', u'c/soho (2003 k12)', u'c/soho (2003 k13)', u'c/soho (2003 k7)', u'c/soho (2003 k8)', u'c/soho (2003 k9)', u'c/soho (2003 k11)', u'c/soho (2003 k10)', u'c/soho (2003 j9)', u'c/soho (2003 j8)', u'c/soho (2003 j7)', u'c/soho (2003 j6)', u'c/soho (2003 j5)', u'c/soho (2003 j4)', u'c/soho (2003 j3)', u'c/soho (2003 j2)', u'c/soho (2003 h9)', u'c/soho (2003 h8)', u'c/soho (2003 h12)', u'c/soho (2003 h11)', u'c/soho (2003 h10)', u'c/soho (2003 g4)', u'c/soho (2003 f5)', u'c/soho (2003 f4)', u'c/soho (2003 f3)', u'c/soho (2003 e4)', u'c/soho (2003 e3)', u'c/soho (2003 e2)', u'c/soho (2003 d1)', u'c/soho (2003 c5)', u'c/soho (2003 c4)', u'c/soho (2003 c3)', u'c/soho (2003 c2)', u'c/soho (2003 c1)', u'c/soho (2003 b2)', u'c/soho (2003 a5)', u'c/soho (2003 a4)', u'c/soho (2003 a3)', u'c/soho (1997 l5)', u'c/soho (1997 l4)', u'c/soho (1997 l3)', u'c/soho (1997 k7)', u'c/soho (1997 k6)', u'c/soho (1997 k5)', u'c/soho (1997 k4)', u'c/soho (1997 k3)', u'c/soho (1997 k1)', u'c/soho (1997 j5)', u'c/soho (1997 j4)', u'c/soho (1997 j3)', u'c/soho (1997 h3)', u'c/soho (1997 g6)', u'c/soho (1997 g5)', u'c/soho (1997 g4)', u'c/soho (1997 g3)', u'c/soho (1997 e2)', u'c/soho (1997 b3)', u'c/soho (1997 b2)', u'c/soho (1996 y2)', u'c/soho (1996 y1)', u'c/soho (1996 x2)', u'c/soho (1996 x1)', u'c/soho (1996 v1)', u'c/soho (1996 s3)', u'c/soho (1996 r5)', u'c/soho (1996 r4)', u'c/soho (1996 q3)', u'c/soho (1996 q2)', u'c/soho (1996 o4)', u'c/soho (1996 o3)', u'c/soho (1996 o2)', u'c/soho (1996 o1)', u'c/soho (1996 m3)', u'c/soho (1996 m2)', u'c/soho (1996 m1)', u'c/soho (1996 l2)', u'c/soho (2003 l3)', u'c/soho (2003 l4)', u'c/soho (2003 l5)', u'c/soho (2003 l6)', u'c/soho (2003 l7)', u'c/soho (1996 l1)', u'c/soho (1996 h1)', u'c/soho (1996 f2)', u'c/soho (1996 e2)', u'c/soho (1996 d1)', u'c/soho (2003 l8)', u'c/soho (2003 m1)', u'c/soho (2003 m10)', u'c/soho (1996 b5)', u'c/soho (1996 b4)', u'c/soho (1996 b3)', u'c/soho (2003 m11)', u'c/soho (2003 m12)', u'c/soho (2003 m2)', u'c/soho (2003 m3)', u'c/soho (1996 a2)', u'solar and heliospheric observatory', u'c/soho (2005 b3)', u'c/soho (2005 b2)', u'c/soho (2005 a5)', u'c/soho (2005 a4)', u'c/soho (2005 a3)', u'c/soho (2003 m4)', u'c/soho (2005 a2)', u'c/soho (2004 y9)', u'c/soho (2004 y8)', u'c/soho (2004 y7)', u'c/soho (2004 y6)', u'c/soho (2004 y5)', u'c/soho (2004 y3)', u'c/soho (2004 y2)', u'c/soho (2004 y12)', u'c/soho (2004 y11)', u'c/soho (2004 x9)', u'c/soho (2004 x8)', u'c/soho (2004 x6)', u'c/soho (2004 x5)', u'c/soho (2004 x4)', u'c/soho (2004 x11)', u'c/soho (2004 x10)', u'c/soho (2004 w9)', u'c/soho (2004 w8)', u'c/soho (2004 w7)', u'c/soho (2004 w6)', u'c/soho (2004 w5)', u'c/soho (2004 w4)', u'c/soho (2004 w3)', u'c/soho (2004 w2)', u'c/soho (2004 w11)', u'c/soho (2004 w1)', u'c/soho (2004 v8)', u'c/soho (2004 v7)', u'c/soho (2004 v6)', u'c/soho (2003 m5)', u'c/soho (2003 m6)', u'c/soho (2003 m7)', u'c/soho (2003 m8)', u'c/soho (2003 m9)', u'c/soho (2003 n1)', u'c/soho (2003 n2)', u'c/soho (2003 o4)', u'c/soho (2003 o5)', u'c/soho (2003 o6)', u'c/soho (2003 o7)', u'c/soho (2003 o8)', u'c/soho (2003 p1)', u'c/soho (2003 p2)', u'c/soho (2003 p3)', u'c/soho (2003 q10)', u'c/soho (2003 q2)', u'c/soho (2003 q3)', u'c/soho (2003 q4)', u'c/soho (2003 q5)', u'c/soho (2003 q7)', u'c/soho (2003 q8)', u'c/soho (2003 q9)', u'c/soho (2004 v15)', u'c/soho (2004 v14)', u'c/soho (2004 v12)', u'c/soho (2003 r2)', u'c/soho (2003 r3)', u'c/soho (2004 v11)', u'c/soho (2004 u9)', u'c/soho (2004 u8)', u'c/soho (2004 u7)', u'c/soho (2004 u6)', u'c/soho (2004 u5)', u'c/soho (2004 u4)', u'c/soho (2004 u12)', u'c/soho (2004 u11)', u'c/soho (2004 u10)', u'c/soho (2004 t8)', u'c/soho (2004 t7)', u'c/soho (2004 t6)', u'c/soho (2004 t5)', u'c/soho (2004 t4)', u'c/soho (2004 s4)', u'c/soho (2004 s3)', u'c/soho (2004 s2)', u'c/soho (2004 r7)', u'c/soho (2004 r6)', u'c/soho (2004 r5)', u'c/soho (2004 r4)', u'c/soho (2003 s5)', u'c/soho (2004 q6)', u'c/soho (2004 q5)', u'c/soho (2003 s6)', u'c/soho (2003 s7)', u'c/soho (2003 s8)', u'c/soho (2003 t10)', u'c/soho (2002 y4)', u'c/soho (2002 y3)', u'c/soho (2003 t11)', u'c/soho (2002 x9)', u'c/soho (2002 x8)', u'c/soho (2002 x7)', u'c/soho (2003 t5)', u'c/soho (2002 x4)', u'c/soho (2002 x3)', u'c/soho (2002 x16)', u'c/soho (2002 x15)', u'c/soho (2002 x14)', u'c/soho (2002 x13)', u'c/soho (2002 x12)', u'c/soho (2002 x11)', u'c/soho (2002 x10)', u'c/soho (2002 w9)', u'c/soho (2002 w8)', u'c/soho (2002 w7)', u'c/soho (2002 w6)', u'c/soho (2002 w5)', u'c/soho (2002 w4)', u'c/soho (2002 w3)', u'c/soho (2000 c6)', u'c/soho (2000 b7)', u'c/soho (2003 t6)', u'c/soho (2003 t7)', u'c/soho (2003 t8)', u'c/soho (2000 b6)', u'c/soho (2000 b5)', u'c/soho (2003 t9)', u'c/soho (2003 u5)', u'c/soho (2003 u6)', u'c/soho (2003 u7)', u'c/soho (2000 b1)', u'c/soho (2003 u8)', u'c/soho (2003 u9)', u'c/soho (2003 v2)', u'c/soho (2003 v3)', u'c/soho (2000 a2)', u'c/soho (1999 y3)', u'c/soho (1999 x2)', u'c/soho (1999 w2)', u'c/soho (1999 w1)', u'c/soho (1999 v4)', u'c/soho (1999 v3)', u'c/soho (1999 v2)', u'c/soho (1999 u9)', u'c/soho (1999 u8)', u'c/soho (1999 u7)', u'c/soho (1999 u6)', u'c/soho (1999 u5)', u'c/soho (1999 s7)', u'c/soho (1999 s6)', u'c/soho (1999 s5)', u'c/soho (2003 v4)', u'c/soho (2003 v5)', u'c/soho (2003 v6)', u'c/soho (2003 v7)', u'c/soho (1999 s1)', u'c/soho (1999 r4)', u'c/soho (1999 r3)', u'c/soho (1999 q3)', u'c/soho (1999 q2)', u'c/soho (1999 q1)', u'c/soho (1999 p5)', u'c/soho (1999 p4)', u'c/soho (1999 p3)', u'c/soho (1999 p2)', u'c/soho (1999 o3)', u'c/soho (1999 o2)', u'c/soho (1999 o1)', u'c/soho (1999 n3)', u'c/soho (1999 n1)', u'c/soho (1999 m4)', u'c/soho (1999 m2)', u'c/soho (1999 m1)', u'c/soho (1999 l8)', u'c/soho (1999 l7)', u'c/soho (1999 l6)', u'c/soho (1999 l5)', u'c/soho (1999 l4)', u'c/soho (1999 l1)', u'c/soho (1999 k9)', u'c/soho (1999 k17)', u'c/soho (1999 k15)', u'c/soho (1999 k14)', u'c/soho (1999 k13)', u'c/soho (1999 k12)', u'c/soho (1999 k11)', u'c/soho (1999 k10)', u'c/soho (1999 k1)', u'c/soho (1999 j9)', u'c/soho (2003 v8)', u'c/soho (2003 w3)', u'c/soho (2003 w4)', u'c/soho (2003 w5)', u'c/soho (1999 j8)', u'c/soho (2003 w6)', u'c/soho (2003 w7)', u'c/soho (2003 w8)', u'c/soho (2003 x1)', u'c/soho (2003 x10)', u'c/soho (2003 x11)', u'c/soho (2003 x2)', u'c/soho (2003 x3)', u'c/soho (2003 x4)', u'c/soho (2003 x5)', u'c/soho (1999 j7)', u'c/soho (1999 j13)', u'c/soho (2003 x6)', u'c/soho (2003 x7)', u'c/soho (1999 j12)', u'c/soho (2003 x8)', u'c/soho (2003 x9)', u'c/soho (2003 y10)', u'c/soho (1999 j11)', u'c/soho (1999 j10)', u'c/soho (1999 j1)', u'c/soho (1999 h9)', u'c/soho (1999 h8)', u'c/soho (2003 y11)', u'c/soho (1999 h7)', u'c/soho (1999 h6)', u'c/soho (1999 h5)', u'c/soho (1999 h4)', u'c/soho (1999 h2)', u'c/soho (1999 g5)', u'c/soho (1999 g4)', u'c/soho (2003 y12)', u'c/soho (2003 y13)', u'c/soho (2003 y14)', u'c/soho (2003 y15)', u'c/soho (2003 y2)', u'c/soho (2003 y3)', u'c/soho (2003 y4)', u'c/soho (2003 y5)', u'c/soho (2003 y6)', u'c/soho (2003 y7)', u'c/soho (2003 y8)', u'c/soho (2003 y9)', u'c/soho (2004 a2)', u'c/soho (2004 b10)', u'c/soho (2004 b4)', u'c/soho (2004 b5)', u'c/soho (2004 b6)', u'c/soho (2004 b7)', u'c/soho (2004 b8)', u'c/soho (2004 b9)', u'c/soho (2004 c3)', u'c/soho (2004 c4)', u'c/soho (2004 c5)', u'c/soho (2004 c6)', u'c/soho (2004 c7)', u'c/soho (2004 c8)', u'c/soho (2004 d2)', u'c/soho (1999 g3)', u'c/soho (1999 g2)', u'c/soho (1999 e2)', u'c/soho (1999 c2)', u'c/soho (1999 c1)', u'c/soho (1998 x9)', u'c/soho (1998 x8)', u'c/soho (1998 x7)', u'c/soho (1998 x6)', u'c/soho (1998 x5)', u'c/soho (1998 x4)', u'c/soho (1998 x3)', u'c/soho (1998 x12)', u'c/soho (2004 d3)', u'c/soho (2004 d4)', u'c/soho (2004 e1)', u'c/soho (2004 e3)', u'c/soho (2004 e4)', u'c/soho (2004 f5)', u'c/soho (2004 f6)', u'c/soho (2004 f7)', u'c/soho (2004 g3)', u'c/soho (1998 x11)', u'c/soho (1998 x10)', u'c/soho (2004 g4)', u'c/soho (2004 g5)', u'c/soho (2004 g6)', u'c/soho (2004 g7)', u'c/soho (2004 g8)', u'c/soho (2004 g9)', u'c/soho (2004 h10)', u'c/soho (2004 h7)', u'c/soho (2004 h8)', u'c/soho (2004 h9)', u'c/soho (2004 j1)', u'c/soho (2004 j10)', u'c/soho (2004 j11)', u'c/soho (2004 j14)', u'c/soho (2004 j19)', u'c/soho (2004 j2)', u'c/soho (2004 j3)', u'c/soho (2004 j5)', u'c/soho (1998 w6)', u'c/soho (1998 w5)', u'c/soho (1998 w4)', u'c/soho (1998 v9)', u'c/soho (1998 v7)', u'c/soho (2004 j6)', u'c/soho (2004 j7)', u'c/soho (2004 j8)', u'c/soho (2004 j9)', u'c/soho (2004 k10)', u'c/soho (2004 k11)', u'c/soho (2004 k12)', u'c/soho (2004 k4)', u'c/soho (2004 k5)', u'c/soho (2004 k6)', u'c/soho (2004 k7)', u'c/soho (2004 k8)', u'c/soho (1998 v6)', u'c/soho (1998 v5)', u'c/soho (1998 v4)', u'c/soho (1998 v3)', u'c/soho (1998 v2)', u'c/soho (1998 v1)', u'c/soho (1998 u7)', u'c/soho (1998 u6)', u'c/soho (2004 k9)', u'c/soho (2004 l11)', u'c/soho (2004 l3)', u'c/soho (2004 l4)', u'c/soho (2004 l5)', u'c/soho (2004 l6)', u'c/soho (2004 l7)', u'c/soho (2004 l8)', u'c/soho (2004 l9)', u'c/soho (2004 m1)', u'c/soho (2004 m2)', u'c/soho (2004 m3)', u'c/soho (2004 m4)', u'c/soho (2004 m5)', u'c/soho (2004 m6)', u'c/soho (2004 m7)', u'c/soho (2004 n1)', u'c/soho (2004 n2)', u'c/soho (2004 n3)', u'c/soho (2004 n4)', u'c/soho (2004 n5)', u'c/soho (2004 n6)', u'c/soho (2004 o1)', u'c/soho (2004 o2)', u'c/soho (2004 o3)', u'c/soho (2004 p2)', u'c/soho (2004 p3)', u'c/soho (2004 p4)', u'c/soho (2004 p5)', u'c/soho (2004 p6)', u'c/soho (2004 p7)', u'c/soho (2004 q3)', u'c/soho (2004 q4)', u'c/soho (1998 m9)', u'c/soho (2005 c2)', u'c/soho (2005 c3)', u'c/soho (2005 d2)', u'c/soho (2005 d3)', u'c/soho (1998 m8)', u'c/soho (1998 m7)', u'c/soho (1998 m10)', u'c/soho (1998 l9)', u'c/soho (1998 l8)', u'c/soho (1998 l7)', u'c/soho (1998 l6)', u'c/soho (2005 d4)', u'c/soho (2005 d5)', u'c/soho (2005 e3)', u'c/soho (2005 e5)', u'c/soho (2005 e6)', u'c/soho (2005 e7)', u'c/soho (2005 e8)', u'c/soho (2005 e9)', u'c/soho (2005 f1)', u'c/soho (2005 f2)', u'c/soho (2005 f3)', u'c/soho (2005 f4)', u'c/soho (2005 f5)', u'c/soho (2005 g3)', u'c/soho (1998 l5)', u'c/soho (1998 l4)', u'c/soho (1998 l3)', u'c/soho (1998 l2)', u'c/soho (1998 l1)', u'c/soho (1998 k9)', u'c/soho (1998 k8)', u'c/soho (1998 k7)', u'c/soho (1998 k17)', u'c/soho (1998 k16)', u'c/soho (1998 k15)', u'c/soho (1998 k14)', u'c/soho (1998 k13)', u'c/soho (1998 k12)', u'c/soho (1998 k11)', u'c/soho (1998 k10)', u'c/soho (1998 j4)', u'c/soho (1998 j3)', u'c/soho (1998 j2)', u'c/soho (1998 h6)', u'c/soho (2005 g4)', u'c/soho (2005 g5)', u'c/soho (2005 g6)', u'c/soho (1998 h5)', u'c/soho (1998 h4)', u'c/soho (1998 h3)', u'c/soho (1998 h2)', u'c/soho (1998 g8)', u'c/soho (1998 g7)', u'c/soho (1998 g6)', u'c/soho (1998 g5)', u'c/soho (1998 g4)', u'c/soho (1998 g2)', u'c/soho (1998 f2)', u'c/soho (1998 f1)', u'c/soho (1998 e1)', u'c/soho (1998 b2)', u'c/soho (2005 g7)', u'c/soho (1998 a1)', u'c/soho (1997 y3)', u'c/soho (1997 y2)', u'c/soho (1997 y1)', u'c/soho (2005 h3)', u'c/soho (2005 h4)', u'c/soho (2005 h5)', u'c/soho (2005 h6)', u'c/soho (1997 x6)', u'c/soho (1997 x5)', u'c/soho (1997 x4)', u'c/soho (1997 x3)', u'c/soho (1997 x1)', u'c/soho (1997 w3)', u'c/soho (1997 w2)', u'c/soho (1997 w1)', u'c/soho (2005 h8)', u'c/soho (2005 j10)', u'c/soho (2005 j11)', u'c/soho (2005 j12)', u'c/soho (2005 j3)', u'c/soho (2005 j4)', u'c/soho (2005 j5)', u'c/soho (2005 j6)', u'c/soho (2005 j7)', u'c/soho (2005 j8)', u'c/soho (2005 j9)', u'c/soho (2005 k10)', u'c/soho (2005 k5)', u'c/soho (2005 k6)', u'c/soho (2005 k7)', u'c/soho (2005 k8)', u'c/soho (2005 l10)', u'c/soho (2005 l11)', u'c/soho (2005 l12)', u'c/soho (2005 l13)', u'c/soho (2005 l14)', u'c/soho (2005 l15)', u'c/soho (2005 l5)', u'c/soho (2005 l6)', u'c/soho (2005 l7)', u'c/soho (2005 l8)', u'c/soho (2005 l9)', u'c/soho (2005 m10)', u'c/soho (2005 m2)', u'c/soho (2005 m4)', u'c/soho (2005 m5)', u'c/soho (2005 m6)', u'c/soho (2005 m7)', u'c/soho (2005 m8)', u'c/soho (2005 m9)', u'c/soho (2005 n10)', u'c/soho (2005 n6)', u'c/soho (2005 n7)', u'c/soho (2005 n8)', u'c/soho (2005 n9)', u'c/soho (2005 o3)', u'c/soho (2005 o4)', u'c/soho (2005 o6)', u'c/soho (2005 p1)', u'c/soho (1997 v6)', u'c/soho (1997 v5)', u'c/soho (1997 v4)', u'c/soho (1997 v3)', u'c/soho (1997 v2)', u'c/soho (1997 u7)', u'c/soho (1997 u6)', u'c/soho (2005 p2)', u'c/soho (2005 p4)', u'c/soho (2005 p5)', u'c/soho (2005 p6)', u'c/soho (2005 q10)', u'c/soho (2005 q5)', u'c/soho (2005 q7)', u'c/soho (2005 q9)', u'c/soho (2005 r5)', u'c/soho (2005 r6)', u'c/soho (2005 r7)', u'c/soho (2005 s1)', u'c/soho (2005 s10)', u'c/soho (2005 s11)', u'c/soho (2005 s12)', u'c/soho (2005 s13)', u'c/soho (2005 s5)', u'c/soho (2005 s6)', u'c/soho (2005 s7)', u'c/soho (2005 s8)', u'c/soho (2005 s9)', u'c/soho (2005 t10)', u'c/soho (2005 t11)', u'c/soho (2005 t6)', u'c/soho (2005 t7)', u'c/soho (2005 t8)', u'c/soho (2005 u2)', u'c/soho (2005 u3)', u'c/soho (2005 u4)', u'c/soho (2005 u5)', u'c/soho (2005 u6)', u'c/soho (2005 u7)', u'c/soho (2005 u8)', u'c/soho (2005 v2)', u'c/soho (2005 v3)', u'c/soho (2005 v4)', u'c/soho (2005 v5)', u'c/soho (2005 v6)', u'c/soho (2005 v7)', u'c/soho (2005 v9)', u'c/soho (2005 w10)', u'c/soho (2005 w12)', u'c/soho (2005 w13)', u'c/soho (2005 w14)', u'c/soho (2005 w15)', u'c/soho (2005 w16)', u'c/soho (2005 w17)', u'c/soho (2005 w6)', u'c/soho (2005 w7)', u'c/soho (2005 w8)', u'c/soho (2005 x2)', u'c/soho (2005 x3)', u'c/soho (2005 x4)', u'c/soho (2005 x5)', u'c/soho (2005 x6)', u'c/soho (2005 x7)', u'c/soho (2005 x8)', u'c/soho (2005 x9)', u'c/soho (2005 y10)', u'c/soho (2005 y3)', u'c/soho (2005 y4)', u'c/soho (2005 y5)', u'c/soho (2005 y6)', u'c/soho (2005 y7)', u'c/soho (2005 y9)', u'c/soho (1997 u5)', u'c/soho (1997 u4)', u'c/soho (1997 u3)', u'c/soho (1997 u2)', u'c/soho (1997 u1)', u'c/soho (1997 t8)', u'c/soho (1997 t7)', u'c/soho (1997 t6)', u'c/soho (1997 t5)', u'c/soho (1997 t4)', u'c/soho (1997 t2)', u'c/soho (1997 s5)', u'c/soho (1997 s3)', u'c/soho (1997 s2)', u'c/soho (1997 s1)', u'c/soho (1997 r3)', u'c/soho (1997 r2)', u'c/soho (1997 r1)', u'c/soho (1997 q2)', u'c/soho (1997 q1)', u'c/soho (1997 p5)', u'c/soho (1997 p4)', u'c/soho (1997 p3)', u'c/soho (1997 p1)', u'c/soho (1997 o3)', u'c/soho (1997 n3)', u'c/soho (1997 m5)', u'c/soho (1997 m4)', u'c/soho (1997 m3)', u'c/soho (1997 m1)', u'c/soho (2002 w2)', u'c/soho (2002 w17)', u'c/soho (2002 w16)', u'c/soho (2002 w15)', u'c/soho (2002 w14)', u'c/soho (2002 w13)', u'c/soho (2002 w12)', u'c/soho (2002 w11)', u'c/soho (2002 w10)', u'c/soho (2002 w1)', u'c/soho (2002 v7)', u'c/soho (2002 v6)', u'c/soho (2002 v3)', u'c/soho (2002 u9)', u'c/soho (2002 u8)', u'c/soho (2002 u7)', u'c/soho (2002 u5)', u'c/soho (2002 u4)', u'c/soho (2002 u3)', u'c/soho (2002 u1)', u'c/soho (2002 t3)', u'c/soho (2002 s9)', u'c/soho (2002 s8)', u'c/soho (2002 s6)', u'c/soho (2002 s3)', u'c/soho (2002 s2)', u'c/soho (2002 s10)', u'c/soho (2002 r7)', u'c/soho (2002 r6)', u'c/soho (2002 q7)', u'c/soho (2002 q14)', u'c/soho (2002 q13)', u'c/soho (2002 q12)', u'c/soho (2002 q11)', u'c/soho (2002 p2)', u'c/soho (2002 o3)', u'c/soho (2002 o2)', u'c/soho (2002 o1)', u'c/soho (2002 n1)', u'c/soho (2002 m8)', u'c/soho (2002 m7)', u'c/soho (2002 m6)', u'c/soho (2002 m5)', u'c/soho (2002 m4)', u'c/soho (2002 m3)', u'c/soho (2002 m2)', u'c/soho (2002 m1)', u'c/soho (2002 l8)', u'c/soho (2002 l7)', u'c/soho (2002 l6)', u'c/soho (2002 l5)', u'c/soho (2002 l4)', u'c/soho (2002 l3)', u'c/soho (2002 l2)', u'c/soho (2002 l1)', u'c/soho (2002 k9)', u'c/soho (2002 k8)', u'c/soho (2002 k7)', u'c/soho (2002 k6)', u'c/soho (2002 k5)', u'c/soho (2002 k3)', u'c/soho (2002 k11)', u'c/soho (2002 k10)', u'c/soho (2002 j8)', u'c/soho (2002 j7)', u'c/soho (2002 j6)', u'c/soho (2002 j3)', u'c/soho (2002 j2)', u'c/soho (2002 j1)', u'c/soho (2002 h7)', u'c/soho (2002 h6)', u'c/soho (2002 h5)', u'c/soho (2002 h4)', u'c/soho (2002 h3)', u'c/soho (2002 h1)', u'c/soho (2002 g5)', u'c/soho (2002 g4)', u'c/soho (2002 g2)', u'c/soho (2002 f3)', u'c/soho (2002 f2)', u'c/soho (2002 e3)', u'c/soho (2002 e1)', u'c/soho (2002 d1)', u'c/soho (2002 c4)', u'c/soho (2002 c3)', u'c/soho (2001 y5)', u'c/soho (2001 y4)', u'c/soho (2001 y3)', u'c/soho (2001 y2)', u'c/soho (2001 x9)', u'c/soho (2001 x7)', u'c/soho (2001 x6)', u'c/soho (2001 x5)', u'c/soho (2001 x4)', u'c/soho (2001 w4)', u'c/soho (2001 w3)', u'c/soho (2001 v5)', u'c/soho (2001 v4)', u'c/soho (2001 v3)', u'c/soho (2001 v2)', u'c/soho (2001 v1)', u'c/soho (2001 u9)', u'c/soho (2001 u8)', u'c/soho (2001 u7)', u'c/soho (2001 u5)', u'c/soho (2001 u4)', u'c/soho (2001 u3)', u'c/soho (2001 u2)', u'c/soho (2001 u10)', u'c/soho (2001 u1)', u'c/soho (2001 t7)', u'c/soho (2001 t6)', u'c/soho (2001 t2)', u'c/soho (2001 s3)', u'c/soho (2001 s2)', u'c/soho (2001 r5)', u'c/soho (2001 r4)', u'c/soho (2001 r3)', u'c/soho (2001 r2)', u'c/soho (2001 q9)', u'c/soho (2001 p2)', u'c/soho (2001 o1)', u'c/soho (2001 m9)', u'c/soho (2001 m8)', u'c/soho (2001 m7)', u'c/soho (2001 m6)', u'c/soho (2001 m5)', u'c/soho (2001 m4)', u'c/soho (2001 m3)', u'c/soho (2001 m2)', u'c/soho (2001 m11)', u'c/soho (2001 l9)', u'c/soho (2001 l8)', u'c/soho (2001 l7)', u'c/soho (2001 l6)', u'c/soho (2001 l5)', u'c/soho (2001 l4)', u'c/soho (2001 l3)', u'c/soho (2001 l2)', u'c/soho (2001 l11)', u'c/soho (2001 l1)', u'c/soho (2001 k9)', u'c/soho (2001 k8)', u'c/soho (2001 k7)', u'c/soho (2001 k6)', u'c/soho (2001 k4)', u'c/soho (2001 k2)', u'c/soho (2001 k10)', u'c/soho (2001 j5)', u'c/soho (2001 j4)', u'c/soho (2001 j3)', u'c/soho (2001 j2)', u'c/soho (2001 h8)', u'c/soho (2001 h7)', u'c/soho (2001 h6)', u'c/soho (2001 h4)', u'c/soho (2001 h3)', u'c/soho (2001 h2)', u'c/soho (2001 h1)', u'c/soho (2001 g3)', u'c/soho (2001 g2)', u'c/soho (2001 f2)', u'c/soho (2001 c6)', u'c/soho (2001 c4)', u'c/soho (2001 c3)', u'c/soho (2001 c2)', u'c/soho (2001 b3)', u'c/soho (2001 a4)', u'c/soho (2001 a3)', u'c/soho (2000 y9)', u'c/soho (2000 y8)', u'c/soho (2000 y5)', u'c/soho (2000 y4)', u'c/soho (2000 x8)', u'c/soho (2000 x7)', u'c/soho (2000 x6)', u'c/soho (2000 x4)', u'c/soho (2000 x3)', u'c/soho (2000 x2)', u'c/soho (2000 x1)', u'c/soho (2000 w5)', u'c/soho (2000 w4)', u'c/soho (2000 w3)', u'c/soho (2000 w2)', u'c/soho (2000 v3)', u'c/soho (2000 v2)', u'c/soho (2000 v1)', u'c/soho (2000 u4)', u'c/soho (2000 u3)', u'c/soho (2000 u2)', u'c/soho (2000 u1)', u'c/soho (2000 t6)', u'c/soho (2000 t5)', u'c/soho (2000 t4)', u'c/soho (2000 t3)', u'c/soho (2000 t1)', u'c/soho (2000 s6)', u'c/soho (2000 p2)', u'c/soho (2000 p1)', u'c/soho (2000 n3)', u'c/soho (2000 n2)', u'c/soho (2000 n1)', u'c/soho (2000 m9)', u'c/soho (2000 m8)', u'c/soho (2000 m7)', u'c/soho (2000 m6)', u'c/soho (2000 m5)', u'c/soho (2000 m4)', u'c/soho (2000 m3)', u'c/soho (2000 m2)', u'c/soho (2000 m1)', u'c/soho (2000 l6)', u'c/soho (2000 l5)', u'c/soho (2000 l4)', u'c/soho (2000 l3)', u'c/soho (2000 l2)', u'c/soho (2000 l1)', u'c/soho (2000 k8)', u'c/soho (2000 k7)', u'c/soho (2000 k6)', u'c/soho (2000 k5)', u'c/soho (2000 k4)', u'c/soho (2000 k3)', u'c/soho (2000 j7)', u'c/soho (2000 j6)', u'c/soho (2000 j5)', u'c/soho (2000 j4)', u'c/soho (2000 j3)', u'c/soho (2000 h7)', u'c/soho (2000 h6)', u'c/soho (2000 h5)', u'c/soho (2000 h4)', u'c/soho (2000 h3)', u'c/soho (2000 h2)', u'c/soho (2000 g3)', u'c/soho (2000 f3)', u'c/soho (2000 f2)', u'c/soho (2000 f1)', u'c/soho (2000 e1)', u'c/soho (2000 d3)', u'c/soho (2000 d1)'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/SOHO-LASCO-COMET-PHOTOMETRY-V1-0/rupp-5mgy', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 203,data.nasa.gov,7h88-sjig,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,14,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/7h88-sjig', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T00:35:42.000Z', u'id': u'7h88-sjig', u'createdAt': u'2018-06-26T06:23:02.000Z', u'description': u'The Cassini Radio and Plasma Wave Science (RPWS) Langmuir Probe continuous current data set comprises calibrated probe current measurements acquired up to 20 Hz rate at fixed bias voltage during the entire Cassini mission. These currents can be used to infer high temporal resolution density fluctuations between standard Langmuir Probe sweeps. If related to densities determined during a sweep prior to or following the 20 Hz data, or using other electron density estimates, the relative currents can be assigned absolute densities. Data are presented in text tables and are organized so as to have fixed-length records for ease in data handling.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T00:35:42.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CASSINI SS/S RPWS CALIBRATED LP CONTINUOUS CURRENT V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 14, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.9068905956085187, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:23:02.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-ss-s-rpws-3-lpcntcur-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-SS%2FS-RPWS-3-LPCNTCUR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-ss-s-rpws-3-lpcntcur-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'rhea', u'dione', u'saturn', u'titan', u'phoebe', u'mimas', u'cassini-huygens', u'iapetus', u'enceladus', u'hyperion', u'solar system', u'tethys'], u'categories': [u'demographics'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-SS-S-RPWS-CALIBRATED-LP-CONTINUOUS-CURRENT/7h88-sjig', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 204,data.nasa.gov,gat9-sw74,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,23,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/gat9-sw74', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:02:52.000Z', u'id': u'gat9-sw74', u'createdAt': u'2018-09-05T23:02:51.000Z', u'description': u'This data set contains Raw data taken by the New Horizons Multispectral Visible Imaging Camera instrument during the Pluto encounter mission phase. This is VERSION 3.0 of this data set. This data set contains MVIC observations taken during the the Approach (Jan-Jul, 2015), Encounter, Departure, and Transition mission sub-phases, including flyby observations taken on 14 July, 2015, and departure and calibration data through late October, 2016. This data set completes the Pluto mission phase deliveries for MVIC. This is version 3.0 of this dataset. Changes since version 2.0 include the addition of data downlinked between the end of January, 2016 and the end of October, 2016, completing the delivery of all data covering the Pluto Encounter and subsequent Calibration Campaign. It includes multi- map observations from the Approach phase, observations of the moons, hi- res, full-frame observations from Pluto Encounter and Departure, and ring search observations. There may be some overlap between prior datasets and this dataset, due to only partial, windowed, or lossy data in prior datasets. This dataset also includes functional tests from the Calibration Campaign, including calibration observations of the M6 and M7 clusters, and HD205905. Also, updates were made to the calibration files, documentation, and catalog files. For any data previously delivered as sub-frame windows, this delivery will fill in the image data outside those windows. Changes to the calibration involved only changes to the spectrum-specific calibration constants provided in FITS headers and in PDS labels; the calibrated Data Number values in the calibrated data set, excluding image data outside the sub-frame windows mentioned above, will not be substantively changed.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:02:52.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': None, u'columns_description': [], u'name': u'NEW HORIZONS \n MVIC PLUTO ENCOUNTER \n RAW V3.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 23, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.584962500721157, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:02:51.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-p-mvic-2-pluto-v3.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-P-MVIC-2-PLUTO-V3.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-p-mvic-2-pluto-v3.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'new horizons', u'hydra', u'kerberos', u'nix', u'calibration', u'pluto', u'charon'], u'categories': [u'public safety'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-MVIC-PLUTO-ENCOUNTER-RAW-V3-0/gat9-sw74', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 205,data.nasa.gov,6bre-7tjd,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,15,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/6bre-7tjd', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2019-12-13T00:28:19.000Z', u'id': u'6bre-7tjd', u'createdAt': u'2019-12-13T00:28:19.000Z', u'description': u'THIRN6L1CH115 is the Nimbus-6 Temperature-Humidity Infrared Radiometer (THIR) Level 1 Meteorological Radiation Data at 11.5 microns product and contains radiances expressed in units of equivalent brightness temperature measured in the 10.5 - 12.5 (11.5) micron channel. The data, originally written on IBM 360 machines, were recovered from magnetic tapes, also referred to as Nimbus Meteorological Radiation Tapes (NMRT-THIR). The data are archived in their original IBM 36-bit word proprietary format, also referred to as a binary TAP file.\n\nThe Nimbus-6 satellite was successfully launched on June 18, 1975. The THIR experiment on Nimbus-6 continued the measurements made by its predecessors flown on Nimbus-4 and Nimbus-5. The THIR instrument is a two channel high resolution scanning radiometer designed to perform two major functions:* The 11.5 micron channel provides both day and night cloud top or surface temperatures. The ground resolution at the sub-point is 8 km and operates day and night.* The 6.7 micron channel gives information on the moisture content of the upper troposphere and stratosphere and the location of jet streams and frontal systems. The water vapor channel has a resolution of the sub-point is 22 km and operates mostly at night. The THIR Principal Investigator was Andrew W. McCulloch from NASA Goddard Space Flight Center. The Nimbus-6 THIR data are available from June 18, 1965 (day of year 169) through August 11, 1977 (day of year 233). The THIRN6L1CH67 product contains the 6.7 micron channel data.\n\nThis product was previously available from the NSSDC with the identifier ESAD-00125 (old ID 75-052A-12C).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2019-12-13T00:28:19.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'THIR/Nimbus-6 Level 1 Meteorological Radiation Data at 11.5 microns V001 (THIRN6L1CH115) at GES DISC', u'columns_field_name': [], u'page_views': {u'page_views_total': 15, u'page_views_last_week_log': 4.0, u'page_views_last_week': 15, u'page_views_last_month_log': 4.0, u'page_views_total_log': 4.0, u'page_views_last_month': 15}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2019-12-13T00:28:19.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:James.Johnson@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'1975-06-18T00:00:00Z/1977-08-11T23:59:59Z', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'-180.0 -90.0 180.0 90.0', u'key': u'Common-Core_Geographic-Coverage'}, {u'value': u'C1273652170-GES_DISC', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'NASA/GSFC/SED/ESD/GCDC/GESDISC', u'key': u'Common-Core_Publisher'}, {u'value': u'https://cmr.earthdata.nasa.gov:443/search/concepts/C1273652170-GES_DISC.html', u'key': u'Common-Core_Homepage'}, {u'value': [u'Nimbus', u'geospatial'], u'key': u'Common-Core_Theme'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'2013-10-23T00:00:00.000Z', u'key': u'Common-Core_Issued'}, {u'value': u'JAMES JOHNSON', u'key': u'Common-Core_Contact-Name'}, {u'value': u'C1273652170-GES_DISC', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'earth science', u'spectral/engineering', u'infrared wavelengths', u'ngda', u'national geospatial data asset'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/THIR-Nimbus-6-Level-1-Meteorological-Radiation-Dat/6bre-7tjd', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 206,data.nasa.gov,93pg-d2r2,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/93pg-d2r2', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:33:20.000Z', u'id': u'93pg-d2r2', u'createdAt': u'2018-06-26T06:26:00.000Z', u'description': u""The MARIE (Martian Radiation Environment Experiment), aboard the 2001 Mars Odyssey spacecraft, was launched on April 7, 2001, and arrived at Mars on October 24, 2001. Data were collected intermittently during the cruise phase, starting in late April and ending in late July. A problem with MARIE's onboard computer occurred in early August, and the instrument was turned off until early March, 2002, after Odyssey's mapping orbit had been established. Data have been collected from that time to the present without major interruption. Routine minor interruptions of up to 48 hours have occurred during the orbital phase when the instrument's data is erased from local storage (after having been downloaded). MARIE is oriented to point in the direction opposite Odyssey's velocity vector. Space radiation is for the most part isotropic, so the orientation of Odyssey is usually not critical and references to external coordinate systems are not a part of the data returned by MARIE. There is one exception to the statement that space radiation is isotropic: During the early stages of solar particle events, there can be directionality in the particle flux."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:33:20.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ODYSSEY MARS MARIE REFORMATTED RAW DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:26:00.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ody-m-mar-2-redr-raw-data-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=ODY-M-MAR-2-REDR-RAW-DATA-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ody-m-mar-2-redr-raw-data-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'2001 mars odyssey'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ODYSSEY-MARS-MARIE-REFORMATTED-RAW-DATA-V1-0/93pg-d2r2', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 207,data.nasa.gov,xny2-j7rn,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/xny2-j7rn', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:31:56.000Z', u'id': u'xny2-j7rn', u'createdAt': u'2018-06-26T07:00:49.000Z', u'description': u'This data set is intended to include raw data cubes for the VIMS instrument.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:31:56.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CASSINI ORBITER EARTH/VENUS/JUPITER\n /SATURN VIMS 2 QUBE V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:00:49.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-e-v-j-s-vims-2-qube-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-E%2FV%2FJ%2FS-VIMS-2-QUBE-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-e-v-j-s-vims-2-qube-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'pallene', u'titan', u'prometheus', u'janus', u'pan', u'calypso', u'cassini-huygens', u'rhea', u'saturn', u'tethys', u'mimas', u'enceladus', u'fomalhaut', u'ganymede', u'io', u'iapetus', u'spica', u'dione', u'epimetheus', u'pandora', u's rings', u'telesto', u'phoebe', u'europa', u'atlas', u'jupiter', u'hyperion', u'venus', u'sun'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-ORBITER-EARTH-VENUS-JUPITER-SATURN-VIMS-2-/xny2-j7rn', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 208,data.nasa.gov,ngqt-eyn6,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ngqt-eyn6', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:48:05.000Z', u'id': u'ngqt-eyn6', u'createdAt': u'2018-06-26T06:33:08.000Z', u'description': u'This data set contains raw time-of-flight spectrum data and associated ancillary data produced by the Stardust Cometary and Interstellar Dust Analyzer Instrument (CIDA), a time-of-flight mass spectrometer. The data were obtained during two mission episodes: flyby of comet Wild-2, and cruise, which includes all other times except the flyby.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:48:05.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'STARDUST CIDA DATA', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:33:08.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.sdu-c-d-cida-1-edf-hk-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=SDU-C%2FD-CIDA-1-EDF%2FHK-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.sdu-c-d-cida-1-edf-hk-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'81p/wild 2 (1978 a2)', u'stardust', u'unknown'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/STARDUST-CIDA-DATA/ngqt-eyn6', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 209,data.nasa.gov,ecc5-4sdt,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ecc5-4sdt', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:06:48.000Z', u'id': u'ecc5-4sdt', u'createdAt': u'2018-06-25T20:40:30.000Z', u'description': u""The Clouds and the Earth's Radiant Energy System (CERES) is a key component of the Earth Observing System (EOS) program. The CERES instruments provide radiometric measurements of the Earth's atmosphere from three broadband channels. The CERES missions are a follow-on to the successful Earth Radiation Budget Experiment (ERBE) mission. The first CERES instrument (PFM) was launched on November 27, 1997 as part of the Tropical Rainfall Measuring Mission (TRMM). Two CERES instruments (FM1 and FM2) were launched into polar orbit on board the EOS flagship Terra on December 18, 1999, and two additional CERES instruments (FM3 and FM4) were launched on board EOS Aqua on May 4, 2002."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:06:48.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'support-asdc@earthdata.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u""Clouds and the Earth's Radiant Energy System (CERES)"", u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:40:30.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:support-asdc@earthdata.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:004'], u'key': u'Common-Core_Program-Code'}, {u'value': u'https://eosweb.larc.nasa.gov/project/ceres/ceres_table', u'key': u'Common-Core_Described-By'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'NASA-0000028', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://eosweb.larc.nasa.gov/project/ceres/ceres_table', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'John M. Kusterer', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000028', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'eos', u'moisture', u'climate', u'clouds', u'energy'], u'categories': [u'infrastructure'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Clouds-and-the-Earth-s-Radiant-Energy-System-CERES/ecc5-4sdt', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 210,data.nasa.gov,mwdt-6rnr,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/mwdt-6rnr', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:33:22.000Z', u'id': u'mwdt-6rnr', u'createdAt': u'2018-06-26T07:01:02.000Z', u'description': u'This data set set contains version 1.0 of raw, 1.05- to 4.8-micron spectra of Earth acquired by the High Resolution Infrared Spectrometer (HRII) during the EPOCh phase of the EPOXI mission. Three sets of observations were acquired on 18-19 March, 28-29 May, and 4-5 June 2008 to characterize Earth as an analog for extrasolar planets. Each observing period lasted approximately 24 hours, and spectra were acquired twice per hour. During the observing period in May, the Moon transited across Earth as seen from the spacecraft. Additional Earth observations are planned for the mission, and these data will be added to a future version of this data set.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:33:22.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'EPOXI EARTH OBS - HRII RAW SPECTRA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:01:02.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dif-e-hrii-2-epoxi-earth-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DIF-E-HRII-2-EPOXI-EARTH-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dif-e-hrii-2-epoxi-earth-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'earth', u'epoxi'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/EPOXI-EARTH-OBS-HRII-RAW-SPECTRA-V1-0/mwdt-6rnr', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 211,data.nasa.gov,ndt7-xzft,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,14,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ndt7-xzft', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:10:23.000Z', u'id': u'ndt7-xzft', u'createdAt': u'2018-06-26T07:08:46.000Z', u'description': u'NASA s Rodent Research (RR) project is playing a critical role in advancing biomedical research on the physiological effects of space environments. Due to the limited resources for conducting biological experiments aboard the International Space Station (ISS) it is imperative to use crew time efficiently while maximizing high-quality science return. NASA s GeneLab project has as its primary objectives to 1) further increase the value of these experiments using a multi-omics systems biology-based approach and 2) disseminate these data without restrictions to the scientific community. The current investigation assessed viability of RNA DNA and protein extracted from archived RR-1 tissue samples for epigenomic transcriptomic and proteomic assays. During the first RR spaceflight experiment a variety of tissue types were harvested from subjects snap-frozen or RNAlater-preserved and then stored at least a year at -80C after return to Earth. They were then prioritized for this investigation based on likelihood of significant scientific value for spaceflight research. All tissues were made available to GeneLab through the bio-specimen sharing program managed by the Ames Life Science Data Archive and included mouse adrenal glands quadriceps gastrocnemius tibialis anterior extensor digitorum longus soleus eye and kidney. We report here protocols for and results of these tissue extractions and thus the feasibility and value of these kinds of omics analyses. In addition to providing additional opportunities for investigation of spaceflight effects on the mouse transcriptome and proteome in new kinds of tissues our results may also be of value to program managers for the prioritization of ISS crew time for rodent research activities.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:10:23.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Rodent Research-1 (RR1) NASA Validation Flight: Mouse quadriceps muscle transcriptomic proteomic and epigenomic data', u'columns_field_name': [], u'page_views': {u'page_views_total': 14, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.9068905956085187, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:08:46.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-103', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-103', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'sample collection', u'rna library construction', u'nucleic acid sequencing', u'microgravity', u'epitranscriptomics', u'mass spectrometry', u'proteomic labeling', u'labeling', u'dna library construction', u'protein extraction', u'5mc total rna methylation analysis', u'library construction', u'animal and tissue sampling', u'nucleic acid extraction'], u'categories': [u'public safety'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Rodent-Research-1-RR1-NASA-Validation-Flight-Mouse/ndt7-xzft', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 212,data.nasa.gov,9if8-afff,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,72,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/9if8-afff', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:07:34.000Z', u'id': u'9if8-afff', u'createdAt': u'2018-06-26T07:08:14.000Z', u'description': u'The data set lists orbital and physical properties for well-observed or suspected binary/multiple minor planets including the Pluto system, as inspired by Richardson and Walsh (2006) and similar reviews (Merline et al., 2003; Noll, 2006; Pravec et al., 2006; Pravec and Harris, 2007; Descamps and Marchis, 2008; Noll et al., 2008; Walsh, 2009). In total 202 companions in 191 systems are included. Data are presented in two tables, one for orbital and physical properties and one for companion designations, discovery information, and reference codes for data values. Data are ordered by permanent number, then provisional designation. This data set is complete for binary/multiple components reported through 31 March 2011.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:07:34.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'BINARY MINOR PLANETS V4.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 72, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 6.189824558880018, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:08:14.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-compil-5-binmp-v4.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-COMPIL-5-BINMP-V4.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-compil-5-binmp-v4.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'support archives', u'asteroid'], u'categories': [u'environment'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/BINARY-MINOR-PLANETS-V4-0/9if8-afff', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 213,data.nasa.gov,qjuv-yi9q,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/qjuv-yi9q', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:50:19.000Z', u'id': u'qjuv-yi9q', u'createdAt': u'2018-06-26T06:22:48.000Z', u'description': u'This data set contains archival raw, partially processed, and ancillary/supporting radio science data acquired during the Extended Operations (ENT) phase of the Venus Express (VEX) mission using ground facilities of the NASA Deep Space Network (DSN). This data set will be combined with other data collected using antennas of the European Space Agency (ESA) and submitted to the ESA Planetary Science Archive. These observations were designed to determine the gravity field of Venus; density of the upper atmosphere through drag measurements; the temperature-pressure and absorption structure of the neutral Venus atmosphere; and the electron density profile of the ionosphere. No bistatic radar (BSR) and solar conjunction (SCO) observations were conducted during the ENT phase because of a 15 dB degradation in performance of the S-Band radio system in late 2006 (before ENT began). Of most interest in the ENT archive will be the Radio Science Receiver (RSR) files in the RSR directory, which provided the raw input to the radio occultation investigations of the neutral atmosphere and ionosphere, and the Orbit Data Files (ODFs), which provided the raw input to gravity and drag investigations. The ENT phase, for purposes of this archive, began after the completion of the Routine Operations Phase (2007-10-02, the end of the primary mission) and continued to the end of the VEX mission.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:50:19.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'VEX DSN RADIO SCIENCE RAW DATA-ENT V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:22:48.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vex-v-rss-1-ent-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VEX-V-RSS-1-ENT-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vex-v-rss-1-ent-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'venus express', u'venus'], u'categories': [u'demographics'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VEX-DSN-RADIO-SCIENCE-RAW-DATA-ENT-V1-0/qjuv-yi9q', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 214,data.nasa.gov,2de5-6btg,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/2de5-6btg', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:20:23.000Z', u'id': u'2de5-6btg', u'createdAt': u'2018-06-26T06:51:12.000Z', u'description': u""This data set contains archival results from gravity investigations conducted during the Mars Reconnaissance Orbiter (MRO) mission. Radio measurements were made using the MRO spacecraft and Earth-based stations of the NASA Deep Space Network (DSN). The data set includes high-resolution spherical harmonic models of Mars' gravity field generated by groups at the Jet Propulsion Laboratory and Goddard Space Flight Center, covariance matrices for some models, and maps for some models; these results were derived from raw radio tracking data. Updates to the archive may include derived line-of-sight acceleration profile."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:20:23.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MRO RADIO SCIENCE DERIVED GRAVITY SCIENCE DATA PRODUCTS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:51:12.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mro-m-rss-5-sdp-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MRO-M-RSS-5-SDP-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mro-m-rss-5-sdp-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars reconnaissance orbiter', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MRO-RADIO-SCIENCE-DERIVED-GRAVITY-SCIENCE-DATA-PRO/2de5-6btg', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 215,data.nasa.gov,ycyc-6ajk,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,70,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ycyc-6ajk', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-10-16T17:34:00.000Z', u'id': u'ycyc-6ajk', u'createdAt': u'2018-06-26T03:28:44.000Z', u'description': u'This Reel Includes the Following Sections TRT 50:10 Hurricane Overviews 1:02; Hurricane Arthur 15:07; Cyclone Pam 19:48; Typhoon Hagupit 21:27; Hurricane Bertha 22:03; Hurricanes Iselle and Julio 23:15; September 2014 Hurricane Alley 25:07; Satellite Beauty Passes 28:31; Hurricane Katrina 36:32; Global Portrait of Precipitation 42:00; Typhoon Halong 42:36; Typhoon Maysak 43:13; Superstorm Sandy 44:21; Hurricanes Fay and Gonzalo 45:29; RapidScat 46:12; CYGNSS 49:16 Super(s): NASA; Center Contact: Rob Gutro 301-286-4044; HQ Contact: Steve Cole 202-358-0918.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-10-16T17:34:00.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'steve.cole@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Hurricane Resource Reel', u'columns_field_name': [], u'page_views': {u'page_views_total': 70, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 6.149747119504682, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T03:28:44.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:steve.cole@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'OCIO-Fitara-105', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'GSFC', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'http://svs.gsfc.nasa.gov/cgi-bin/details.cgi?aid=11874', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'2015-05-30T00:00:00.000Z', u'key': u'Common-Core_Issued'}, {u'value': u'Steve Cole', u'key': u'Common-Core_Contact-Name'}, {u'value': u'OCIO-Fitara-105', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'cygnss', u'rapidscat', u'trmm', u'goddard', u'gpm', u'animations', u'hurricane', u'gsfc', u'typhoon', u'science', u'resources'], u'categories': [u'social services'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Hurricane-Resource-Reel/ycyc-6ajk', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 216,data.nasa.gov,xzze-9umx,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,70,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/xzze-9umx', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-08-02T15:26:27.000Z', u'id': u'xzze-9umx', u'createdAt': u'2018-06-26T22:15:30.000Z', u'description': u""The aerosol optical depth processing includes the spectral de-convolution algorithm (SDA) described in O'Neill et al. (2003). This algorithm yields fine (sub-micron) and coarse (super-micron) aerosol optical depths at a standard wavelength of 500 nm (from which FMF*, the fraction of fine mode to total aerosol optical depth can be computed)."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-08-02T15:26:27.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'Brent.N.Holben@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'AERONET Level 2.0 AOD', u'columns_field_name': [], u'page_views': {u'page_views_total': 70, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 2.584962500721156, u'page_views_total_log': 6.149747119504682, u'page_views_last_month': 5}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T22:15:30.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:Brent.N.Holben@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'http://aeronet.gsfc.nasa.gov/new_web/data_usage.html'], u'key': u'Common-Core_References'}, {u'value': u'NASA-0000008__2', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'http://aeronet.gsfc.nasa.gov/cgi-bin/combined_data_access_new', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Brent Holben', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000008__2', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'inversions', u'aerosols', u'satellite', u'clouds', u'earth science', u'radiation', u'precipitable water'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/AERONET-Level-2-0-AOD/xzze-9umx', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 217,data.nasa.gov,xq63-sp7g,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/xq63-sp7g', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:11:23.000Z', u'id': u'xq63-sp7g', u'createdAt': u'2018-06-26T06:45:17.000Z', u'description': u'This data set contains Spectroscopic and Continuum data, in the form of table files, taken during the first Earth swing-by phase of the Rosetta mission by the MIRO instrument. These data have been calibrated to antenna temperatures. Version 1.1 added UTC to the data files, added a GEOMETRY directory and incorporated a number of minor documentation additions and corrections.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:11:23.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ROSETTA-ORBITER EARTH MIRO 3 EAR1 EARTH1 V1.1', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:45:17.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-e-miro-3-ear1-earth1-v1.1', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-E-MIRO-3-EAR1-EARTH1-V1.1', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-e-miro-3-ear1-earth1-v1.1', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'moon', u'earth', u'international rosetta mission'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-EARTH-MIRO-3-EAR1-EARTH1-V1-1/xq63-sp7g', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 218,data.nasa.gov,rthp-tcrg,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,70,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/rthp-tcrg', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-11-29T21:58:11.000Z', u'id': u'rthp-tcrg', u'createdAt': u'2018-06-22T21:50:21.000Z', u'description': u'The Global Landslide Catalog (GLC) was developed with the goal of identifying rainfall-triggered landslide events around the world, regardless of size, impacts or location. The GLC considers all types of mass movements triggered by rainfall, which have been reported in the media, disaster databases, scientific reports, or other sources. The GLC has been compiled since 2007 at NASA Goddard Space Flight Center. This is a unique data set with the ID tag \u201cGLC\u201d in the landslide editor. This dataset on data.nasa.gov was a one-time export from the Global Landslide Catalog maintained separately. It is current as of March 7, 2016. The original catalog is available here: http://www.arcgis.com/home/webmap/viewer.html?url=https%3A%2F%2Fmaps.nccs.nasa.gov%2Fserver%2Frest%2Fservices%2Fglobal_landslide_catalog%2Fglc_viewer_service%2FFeatureServer&source=sd. To export GLC data, you must agree to the \u201cTerms and Conditions\u201d. We request that anyone using the GLC cite the two sources of this database: Kirschbaum, D. B., Adler, R., Hong, Y., Hill, S., & Lerner-Lam, A. (2010). A global landslide catalog for hazard applications: method, results, and limitations. Natural Hazards, 52(3), 561\u2013575. doi:10.1007/s11069-009-9401-4. [1] Kirschbaum, D.B., T. Stanley, Y. Zhou (In press, 2015). Spatial and Temporal Analysis of a Global Landslide Catalog. Geomorphology. doi:10.1016/j.geomorph.2015.03.016. [2]', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-11-29T21:58:11.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'dalia.b.kirschbaum@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Global Landslide Catalog Export', u'columns_field_name': [], u'page_views': {u'page_views_total': 70, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.0, u'page_views_total_log': 6.149747119504682, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-22T21:50:21.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:dalia.b.kirschbaum@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'Global-Landslide-Catalog-Export', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://landslides.nasa.gov', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'2018-04-02T00:00:00.000Z', u'key': u'Common-Core_Issued'}, {u'value': u'Dalia B. Kirschbaum', u'key': u'Common-Core_Contact-Name'}, {u'value': u'Global-Landslide-Catalog-Export', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'citizen science', u'landslide', u'hazards', u'mudslide', u'earth'], u'categories': [u'health'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Global-Landslide-Catalog-Export/rthp-tcrg', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 219,data.nasa.gov,kcmx-kbsr,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,26,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/kcmx-kbsr', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:33:29.000Z', u'id': u'kcmx-kbsr', u'createdAt': u'2018-06-26T06:26:01.000Z', u'description': u'This data set includes names, designations, and discovery circumstances for the numbered asteroids, sorted in order of number. This data set supercedes past versions of both the ASTNAMES and DISCOVER asteroid data sets. It represents an extension of a file originally prepared by Pilcher (1979) [PILCHER1979] for the Tucson Revised Index of Asteroid Data (TRIAD) and updated in Pilcher (1989) [PILCHER1989] for the Asteroids II database. The data for asteroids numbered 4045 and greater were either provided by the Minor Planet Center or extracted from the Minor Planet Circulars, which are published by the Minor Planet Center on behalf of Commission 20 of the International Astronomical Union. In some cases, an institution or survey is credited with the discovery rather than an individual. No attempt has been made to correct the inconsistencies in the presentation of names (that is, some names are given with initials and some are not), or in the way locations are specified (for example, Pilcher distinguishes between the Lowell Observatory and Anderson Mesa locations in Flagstaff).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:33:29.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ASTEROID NAMES AND DISCOVERY V4.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 26, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.754887502163469, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:26:01.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-astnames-discovery-v4.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-5-DDR-ASTNAMES-DISCOVERY-V4.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-astnames-discovery-v4.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'asteroid', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ASTEROID-NAMES-AND-DISCOVERY-V4-0/kcmx-kbsr', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 220,data.nasa.gov,n68k-wyh3,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,44,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/n68k-wyh3', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:52:35.000Z', u'id': u'n68k-wyh3', u'createdAt': u'2018-06-26T06:17:44.000Z', u'description': u'Spectrographic observations of Jupiter, Saturnian rings, satellites, atmospheres and the interplanetary medium in the far and extreme ultraviolet.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:52:35.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CASSINI ORBITER SATURN UVIS SPATIAL SPECTRAL IMAGE CUBE V1.3', u'columns_field_name': [], u'page_views': {u'page_views_total': 44, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 5.491853096329675, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:17:44.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-uvis-2-cube-v1.3', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-S-UVIS-2-CUBE-V1.3', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-uvis-2-cube-v1.3', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'phoebe', u'prometheus', u'rhea', u'siarnaq', u'skoll', u'tarqeq', u'tarvos', u'telesto', u'tethys', u'titan', u'ymir', u'star', u'sun', u'atlas', u'albiorix', u'bestia', u'calypso', u'dione', u'enceladus', u'epimetheus', u'helene', u'hyperion', u'iapetus', u'ijiraq', u's rings', u'saturn', u'dark sky', u'janus', u'mimas', u'paaliaq', u'pan', u'cassini-huygens', u'pandora'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-ORBITER-SATURN-UVIS-SPATIAL-SPECTRAL-IMAGE/n68k-wyh3', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 221,data.nasa.gov,u2fq-cvai,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,34,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/u2fq-cvai', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T22:28:15.000Z', u'id': u'u2fq-cvai', u'createdAt': u'2018-06-25T20:45:36.000Z', u'description': u'September Arctic sea ice is now declining at a rate of 11.5 percent per decade, relative to the 1979 to 2000 average. Data from NASA show that the land ice sheets in both Anarctica and Greenland are losing mass. The continent of Antarctica (left chart) has been losing more than 100 cubic kilometers (24 cubic miles) of ice per year since 2002. The International Satellite Cloud Climatology Project (ISCCP) was established in 1982 as part of the World Climate Research Programme (WCRP) to collect and analyze the global distribution of clouds, their properties, and their diurnal, seasonal, and interannual variations. This research includes snow and ice datat that can provide insight into the Land and Artic Ice issues that are being investigated.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T22:28:15.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'randal.k.jackson@jpl.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Monthly snow/ice averages (ISCCP)', u'columns_field_name': [], u'page_views': {u'page_views_total': 34, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 2.0, u'page_views_total_log': 5.129283016944966, u'page_views_last_month': 3}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:45:36.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:randal.k.jackson@jpl.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'1994-01-01/2008-01-01', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'global', u'key': u'Common-Core_Geographic-Coverage'}, {u'value': u'NASA-0000045', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Randal Jackson', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000045', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'apps', u'waves', u'radar', u'land ice', u'geodetics', u'carbon dioxide', u'climate', u'arctic sea ice', u'ephemerides', u'electricity', u'news'], u'categories': [u'finance', u'transportation'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Monthly-snow-ice-averages-ISCCP-/u2fq-cvai', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 222,data.nasa.gov,4t9s-b57v,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,16,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/4t9s-b57v', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:03:00.000Z', u'id': u'4t9s-b57v', u'createdAt': u'2018-09-05T23:03:00.000Z', u'description': u'This data set contains Calibrated data taken by the New Horizons Pluto Energetic Particle Spectrometer Science Investigation instrument during the Pluto encounter mission phase. This is VERSION 2.0 of this data set. This data set contains PEPSSI observations taken during the the Approach (Jan-Jul, 2015), Encounter and Departure mission sub-phases, including flyby observations taken on 14.July, 2015, and including data through 2015 and into January, 2016; the data are limited to those downlinked from the spacecraft as of the end of January, 2016. The rest of the downlinked data for this mission phase will be delivered in a future data set. This is version 2.0 of this data set. Changes since version 1.0 include data downlinked between the end of July, 2015 and the end of January, 2016. Also, updates were made to the documentation and catalog files, primarily to resolve liens from the V1.0 peer review.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:03:00.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': None, u'columns_description': [], u'name': u'NEW HORIZONS \n PEPSSI PLUTO ENCOUNTER \n CALIBRATED V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 16, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.08746284125034, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:03:00.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-p-pepssi-3-pluto-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-P-PEPSSI-3-PLUTO-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-p-pepssi-3-pluto-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'new horizons'], u'categories': [u'public safety'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-PEPSSI-PLUTO-ENCOUNTER-CALIBRATED-V2-/4t9s-b57v', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 223,data.nasa.gov,xmdn-8cvb,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,31,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/xmdn-8cvb', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:02:48.000Z', u'id': u'xmdn-8cvb', u'createdAt': u'2018-06-26T06:37:22.000Z', u'description': u'The Sloan Digital Sky Survey (SDSS) Moving Object Catalog 4th release lists astrometric and photometric data for moving objects detected in the SDSS. The catalog includes various identification parameters, SDSS astrometric measurements (five SDSS magnitudes and their errors), and orbital elements for previously cataloged asteroids. The data set also includes a list of the runs from which data are included, and filter response curves.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:02:48.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'SDSS MOVING OBJECT CATALOG V3.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 31, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 5.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:37:22.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-i0035-3-sdssmoc-v3.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-I0035-3-SDSSMOC-V3.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-i0035-3-sdssmoc-v3.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'support archives', u'calibration', u'asteroid'], u'categories': [u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/SDSS-MOVING-OBJECT-CATALOG-V3-0/xmdn-8cvb', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 224,data.nasa.gov,h2hg-47j3,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/h2hg-47j3', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:07:56.000Z', u'id': u'h2hg-47j3', u'createdAt': u'2018-06-26T06:41:19.000Z', u'description': u'This Voyager 2 Neptune data set is available on CD-ROM and magnetic tape.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:07:56.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'VG2 NEPTUNE IMAGING SCIENCE SUBSYSTEM EDITED EDR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:41:19.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-n-iss-2-edr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG2-N-ISS-2-EDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-n-iss-2-edr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'1989n2', u'vega', u'star', u'sigma sgr', u'scorpius', u'orion', u'beta cma', u'beta cen', u'alpha pav', u'alpha lyr', u'alpha cen', u'triton', u'comet sl9/jupiter collision', u'nereid', u'1989n1', u'n rings', u'neptune', u'pleiades', u'sky', u'scat light', u'voyager', u'plaque', u'dark sky', u'cal lamps', u'dark'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG2-NEPTUNE-IMAGING-SCIENCE-SUBSYSTEM-EDITED-EDR-V/h2hg-47j3', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 225,data.nasa.gov,33d3-uvs8,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/33d3-uvs8', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:30:53.000Z', u'id': u'33d3-uvs8', u'createdAt': u'2018-06-26T06:27:41.000Z', u'description': u'This data set contains raw calibration and test images acquired by the Deep Impact Medium Resolution Instrument Visible CCD during the cruise phase of the mission. These observations were used for optical and autonomous navigation (NAV) of the flyby spacecraft. These data were collected from 14 January to 25 April 2005. Test images of comet 9P/Tempel 1 were acquired on 25 April.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:30:53.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'DEEP IMPACT 9P/TEMPEL CRUISE - RAW MRI NAV IMAGES V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:27:41.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dif-cal-mri-2-nav-9p-cruise-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DIF-CAL-MRI-2-NAV-9P-CRUISE-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dif-cal-mri-2-nav-9p-cruise-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'9p/tempel 1 (1867 g1)', u'deep impact', u'calibration'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/DEEP-IMPACT-9P-TEMPEL-CRUISE-RAW-MRI-NAV-IMAGES-V1/33d3-uvs8', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 226,data.nasa.gov,8em2-iwzc,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/8em2-iwzc', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:21:08.000Z', u'id': u'8em2-iwzc', u'createdAt': u'2018-06-26T06:30:36.000Z', u'description': u'This archive contains Mars Exploration Rover Moessbauer Summed Spectra Reduced Data Record (RDR) products and ancillary files. The products archived on this volume were generated by the Moessbauer instrument team from Moessbauer EDR (Experiment Data Record) products. Supporting documentation and label files conform to the Planetary Data System (PDS) Standards, Version 3.6, Jet Propulsion Laboratory (JPL) document number D-7669.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:21:08.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MER 2 MOESSBAUER 4 SUMMED SPECTRA RDR SCIENCE V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:30:36.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer2-m-mb-4-sumspec-sci-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MER2-M-MB-4-SUMSPEC-SCI-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer2-m-mb-4-sumspec-sci-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'mars exploration rover'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MER-2-MOESSBAUER-4-SUMMED-SPECTRA-RDR-SCIENCE-V1-0/8em2-iwzc', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 227,data.nasa.gov,krhz-mw2p,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/krhz-mw2p', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:28:42.000Z', u'id': u'krhz-mw2p', u'createdAt': u'2018-06-26T06:56:28.000Z', u'description': u'This volume contains the archive of Lunar brightness temperature data derived from images acquired by the Clementine Long Wavelength Infrared (LWIR) camera. The LWIR camera acquired approximately 220,000 thermal-infrared images of the lunar surface that were used to generate the brightness temperature images within this archive. The procedure for generating brightness temperature values can be summarized as follows: 1) original LWIR digital numbers were converted to radiance; 2) the dark current signal was subtracted from the radiance values; 3) a flat field correction was applied; 4) bad pixels were identified and smoothed over; and 5) calibrated radiance values were converted to brightness temperatures using the Planck function.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:28:42.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CLEMENTINE LWIR BRIGHTNESS TEMPERATURE V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:56:28.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.clem1-l-lwir-3-rdr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CLEM1-L-LWIR-3-RDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.clem1-l-lwir-3-rdr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'moon', u'sky', u'deep space program science experiment'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CLEMENTINE-LWIR-BRIGHTNESS-TEMPERATURE-V1-0/krhz-mw2p', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 228,data.nasa.gov,mgzb-5yhb,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,13,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/mgzb-5yhb', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:14:56.000Z', u'id': u'mgzb-5yhb', u'createdAt': u'2018-06-26T06:47:53.000Z', u'description': u'Abstract ======== The Mercury Dual Imaging System (MDIS) consists of two cameras, a Wide Angle Camera (WAC) and a Narrow Angle Camera (NAC), mounted on a common pivot platform. This dataset include regional mosaics of targeted observations directed at specific regions of interest. Four types of targeted observations are included: (a) WAC 3-color targeted observations acquired mainly during the primary mission, to complement 1 km/pixel 8-color mapping with a higher spatial resolution 3-color product; (b) WAC observations of targets that were observed repeatedly at different photometric geometries in order to improve photometric models of Mercury; these were observed initially in 8 color and since early 2013 in 11 colors; (c) WAC 8- or 11-color science targeted observations; and (d) NAC image strips acquired either for high-resolution imaging of morphology or as context for MASCS or MLA observations. The images in each observation share a common SITE_ID in the file name and PDS label. The SITE_ID corresponds to a targeting request entered into a database, in response to which a series of images was acquired. There is one SITE_ID for each time the region of interest is observed; thus for photometry targets, the same geographic region of interest is covered by many sets of images, each set sharing a common SITE_ID and distinct photometric geometry. Each mosaic is map projected in an orthographic projection, and contains one or more image planes. NAC mosaics contain 4 backplanes: observation ID, solar incidence angle, emission angle, and phase angle. WAC color products contain 3 backplanes: solar incidence angle, emission angle, and phase angle.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:14:56.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MESS MDIS MAP PROJ REGIONAL TARGETED\n MOSAIC RDR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 13, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.8073549220576037, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:47:53.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mess-h-mdis-5-rdr-rtm-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MESS-H-MDIS-5-RDR-RTM-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mess-h-mdis-5-rdr-rtm-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mercury', u'messenger'], u'categories': [u'public safety'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MESS-MDIS-MAP-PROJ-REGIONAL-TARGETED-MOSAIC-RDR-V1/mgzb-5yhb', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 229,data.nasa.gov,5mat-xifq,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/5mat-xifq', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:59:06.000Z', u'id': u'5mat-xifq', u'createdAt': u'2018-06-26T07:04:57.000Z', u'description': u'This archive contains calibrated observations of the 2009-10-09 impact of the LCROSS spacecraft on the moon by the CLIO instrument on the MMT Observatory 6.5m telescope. The archive consists of calibrated FITS images of the event. This is one of several data sets of Earth-based observations of the impact.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:59:06.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MMT OBSERVATORY 6.5M CLIO CALIBRATED OBSERVATIONS OF LCROSS', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:04:57.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-l-mmto_clio-3-cdr-lcross-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-L-MMTO_CLIO-3-CDR-LCROSS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-l-mmto_clio-3-cdr-lcross-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'moon', u'sky', u'flat field', u'bias', u'lunar crater observation and sensing satellite', u'hd 22859', u'hd 28099', u'hd 43607'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MMT-OBSERVATORY-6-5M-CLIO-CALIBRATED-OBSERVATIONS-/5mat-xifq', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 230,data.nasa.gov,t7fm-cmxu,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/t7fm-cmxu', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:29:03.000Z', u'id': u't7fm-cmxu', u'createdAt': u'2018-06-25T20:49:07.000Z', u'description': u'Cloud-Aerosol Lidar and Infrared Pathfinder Satellite Observations (CALIPSO) was launched on April 28, 2006 to study the impact of clouds and aerosols on the Earth\u2019s radiation budget and climate. It flies in formation with five other satellites in the international \u201cA-Train\u201d (PDF) constellation for coincident Earth observations. The CALIPSO satellite comprises three instruments, the Cloud-Aerosol LIdar with Orthogonal Polarization (CALIOP), the Imaging Infrared Radiometer (IIR), and the Wide Field Camera (WFC). CALIPSO is a joint satellite mission between NASA and the French Agency, CNES. These data consist 5 km aerosol layer data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:29:03.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'john.m.kusterer@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CALIPSO Wide Field Camera (WFC) L1B Science 1 km Native Science Data V3-02', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:49:07.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:john.m.kusterer@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:004'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2011-11-01/2014-01-01', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'NASA-0000202', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'John M. Kusterer', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000202', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'climate', u'eos', u'radiation', u'atmospheric science', u'cloud', u'satellite', u'aerosol'], u'categories': [u'public safety'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CALIPSO-Wide-Field-Camera-WFC-L1B-Science-1-km-Nat/t7fm-cmxu', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 231,data.nasa.gov,dzrc-vpkg,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/dzrc-vpkg', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:28:49.000Z', u'id': u'dzrc-vpkg', u'createdAt': u'2018-06-25T20:49:05.000Z', u'description': u'Cloud-Aerosol Lidar and Infrared Pathfinder Satellite Observations (CALIPSO) was launched on April 28, 2006 to study the impact of clouds and aerosols on the Earth\u2019s radiation budget and climate. It flies in formation with five other satellites in the international \u201cA-Train\u201d (PDF) constellation for coincident Earth observations. The CALIPSO satellite comprises three instruments, the Cloud-Aerosol LIdar with Orthogonal Polarization (CALIOP), the Imaging Infrared Radiometer (IIR), and the Wide Field Camera (WFC). CALIPSO is a joint satellite mission between NASA and the French Agency, CNES. These data consist 5 km aerosol layer data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:28:49.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'john.m.kusterer@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CALIPSO Wide Field Camera (WFC) L1B Science 125 m Native Science Data V3-01', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:49:05.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:john.m.kusterer@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:004'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2006-06-13/2011-10-31', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'NASA-0000200', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'John M. Kusterer', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000200', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'radiation', u'eos', u'cloud', u'satellite', u'aerosol', u'climate', u'atmospheric science'], u'categories': [u'public safety'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CALIPSO-Wide-Field-Camera-WFC-L1B-Science-125-m-Na/dzrc-vpkg', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 232,data.nasa.gov,kkfg-q9v4,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/kkfg-q9v4', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T22:50:46.000Z', u'id': u'kkfg-q9v4', u'createdAt': u'2018-06-25T20:37:57.000Z', u'description': u'The Aerosol Robotic Network (AERONET), developed to sustain atmospheric studies at various scales with measurements from worldwide distributed autonomous sun-photometers has been extended to support marine applications. This new network component called AERONET \u2013 Ocean Color (AERONET-OC), provides the additional capability of measuring the radiance emerging from the sea (i.e., water-leaving radiance) with modified sun-photometers installed on offshore platforms like lighthouses, oceanographic and oil towers. AERONET-OC is instrumental in satellite ocean color validation activities through standardized measurements a) performed at different sites with a single measuring system and protocol, b) calibrated with an identical reference source and method, and c) processed with the same code.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T22:50:46.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'Brent.N.Holben@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'AERONET-OCEAN COLOR', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:37:57.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:Brent.N.Holben@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'http://aeronet.gsfc.nasa.gov/new_web/units-ocean.html', u'key': u'Common-Core_Described-By'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2002-01-01/2014-01-01', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': [u'http://aeronet.gsfc.nasa.gov/new_web/Documents/Feb232011.zip', u'http://aeronet.gsfc.nasa.gov/new_web/Documents/Feb242011.zip'], u'key': u'Common-Core_References'}, {u'value': u'Global', u'key': u'Common-Core_Geographic-Coverage'}, {u'value': u'NASA-0000007__2', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'http://aeronet.gsfc.nasa.gov/new_web/ocean_color.html', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Brent Holben', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000007__2', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'clouds', u'satellite', u'precipitable water', u'inversions', u'earth science', u'aerosols', u'radiation'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/AERONET-OCEAN-COLOR/kkfg-q9v4', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 233,data.nasa.gov,bga6-qwbr,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/bga6-qwbr', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:44:48.000Z', u'id': u'bga6-qwbr', u'createdAt': u'2018-06-26T06:32:41.000Z', u'description': u""This data set contains archival results from radio science investigations conducted during the Mars Global Surveyor (MGS) mission. Radio measurements were made using the MGS spacecraft and Earth-based stations of the NASA Deep Space Network (DSN). The data set includes high-resolution spherical harmonic models of Mars' gravity field generated by groups at the Jet Propulsion Laboratory and Goddard Space Flight Center, covariance matrices for some models, and maps for some models; these results were derived from raw radio tracking data. Also included are profiles of atmospheric temperature and pressure and ionospheric electron density, derived from phase measurements collected during radio occultations. The data set also includes analyses of transient surface echoes observed close to occultations during the first few years of MGS operations. The atmospheric and surface investigations were conducted by Radio Science Team members at Stanford University. The data set also includes 93 line-of-sight acceleration profiles derived at JPL from radio tracking data collected near periapsis while Mars Global Surveyor was in its Science Phasing Orbit and below its nominal Mapping altitude of 400 km. The data were delivered to PDS in approximately chronological order at the rate of one CD-WO volume (typically 100 MB) every three months."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:44:48.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MGS RADIO SCIENCE -- SCIENCE DATA PRODUCTS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:32:41.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgs-m-rss-5-sdp-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MGS-M-RSS-5-SDP-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgs-m-rss-5-sdp-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars global surveyor', u'mars'], u'categories': [u'demographics', u'education', u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MGS-RADIO-SCIENCE-SCIENCE-DATA-PRODUCTS-V1-0/bga6-qwbr', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 234,data.nasa.gov,g4gi-jv2m,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/g4gi-jv2m', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:09:54.000Z', u'id': u'g4gi-jv2m', u'createdAt': u'2018-06-26T07:08:41.000Z', u'description': u'This is a genome-wide approach to identifying genes persistently induced in the mouse mammary gland by acute whole body low dose ionizing radiation (10cGy) 1 and 4 weeks after exposure. Gene expression that is modified under these parameters were compared between Tgfb1 wild type and heterozygote littermates in order to determine which genes induced or repressed by radiation were mediated via Tgfb1 status. Differential gene expression was analyzed in Tgfb1 heterozygote and wild type littermate 4th mammary glands after whole body exposure to an acute dose of 10cGy ionizing radiation. Estrus cycle was normalized in all mice two days prior to irradiation by injection with an estrogen and progesterone mixture. It is widely believed that the carcinogenic action of ionizing radiation is due to targeted DNA damage and resulting mutations but there is also substantial evidence that non-targeted radiation effects alter epithelial phenotype and the stromal microenvironment. Activation of transforming growth factor beta 1 (TGFbeta) is a non-targeted radiation effect that mediates cell fate decisions following DNA damage and regulates microenvironment composition; it could either suppress or promote cancer. Gene expression profiling shown herein demonstrates that low dose radiation (10 cGy) elicits persistent changes in Tgfb1 wild type and heterozygote murine mammary gland that are highly modulated by TGFbeta. We asked if such non-targeted radiation effects contribute to carcinogenesis by using a novel radiation chimera model. Unirradiated Trp53 null mammary epithelium was transplanted to the mammary stroma of mice previously exposed to a single low (10 -100 cGy) radiation dose. By 300 days 100% of transplants in irradiated hosts at either 10 or 100 cGy had developed Trp53 null breast carcinomas compared to 54% in unirradiated hosts. Tumor growth rate was also increased by high but not low dose host irradiation. In contrast irradiation of Tgfb1 heterozygote mice prior to transplantation failed to decrease tumor latency or increase growth rate at any dose. Host irradiation significantly reduced the latency of invasive ductal carcinoma compared to spindle cell carcinoma as well as those tumors negative for smooth muscle actin in wild type but not Tgfb1 heterozygote mice. However irradiation of either host genotype significantly increased the frequency of estrogen receptor negative tumors. These data demonstrate two concepts critical to understanding radiation risks. First non-targeted radiation effects can significantly promote the frequency and alter the features of epithelial cancer. Second radiation-induced TGFbeta activity is a key mechanism of tumor promotion. Keywords: Differential gene expression after low dose irradiation Two genotypes: TGBbeta1 heterozygote and wildtype mouse mammary glands. Two time points post-10cGy-irradiation per genotype (1 week 4 weeks); control time point was 1 week post-sham-irradiation. Two or three replicates per time point.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:09:54.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'Non-targeted effects of low dose ionizing radiation act via TGF-beta to promote mammary carcinogenesis', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:08:41.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-153', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-153', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'p-gse18216-7', u'genotype', u'ionizing radiation', u'time', u'bioassay_data_transformation', u'feature_extraction', u'image_acquisition', u'hybridization', u'labeling', u'grow', u'nucleic_acid_extraction', u'specified_biomaterial_action', u'p-gse18216-1', u'p-gse18216-8', u'p-gse18216-6', u'p-gse18216-5', u'p-gse18216-3', u'p-gse18216-4', u'p-gse18216-2'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Non-targeted-effects-of-low-dose-ionizing-radiatio/g4gi-jv2m', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 235,data.nasa.gov,epjj-aeuy,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/epjj-aeuy', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:15:05.000Z', u'id': u'epjj-aeuy', u'createdAt': u'2018-06-26T06:47:41.000Z', u'description': u'This data set contains calibrated images acquired by the OSIRIS Wide Angle\nCamera during the prelanding phase of the Rosetta mission at the comet 67P,\ncovering the period from 2014-05-07 to 2014-06-04.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:15:05.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ROSETTA-ORBITER COMET PRELANDING OSIWAC 3 RDR DATA MTP 003', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:47:41.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-osiwac-3-prl-67pchuryumov-m03-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-C-OSIWAC-3-PRL-67PCHURYUMOV-M03-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-osiwac-3-prl-67pchuryumov-m03-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'international rosetta mission', u'67p/churyumov-gerasimenko 1 (1969 r1)'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-COMET-PRELANDING-OSIWAC-3-RDR-DATA/epjj-aeuy', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 236,data.nasa.gov,jqsx-eshi,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/jqsx-eshi', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:03:52.000Z', u'id': u'jqsx-eshi', u'createdAt': u'2018-06-26T07:05:46.000Z', u'description': u'This archive contains Mars Exploration Rover Moessbauer Summed Spectra Reduced Data Record (RDR) products and ancillary files. Each product has a detached PDS label that describes the file structure and instrument parameters used for that image. The products archived on this volume were generated by the Moessbauer instrument team from Moessbauer EDR (Experiment Data Record) products. Supporting documentation and label files conform to the Planetary Data System (PDS) Standards, Version 3.6, Jet Propulsion Laboratory (JPL) document number D-7669.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:03:52.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MER 1 MOESSBAUER 4 SUMMED SPECTRA RDR SCIENCE V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:05:46.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer1-m-mb-4-sumspec-sci-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MER1-M-MB-4-SUMSPEC-SCI-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer1-m-mb-4-sumspec-sci-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars exploration rover', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MER-1-MOESSBAUER-4-SUMMED-SPECTRA-RDR-SCIENCE-V1-0/jqsx-eshi', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 237,data.nasa.gov,iaci-czgv,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/iaci-czgv', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:22:39.000Z', u'id': u'iaci-czgv', u'createdAt': u'2018-06-26T06:51:49.000Z', u'description': u'The Cassini Radio and Plasma Wave Science (RPWS) calibrated summary key parameter data set includes reduced temporal and spectral resolution spectral information calibrated in units of spectral density for the entire Cassini mission. This data set includes calibrated values binned and averaged within 1 minute by 0.1 decade spectral channels for all times during the mission including the two Venus flybys, the Earth flyby, the Jupiter flyby, interplanetary cruise, and the entire Saturn tour. Data for this data set are acquired by the RPWS Low Frequency Receiver (LFR), Medium Frequency Receiver (MFR), and High Frequency Receiver (HFR). Data are presented in a set of fixed-record-length tables. This data set is intended to provide numerical summary data which can be used in conjunction with other Cassini fields and particles key parameter data sets to establish trends, select events, or simply as a browse data set for the Cassini RPWS archive. This data set should be among the first used by a user of any of the RPWS archive as it will lead one to information required to search for more detailed or highly specialized products.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:22:39.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CASSINI V/E/J/S/SS RPWS SUMMARY KEY PARAMETER 60S V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:51:49.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-v-e-j-s-ss-rpws-4-summ-key60s-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-V%2FE%2FJ%2FS%2FSS-RPWS-4-SUMM-KEY60S-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-v-e-j-s-ss-rpws-4-summ-key60s-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'venus', u'mimas', u'jupiter', u'iapetus', u'rhea', u'saturn', u'solar system', u'enceladus', u'dione', u'titan', u'tethys', u'cassini-huygens', u'phoebe', u'earth', u'hyperion'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-V-E-J-S-SS-RPWS-SUMMARY-KEY-PARAMETER-60S-/iaci-czgv', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 238,data.nasa.gov,9i5b-k3k5,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/9i5b-k3k5', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:03:34.000Z', u'id': u'9i5b-k3k5', u'createdAt': u'2018-06-26T06:38:38.000Z', u'description': u'We present the three-dimensional shapes and rotation states of the three components of near-Earth asteroid (153591) 2001 SN263 based on radar images and optical lightcurves (Becker et al., 2015. 2001 SN263 was observed in 2003 using the 12.6-cm radar at Arecibo Observatory. Optical lightcurves were obtained at several observatories and used to further constrain the shape modeling.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:03:34.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'SHAPE MODEL OF ASTEROID (153591) 2001 \n SN263 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:38:38.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-i0037-5-shape153591-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-I0037-5-SHAPE153591-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-i0037-5-shape153591-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/SHAPE-MODEL-OF-ASTEROID-153591-2001-SN263-V1-0/9i5b-k3k5', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 239,data.nasa.gov,csi9-55s4,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/csi9-55s4', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:48:16.000Z', u'id': u'csi9-55s4', u'createdAt': u'2018-06-26T07:00:14.000Z', u'description': u'Spectroscopy of Jupiter, Saturnian rings, atmospheres and satellites for determining chemical abundance, compositional albedo, aerosol profiling, ring reflected spectra and diffraction patterns.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:48:16.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CASSINI ORBITER SATURN UVIS EDITED SPECTRA 1.1', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 3.0, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:00:14.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-uvis-2-spec-v1.1', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-S-UVIS-2-SPEC-V1.1', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-uvis-2-spec-v1.1', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'calypso', u'mimas', u'phoebe', u'prometheus', u'pan', u'pandora', u'janus', u'iapetus', u'hyperion', u'helene', u'epimetheus', u'cassini-huygens', u'dark sky', u'saturn', u's rings', u'atlas', u'rhea', u'dione', u'enceladus', u'star', u'titan', u'tethys', u'sun', u'telesto'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-ORBITER-SATURN-UVIS-EDITED-SPECTRA-1-1/csi9-55s4', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 240,data.nasa.gov,rn4b-gh7h,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/rn4b-gh7h', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:15:20.000Z', u'id': u'rn4b-gh7h', u'createdAt': u'2018-06-26T07:11:41.000Z', u'description': u'Arabidopsis were grown on horizontal or vertical clinostat for 4 8 or 12 days. Seedlings on horizontal clinostat were in simulated microgravity and seedlings on vertical clinostat are considered as a control. Comparison was made between plants grown on simulated microgravitry and vertical position. 6 dye-swap - treated vs untreated comparison', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:15:20.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'Action of microgravity on root development', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:11:41.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-45', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-45', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'nucleic acid labeling protocol', u'nucleic acid hybridization', u'image acquisition', u'feature extraction', u'age', u'simulated microgravity', u'timepoint', u'p-gse39631-11', u'p-gse39631-10', u'p-gse39631-9', u'p-gse39631-8', u'p-gse39631-7', u'p-gse39631-6', u'p-gse39631-5', u'p-gse39631-4', u'data transformation', u'p-gse39631-22', u'p-gse39631-15', u'p-gse39631-23', u'p-gse39631-24', u'p-gse39631-25', u'p-gse39631-26', u'p-gse39631-27', u'p-gse39631-28', u'p-gse39631-14', u'p-gse39631-29', u'p-gse39631-30', u'p-gse39631-31', u'p-gse39631-32', u'p-gse39631-33', u'p-gse39631-13', u'p-gse39631-12', u'growth protocol', u'nucleic acid extraction protocol', u'p-gse39631-3', u'p-gse39631-1', u'p-gse39631-16', u'p-gse39631-2', u'p-gse39631-17', u'p-gse39631-20', u'p-gse39631-21', u'p-gse39631-19', u'p-gse39631-18'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Action-of-microgravity-on-root-development/rn4b-gh7h', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 241,data.nasa.gov,serx-m4ex,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/serx-m4ex', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:40:36.000Z', u'id': u'serx-m4ex', u'createdAt': u'2018-06-26T06:59:14.000Z', u'description': u'This dataset contains calibrated, 750-nm filter images of Earth acquired by the Deep Impact Medium Resolution Visible CCD (MRI) during the EPOCh and Cruise 2 phases of the EPOXI mission. The MRI instrument was only used during the first Earth observing period on 18-19 March 2008 and the last two on 27-28 March and 04-05 October 2009. Each observing period lasted approximately 24 hours, and one MRI image was taken simultaneously with the first north/south scan of the HRI IR spectrometer at half-hour intervals to serve as context spectra. On 27-28 September 2009 during the first attempt at Earth south polar observations, a full set of MRI context images was acquired although the HRII and HRIV instruments were turned off by fault protection shortly after the sequence started. Version 2.0 includes the application of a horizontal destriping process, new absolute calibration constants for filters, and revised electronic crosstalk calibration files.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:40:36.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'EPOXI EARTH OBS - MRI CALIBRATED IMAGES V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:59:14.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dif-e-mri-3-4-epoxi-earth-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DIF-E-MRI-3%2F4-EPOXI-EARTH-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dif-e-mri-3-4-epoxi-earth-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'earth', u'epoxi'], u'categories': [u'finance', u'public safety', u'infrastructure'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/EPOXI-EARTH-OBS-MRI-CALIBRATED-IMAGES-V2-0/serx-m4ex', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 242,data.nasa.gov,3k6b-np2a,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/3k6b-np2a', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:23:40.000Z', u'id': u'3k6b-np2a', u'createdAt': u'2018-06-26T06:48:59.000Z', u'description': u'This data set comprises a reduced, subsampled set of the data returned from the Apollo 15 Heat Flow Experiment from 31 July 1971 through 31 December 1974. The experiment consisted of two probes placed by the Apollo 15 astronauts in holes drilled in the lunar surface near the Apollo 15 Lunar Surface Experiments Package site to measure the thermal conductivity. The data consist of a set of ten ASCII tables with time, temperature differences, and average temperatures readings measured by the thermocouples in the heat flow probes and probe cables. The data have been restored and reformatted from binary data held on magnetic tapes at the NASA National Space Science Data Center (NSSDC) under NSSDC ID of PSPG-00093 (old NSSDC ID 71-063C-06A).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:23:40.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'APOLLO 15 HEAT FLOW THERMAL CONDUCTIVITY RDR SUBSAMPLED V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:48:59.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.a15a-l-hfe-3-thermal-conductivity-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=A15A-L-HFE-3-THERMAL-CONDUCTIVITY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.a15a-l-hfe-3-thermal-conductivity-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'apollo 15', u'moon'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/APOLLO-15-HEAT-FLOW-THERMAL-CONDUCTIVITY-RDR-SUBSA/3k6b-np2a', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 243,data.nasa.gov,cadw-5j8v,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/cadw-5j8v', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:20:46.000Z', u'id': u'cadw-5j8v', u'createdAt': u'2018-06-26T06:20:22.000Z', u'description': u'added ARCHIVE_STATUS, ,This data set includes wideband waveform measurements from the Galileo plasma wave receiver obtained during the second Earth encounter. These measurements are electric or magnetic waveforms obtained by rapidly sampling the potential at the input to the receiver from either the electric dipole antenna or the magnetic search coil antenna. The sample rates are 201,600 s^-1, 25,200 s^-1, or 3,150 s^-1 taken through bandpass filters of 80, 10, or 1 kHz, respectively.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:20:46.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'GO E PWS EDITED EARTH 2 WAVEFORM RECEIVER V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:20:22.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-e-pws-2-edr-e2wfrm-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GO-E-PWS-2-EDR-E2WFRM-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-e-pws-2-edr-e2wfrm-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'galileo', u'earth'], u'categories': [u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GO-E-PWS-EDITED-EARTH-2-WAVEFORM-RECEIVER-V1-0/cadw-5j8v', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 244,data.nasa.gov,iqc5-5f9q,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/iqc5-5f9q', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:06:46.000Z', u'id': u'iqc5-5f9q', u'createdAt': u'2018-06-25T20:40:29.000Z', u'description': u""Cloud-Aerosol Lidar and Infrared Pathfinder Satellite Observations (CALIPSO) was launched on April 28, 2006 to study the impact of clouds and aerosols on the Earth\u2019s radiation budget and climate. It flies in formation with five other satellites in the international 'A-Train' (PDF) constellation for coincident Earth observations. The CALIPSO satellite comprises three instruments, the Cloud-Aerosol LIdar with Orthogonal Polarization (CALIOP), the Imaging Infrared Radiometer (IIR), and the Wide Field Camera (WFC). CALIPSO is a joint satellite mission between NASA and the French Agency, CNES."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:06:46.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'support-asdc@earthdata.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Cloud-Aerosol Lidar and Infrared Pathfinder Satellite Observations (CALIPSO)', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 2.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 3}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:40:29.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:support-asdc@earthdata.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:004'], u'key': u'Common-Core_Program-Code'}, {u'value': u'https://eosweb.larc.nasa.gov/project/calipso/calipso_table', u'key': u'Common-Core_Described-By'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'NASA-0000027__1', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://eosweb.larc.nasa.gov/project/calipso/calipso_table', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'John M. Kusterer', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000027__1', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'clouds', u'aerosols', u'climate', u'eos', u'radiation', u'satellite'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Cloud-Aerosol-Lidar-and-Infrared-Pathfinder-Satell/iqc5-5f9q', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 245,data.nasa.gov,phqj-2nmm,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/phqj-2nmm', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:26:37.000Z', u'id': u'phqj-2nmm', u'createdAt': u'2018-06-26T06:54:06.000Z', u'description': u'This archive contains Mars Exploration Rover Operations (Ops) APXS Experiment Data Record (EDR) products and ancillary files. Each EDR product has a detached PDS label that describes the file structure and instrument parameters used for that image. The APXS Operations EDR products archived on this volume are theoriginal products used during mission operations by the Mars Exploration Rover project. Supporting documentation and label files conform to the Planetary Data System (PDS) Standards, Version 3.6, Jet Propulsion Laboratory (JPL) document number D-7669.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:26:37.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MER 1 MARS ALPHA PARTICLE X-RAY SPECTROMETER 2 EDR OPS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:54:06.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer1-m-apxs-2-edr-ops-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MER1-M-APXS-2-EDR-OPS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer1-m-apxs-2-edr-ops-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'mars exploration rover'], u'categories': [u'infrastructure'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MER-1-MARS-ALPHA-PARTICLE-X-RAY-SPECTROMETER-2-EDR/phqj-2nmm', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 246,data.nasa.gov,2ndz-rqx7,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/2ndz-rqx7', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:51:09.000Z', u'id': u'2ndz-rqx7', u'createdAt': u'2018-06-26T07:01:34.000Z', u'description': u'The eight color asteroid survey provides reflectance spectra for minor planets using eight filter passbands. This dataset includes the primary data obtained for 589 minor planets, the mean values for each minor planet included in the survey, the principal component scores derived from the primary data, the response curves, effective wavelengths, and bandpasses for the filters, and the coordinates and values determined for standard stars defining the system.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:51:09.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'EIGHT COLOR ASTEROID SURVEY V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:01:34.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-2cp-3-rdr-ecas-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-2CP-3-RDR-ECAS-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-2cp-3-rdr-ecas-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'asteroid', u'support archives'], u'categories': [u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/EIGHT-COLOR-ASTEROID-SURVEY-V2-0/2ndz-rqx7', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 247,data.nasa.gov,qmrr-nkdy,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/qmrr-nkdy', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:24:42.000Z', u'id': u'qmrr-nkdy', u'createdAt': u'2018-06-26T06:33:57.000Z', u'description': u'Abstract ======== Framing Camera 2 is one of two identical units flying on Dawn spacecraft. This dataset includes the image files to be used in the calibration of the raw data throughout the mission. These files represent the behaviour of each individual pixel with respect to dark current generation and pixel-to-pixel non-uniformity as a function of the filter. As these are elaborated image products, not obtained from a specific image acquisition, they do not have any ancillary data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:24:42.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'DAWN FC2 CALIBRATION IMAGES V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:33:57.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dawn-cal-fc2-2-edr-calib-images-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DAWN-CAL-FC2-2-EDR-CALIB-IMAGES-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dawn-cal-fc2-2-edr-calib-images-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'dawn mission to vesta and ceres'], u'categories': [u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/DAWN-FC2-CALIBRATION-IMAGES-V1-0/qmrr-nkdy', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 248,data.nasa.gov,dvyb-s3qf,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,13,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/dvyb-s3qf', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-18T20:31:57.000Z', u'id': u'dvyb-s3qf', u'createdAt': u'2018-06-25T21:30:28.000Z', u'description': u'\r\n\tDevelop a service-oriented hazard/disaster monitoring data system enabling both science and decision-support communities to monitor ground motion in areas of interest with InSAR and GPS. \r\n\tEnable high-volume and low-latency automatic generation of NASA Solid Earth science data products (InSAR and GPS) to support hazards monitoring. \r\n\tEnable improved understanding through visualization, mining, and cross-agency sharing of results. \r\n\tEnable interoperable discovery, access, and sharing of derived actionable products for hazards monitoring. \r\n\t ', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-18T20:31:57.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'george.komar@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Advanced Rapid Imaging & Analysis for Monitoring Hazards (ARIA-MH) Project', u'columns_field_name': [], u'page_views': {u'page_views_total': 13, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 2.321928094887362, u'page_views_total_log': 3.8073549220576037, u'page_views_last_month': 4}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:30:28.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:george.komar@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2012-06-01T00:00:00Z/2016-05-01T00:00:00Z', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': [u'http://techport.nasa.gov/home', u'http://techport.nasa.gov/doc/home/TechPort_Advanced_Search.pdf', u'http://techport.nasa.gov/fetchFile?objectId=6561', u'http://techport.nasa.gov/fetchFile?objectId=3456', u'http://techport.nasa.gov/fetchFile?objectId=3447', u'http://techport.nasa.gov/fetchFile?objectId=6584', u'http://techport.nasa.gov/fetchFile?objectId=6560', u'http://techport.nasa.gov/fetchFile?objectId=3448'], u'key': u'Common-Core_References'}, {u'value': u'TECHPORT_11843', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'Science Mission Directorate', u'key': u'Common-Core_Publisher'}, {u'value': u'http://techport.nasa.gov/view/11843', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'2012-06-01T00:00:00Z', u'key': u'Common-Core_Issued'}, {u'value': u'George Komar', u'key': u'Common-Core_Contact-Name'}, {u'value': u'TECHPORT_11843', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'nasa headquarters', u'project', u'active'], u'categories': [u'infrastructure', u'economy'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Advanced-Rapid-Imaging-amp-Analysis-for-Monitoring/dvyb-s3qf', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 249,data.nasa.gov,izds-j6q3,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/izds-j6q3', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:28:46.000Z', u'id': u'izds-j6q3', u'createdAt': u'2018-06-26T07:01:42.000Z', u'description': u'This data set contains archival raw, partially processed, and ancillary/supporting radio science data acquired during the Gravity Recovery and Interior Laboratory (GRAIL) mission. The radio observations were carried out using the twin GRAIL spacecraft and Earth-based receiving stations of the NASA Deep Space Network (DSN). The observations were used in generating high-resolution gravity field models of the Moon. Of most interest are likely to be the Orbit Data Files in the ODF directory, the Radio Science Receiver files in the RSR directory, and the ionospheric and tropospheric media calibration files in the ION and TRO directories, respectively. The data set includes all raw radio science data collected in the course of the GRAIL mission (September 2011 - December 2012).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:28:46.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'GRAIL MOON RSS RAW DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:01:42.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.grail-l-rss-2-edr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GRAIL-L-RSS-2-EDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.grail-l-rss-2-edr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'gravity recovery and interior laboratory', u'moon'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GRAIL-MOON-RSS-RAW-DATA-V1-0/izds-j6q3', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 250,data.nasa.gov,ubc6-tjrr,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ubc6-tjrr', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:07:15.000Z', u'id': u'ubc6-tjrr', u'createdAt': u'2018-06-26T07:08:04.000Z', u'description': u'This data set contains Level 2 and 3 time-of-flight spectrum data, and associated ancillary data, produced by the Stardust Cometary and Interstellar Dust Analyzer Instrument (CIDA), a time-of-flight mass spectrometer. The data were obtained during two episodes of the Stardust-NExT extended mission: flyby of comet Tempel 1; and cruise, which includes all other times except the flyby.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:07:15.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'STARDUST 9P/TEMPEL 1 CIDA 2/3 NEXT V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:08:04.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.sdu-c-d-cida-2-3-next-tempel1-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=SDU-C%2FD-CIDA-2%2F3-NEXT-TEMPEL1-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.sdu-c-d-cida-2-3-next-tempel1-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'next', u'9p/tempel 1 (1867 g1)', u'unknown'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/STARDUST-9P-TEMPEL-1-CIDA-2-3-NEXT-V1-0/ubc6-tjrr', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 251,data.nasa.gov,hkqm-bmeu,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/hkqm-bmeu', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:06:05.000Z', u'id': u'hkqm-bmeu', u'createdAt': u'2018-06-26T06:39:20.000Z', u'description': u'This data set contains raw comet 9P/Tempel 1 and calibration images acquired by the Deep Impact Impactor Targeting Sensor Visible CCD during the encounter phase of the mission. These observations were used for optical and autonomous navigation (NAV) of the impactor spacecraft as well as for scientific investigations. These data were collected from 6 May to 4 July 2005. In this version 1.1 of the data set, the values for the INTEGRATION_DURATION keyword in the PDS data labels were corrected. This revised data set supersedes version 1.0.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:06:05.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'DEEP IMPACT 9P/TEMPEL ENCOUNTER - RAW ITS NAV IMAGES V1.1', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:39:20.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dii-c-its-2-nav-9p-encounter-v1.1', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DII-C-ITS-2-NAV-9P-ENCOUNTER-V1.1', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dii-c-its-2-nav-9p-encounter-v1.1', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'9p/tempel 1 (1867 g1)', u'deep impact', u'calibration'], u'categories': [u'demographics'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/DEEP-IMPACT-9P-TEMPEL-ENCOUNTER-RAW-ITS-NAV-IMAGES/hkqm-bmeu', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 252,data.nasa.gov,htsb-3ifs,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/htsb-3ifs', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:52:12.000Z', u'id': u'htsb-3ifs', u'createdAt': u'2018-06-26T07:06:22.000Z', u'description': u'This data set includes Voyager 2 Saturn encounter magnetometer data that have been resampled at a 48.0 second sample rate. The data set is composed of 6 columns: 1) ctime - this column contains the data acquisition time. The time is always output in the ISO standard spacecraft event time format (yyyy-mm-dd-Thh:mm:ss.sss) but is stored internally in Cline time which is measured in seconds after 00:00:00.000 Jan 01, 1966, 2) br - this column contains the radial component of the magnetic field, 3) bphi - this column contains the phi component of the magnetic field, 4) btheta - this column contains the theta component of the magnetic field, 5) bmag - this column contains the magnitude of the magnetic field, 6) flag - a flag value that indicates either software error or spacecraft hardware interference reduced confidence in this record (flag value of 1 is bad , 0 is good or unchecked). All magnetic field observations are measured in nanoTeslas. The coordinate system for this dataset is Minus Saturn Longitude System (-SLS). All of the magnetic field data are calibrated (see the instrument calibration description for more details). The SLS coordinate system is defined in Desch and Kaiser, 1981 and the reference documents for this dataset are: Ness et al, 1982 Acuna,Connerney,and Ness, 1983 Connerney,Acuna,and Ness, 1983 Behannon,Lepping,and Ness, 1983', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:52:12.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'VOYAGER 2 SATURN MAGNETOMETER RESAMPLED DATA 48.0 SEC', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:06:22.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-s-mag-4-48.0sec', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG2-S-MAG-4-48.0SEC', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-s-mag-4-48.0sec', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'saturn', u'comet sl9/jupiter collision', u'voyager'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VOYAGER-2-SATURN-MAGNETOMETER-RESAMPLED-DATA-48-0-/htsb-3ifs', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 253,data.nasa.gov,i5vi-uphy,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/i5vi-uphy', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:11:18.000Z', u'id': u'i5vi-uphy', u'createdAt': u'2018-06-26T07:09:00.000Z', u'description': u'The Rodent Research-3 (RR-3) mission was sponsored by the pharmaceutical company Eli Lilly and Co. and the Center for the Advancement of Science in Space to study the effectiveness of a potential countermeasure for the loss of muscle and bone mass that occurs during spaceflight. Twenty BALB/c 18-weeks old female mice (ten controls and ten treated) were flown to the ISS and housed in the AEM-X habitat for 39-42 days. Twenty mice of similar age sex and strain were used for ground controls housed in identical hardware and matching ISS environmental conditions. Basal controls were housed in standard vivarium cages. Spaceflight ground controls and basal groups had blood collected then were euthanized had one hind limb removed and finally whole carcasses were stored at -80 C until dissection. All mice in this data set received only the control/sham injection.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:11:18.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Rodent Research-3-CASIS: Mouse eye transcriptomic and proteomic data', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:09:00.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-162', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-162', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'protein extraction', u'nucleic acid extraction', u'library construction', u'nucleic acid sequencing', u'labeling', u'mass spectrometry', u'data transformation', u'spike-in control protocol', u'sample collection', u'spike-in control', u'microgravity', u'treatment'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Rodent-Research-3-CASIS-Mouse-eye-transcriptomic-a/i5vi-uphy', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 254,data.nasa.gov,pvt4-z2q9,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/pvt4-z2q9', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:41:43.000Z', u'id': u'pvt4-z2q9', u'createdAt': u'2018-06-26T06:34:34.000Z', u'description': u'Unknown', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:41:43.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MRO MARS CLIMATE SOUNDER LEVEL 5 DDR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:34:34.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mro-m-mcs-5-ddr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MRO-M-MCS-5-DDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mro-m-mcs-5-ddr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars reconnaissance orbiter', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MRO-MARS-CLIMATE-SOUNDER-LEVEL-5-DDR-V1-0/pvt4-z2q9', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 255,data.nasa.gov,wgmf-7e4b,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/wgmf-7e4b', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:41:57.000Z', u'id': u'wgmf-7e4b', u'createdAt': u'2018-06-26T07:00:39.000Z', u'description': u'This data set contains images of the Deep Space 1 target, comet 19P/Borrelly, and derived photometry from five consecutive nights of observing over 28 July - 1 August 2000. The observations were made using the 1.5m telescope of the Cerro Tololo Interamerican Observatory using the CFCCD camera mounted at the f/7.5 focus. The detector used was a Tek2K, yielding a plate scale of 0.4334 arcseconds/pixel. The photometric and lightcurve results were presented in Mueller and Samarasinha (2002).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:41:57.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CTIO IMAGES OF 19P/BORRELLY WITH PHOTOMETRY', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:00:39.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-c-cfccd-5-rdr-ctio-borr-photom-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-C-CFCCD-5-RDR-CTIO-BORR-PHOTOM-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-c-cfccd-5-rdr-ctio-borr-photom-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'19p/borrelly 1 (1904 y2)', u'calibration field', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CTIO-IMAGES-OF-19P-BORRELLY-WITH-PHOTOMETRY/wgmf-7e4b', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 256,data.nasa.gov,wh33-m9xn,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/wh33-m9xn', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:29:14.000Z', u'id': u'wh33-m9xn', u'createdAt': u'2018-06-26T06:56:42.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:29:14.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PVO VENUS SC POSITION DERIVED VSO COORDS 12 SECOND VER1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:56:42.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.pvo-v-oefd-3--efield-hires-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=PVO-V-OEFD-3--EFIELD-HIRES-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.pvo-v-oefd-3--efield-hires-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'venus', u'pioneer venus'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PVO-VENUS-SC-POSITION-DERIVED-VSO-COORDS-12-SECOND/wh33-m9xn', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 257,data.nasa.gov,xbys-z4bp,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,13,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/xbys-z4bp', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:33:57.000Z', u'id': u'xbys-z4bp', u'createdAt': u'2018-06-26T06:59:35.000Z', u'description': u'This data set provides energetic (MeV) ion count rates and events measured by the Heavy Ion Counter (HIC) instrument on the Galileo spacecraft. These data are derived from high time resolution raw data that were recorded to tape and then played back later in the orbit. There are two basic types of data files associated with the full-rate reduced data: Detector Count Rates and Events (Pulse Heights).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:33:57.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'GO JUP HIC HIGHRES ENERGETIC ION COUNT RATE V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 13, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.8073549220576037, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:59:35.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-j-hic-3-rdr-highres-countrate-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GO-J-HIC-3-RDR-HIGHRES-COUNTRATE-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-j-hic-3-rdr-highres-countrate-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'callisto', u'galileo', u'jupiter', u'io plasma torus', u'amalthea', u'europa', u'ganymede', u'io'], u'categories': [u'public safety'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GO-JUP-HIC-HIGHRES-ENERGETIC-ION-COUNT-RATE-V1-0/xbys-z4bp', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 258,data.nasa.gov,xgjn-2vgc,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,22,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/xgjn-2vgc', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:32:22.000Z', u'id': u'xgjn-2vgc', u'createdAt': u'2018-06-26T06:25:42.000Z', u'description': u'The PHX METEOROLOGICAL DATA product contains calibrated temperature and pressure data. The temperature data was collected at 250, 500 and 1000mm above the Phoenix Lander deck, and the pressure data was collected at (nearly) the height of the Lander deck. Nominally the data was collected at 2 sec resolution, but is also provided at 512 sec averages (with distribution statistics). Owing to the placement of a heater near the pressure sensor, a corrected set of values was required, and is provided for the pressure data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:32:22.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'PHOENIX MARS METEOROLOGICAL PRESSURE / TEMPERATURE RDR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 22, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 4.523561956057013, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:25:42.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.phx-m-met-3-pt-rdr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=PHX-M-MET-3-PT-RDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.phx-m-met-3-pt-rdr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'phoenix'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PHOENIX-MARS-METEOROLOGICAL-PRESSURE-TEMPERATURE-R/xgjn-2vgc', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 259,data.nasa.gov,77fa-5ja4,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/77fa-5ja4', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:02:03.000Z', u'id': u'77fa-5ja4', u'createdAt': u'2018-09-05T23:02:02.000Z', u'description': u""This data set contains Calibrated data taken by the New Horizons Long Range Reconnaissance Imager instrument during the post-launch checkout mission phase. This is VERSION 3.0 of this data set. During the Launch Phase, LORRI conducted a variety of instrument commissioning activities in preparation for science operations. An extensive series of bias images was collected during the spring and summer of 2006, before the LORRI aperture door was opened. Images were also collected of LORRI's internal lamps. The LORRI aperture door was opened on 2006 August 29, and an extensive series of calibration observations of stars in the open cluster M7 was performed during the next several days. Commissioning test observations were also performed on the planetary targets Jupiter, Uranus, Neptune, and Pluto. The Jovian observations were conducted specifically to test LORRI's ability to perform imaging using exposure times that were short compared to the frame transfer time (i.e., shorter than 13 ms). Some histogram-only solar scattered light observations were performed during a Ralph commissioning test. LORRI V3.0 provides a few updates from LORRI V2.0. The lossy images were recalibrated, including expanding the 'bad' pixel designation of 8x8 boxes affected by the first 34 pixels of header information in the calibrated quality map. Also, updates were made to the documentation and catalog files, primarily to resolve liens from the V2.0 peer review. No new observations were added with Version 3.0."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:02:03.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'NEW HORIZONS \n LORRI POST-LAUNCH CHECKOUT \n CALIBRATED V3.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 1.5849625007211563, u'page_views_last_week': 2, u'page_views_last_month_log': 2.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 3}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:02:02.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-lorri-3-launch-v3.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-X-LORRI-3-LAUNCH-V3.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-lorri-3-launch-v3.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'calibration', u'new horizons'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-LORRI-POST-LAUNCH-CHECKOUT-CALIBRATED/77fa-5ja4', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 260,data.nasa.gov,kwu2-kswz,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/kwu2-kswz', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-08-02T15:24:57.000Z', u'id': u'kwu2-kswz', u'createdAt': u'2018-06-26T06:30:40.000Z', u'description': u""Abstract ======== This data set consists of the MESSENGER GRS calibrated observations (CDRs) and the reduced data product (RDR). The GRS experiment is a gamma ray spectrometer designed to observe spectra of gamma rays emitted from Mercury's surface in the energy range from 0.1 to 10 MeV. There are seven basic GRS CDR data products: the Ge raw spectra data (GRS_CAL_RAW), the anti-coincidence spectra data (GRS_CAL_AC), the shield spectra data (GRS_CAL_SH, GRS_CAL_SH2, GRS_CAL_SH3), the shield count rate (GRS_CAL_SCR) and the engineering data (GRS_ENG). There is one GRS RDR product (GRS_RDR_SUM), a spectral sum of the GRS_CAL_RAW and GRS_CAL_AC spectra."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-08-02T15:24:57.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'homas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MESSENGER E/V/H GRNS 3 GAMMA RAY SPECTROMETER CALIBDATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:30:40.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mess-e-v-h-grns-3-grs-cdr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MESS-E%2FV%2FH-GRNS-3-GRS-CDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mess-e-v-h-grns-3-grs-cdr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'venus', u'mercury', u'messenger', u'earth', u'calibration'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MESSENGER-E-V-H-GRNS-3-GAMMA-RAY-SPECTROMETER-CALI/kwu2-kswz', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 261,data.nasa.gov,p7qn-y63q,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/p7qn-y63q', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:51:28.000Z', u'id': u'p7qn-y63q', u'createdAt': u'2018-06-26T06:16:00.000Z', u'description': u'This data set contains the Galileo spacecraft trajectory data in three coordinate systems commonly used in the analysis of jovian magnetospheric data. These include System III (1965.0), Jupiter Solar Equatorial (JSE), and Jupiter Solar Magnetospheric (JSM) coordinates. The data are sampled every minute inside of 30 Jupiter radii, every ten minutes between 30 and 100 Rj, and every 30 minutes outside of 100 Rj. The data are derived from SPICE SP kernels which are archived at the NAIF Node of the PDS.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:51:28.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'GO JUP POS GLL TRAJECTORY JUPITER CENTERED COORDINATES V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:16:00.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-j-pos-6-sc-traj-jup-coords-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GO-J-POS-6-SC-TRAJ-JUP-COORDS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-j-pos-6-sc-traj-jup-coords-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'europa', u'amalthea', u'io plasma torus', u'jupiter', u'galileo', u'callisto', u'ganymede', u'io'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GO-JUP-POS-GLL-TRAJECTORY-JUPITER-CENTERED-COORDIN/p7qn-y63q', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 262,data.nasa.gov,hhye-hzrs,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/hhye-hzrs', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:52:12.000Z', u'id': u'hhye-hzrs', u'createdAt': u'2018-06-26T06:17:24.000Z', u'description': u'This data set contains the NEAR infrared spectrometer (NIS) data for the CRUISE1 phase. The data set begins on 1996-02-20T00:00:00.000 and ends 1997-06-24T23:59:59.999 . The data are raw telemetry data, provided in engineering units, that have been reformatted into FITS file format (NASA Office of Science and Technology (NOST), 100-1.0). In addition to the raw spectrometer data, a calibration file and algorithm are available. This data set is archived as a set of CDROM images as a part of the NEAR EDR volume set.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:52:12.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'NEAR NIS SPECTRA FOR CRUISE1', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:17:24.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-nis-2-edr-cruise1-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NEAR-A-NIS-2-EDR-CRUISE1-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-nis-2-edr-cruise1-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'solar system', u'near earth asteroid rendezvous'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEAR-NIS-SPECTRA-FOR-CRUISE1/hhye-hzrs', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 263,data.nasa.gov,k3vn-gad5,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,22,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/k3vn-gad5', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:54:22.000Z', u'id': u'k3vn-gad5', u'createdAt': u'2018-06-26T06:19:29.000Z', u'description': u'The THEMIS VIS-RDR data set contains the spatially registered, visible albedo images derived from the projected radiance (VIS-GEO) products. Each image header includes basic parameters describing the observation and image specific details of the processing.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:54:22.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ODYSSEY THEMIS VIS ALB V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 22, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 2.0, u'page_views_total_log': 4.523561956057013, u'page_views_last_month': 3}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:19:29.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ody-m-thm-5-visalb-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=ODY-M-THM-5-VISALB-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ody-m-thm-5-visalb-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'2001 mars odyssey'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ODYSSEY-THEMIS-VIS-ALB-V2-0/k3vn-gad5', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 264,data.nasa.gov,kegv-mjmr,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/kegv-mjmr', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:03:08.000Z', u'id': u'kegv-mjmr', u'createdAt': u'2018-09-05T23:03:07.000Z', u'description': u'NASA s Rodent Research (RR) project is playing a critical role in advancing biomedical research on the physiological effects of space environments. Due to the limited resources for conducting biological experiments aboard the International Space Station (ISS) it is imperative to use crew time efficiently while maximizing high-quality science return. NASA s GeneLab project has as its primary objectives to 1) further increase the value of these experiments using a multi-omics systems biology-based approach and 2) disseminate these data without restrictions to the scientific community. The current investigation assessed viability of RNA DNA and protein extracted from archived RR-1 tissue samples for epigenomic transcriptomic and proteomic assays. During the first RR spaceflight experiment a variety of tissue types were harvested from subjects snap-frozen or RNAlater-preserved and then stored at least a year at -80C after return to Earth. They were then prioritized for this investigation based on likelihood of significant scientific value for spaceflight research. All tissues were made available to GeneLab through the bio-specimen sharing program managed by the Ames Life Science Data Archive and included mouse adrenal glands quadriceps gastrocnemius tibialis anterior extensor digitorum longus soleus eye and kidney. We report here protocols for and results of these tissue extractions and thus the feasibility and value of these kinds of omics analyses. In addition to providing additional opportunities for investigation of spaceflight effects on the mouse transcriptome and proteome in new kinds of tissues our results may also be of value to program managers for the prioritization of ISS crew time for rodent research activities.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:03:08.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'Rodent Research-1 (RR1) NASA Validation Flight: Mouse soleus muscle transcriptomic and epigenomic data', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:03:07.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-104', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-104', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mouse habitation', u'nucleic acid extraction', u'rna sequencing library construction', u'nucleic acid sequencing', u'dna sequencing library construction', u'animal and tissue sampling', u'spaceflight', u'animal husbandry', u'sample collection', u'library construction'], u'categories': [u'public safety'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Rodent-Research-1-RR1-NASA-Validation-Flight-Mouse/kegv-mjmr', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 265,data.nasa.gov,pviu-ivs8,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/pviu-ivs8', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:44:46.000Z', u'id': u'pviu-ivs8', u'createdAt': u'2018-06-26T06:33:26.000Z', u'description': u'The NEAR Eros Radio Science Data Set is a time-ordered collection of raw and partially processed data collected during the NEAR flyby of minor planet 433 Eros.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:44:46.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'NEAR EROS RADIO SCIENCE DATA SET - EROS/FLYBY V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:33:26.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-rss-1-5-eros-flyby-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NEAR-A-RSS-1%2F5-EROS%2FFLYBY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-rss-1-5-eros-flyby-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'near earth asteroid rendezvous', u'eros'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEAR-EROS-RADIO-SCIENCE-DATA-SET-EROS-FLYBY-V1-0/pviu-ivs8', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 266,data.nasa.gov,wwhq-jqsy,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/wwhq-jqsy', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:23:55.000Z', u'id': u'wwhq-jqsy', u'createdAt': u'2018-06-26T06:25:30.000Z', u'description': u""The Ion and Neutral Camera (INCA) obtains remote images of the global distribution of energetic ions for energies from 7 keV/nucleon to 8 MeV/nucleon, discriminated according to energy and mass species (oxygen and hydrogen). To obtain the images, INCA measures the arrival directions, energy and mass species of Energetic Neutral Atoms (ENA's) using the relatively new technique of ENA imaging. INCA also can be commanded to obtain very high sensitivity ion measurements, providing the angular, energy and species distributions of in-situ O and H ions. The Cassini Magnetospheric Imaging Instrument(MIMI) Imaging Neutral Camera (INCA) calibrated data set includes all image data collected from the MIMI Data Processing Unit during the Saturn tour. The original data has been decommutated, decoded, calibrated and further processed by software at the Applied Physics Laboratory (APL). The calibrated image data is provided in three forms: an averaged form where the original image N x N pixel images pixels intensity are averaged to a single value for one species and time-of-flight (TOF) combination, browse images which display rows and columns of images for one species and TOF combination, and movies which display averaged ENA image skymaps. Calibration of INCA data has been described fully in the Cassini/MIMI Data User Guide. [VANDEGRIFFETAL2012] This data set should be among the first used by a user of any of the MIMI INCA archive as it will lead one to information required to search for more detailed or highly specialized features in the original data."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:23:55.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CASSINI S MIMI INCA SENSOR CALIBRATED DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:25:30.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-mimi-4-inca-calib-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-S-MIMI-4-INCA-CALIB-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-mimi-4-inca-calib-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'cassini-huygens', u'saturn'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-S-MIMI-INCA-SENSOR-CALIBRATED-DATA-V1-0/wwhq-jqsy', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 267,data.nasa.gov,xuqe-zc2f,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/xuqe-zc2f', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:03:32.000Z', u'id': u'xuqe-zc2f', u'createdAt': u'2018-06-26T07:10:37.000Z', u'description': u'NASA s Rodent Research (RR) project is playing a critical role in advancing biomedical research on the physiological effects of space environments. Due to the limited resources for conducting biological experiments aboard the International Space Station (ISS) it is imperative to use crew time efficiently while maximizing high-quality science return. NASA s GeneLab project has as its primary objectives to 1) further increase the value of these experiments using a multi-omics systems biology-based approach and 2) disseminate these data without restrictions to the scientific community. The current investigation assessed viability of RNA DNA and protein extracted from archived RR-1 tissue samples for epigenomic transcriptomic and proteomic assays. During the first RR spaceflight experiment a variety of tissue types were harvested from subjects snap-frozen or RNAlater-preserved and then stored at least a year at -80C after return to Earth. They were then prioritized for this investigation based on likelihood of significant scientific value for spaceflight research. All tissues were made available to GeneLab through the bio-specimen sharing program managed by the Ames Life Science Data Archive and included mouse adrenal glands quadriceps gastrocnemius tibialis anterior extensor digitorum longus soleus eye and kidney. We report here protocols for and results of these tissue extractions and thus the feasibility and value of these kinds of omics analyses. In addition to providing additional opportunities for investigation of spaceflight effects on the mouse transcriptome and proteome in new kinds of tissues our results may also be of value to program managers for the prioritization of ISS crew time for rodent research activities.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:03:32.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Rodent Research-1 (RR1) NASA Validation Flight: Mouse soleus muscle transcriptomic and epigenomic data', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:10:37.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-104', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-104', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'nucleic acid sequencing', u'sample collection', u'microgravity', u'library construction', u'animal and tissue sampling', u'rna library construction', u'dna library construction', u'nucleic acid extraction'], u'categories': [u'public safety'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Rodent-Research-1-RR1-NASA-Validation-Flight-Mouse/xuqe-zc2f', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 268,data.nasa.gov,sqqj-9bmz,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,81,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/sqqj-9bmz', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T17:54:49.000Z', u'id': u'sqqj-9bmz', u'createdAt': u'2018-06-26T03:30:37.000Z', u'description': u'The CO2 Virtual Data Environment is a comprehensive effort at bringing together the models, data, and tools necessary to perform research on atmospheric CO2.This site presents web-based discovery and access resources designed to streamline the process of accessing relevant global and regional carbon dioxide data sets. Furthermore, this site provides tools for conversion, manipulation, and transformation of the data to facilitate research.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T17:54:49.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'robert.granat@jpl.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CO2 Virtual Science Data Environment API', u'columns_field_name': [], u'page_views': {u'page_views_total': 81, u'page_views_last_week_log': 2.0, u'page_views_last_week': 3, u'page_views_last_month_log': 3.1699250014423126, u'page_views_total_log': 6.357552004618085, u'page_views_last_month': 8}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T03:30:37.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:robert.granat@jpl.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://data.nasa.gov/developer'], u'key': u'Common-Core_References'}, {u'value': u'API-4', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://co2.jpl.nasa.gov/developer/grid_api', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'2015-11-30T00:00:00.000Z', u'key': u'Common-Core_Issued'}, {u'value': u'Robert Granat', u'key': u'Common-Core_Contact-Name'}, {u'value': u'API-4', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'gosat', u'co2', u'tes', u'oco', u'api', u'airs', u'tccon'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CO2-Virtual-Science-Data-Environment-API/sqqj-9bmz', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 269,data.nasa.gov,gbes-mmw8,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,81,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/gbes-mmw8', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:03:18.000Z', u'id': u'gbes-mmw8', u'createdAt': u'2018-09-05T23:03:18.000Z', u'description': u'Worms spun at higher than normal g values for 4 days on 20G centrifuge vs. worms kept at 1 X G. Both are mixed stage cultures. A stimulus or stress experiment design type is where that tests response of an organism(s) to stress/stimulus. e.g. osmotic stress behavioral treatment Physical Characteristics: worms kept at increased g values for 4 days (x g value) stimulus_or_stress_design', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:03:18.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'Worms spun in centrifuge at elevated g values', u'columns_field_name': [], u'page_views': {u'page_views_total': 81, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 2.584962500721156, u'page_views_total_log': 6.357552004618085, u'page_views_last_month': 5}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:03:18.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-190', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-190', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'array scanning protocol', u'p-gse38877-3', u'nucleic acid extraction protocol', u'sample treatment protocol', u'hybridization protocol', u'labelling protocol', u'p-gse38877-2', u'p-gse38877-5', u'p-gse38877-4', u'p-gse38877-1', u'normalization data transformation protocol', u'p-gse38877-6', u'gravity altered'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Worms-spun-in-centrifuge-at-elevated-g-values/gbes-mmw8', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 270,data.nasa.gov,4pz7-cvdz,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,76,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/4pz7-cvdz', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-08-02T15:24:32.000Z', u'id': u'4pz7-cvdz', u'createdAt': u'2018-06-26T22:17:06.000Z', u'description': u'This data set contains raw magnetic field data acquired by the Galileo Orbiter magnetometer at Jupiter. The data set covers the time period from 1995-11-06T00:21:30 UT (Jupiter approach) until the end of mission (March 2003). The raw magnetometer data set includes various forms of data: recorded high time resolution, real-time survey (RTS), optimal averager (opt/avg), snapshot, and the calibration parameters required to generate processed data products. In addition corrected rotor angles and spacecraft relative clock and cone angles are provided to simplify future calibration and reprocessing of the data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-08-02T15:24:32.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'homas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'GALILEO ORBITER JUPITER RAW MAGNETOMETER DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 76, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 2.0, u'page_views_total_log': 6.266786540694902, u'page_views_last_month': 3}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T22:17:06.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-j-mag-2-redr-raw-data-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GO-J-MAG-2-REDR-RAW-DATA-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-j-mag-2-redr-raw-data-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'amalthea', u'galileo', u'jupiter', u'io plasma torus', u'callisto', u'europa', u'ganymede', u'io'], u'categories': [u'infrastructure'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GALILEO-ORBITER-JUPITER-RAW-MAGNETOMETER-DATA-V1-0/4pz7-cvdz', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 271,data.nasa.gov,y9ba-7a69,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,31,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/y9ba-7a69', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:51:32.000Z', u'id': u'y9ba-7a69', u'createdAt': u'2018-06-26T06:34:04.000Z', u'description': u'Voyager 2 plasma data of the solar wind, 1 hour averages.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:51:32.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'VOYAGER 2 SOLAR WIND PLS 1 HOUR\n AVERAGES V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 31, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 3.1699250014423126, u'page_views_total_log': 5.0, u'page_views_last_month': 8}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:34:04.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-ss-pls-4-summ-1hr-avg-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG2-SS-PLS-4-SUMM-1HR-AVG-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-ss-pls-4-summ-1hr-avg-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'voyager'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VOYAGER-2-SOLAR-WIND-PLS-1-HOUR-AVERAGES-V1-0/y9ba-7a69', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 272,data.nasa.gov,hv7d-4via,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,77,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/hv7d-4via', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-08-02T15:35:20.000Z', u'id': u'hv7d-4via', u'createdAt': u'2018-06-26T06:11:34.000Z', u'description': u""This dataset represents multiple products archived at the multiple archive centers for the MODIS (Moderate Resolution Imaging Spectroradiometer) instrument aboard the Terra Satellite. This dataset is provided by NASA EOSDIS as a single point of entry for this suite of products. The provided access URL is link to EOSDIS's Earthdata Search tool with a pre-populated query that will bring up all products archived by EOSDIS with imagery provided by the MODIS instrument on Aqua."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-08-02T15:35:20.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'support@earthdata.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Moderate Resolution Imaging Spectroradiometer (MODIS) - Terra', u'columns_field_name': [], u'page_views': {u'page_views_total': 77, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 2.321928094887362, u'page_views_total_log': 6.285402218862249, u'page_views_last_month': 4}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:11:34.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:support@earthdata.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://lpdaac.usgs.gov/dataset_discovery/modis'], u'key': u'Common-Core_References'}, {u'value': u'-180.0, -90.0, 180.0, 90.0', u'key': u'Common-Core_Geographic-Coverage'}, {u'value': u'MODIS_TERRA_NASA_EOSDIS', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'EOSDIS', u'key': u'Common-Core_Publisher'}, {u'value': [u'geospatial'], u'key': u'Common-Core_Theme'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Earthdata User Services', u'key': u'Common-Core_Contact-Name'}, {u'value': u'MODIS_TERRA_NASA_EOSDIS', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'imagery theme', u'atmospheric water vapor', u'land temperature', u'sea ice', u'snow/ice', u'surface radiative properties', u'atmospheric radiation', u'aerosols', u'oceans', u'hydrosphere', u'cryosphere', u'atmosphere', u'land surface', u'earth science', u'clouds', u'national geospatial data asset', u'ngda'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Moderate-Resolution-Imaging-Spectroradiometer-MODI/hv7d-4via', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 273,data.nasa.gov,dx8w-df4u,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,73,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/dx8w-df4u', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:09:14.000Z', u'id': u'dx8w-df4u', u'createdAt': u'2018-06-26T07:08:17.000Z', u'description': u'This collection of asteroid masses and densities was compiled from the published literature by Jim Baer, Steve Chesley, and Dan Britt. Size and shape information are included as well to show the source of the tabulated bulk density. This is the version of the compilation as of April 18, 2012.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:09:14.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ASTEROID MASSES V3.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 73, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 2.0, u'page_views_total_log': 6.209453365628951, u'page_views_last_month': 3}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:08:17.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-compil-5-astmass-v3.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-COMPIL-5-ASTMASS-V3.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-compil-5-astmass-v3.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'asteroid', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ASTEROID-MASSES-V3-0/dx8w-df4u', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 274,data.nasa.gov,fujv-u8rf,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,70,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/fujv-u8rf', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:03:13.000Z', u'id': u'fujv-u8rf', u'createdAt': u'2018-09-05T23:03:12.000Z', u'description': u'Our study focuses on the hardiest microorganisms inhabiting the ISS in order to assess their diversity and capabilities to resist certain stresses. We specifically selected dust samples from the Russian modules that were obtained 8-10 years ago and stored since then under sealed conditions on Earth. Targeting long-time survivors and spore-forming microorganisms we assessed consequently the cultivable microbial community of these samples in order to obtain model microbial strains that could help to analyze specific adaptation towards environmental stresses such as desiccation and lack of nutrients. In this study we analyzed these microorganisms with respect to their resistance towards thermal stress and exposure to clinically relevant antibiotics. In addition we assessed the bacterial and archaeal community via molecular methods (NGS sequencing) and compared our new data with the previously derived information from the ISS microbiome.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:03:13.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'Analysis of dust samples from the Russian part of the ISS', u'columns_field_name': [], u'page_views': {u'page_views_total': 70, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 2.0, u'page_views_total_log': 6.149747119504682, u'page_views_last_month': 3}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:03:12.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-126', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-126', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'library construction', u'nucleic acid extraction', u'environmental stress', u'microgravity', u'sample collection', u'sequence analysis data transformation', u'nucleic acid sequencing'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Analysis-of-dust-samples-from-the-Russian-part-of-/fujv-u8rf', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 275,data.nasa.gov,jxhy-6hht,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/jxhy-6hht', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:42:51.000Z', u'id': u'jxhy-6hht', u'createdAt': u'2018-06-26T07:03:34.000Z', u'description': u'Abstract ======== This data set consists of the MESSENGER Mercury Laser Altimeter (MLA) uncalibrated observations, also known as Experiment Data Records, or EDRs. The MLA is a solid-state pulsed laser that measures the distance between the spacecraft and the surface of Mercury. There are three EDR data products, MLASCIENCERAW, MLASTATUS, and MLAHDIAGNOSTIC, including the laser ranges, instrument status, and hardware diagnostic information.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:42:51.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MESSENGER E/V/H MERCURY LASER ALTIMETER 2 EDR RAW DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:03:34.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mess-e-v-h-mla-2-edr-rawdata-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MESS-E%2FV%2FH-MLA-2-EDR-RAWDATA-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mess-e-v-h-mla-2-edr-rawdata-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'earth', u'calibration', u'mercury', u'venus', u'messenger'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MESSENGER-E-V-H-MERCURY-LASER-ALTIMETER-2-EDR-RAW-/jxhy-6hht', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 276,data.nasa.gov,qkag-p4m4,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/qkag-p4m4', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:04:02.000Z', u'id': u'qkag-p4m4', u'createdAt': u'2018-06-26T07:06:06.000Z', u'description': u""Dust Impact Detection System (DIDSY) consists of six independent subsystems with the primary aim of registering the impacts of all particulates of significant mass incident on the probe during the post-perihelion encounter with Comet Halley in 1986. Mounted on Giotto's front dust shield, the detectors will determine the mass spectrum of the dust, with a limiting sensitivity of some 10^^-17^^ g, increasing to the largest grain masses encountered along Giotto's trajectory through the cometary environment with an ultimate spatial resolution of some 70 km. An additional detector is located on the rear shield to monitor those dust particles (m > ~ 5 X 10^^-7^^ g) that are able to penetrate the front dust shield. An ambient plasma monitor is also incorporated into DIDSY to measure the inJpact plasma generated by both dust and gas impacts on the spacecraft. The system is controlled and its data processed by a microprocessor-based system that allows the wide range of anticipated impact rates (varying from a few per minute, to ~ 10^6 s^^-1^^ at closest approach) to be handled. The instrument weighs 2.26 kg and consumes 1.9 W of power during normal operation."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:04:02.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'GIOTTO DUST IMPACT DETECTOR SYSTEM DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:06:06.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.gio-c-did-3-rdr-halley-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GIO-C-DID-3-RDR-HALLEY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.gio-c-did-3-rdr-halley-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'giotto', u'halley'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GIOTTO-DUST-IMPACT-DETECTOR-SYSTEM-DATA-V1-0/qkag-p4m4', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 277,data.nasa.gov,rtwu-5nui,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,32,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/rtwu-5nui', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:07:07.000Z', u'id': u'rtwu-5nui', u'createdAt': u'2018-06-25T20:37:56.000Z', u'description': u'The Aerosol Robotic Network (AERONET), developed to sustain atmospheric studies at various scales with measurements from worldwide distributed autonomous sun-photometers has been extended to support marine applications. This new network component called AERONET \u2013 Ocean Color (AERONET-OC), provides the additional capability of measuring the radiance emerging from the sea (i.e., water-leaving radiance) with modified sun-photometers installed on offshore platforms like lighthouses, oceanographic and oil towers. AERONET-OC is instrumental in satellite ocean color validation activities through standardized measurements a) performed at different sites with a single measuring system and protocol, b) calibrated with an identical reference source and method, and c) processed with the same code.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:07:07.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'Brent.N.Holben@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'AERONET-OCEAN COLOR', u'columns_field_name': [], u'page_views': {u'page_views_total': 32, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 5.044394119358453, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:37:56.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:Brent.N.Holben@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'http://aeronet.gsfc.nasa.gov/new_web/units-ocean.html', u'key': u'Common-Core_Described-By'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2002-01-01/2014-01-01', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': [u'http://aeronet.gsfc.nasa.gov/new_web/Documents/Feb232011.zip', u'http://aeronet.gsfc.nasa.gov/new_web/Documents/Feb242011.zip'], u'key': u'Common-Core_References'}, {u'value': u'Global', u'key': u'Common-Core_Geographic-Coverage'}, {u'value': u'NASA-0000007__1', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'http://aeronet.gsfc.nasa.gov/new_web/ocean_color.html', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Brent Holben', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000007__1', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'clouds', u'earth science', u'satellite', u'radiation', u'precipitable water', u'aerosols', u'inversions'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/AERONET-OCEAN-COLOR/rtwu-5nui', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 278,data.nasa.gov,fvru-hhxa,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,38,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/fvru-hhxa', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:02:40.000Z', u'id': u'fvru-hhxa', u'createdAt': u'2018-09-05T23:02:39.000Z', u'description': u'This data set contains archival raw, partially processed, and ancillary/supporting gravity science data acquired during the Juno Jupiter orbits starting in July 2016. The radio observations were carried out using the Juno spacecraft and Earth-based receiving stations of the NASA Deep Space Network (DSN). The data set was designed primarily to determine the gravitational field of Jupiter. Of most interest are likely to be the Orbit Data Files in the ODF directory, which provided the raw input to gravity investigations, as well as the tropospheric media calibration file produced by the Advanced Media Calibration (AMC) system.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:02:40.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'JUNO JUPITER RAW GRAVITY\n SCIENCE 1 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 38, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 5.285402218862249, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:02:39.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.jno-j-rss-1-jugr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=JNO-J-RSS-1-JUGR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.jno-j-rss-1-jugr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'juno', u'jupiter'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/JUNO-JUPITER-RAW-GRAVITY-SCIENCE-1-V1-0/fvru-hhxa', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 279,data.nasa.gov,tngu-vb3z,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,37,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/tngu-vb3z', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T17:57:05.000Z', u'id': u'tngu-vb3z', u'createdAt': u'2018-06-26T03:31:04.000Z', u'description': u'The Satellite Situation Center (SSC) web services allow a software developer to use portions of the SSC software in their own applications. SSC is a system to cast geocentric spacecraft location information into a framework of (empirical) geophysical regions and mappings of spacecraft locations along lines of the Earth\u2019s magnetic field. This capability is one key to mission science planning (both single missions and coordinated observations of multiple spacecraft with ground-based investigations) and to subsequent multi-mission data analysis.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T17:57:05.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'robert.e.mcguire@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'SSC RESTful Web Services API', u'columns_field_name': [], u'page_views': {u'page_views_total': 37, u'page_views_last_week_log': 1.5849625007211563, u'page_views_last_week': 2, u'page_views_last_month_log': 2.321928094887362, u'page_views_total_log': 5.247927513443585, u'page_views_last_month': 4}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T03:31:04.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:robert.e.mcguire@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://data.nasa.gov/developer'], u'key': u'Common-Core_References'}, {u'value': u'API-35', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'http://sscweb.gsfc.nasa.gov/WebServices/REST/', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'2015-11-30T00:00:00.000Z', u'key': u'Common-Core_Issued'}, {u'value': u'Robert McGuire', u'key': u'Common-Core_Contact-Name'}, {u'value': u'API-35', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'gis', u'api', u'satellite trajectory', u'maps'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/SSC-RESTful-Web-Services-API/tngu-vb3z', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 280,data.nasa.gov,hbw6-dii9,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,36,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/hbw6-dii9', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:32:01.000Z', u'id': u'hbw6-dii9', u'createdAt': u'2018-06-26T06:57:15.000Z', u'description': u'This archive contains digital elevation models (DEMs) of the lunar south pole. Elevation data at 200 pixels per degree of latitude (~150 m spatial resolution) were obtained with radar interferometry from the Goldstone Solar System Radar and calibrated with Lunar Reconnaissance Orbiter laser altimetry data. Elevations are given in meters with respect to a 1737.4 km sphere.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:32:01.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'GOLDSTONE MOON DSS14/DSS13/DSS15/DSS25 5 ALTIMETRY V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 36, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 3.0, u'page_views_total_log': 5.20945336562895, u'page_views_last_month': 7}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:57:15.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.gdscc-l-dss14-dss13-dss15-dss25-5-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GDSCC-L-DSS14%2FDSS13%2FDSS15%2FDSS25-5-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.gdscc-l-dss14-dss13-dss15-dss25-5-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'moon'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GOLDSTONE-MOON-DSS14-DSS13-DSS15-DSS25-5-ALTIMETRY/hbw6-dii9', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 281,data.nasa.gov,f7v5-xwwf,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,30,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/f7v5-xwwf', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:20:49.000Z', u'id': u'f7v5-xwwf', u'createdAt': u'2018-06-26T06:53:14.000Z', u'description': u'This PDS data set represents a compilation of published diameters, optical albedos, near-infrared albedos, and beaming parameters for minor planets detected by NEOWISE during the fully cryogenic, 3-band cryo, post-cryo and NEOWISE-Reactivation Year 1 operations. It contains data covering near-Earth asteroids, Main Belt asteroids, active Main Belt objects, Hildas, Jupiter Trojans, Centaurs, and Jovian and Saturnian irregular satellites. Methodology for physical property determination is described in the referenced articles.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:20:49.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'NEOWISE DIAMETERS AND ALBEDOS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 30, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 2.807354922057604, u'page_views_total_log': 4.954196310386876, u'page_views_last_month': 6}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:53:14.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-compil-5-neowisediam-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-COMPIL-5-NEOWISEDIAM-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-compil-5-neowisediam-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'satellite', u'support archives', u'asteroid'], u'categories': [u'infrastructure'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEOWISE-DIAMETERS-AND-ALBEDOS-V1-0/f7v5-xwwf', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 282,data.nasa.gov,ch3f-w7ex,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,31,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ch3f-w7ex', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:03:16.000Z', u'id': u'ch3f-w7ex', u'createdAt': u'2018-09-05T23:03:15.000Z', u'description': u'One of the most likely risks astronauts on long duration space missions face is exposure to ionizing radiation associated with highly energetic and charged heavy (HZE) particles. Since access to medical expertise on such a mission is limited at best early diagnosis and mitigation of such exposure is critical. In order to accurately determine the dosage within 1 hour post-exposure dose-dependent biomarkers are needed. Therefore we performed a dose-course transcriptional analysis for radiation exposure at 0 0.3 1.5 and 3.0 Gy with corresponding time point at 1 hour (hr) post-exposure using Affymetrix GeneChip Human Gene 1.0 ST v1 Array chips. The analysis of our data suggests a set of sensitive genetic biomarkers specific to each radiation level as well as generic radiation response biomarkers. Upregulated biomarkers can then be used within lab-on-a-chip (LOC) systems to detect exposure to ionizing radiation. A total of sixteen human samples representing radiation exposure at levels 0 Gy 0.3 Gy 1.5 Gy and 3.0 Gy at time point 1 hour (hr) post-exposure were constructed. Blood samples were extracted from four human volunteers and were irradiated. Leukocytes were extracted and gene expression was measured. Samples for all four volunteers were measured at 1 hr for all four dose levels resulting in four replicates at each dose level. Thus a total of 4 samples at each of the four radiation levels were sampled yielding the total of 16 samples.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:03:16.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'Immediate Transcriptional Changes in Response to High Dose Radiation Exposure', u'columns_field_name': [], u'page_views': {u'page_views_total': 31, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 2.0, u'page_views_total_log': 5.0, u'page_views_last_month': 3}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:03:15.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-71', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-71', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'sample treatment protocol', u'radiation dosage', u'normalization data transformation', u'array scanning protocol', u'nucleic acid hybridization', u'labeling protocol', u'nucleic acid extraction protocol', u'growth protocol', u'p-gse64375-2', u'p-gse64375-1', u'p-gse64375-7', u'p-gse64375-6', u'p-gse64375-5', u'p-gse64375-4', u'p-gse64375-3'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Immediate-Transcriptional-Changes-in-Response-to-H/ch3f-w7ex', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 283,data.nasa.gov,2miz-qf5n,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,30,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/2miz-qf5n', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-08-02T15:24:19.000Z', u'id': u'2miz-qf5n', u'createdAt': u'2018-06-26T22:17:09.000Z', u'description': u'This data set contains hourly RMS averages and peaks of calibrated electric field measurements taken by the spectrum analyzer component of the Plasma Wave System (PWS) onboard Voyager 2 for the entire mission. Most noise spikes were removed prior to processing in order to provide more reliable values. Each record contains the spacecraft event time at the beginning of the processed hour, 16 RMS electric field averages corresponding to the 16 frequency channels of the instrument ranging from 50 Hz to 10 kHz, and 16 maximum values in the same units for the same frequencies.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-08-02T15:24:19.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'homas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'VG2 J/S/U/N/SS PWS RESAMP SPECTRUM ANALYZER HOUR AVG V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 30, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 2.0, u'page_views_total_log': 4.954196310386876, u'page_views_last_month': 3}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T22:17:09.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-j-s-u-n-ss-pws-4-summ-sa1hour-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG2-J%2FS%2FU%2FN%2FSS-PWS-4-SUMM-SA1HOUR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-j-s-u-n-ss-pws-4-summ-sa1hour-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'voyager', u'saturn', u'solar system', u'jupiter'], u'categories': [u'environment'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG2-J-S-U-N-SS-PWS-RESAMP-SPECTRUM-ANALYZER-HOUR-A/2miz-qf5n', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 284,data.nasa.gov,wen6-kngn,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,29,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/wen6-kngn', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:21:24.000Z', u'id': u'wen6-kngn', u'createdAt': u'2018-06-25T20:46:11.000Z', u'description': u'Earth Science data access made simple. The goal of the Earth Surface and Interior focus area is to assess, mitigate and forecast the natural hazards that affect society, including earthquakes, landslides, coastal and interior erosion, floods and volcanic eruptions.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:21:24.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'Steven.J.Kempler@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Mirador - Earth Surface and Interior', u'columns_field_name': [], u'page_views': {u'page_views_total': 29, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 4.906890595608519, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:46:11.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:Steven.J.Kempler@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'NASA-0000101', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'http://mirador.gsfc.nasa.gov/cgi-bin/mirador/presentNavigation.pl?tree=scienceArea&scienceArea=Earth%20Surface%20and%20Interior', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Steven Kempler', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000101', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'land temperature', u'terrestrial water', u'ges disc', u'trace gases', u'snow', u'rain', u'mirador', u'earth science', u'geodata', u'soil', u'ice'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Mirador-Earth-Surface-and-Interior/wen6-kngn', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 285,data.nasa.gov,rfcf-4iyr,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,24,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/rfcf-4iyr', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:03:56.000Z', u'id': u'rfcf-4iyr', u'createdAt': u'2018-06-26T06:38:39.000Z', u'description': u'The Galileo Probe Energetic Particles Investigation (EPI) Raw Data Set contains two tables of the EPI raw data values sorted by sampling time. The counter table contains the raw counter values as measured and the countrate table contains the countrates as derived from counter values, but without any correction. The tables are split into omnidirectional and sectorized data. The distance to Jupiter is given in Jupiter radii, Rj, and was derived from the Probe trajectory data. The time of probe entry is taken to be 1995-12-07T22:04:44Z when the probe reached an altitude of 450 km above the 1 bar pressure level.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:03:56.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'GALILEO PROBE EPI RAW DATA SET', u'columns_field_name': [], u'page_views': {u'page_views_total': 24, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 3.4594316186372978, u'page_views_total_log': 4.643856189774724, u'page_views_last_month': 10}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:38:39.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.gp-j-epi-3-entry-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GP-J-EPI-3-ENTRY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.gp-j-epi-3-entry-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'jupiter', u'galileo'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GALILEO-PROBE-EPI-RAW-DATA-SET/rfcf-4iyr', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 286,data.nasa.gov,xzag-h2d8,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,26,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/xzag-h2d8', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T05:45:12.000Z', u'id': u'xzag-h2d8', u'createdAt': u'2018-06-25T20:54:32.000Z', u'description': u""The TWMS specification is a custom extension to the OGS WMS standard developed by the NASA Jet Propulsion Laboratory. Similar to the OGC WMTS specification, TWMS introduces a 'tiled' approach to imagery requests so that tiles may be pre-generated and cached for fast response. Unlike WMTS, the TWMS standard retains the usage of requests containing geographic coordinates for imagery. However, it only responds to a limited number of predefined geographic regions, creating a gridded access pattern."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T05:45:12.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'ryan.a.boller@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'GIBS Tiled Web Mapping Service (TWMS)', u'columns_field_name': [], u'page_views': {u'page_views_total': 26, u'page_views_last_week_log': 1.5849625007211563, u'page_views_last_week': 2, u'page_views_last_month_log': 3.0, u'page_views_total_log': 4.754887502163469, u'page_views_last_month': 7}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:54:32.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:ryan.a.boller@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'NASA-424', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://wiki.earthdata.nasa.gov/display/GIBS/GIBS+API+for+Developers#GIBSAPIforDevelopers-TiledWebMapService%28TWMS%29', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Ryan Boller', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-424', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'twms', u'maps', u'digital', u'geography', u'imagery', u'tiles'], u'categories': [u'environment'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GIBS-Tiled-Web-Mapping-Service-TWMS-/xzag-h2d8', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 287,data.nasa.gov,w2in-8crh,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,25,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/w2in-8crh', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T03:28:21.000Z', u'id': u'w2in-8crh', u'createdAt': u'2018-06-26T06:19:48.000Z', u'description': u'This data set contains visible-wavelength (0.435-0.925 micron) spectra for 1341 main-belt asteroids observed during the second phase of the Small Main-belt Asteroid Spectroscopic Survey (SMASSII) between August 1993 and March 1999. The purpose of the SMASSII survey was to provide a new basis for studying the compositional diversity and structure of the asteroid belt. Based on experiences gained from the earlier SMASS survey, SMASSII focused on producing an even larger, internally consistent set of CCD spectra for small (D < 20 km) main-belt asteroids. The observing strategies and procedures used during SMASSII roughly parallel those used in the first survey (Xu et al. Icarus 115 1-35, 1995 [XUETAL1995]), though several minor changes were made in instrumentation and in portions of the data reduction process.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T03:28:21.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'SMALL MAIN-BELT ASTEROID SPECTROSCOPIC SURVEY, PHASE II', u'columns_field_name': [], u'page_views': {u'page_views_total': 25, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 2.0, u'page_views_total_log': 4.700439718141093, u'page_views_last_month': 3}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:19:48.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-i0028-4-sbn0001-smassii-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-I0028-4-SBN0001%2FSMASSII-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-i0028-4-sbn0001-smassii-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'6 hebe', u'2035 stearns', u'60 echo', u'2029 binomi', u'2022 west', u'600 musa', u'601 nerthus', u'604 tekmessa', u'2019 van albada', u'201 penelope', u'152 atala', u'support archives', u'2001 einstein', u'200 dynamene', u'20 massalia', u'2 pallas', u'3640 gostin', u'606 brangane', u'6071 sakitama', u'6077 messner', u'6078 burt', u'asteroid 9970', u'asteroid 8516', u'asteroid 8513', u'asteroid 8450', u'asteroid 8334', u'3636 pajdusakova', u'3630 lubomir', u'363 padua', u'1 ceres', u'asteroid 8333', u'asteroid 8008', u'asteroid 7817', u'asteroid 7763', u'asteroid 7604', u'10 hygiea', u'100 hekate', u'1007 pawlowia', u'101 helena', u'3628 boznemcova', u'3627 sayers', u'1998 ws', u'1011 laodamia', u'1014 semphyra', u'1998 titius', u'1997 cz5', u'1996 uk', u'1996 pw', u'1015 christa', u'1016 anitra', u'1017 jacqueline', u'asteroid 7564', u'asteroid 7451', u'10199 chariklo', u'asteroid 7405', u'asteroid 7404', u'asteroid 7402', u'102 miriam', u'1020 arcadia', u'1021 flammario', u'1022 olympiada', u'asteroid 7397', u'asteroid 7304', u'asteroid 7245', u'asteroid 7170', u'asteroid 7110', u'1024 hale', u'1025 riema', u'103 hera', u'1032 pafuri', u'1034 mozartia', u'1039 sonneberga', u'104 klymene', u'61 danae', u'1995 wq5', u'1995 bm2', u'199 byblis', u'1989 tatry', u'198 ampella', u'1977 shura', u'1970 sumeria', u'197 arete', u'1968 mehltretter', u'196 philomela', u'1951 lick', u'195 eurykleia', u'1948 kampala', u'611 valeria', u'6129 demokritos', u'194 prokne', u'1936 lugano', u'1932 jansky', u'1930 lucifer', u'614 pia', u'6146 adamkrafft', u'62 erato', u'622 esther', u'6233 kimura', u'6249 jennifer', u'625 xenia', u'1041 asta', u'1045 michela', u'asteroid 7081', u'asteroid 6907', u'193 ambrosia', u'1929 kollaa', u'asteroid 6906', u'asteroid 6782', u'asteroid 6716', u'asteroid 6704', u'1923 osiris', u'192 nausikaa', u'191 kolga', u'626 notburga', u'627 charis', u'629 bernardina', u'63 ausonia', u'631 philippina', u'1904 massevitch', u'1903 adzhimushkaj', u'1046 edwin', u'1048 feodosia', u'190 ismene', u'19 fortuna', u'1891 gondola', u'189 phthia', u'1888 zu chong-zhi', u'1882 rauma', u'188 menippe', u'105 artemis', u'1052 belgica', u'1055 tynka', u'187 lamberta', u'1860 barbarossa', u'186 celuta', u'1858 lobachevskij', u'1857 parchomenko', u'1856 ruzena', u'185 eunike', u'1848 delvaux', u'633 zelima', u'634 ute', u'6354 vangelis', u'638 moira', u'64 angelina', u'6410 fujiwara', u'642 clara', u'649 josefa', u'65 cybele', u'1056 azalea', u'1058 grubba', u'1847 stobbe', u'106 dione', u'asteroid 6582', u'184 dejopeja', u'1839 ragazza', u'1836 komarov', u'1831 nicholson', u'asteroid 6509', u'1065 amundsenia', u'1830 pogson', u'183 istria', u'182 elsa', u'1069 planckia', u'6500 kodaira', u'653 berenike', u'654 zelinda', u'asteroid 6386', u""6585 o'keefe"", u'6592 goya', u'asteroid 6364', u'asteroid 6283', u'asteroid 6230', u'66 maja', u'181 eucharis', u'1807 slovakia', u'180 garumna', u'18 melpomene', u'107 camilla', u'661 cloelia', u'6669 obi', u'668 dora', u'67 asia', u'670 ottegebe', u'671 carnegia', u'asteroid 6211', u'asteroid 6192', u'1071 brita', u'1076 viola', u'108 hecuba', u'1086 nata', u'1088 mitaka', u'673 edda', u'674 rachele', u'675 ludmilla', u'677 aaltje', u'109 felicitas', u'1094 siberia', u'1098 hakone', u'11 parthenope', u'110 lydia', u'1102 pepita', u'1103 sequoia', u'1799 koussevitzky', u'1798 watts', u'1797 schaumasse', u'1796 riga', u'1104 syringa', u'678 fredegundis', u'679 pax', u'6847 kunz-hallstein', u'1795 woltjer', u'179 klytaemnestra', u'1785 wurm', u'1783 albitskij', u'178 belisana', u'1106 cydonia', u'687 tinette', u'1777 gehrels', u'177 irma', u'1768 appenzella', u'688 melanie', u'1107 lictoria', u'69 hesperia', u'6908 kunimoto', u'699 hela', u'7 iris', u'70 panopaea', u'asteroid 6086', u'asteroid 6005', u'asteroid 5965', u'asteroid 5892', u'asteroid 5840', u'asteroid 5817', u'702 alauda', u'704 interamnia', u'705 erminia', u'asteroid 5732', u'1766 slipher', u'176 iduna', u'1751 herget', u'175 andromache', u'asteroid 5690', u'1747 wright', u'174 phaedra', u'1738 oosterhoff', u'asteroid 5647', u'asteroid 5622', u'111 ate', u'1110 jaroslawa', u'7056 kierkegaard', u'1734 zhongolovich', u'706 hirundo', u'71 niobe', u'712 boliviana', u'713 luscinia', u'1114 lorraine', u'1730 marceline', u'173 ino', u'1729 beryl', u'1726 hoffmeister', u'1724 vladimir', u'172 baucis', u'715 transvaalia', u'716 berkeley', u'718 erida', u'112 iphigenia', u'720 bohlinia', u'7211 xerxes', u'7224 vesnina', u'7225 huntress', u'723 hammonia', u'729 watsonia', u'731 sorga', u'735 marghanna', u'1126 otero', u'1716 peter', u'1715 salli', u'171 ophelia', u'1128 astrid', u'1706 dieckvoss', u'1705 tapio', u'1702 kalahari', u'170 maria', u'17 thetis', u'1695 walbeck', u'1692 subbotina', u'169 zelia', u'113 amalthea', u'1131 porzia', u'1134 kepler', u'1135 colchis', u'asteroid 5588', u'1139 atami', u'114 kassandra', u'asteroid 5563', u'1680 per brahe', u'asteroid 5534', u'asteroid 5510', u'737 arequipa', u'739 mandeville', u'74 galatea', u'741 botolphia', u'168 sibylla', u'167 urda', u'asteroid 5482', u'742 edisona', u'asteroid 5467', u'asteroid 5416', u'asteroid 5407', u'asteroid 5397', u'asteroid 5364', u'asteroid 5348', u'1140 crimea', u'1147 stavropolis', u'1148 rarahu', u'743 eugenisis', u'747 winchester', u'115 thyra', u'asteroid 5329', u'asteroid 5318', u'1152 pawona', u'1155 aenna', u'1667 pels', u'1664 felix', u'1662 hoffmann', u'1660 wood', u'166 rhodope', u'1659 punkaharju', u'1655 comas sola', u'749 malzovia', u'75 eurydike', u'924 toni', u'128 nemesis', u'35 leukothea', u'3498 belton', u'3493 stepanov', u'3491 fridolin', u'349 dembowska', u'348 may', u'3474 linsley', u'3507 vilas', u'346 hermentaria', u'3458 boduognat', u'3451 mentor', u'345 tercidina', u'3443 leetsungdao', u'3440 stampfer', u'3435 boury', u'3430 bradfield', u'342 endymion', u'3417 tamblyn', u'3416 dorrit', u'3511 tsvetaeva', u'352 gisela', u'3526 jeffbell', u'3527 mccord', u'353 ruperto-carola', u'3533 toyota', u'3534 sax', u'3406 omsk', u'3401 vanphilos', u'34 circe', u'3395 jitka', u'3394 banno', u'339 dorothea', u'3389 sinzot', u'3385 bronnina', u'338 budrosa', u'3376 armandhammer', u'3375 amy', u'3371 giacconi', u'337 devosa', u'3367 alex', u'3365 recogne', u'3364 zdenka', u'3363 bowen', u'336 lacadiera', u'335 roberta', u'3349 manas', u'3345 tarkovskij', u'3340 yinhai', u'3320 namba', u'332 siri', u'3317 paris', u'5678 dubridge', u'5649 donnashirley', u'5641 mccleese', u'564 dudu', u'5632 ingelehmann', u'563 suleika', u'5610 balster', u'560 delila', u'3536 schleicher', u'56 melete', u'354 eleonora', u'3542 tanjiazhen', u'5595 roth', u'5591 koyo', u'3545 gaffey', u'3546 atanasoff', u'355 gabriella', u'3563 canterbury', u'3566 levitan', u'3567 alvema', u'3575 anyuta', u'3576 galina', u'358 apollonia', u'3581 alvarez', u'3587 descartes', u'359 georgia', u'3592 nedbal', u'360 carlova', u'3611 dabu', u'3642 frieden', u'3645 fabini', u'3647 dermott', u'365 corduba', u'3654 aas', u'559 nanon', u'5585 parks', u'5576 albanese', u'5565 ukyounodaibu', u'556 phyllis', u'5553 chodas', u'5552 studnicka', u'555 norma', u'554 peraga', u'553 kundry', u'3658 feldman', u'366 vincentina', u'3669 vertinskij', u'3670 northcott', u'3674 erbisbuhl', u'3678 mongmanwai', u'3684 berry', u'3686 antoku', u'3687 dzus', u'37 fides', u'3700 geowilliams', u'3701 purkyne', u'3704 gaoshiqi', u'371 bohemia', u'3710 bogoslovskij', u'3712 kraft', u'3713 pieters', u'372 palma', u'551 ortrud', u'55 pandora', u'5492 thoma', u'5485 kaula', u'547 praxedis', u'545 messalina', u'5448 siebold', u'5438 lorre', u'543 charlotte', u'541 deborah', u'5401 minamioda', u'54 alexandra', u'5392 parker', u'539 pamina', u'5379 abehiroshi', u'5349 paulharris', u'5344 ryabov', u'534 nassovia', u'5333 kanaya', u'5330 senrikyu', u'533 sara', u'532 herculina', u'531 zerlina', u'5294 onnetoh', u'5275 zdislava', u'527 euryanthe', u'3730 hurban', u'3734 waland', u'3737 beckman', u'374 burgundia', u'5261 eureka', u'5243 clasien', u'5242 kenreimonin', u'5240 kwasan', u'5234 sechenov', u'523 ada', u'5222 ioffe', u""3744 horn-d'arturo"", u'375 ursula', u'5214 oozora', u'521 brixia', u'3759 piironen', u'5208 royer', u'376 geometria', u'52 europa', u'5196 bustelli', u'5195 kaendler', u'519 sylvania', u'5184 cavaille-coll', u'516 amherstia', u'5159 burbine', u'515 athalia', u'5142 okutama', u'5134 ebilson', u'5133 phillipadams', u'513 centesima', u'512 taurinensis', u'5111 jacliff', u'511 davida', u'5108 lubeck', u'5103 divis', u'5102 benfranklin', u'51 nemausa', u'5091 isakovskij', u'3762 amaravella', u'509 iolanda', u""5087 emel'yanov"", u'507 laodica', u'5069 tokeidai', u'3767 dimaggio', u'5067 occidental', u'504 cora', u'503 evelyn', u'5010 amenemhet', u'5008 miyazawakenji', u'50 virginia', u'5 astraea', u'377 campania', u'4997 ksana', u'4982 bartini', u'4977 rauthgundis', u'4969 lawrence', u'3775 ellenbeth', u'378 holmia', u'3782 celle', u'379 huenna', u'4968 suzamur', u'496 gryphia', u'4951 iwamoto', u'4950 house', u'3792 preston', u'3796 lene', u'38 leda', u'3800 karayusuf', u'3809 amici', u'4945 ikenozenni', u'4944 kozlovskij', u'381 myrrha', u'494 virtus', u'4923 clarke', u'4917 yurilvovia', u'4910 kawasato', u'491 carina', u'4909 couteau', u'3813 fortov', u'4900 maymelou', u'490 veritas', u'49 pales', u'3819 robinson', u'3824 brendalee', u'3827 zdenekhorsky', u'3829 gunma', u'383 janina', u'3831 pettengill', u'3833 calingasta', u'384 burdigala', u'3841 dicicco', u'3849 incidentia', u'4884 bragaria', u'485 genua', u'4849 ardenne', u'3850 peltier', u'3853 haas', u'3858 dorchester', u'386 siegena', u'3860 plovdiv', u'3861 lorenz', u'3862 agekian', u'387 aquitania', u'3873 roddy', u'388 charybdis', u'3885 bogorodskij', u'3886 shcherbakovia', u'389 industria', u'39 laetitia', u'3900 knezevic', u'3903 kliment ohridski', u'391 ingeborg', u'3910 liszt', u'392 wilhelmina', u'3920 aubignan', u'393 lampetia', u'394 arduina', u'3949 mach', u'395 delia', u'3958 komendantov', u'396 aeolia', u'397 vienna', u'4845 tsubetsu', u'4844 matsuyama', u'484 pittsburghia', u'4839 daisetsuzan', u'4838 billmclaughlin', u'4824 stradonice', u'481 emita', u'4804 pasteur', u'48 doris', u'4796 lewis', u'479 caprera', u'4786 tatianina', u'478 tergeste', u'4774 hobetsu', u'477 italia', u'3314 beals', u'3311 podobed', u'331 etheridgea', u'3309 brorfelde', u'3307 athabasca', u'3306 byron', u'33 polyhymnia', u'3287 olmstead', u'327 columbia', u'3265 fletcher', u'3262 miune', u'3258 somnium', u'3256 daguerre', u'3255 tholen', u'3254 bus', u'3249 musashino', u'3248 farinella', u'3224 irkutsk', u'322 phaeo', u'3216 harrington', u'3214 makarenko', u'321 florentina', u'3209 buchwald', u'32 pomona', u'3198 wallonia', u'3197 weissman', u""3192 a'hearn"", u'3181 ahnert', u'3179 beruti', u'3175 netto', u'3170 dzhanibekov', u'317 roxane', u'3169 ostro', u'3155 lee', u'3151 talbot', u'3137 horky', u'3121 tamines', u'312 pierretta', u'310 margarita', u'31 euphrosyne', u'3096 bezruc', u'3090 tjossem', u'3085 donna', u'308 polyxo', u'3074 popov', u'3971 voronikhin', u'3972 richard', u'3976 lise', u'3065 sarahill', u'3060 delcano', u'306 unitas', u'3040 kozai', u'304 olga', u'398 admete', u'3037 alku', u'3028 zhangguoxi', u'3020 naudts', u'301 bavaria', u'3007 reaves', u'3000 leonardo', u'30 urania', u'3985 raybatson', u'399 persephone', u'4 vesta', u'3 juno', u'2996 bowman', u'2988 korhonen', u'2977 chivilikhin', u'40 harmonia', u'2973 paola', u'2957 tatsuo', u'2956 yeomans', u'4001 ptolemaeus', u'402 chloe', u'403 cyane', u'2955 newburn', u'2953 vysheslavia', u'2952 lilliputia', u'295 theresia', u'2949 kaverznev', u'2934 aristophanes', u'2930 euripides', u'2929 harris', u'2925 beatty', u'2917 sawyer hogg', u'2912 lapalma', u'2911 miahelena', u'2906 caltech', u'2905 plaskett', u'2902 westerlund', u'29 amphitrite', u'2892 filipenko', u'4033 yatsugatake', u'4037 ikeya', u'4039 souseki', u'289 nenetta', u'2881 meiden', u'288 glauke', u'404 arsinoe', u'405 thia', u'4051 hatanaka', u'4072 yayoi', u'4082 swann', u'2879 shimizu', u'2875 lagerkvist', u'409 aspasia', u'4096 kushiro', u'2874 jim young', u'41 daphne', u'410 chloris', u'2873 binzel', u'2872 gentelec', u'4107 rufino', u'4116 elachi', u'2864 soderblom', u'2861 lambrecht', u'286 iclea', u'412 elisabetha', u'4124 herriot', u'413 edburga', u'4135 svetlanov', u'2857 not', u'2855 bastian', u'2852 declercq', u'2851 harbin', u'2850 mozhaiskij', u'2840 kallavesi', u'284 amalia', u'2834 christy carol', u'2827 vellamo', u'282 clorinde', u'2818 juvenalis', u'2816 pien', u'2813 zappala', u'281 lucretia', u'2809 vernadskij', u'2807 karl marx', u'2801 huygens', u'28 bellona', u'2795 lepage', u'2791 paradise', u'279 thule', u'414 liriope', u'4142 dersu-uzala', u'4157 izu', u'416 vaticana', u'417 suevia', u'4182 mount locke', u'4188 kitezh', u'4194 sweitzer', u'42 isis', u'4200 shizukagozen', u'4205 david hughes', u'4215 kamo', u'4222 nancita', u'423 diotima', u'425 cornelia', u'4256 kagamigawa', u'4261 gekko', u'4265 kani', u'4272 entsuji', u'4276 clifford', u'4280 simonenko', u'4284 kaho', u'4287 trisov', u'4292 aoba', u'4297 eichhorn', u'4299 wiyn', u'43 ariadne', u'4304 geichenko', u'4305 clapton', u'431 nephele', u'4311 zguridi', u'432 pythia', u'4327 ries', u'4332 milton', u'434 hungaria', u'4340 dence', u'asteroid 3865', u'asteroid 4036', u'4342 freud', u'4343 tetsuya', u'4352 kyoto', u'4353 onizaki', u'4369 seifert', u'4372 quincy', u'4374 tadamori', u'4382 stravinsky', u'4387 tanaka', u'4390 madreteresa', u'4396 gressmann', u'44 nysa', u'4407 taihaku', u'441 bathilde', u'4417 lecar', u'442 eichsfeldia', u'4422 jarre', u'2789 foshan', u'278 paulina', u'2778 tangshan', u'4424 arkhipova', u'4426 roerich', u'443 photographica', u'4434 nikulin', u'4435 holt', u'2772 dugan', u'444 gyptis', u'4456 mawson', u'446 aeternitas', u'4461 sayama', u'4491 otaru', u'45 eugenia', u'4512 sinuhe', u'4516 pugovkin', u'453 tea', u'2763 jeans', u'4534 rimskij-korsakov', u'4547 massachusetts', u'4548 wielen', u'4558 janesick', u'456 abnoba', u'2762 fowler', u'2754 efimov', u'2750 loviisa', u'275 sapientia', u'2748 patrick gene', u'2746 hissao', u'2744 birgitta', u'2737 kotka', u'2736 ops', u'2733 hamina', u'2732 witt', u'4570 runcorn', u'2730 barks', u'2724 orlov', u'2720 pyotr pervyj', u'272 antonia', u'2715 mielikki', u'2709 sagan', u'2708 burns', u'2704 julian loewe', u'2703 rodari', u'27 euterpe', u'269 justitia', u'2681 ostrovskij', u'2675 tolkien', u'267 tirza', u'266 aline', u'2659 millis', u'2653 principia', u'2640 hallstrom', u'2306 bauschinger', u'2305 king', u'230 athamantis', u'23 thalia', u'2282 andres bello', u'2280 kunikov', u'228 agathe', u'2271 kiso', u'2268 szmytowna', u'226 weringia', u'2258 viipuri', u'2251 tikhov', u'2246 bowell', u'2244 tesla', u'2234 schmadel', u'2231 durrell', u'221 eos', u'22 kalliope', u'2194 arpola', u'2189 zaragoza', u'2185 guangdong', u'2169 taiwan', u'2167 erin', u'2161 grissom', u'216 kleopatra', u'2157 ashbrook', u'2152 hannibal', u'2147 kharadze', u'2141 simferopol', u'214 aschera', u'2131 mayall', u'213 lilaea', u'2118 flagstaff', u'211 isolda', u'458 hercynia', u'4584 akan', u'4591 bryantsev', u'46 hestia', u'2107 ilmari', u'2106 hugo', u'460 scania', u'4607 seilandfarm', u'4610 kajov', u'4611 vulkaneifel', u'210 isabella', u'21 lutetia', u'2099 opik', u'209 dido', u'4619 polyakhova', u'2089 cetacea', u'462 eriphyla', u'4628 laplace', u'464 megaira', u'1494 savo', u'15 eunomia', u'150 nuwa', u'1502 arenda', u'1508 kemi', u'4649 sumoto', u'4650 mori', u'2088 sahlia', u'4678 ninian', u'4682 bykov', u'151 abundantia', u'4686 maisica', u'47 aglaja', u'1510 charlois', u'2087 kochera', u'2086 newell', u'2085 henan', u'208 lacrimosa', u'2078 nanking', u'2073 janacek', u'207 hedda', u'1517 beograd', u'470 kilia', u'2065 spicer', u'4701 milani', u'4702 berounka', u'471 papagena', u'4711 kathy', u'4713 steel', u'4718 araki', u'2064 thomsen', u'2060 chiron', u'206 hersilia', u'2056 nancy', u'2053 nuki', u'205 martha', u'2045 peking', u'2042 sitarski', u'4719 burnaby', u'4726 federer', u'4733 oro', u'4737 kiladze', u'4748 tokiwagozen', u'4750 mukai', u'476 hedwig', u'5685 sanenobufukui', u'569 misa', u'57 mnemosyne', u'2040 chalonge', u'2038 bistro', u'570 kythera', u'571 dulcinea', u'572 rebekka', u'578 happelia', u'579 sidonia', u'58 concordia', u'581 tauntonia', u'584 semiramis', u'586 thekla', u'59 elpis', u'592 bathseba', u""5956 d'alembert"", u'596 scheila', u'597 bandusia', u'598 octavia', u'599 luisa', u'2448 sholokhov', u'135 hertha', u'1348 michel', u'1343 nicole', u'134 sophrosyne', u'1336 zeelandia', u'1332 marconia', u'1331 solvejg', u'133 cyrene', u'1329 eliane', u'1327 namaqua', u'1324 knysna', u'1323 tugela', u'132 aethra', u'1316 kasan', u'245 vera', u'131 vala', u'1304 arosa', u'2451 dollfus', u'2455 somville', u'246 asporina', u'2465 wilson', u'2467 kollontai', u'2468 repin', u'247 eukrate', u'1301 yvonne', u'2478 tokai', u'2482 perkin', u'2493 elmer', u'25 phocaea', u'250 bettina', u'2501 lohja', u'1300 marcelle', u'2504 gaviola', u'2507 bobone', u'2508 alupka', u'2509 chukotka', u'2511 patterson', u'2521 heidi', u'2527 gregory', u'253 mathilde', u'2547 hubei', u'2559 svoboda', u'2560 siegma', u'2566 kirghizia', u'2567 elba', u'2569 madeline', u'257 silesia', u'130 elektra', u'13 egeria', u'1294 antwerpia', u'2575 bulgaria', u'2579 spartacus', u'1293 sonja', u'129 antigone', u'258 tyche', u'2582 harimaya-bashi', u'897 lysistrata', u'898 hildegard', u'259 aletheia', u'934 thuringia', u'930 westphalia', u'93 minerva', u'929 algunde', u'90 antiope', u'905 universitas', u'907 rhoda', u'2598 merlin', u'26 proserpina', u'2604 marshak', u'1284 latvia', u'2606 odessa', u'908 buda', u'261 prymno', u'2625 jack london', u'2629 rudra', u'263 dresda', u'2631 zhejiang', u'2635 huggins', u'264 libussa', u'91 aegina', u'910 anneliese', u'912 maritima', u'127 johanna', u'1271 isergina', u'913 otila', u'919 ilsebill', u'92 undina', u'1272 gefion', u'1277 dolores', u'1278 kenya', u'925 alphonsina', u'751 faina', u'7512 monicalazzarin', u'753 tiflis', u'754 malabar', u'7562 kagiroino-oka', u'1653 yakhontovia', u'165 loreley', u'1642 hill', u'1640 nemo', u'164 eva', u'1638 ruanda', u'1635 bohrmann', u'1634 ndola', u'116 sirona', u'117 lomia', u'163 erigone', u'1629 pecker', u'162 laurentia', u'757 portlandia', u'759 vinifera', u'76 freia', u'767 bondia', u'77 frigga', u'1618 dawn', u'1613 smiley', u'161 athor', u'1604 tombaugh', u'1603 neva', u'1176 lucidor', u'118 peitho', u'1601 patry', u'asteroid 5253', u'asteroid 5230', u'1181 lilith', u'771 libera', u'7728 giblin', u'1600 vyssotsky', u'1185 nikko', u'1186 turnera', u'1187 afra', u'1188 gothlandia', u'1189 terentia', u'asteroid 5227', u'160 una', u'16 psyche', u'1594 danjon', u'1593 fagnes', u'1592 mathieu', u'159 aemilia', u'1587 kahrstedt', u'asteroid 5081', u'158 koronis', u'1567 alikoski', u'asteroid 5079', u'asteroid 5051', u'1565 lemaitre', u'1563 noel', u'1562 gondolatsch', u'1560 strattonia', u'119 althaea', u'1196 sheba', u'12 victoria', u'asteroid 5038', u'156 xanthippe', u'1553 bauersfelda', u'1550 tito', u'1549 mikko', u'asteroid 5013', u'asteroid 4995', u'asteroid 4993', u'773 irmintraud', u'776 berbericia', u'120 lachesis', u'asteroid 4942', u'1548 palomaa', u'1545 thernoe', u'asteroid 4853', u'asteroid 4817', u'asteroid 4767', u'asteroid 4744', u'asteroid 4706', u'779 nina', u'asteroid 4604', u'asteroid 4536', u'1201 strenua', u'1204 renzia', u'121 hermione', u'1212 francette', u'1542 schalen', u'1541 estonia', u'154 bertha', u'1539 borrelly', u'asteroid 4523', u'asteroid 4479', u'asteroid 4156', u'asteroid 3844', u'78 diana', u'781 kartvelia', u'782 montefiore', u'783 nora', u'784 pickeringia', u'1214 richilde', u'asteroid 3788', u'asteroid 3635', u'1534 nasi', u'153 hilda', u'1520 imatra', u'1493 sigrid', u'122 gerda', u'asteroid 3579', u'asteroid 26209', u'asteroid 22449', u'asteroid 18514', u'1222 tina', u'1228 scabiosa', u'123 brunhild', u'1490 limpopo', u'1484 postrema', u'1483 hakoila', u'1480 aunus', u'asteroid 17480', u'asteroid 12281', u'asteroid 11906', u'asteroid 11785', u'1234 elyna', u'124 alkeste', u'1248 jugurtha', u'148 gallia', u'125 liberatrix', u'1251 hedera', u'1252 celestia', u'1262 sniadeckia', u'1263 varsavia', u'1264 letaba', u'2308 schilt', u'785 zwetana', u'789 lena', u'79 eurynome', u'2316 jo-ann', u'asteroid 10504', u'792 metcalfia', u'793 arizona', u'795 fini', u'1474 beira', u'1471 tornio', u'147 protogeneia', u'146 lucina', u'796 sarita', u'797 montana', u'80 sappho', u'804 hispania', u'808 merxia', u'81 terpsichore', u'814 tauris', u'815 coppelia', u'asteroid 10473', u'997 priska', u'2317 galya', u'819 barnardiana', u'82 alkmene', u'821 fanny', u'824 anastasia', u'825 tanina', u'826 henrika', u'1458 mineura', u'145 adeona', u'144 vibilia', u'1433 geramtina', u'143 adria', u'1428 mombasa', u'83 beatrix', u'84 klio', u'844 leontina', u'845 naema', u'847 agnia', u'1427 ruvuma', u'1424 sundmania', u'1423 jose', u'1420 radcliffe', u'142 polana', u'85 io', u'853 nansenia', u'856 backlunda', u'860 ursina', u'2328 robeson', u'1414 jerome', u'233 asterope', u'141 lumen', u'1407 lindelof', u'1406 komppa', u'1403 idelsonia', u'140 siwa', u'862 franzia', u'14 irene', u'863 benkoela', u'866 fatme', u'868 lova', u'87 sylvia', u'870 manto', u'994 otthild', u'99 dike', u'985 rosina', u'984 gretia', u'980 anacostia', u'98 ianthe', u'2331 parvulesco', u'2335 james', u'234 barbara', u'973 aralia', u'971 alsatia', u'2346 lilio', u'2349 kurchenko', u'2353 alva', u'970 primula', u'139 juewa', u'1386 storeria', u'965 angelica', u'2354 lavrov', u'236 honoria', u'2369 chekhov', u'1385 gelria', u'1374 isora', u'1373 cincinnati', u'1372 haremari', u'237 coelestina', u'2370 van altena', u'2371 dimitrov', u'2373 immo', u'961 gunnie', u'96 aegle', u'951 gaspra', u'2378 pannekoek', u'238 hypatia', u'2380 heilongjiang', u'2382 nonie', u'1360 tarka', u'2386 nikonov', u'2390 nezarka', u'2396 kochi', u'136 austria', u'24 themis', u'1352 wawel', u'1351 uzbekistania', u'240 vanadis', u'2401 aehlita', u'2402 satpaev', u'2409 chapman', u'241 germania', u'2410 morrison', u'1350 rosselia', u'242 kriemhild', u'950 ahrensa', u'95 arethusa', u'945 barcelona', u'941 murray', u'2423 ibarruri', u'2427 kobzar', u'2428 kamenyar', u'243 ida', u'2430 bruce helin', u'2438 oleshko', u'872 holda', u'88 thisbe', u'886 washingtonia', u'244 sita', u'89 julia', u'895 helio', u'94 aurora', u'2444 lederle', u'2446 lunacharsky'], u'categories': [u'infrastructure'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/SMALL-MAIN-BELT-ASTEROID-SPECTROSCOPIC-SURVEY-PHAS/w2in-8crh', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 288,data.nasa.gov,bz8q-f544,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,15,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/bz8q-f544', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:28:18.000Z', u'id': u'bz8q-f544', u'createdAt': u'2018-06-26T06:22:51.000Z', u'description': u'The data set lists orbital and physical properties for well-observed or suspected binary/multiple minor planets including the Pluto system, compiled from the published literature as inspired by Richardson and Walsh (2006) and similar reviews (Merline et al., 2003; Noll, 2006; Pravec et al., 2006; Pravec and Harris, 2007; Descamps and Marchis, 2008; Noll et al., 2008; Walsh, 2009). In total 256 companions in 242 systems are included. Data are presented in three tables: one for orbital and physical properties; one for companion designations, discovery information, and reference codes for data values; and one giving full references for each reference code. This data set is complete for binary/multiple components reported through 31 March 2014.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:28:18.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'BINARY MINOR PLANETS V7.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 15, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:22:51.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-compil-5-binmp-v7.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-COMPIL-5-BINMP-V7.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-compil-5-binmp-v7.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'support archives', u'asteroid'], u'categories': [u'environment'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/BINARY-MINOR-PLANETS-V7-0/bz8q-f544', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 289,data.nasa.gov,x3ne-br2u,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,25,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/x3ne-br2u', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:00:43.000Z', u'id': u'x3ne-br2u', u'createdAt': u'2018-06-26T06:40:06.000Z', u'description': u'This data set set contains raw images of eight known transiting extrasolar planetary systems (hot Jupiters) acquired by the Deep Impact High Resolution Visible CCD during the EPOCh phase of the EPOXI mission. From 22 January through 31 August 2008 the HRIV CCD collected over 172,000 usable, photometric-quality visible light images of these transiting planet systems: HAT-P-4, HAT-P-7, GJ 436, TrES-2, TrES-3, XO-2, XO-3, and WASP-3. Time series of continuous 50-second integrations were used with the clear filter (#6) to observe each system for about three weeks, typically covering five or more transits as well as secondary eclipses. An exception was XO-3 which was only observed briefly due to the spacecraft entering safe mode. The transiting planet systems were observed in the integrated light of the planet and star; no spatially resolved image of the planet was possible.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:00:43.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'EPOXI EXOPLANET TRANSIT OBS - HRIV RAW IMAGES V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 25, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 4.700439718141093, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:40:06.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dif-x-hriv-2-epoxi-exoplanets-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DIF-X-HRIV-2-EPOXI-EXOPLANETS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dif-x-hriv-2-epoxi-exoplanets-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'tres-2', u'hat-p-4', u'epoxi', u'xo-2', u'wasp-3', u'tres-3', u'hat-p-7', u'gj 436', u'xo-3'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/EPOXI-EXOPLANET-TRANSIT-OBS-HRIV-RAW-IMAGES-V1-0/x3ne-br2u', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 290,data.nasa.gov,wcjq-4qmu,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,19,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/wcjq-4qmu', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-08-02T15:29:29.000Z', u'id': u'wcjq-4qmu', u'createdAt': u'2018-06-26T22:15:33.000Z', u'description': u'Cloud-Aerosol Lidar and Infrared Pathfinder Satellite Observations (CALIPSO) was launched on April 28, 2006 to study the impact of clouds and aerosols on the Earth\u2019s radiation budget and climate. It flies in formation with five other satellites in the international \u201cA-Train\u201d (PDF) constellation for coincident Earth observations. The CALIPSO satellite comprises three instruments, the Cloud-Aerosol LIdar with Orthogonal Polarization (CALIOP), the Imaging Infrared Radiometer (IIR), and the Wide Field Camera (WFC). CALIPSO is a joint satellite mission between NASA and the French Agency, CNES. These data consist 5 km aerosol layer data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-08-02T15:29:29.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'john.m.kusterer@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CALIPSO Lidar L2 Vertical Feature Mask Data V2-01', u'columns_field_name': [], u'page_views': {u'page_views_total': 19, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.321928094887363, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T22:15:33.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:john.m.kusterer@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:004'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2006-06-13/2008-09-13', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'NASA-0000182', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'John M. Kusterer', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000182', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'eos', u'climate', u'aerosol', u'satellite', u'cloud', u'atmospheric science', u'radiation'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CALIPSO-Lidar-L2-Vertical-Feature-Mask-Data-V2-01/wcjq-4qmu', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 291,data.nasa.gov,8ie5-w6bg,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,18,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/8ie5-w6bg', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:32:02.000Z', u'id': u'8ie5-w6bg', u'createdAt': u'2018-06-26T06:57:17.000Z', u'description': u'This data set contains images of the Saturn system taken by the Wide Field/Planetary Camera 2 (WFPC2) aboard the Hubble Space Telescope (HST) through November 1995. This period includes all images taken during the Saturn ring plane crossings of 1995. (No WFPC2 images of Saturn were obtained during the last ring plane crossing in February 1996 because Saturn was too close to the Sun.)', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:32:02.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'HST SATURN WFPC2 3 RING PLANE CROSSING V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 18, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 4.247927513443585, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:57:17.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.hst-s-wfpc2-3-rpx-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=HST-S-WFPC2-3-RPX-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.hst-s-wfpc2-3-rpx-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'rhea', u'comet sl9/jupiter collision', u'hst', u'saturn ring plane crossing 1995', u'saturn', u's rings', u'atlas', u'calypso', u'dione', u'enceladus', u'epimetheus', u'helene', u'hyperion', u'iapetus', u'janus', u'mimas', u'pan', u'pandora', u'prometheus', u'telesto', u'tethys', u'titan'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/HST-SATURN-WFPC2-3-RING-PLANE-CROSSING-V1-0/8ie5-w6bg', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 292,data.nasa.gov,mq7t-ncn5,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,19,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/mq7t-ncn5', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:12:03.000Z', u'id': u'mq7t-ncn5', u'createdAt': u'2018-06-26T06:45:45.000Z', u'description': u'This digital image map of Mars is a cartographic extension of a previously released set of CDROM volumes containing individual Viking Orbiter Images (PDS volumes VO_1001, VO_1002, etc.). The data in the latter are pristine, in the sense that they were processed only to the extent required to view them as images. They contain the artifacts and the radiometric, geometric, and photometric characteristics of the raw data transmitted by the spacecraft. This new volume set, on the other hand, contains cartographic compilations made by processing the raw images to reduce radiometric and geometric distortions and to form geodetically controlled Mosaicked Digital Image Models (MDIMs). (Because the photometric processing used in this MDIM was oversimplified, quantitative radiometric analysis on this data is not possible.) It also contains digitized versions of an airbrushed map of Mars as well as a listing of all IAU-approved feature names. In addition, special geodetic and photogrammetric processing has been performed to derive rasters of topographic data, or Digital Terrain Models (DTMs). The latter has a format similar to that of the MDIM, except that elevation values are used in the array instead of image brightness values. The Mars DTM exists in its entirety on Volume 7. Finally, Volume 7 has a listing of SPICE files derived for the Viking images used in the MDIM and the DTM. These files contain updated camera orientation matrices for each of the frames. The matrices are by-products of the photogrammetric processing for the control network required to compile the MDIM and the DTM.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:12:03.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'VO1/VO2 MARS VISUAL IMAGING SUBSYSTEM DIGITAL TERRAIN MODEL', u'columns_field_name': [], u'page_views': {u'page_views_total': 19, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.321928094887363, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:45:45.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vo1-vo2-m-vis-5-dtm-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VO1%2FVO2-M-VIS-5-DTM-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vo1-vo2-m-vis-5-dtm-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'viking', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VO1-VO2-MARS-VISUAL-IMAGING-SUBSYSTEM-DIGITAL-TERR/mq7t-ncn5', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 293,data.nasa.gov,psnb-5e2p,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,18,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/psnb-5e2p', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:34:48.000Z', u'id': u'psnb-5e2p', u'createdAt': u'2018-06-26T06:12:07.000Z', u'description': u""This data set contains low-resolution (R~150) near-infrared (0.7-2.5 microns) spectra of 27 asteroids, 5 Mars-crossing and 22 near-Earth asteroids, observed with the SpeX instrument on the NASA Infrared Telescope Facility (IRTF) on Mauna Kea, Hawai'i. This data set archives reduced, calibrated spectra of targets of opportunity observed from 2001 to 2008."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:34:48.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'REDDY NEAR-EARTH AND MARS-CROSSING ASTEROIDS', u'columns_field_name': [], u'page_views': {u'page_views_total': 18, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 4.247927513443585, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:12:07.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:ast_spectra_reddy_neos_marscrossers', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewBundle.jsp?identifier=urn%3Anasa%3Apds%3Aast_spectra_reddy_neos_marscrossers&version=1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:ast_spectra_reddy_neos_marscrossers', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'(4179) toutatis', u'2008 rw24', u'(391) ingeborg', u'(323) brucia', u'(2035) stearns', u'(137924) 2000 bd19', u'(144411) 2004 ew9', u'(163000) 2001 sw169', u'(137032) 1998 uo1', u'(21374) 1997 ws22', u'(23183) 2000 oy21', u'multiple asteroids', u'(391151) 2005 yy93', u'(7088) ishtar', u'(39572) 1993 dq1', u'(446791) 1998 sj70', u'(66063) 1998 ro1', u'none', u'(143947) 2003 yq117', u'(1036) ganymed', u'(1170) siva', u'(68950) 2002 qf15', u'(85709) 1998 sg36', u'(85713) 1998 ss49', u'(87684) 2000 sy2', u'(1727) mette', u'(143678) 2003 sa224', u'(1916) boreas', u'2004 rs109'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/REDDY-NEAR-EARTH-AND-MARS-CROSSING-ASTEROIDS/psnb-5e2p', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 294,data.nasa.gov,gt6i-nuv6,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,18,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/gt6i-nuv6', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:19:30.000Z', u'id': u'gt6i-nuv6', u'createdAt': u'2018-06-25T20:45:33.000Z', u'description': u'The GCMD database holds more than 30,000 descriptions of Earth science data sets and services covering all aspects of Earth and environmental sciences. The mission of the GCMD is to (1) Assist the scientific community in the discovery of Earth science data, related services, and ancillary information (platforms, instruments, projects, data centers/service providers); and (2) Provide discovery/collection-level metadata of Earth science resources and provide scientists a comprehensive and high quality database to reduce overall expenditures for scientific data collection and dissemination.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:19:30.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'lola.m.olsen@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Global Change Master Directory (GCMD)', u'columns_field_name': [], u'page_views': {u'page_views_total': 18, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.247927513443585, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:45:33.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:lola.m.olsen@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001', u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'NASA-0000042', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Lola M. Olsen', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000042', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'sun-earth interaction', u'spectrometry', u'wise', u'cryosphere', u'engineering', u'operations', u'hydrosphere', u'paleoclimate', u'oceans', u'biosphere', u'biology', u'geospatial', u'wwhgd', u'land', u'earth science', u'agriculture', u'atmosphere', u'climate'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Global-Change-Master-Directory-GCMD-/gt6i-nuv6', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 295,data.nasa.gov,y844-gx7v,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,18,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/y844-gx7v', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:33:21.000Z', u'id': u'y844-gx7v', u'createdAt': u'2018-06-26T06:11:39.000Z', u'description': u'The insitu.calibrated level 2 science.data bundle contains selected fully calibrated (L2) data from the Particles and Fields package and NGIMS, together with ephemeris information. These data are in physical units and are averaged/sampled at a uniform cadence. In situ instrument data is derived directly from Level 2 data. Ephemeris information is derived using SPICE libraries and kernels provided by MAVEN/NAV team and Lockheed-Martin.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:33:21.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MAVEN Insitu Key Parameters Data Bundle', u'columns_field_name': [], u'page_views': {u'page_views_total': 18, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 4.247927513443585, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:11:39.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:maven.insitu.calibrated', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewBundle.jsp?identifier=urn%3Anasa%3Apds%3Amaven.insitu.calibrated&version=11.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:maven.insitu.calibrated', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'maven'], u'categories': [u'recreation'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MAVEN-Insitu-Key-Parameters-Data-Bundle/y844-gx7v', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 296,data.nasa.gov,9abx-px4j,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,17,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/9abx-px4j', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:39:11.000Z', u'id': u'9abx-px4j', u'createdAt': u'2018-06-26T06:58:51.000Z', u'description': u'This data set contains the raw infrared channel digital numbers (DN) contained in the telemetry packages taken by the Dawn VIR spectrometer for all Vesta encounter mission phaes. The data in this version of the data set include minor updates to the data files and labels. The data cover the time period between 2011-05-03 and 2012-07-18.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:39:11.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'DAWN VIR RAW (EDR) VESTA INFRARED SPECTRA V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 17, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 2.321928094887362, u'page_views_total_log': 4.169925001442312, u'page_views_last_month': 4}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:58:51.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dawn-a-vir-2-edr-ir-vesta-spectra-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DAWN-A-VIR-2-EDR-IR-VESTA-SPECTRA-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dawn-a-vir-2-edr-ir-vesta-spectra-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'dawn mission to vesta and ceres', u'4 vesta'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/DAWN-VIR-RAW-EDR-VESTA-INFRARED-SPECTRA-V2-0/9abx-px4j', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 297,data.nasa.gov,gntt-wsmk,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,16,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/gntt-wsmk', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T08:06:02.000Z', u'id': u'gntt-wsmk', u'createdAt': u'2018-06-25T20:48:51.000Z', u'description': u'Cloud-Aerosol Lidar and Infrared Pathfinder Satellite Observations (CALIPSO) was launched on April 28, 2006 to study the impact of clouds and aerosols on the Earth\u2019s radiation budget and climate. It flies in formation with five other satellites in the international \u201cA-Train\u201d (PDF) constellation for coincident Earth observations. The CALIPSO satellite comprises three instruments, the Cloud-Aerosol LIdar with Orthogonal Polarization (CALIOP), the Imaging Infrared Radiometer (IIR), and the Wide Field Camera (WFC). CALIPSO is a joint satellite mission between NASA and the French Agency, CNES. These data consist 5 km aerosol layer data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T08:06:02.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'john.m.kusterer@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CALIPSO Imaging Infrared Radiometer (IIR) L1B Radiance Data V1-12', u'columns_field_name': [], u'page_views': {u'page_views_total': 16, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.0, u'page_views_total_log': 4.08746284125034, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:48:51.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:john.m.kusterer@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:004'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2011-11-01/2014-06-15', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'NASA-0000187', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'John M. Kusterer', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000187', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'radiation', u'atmospheric science', u'satellite', u'climate', u'aerosol', u'cloud', u'eos'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CALIPSO-Imaging-Infrared-Radiometer-IIR-L1B-Radian/gntt-wsmk', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 298,data.nasa.gov,iesk-effn,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,16,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/iesk-effn', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:51:12.000Z', u'id': u'iesk-effn', u'createdAt': u'2018-06-26T06:15:55.000Z', u'description': u'The Bus-DeMeo asteroid taxonomy classification system, described in DeMeo et al. (2009), is based on reflectance spectrum characteristics for 371 asteroids measured over the wavelength 0.45 to 2.45 microns. This system of 24 classes is constructed using principal component analysis, following most closely the visible wavelength taxonomy of Bus (1999), which itself builds upon the system of Tholen (1984). Nearly all of the Bus taxonomy classes are preserved, with one new class (Sv) defined. This data set includes a table of classifications in the Bus-DeMeo system for the 371 asteroids upon which the system is based. It also includes mean spectra for each of the classes.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:51:12.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'BUS-DEMEO ASTEROID TAXONOMY V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 16, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 4.08746284125034, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:15:55.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-vargbdet-5-busdemeotax-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-VARGBDET-5-BUSDEMEOTAX-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-vargbdet-5-busdemeotax-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'asteroid', u'support archives'], u'categories': [u'transportation'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/BUS-DEMEO-ASTEROID-TAXONOMY-V1-0/iesk-effn', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 299,data.nasa.gov,xuds-397m,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,16,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/xuds-397m', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T00:33:44.000Z', u'id': u'xuds-397m', u'createdAt': u'2018-06-26T06:22:21.000Z', u'description': u'The data set contains Jovian atmospheric parameters derived from spectra obtained with the Voyager infrared interferometer spectrometer (IRIS). The data set is ordered by time as measured by the Flight Data System Count (FDSC). This represents the data frame number modulo 60. Also included in the data set are information on pointing and associated geometry of the measurements and brightness temperatures obtained from measured radiances at selected wavenumbers.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T00:33:44.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VOYAGER 1&2 JUPITER IRIS DERIVED NORTH/SOUTH PARAMETERS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 16, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.08746284125034, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:22:21.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-vg2-j-iris-5-ns-atmos-params-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG1%2FVG2-J-IRIS-5-NS-ATMOS-PARAMS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-vg2-j-iris-5-ns-atmos-params-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'voyager', u'comet sl9/jupiter collision', u'jupiter'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VOYAGER-1-2-JUPITER-IRIS-DERIVED-NORTH-SOUTH-PARAM/xuds-397m', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 300,data.nasa.gov,wtpk-ic52,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,16,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/wtpk-ic52', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:27:14.000Z', u'id': u'wtpk-ic52', u'createdAt': u'2018-06-26T06:21:51.000Z', u'description': u'This data set comprises uncalibrated\nand calibrated data from the Cassini Composite Infrared Spectrometer\n(CIRS) instrument. The basic data is comprised of uncalibrated raw spectra,\nalong with along with pointing and geometry information, and\nhousekeeping information. Also included are calibrated power spectra,\nand documentation.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:27:14.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CASSINI SATURN CIRS SPECTRAL CUBES RECORDS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 16, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.08746284125034, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:21:51.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-cirs-5-cubes-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-S-CIRS-5-CUBES-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-cirs-5-cubes-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'iapetus', u'janus', u'prometheus', u's rings', u'cassini-huygens', u'rhea', u'saturn', u'pandora', u'enceladus', u'telesto', u'phoebe', u'mimas', u'hyperion', u'atlas', u'helene', u'pan', u'calypso', u'epimetheus', u'dione', u'titan', u'tethys'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-SATURN-CIRS-SPECTRAL-CUBES-RECORDS-V1-0/wtpk-ic52', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 301,data.nasa.gov,uc78-h7g7,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,16,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/uc78-h7g7', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:42:49.000Z', u'id': u'uc78-h7g7', u'createdAt': u'2018-06-26T07:00:36.000Z', u'description': u'This near encounter data set consists of electron and ion counting rate data from the Low Energy Charged Particle (LECP) experiment on Voyager 1 while the spacecraft was within the very close vicinity of Jupiter. This instrument measures the intensities of in-situ charged particles ( >15 keV electrons and >30 keV ions) with various levels of discrimination based on energy range and mass species. The LECP data are globally calibrated to the extent possible. Particles include low energy electrons, protons, alpha particles, medium energy protons and ions, high energy and intensity protons, electrons, alpha particles, and Z >= nuclei.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:42:49.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VG1 LECP 0.4 SEC HIGH RESOLUTION JUPITER NEAR ENCOUNTER DATA', u'columns_field_name': [], u'page_views': {u'page_views_total': 16, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.08746284125034, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:00:36.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-j-lecp-3-rdr-near-enc-400msec-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG1-J-LECP-3-RDR-NEAR-ENC-400MSEC-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-j-lecp-3-rdr-near-enc-400msec-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'voyager', u'jupiter'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG1-LECP-0-4-SEC-HIGH-RESOLUTION-JUPITER-NEAR-ENCO/uc78-h7g7', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 302,data.nasa.gov,pccc-y4hw,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,16,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/pccc-y4hw', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:37:45.000Z', u'id': u'pccc-y4hw', u'createdAt': u'2018-06-26T06:27:47.000Z', u'description': u'This data set contains archival raw, partially processed, and ancillary/supporting gravity science data acquired during the Juno Jupiter orbits starting in July 2016. The radio observations were carried out using the Juno spacecraft and Earth-based receiving stations of the NASA Deep Space Network (DSN). The data set was designed primarily to determine the gravitational field of Jupiter. Of most interest are likely to be the Orbit Data Files in the ODF directory, which provided the raw input to gravity investigations, as well as the tropospheric media calibration file produced by the Advanced Media Calibration (AMC) system.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:37:45.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'JUNO JUPITER RAW GRAVITY\n SCIENCE 1 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 16, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 4.08746284125034, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:27:47.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.juno-j-rss-1-jugr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=JUNO-J-RSS-1-JUGR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.juno-j-rss-1-jugr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'jupiter', u'juno'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/JUNO-JUPITER-RAW-GRAVITY-SCIENCE-1-V1-0/pccc-y4hw', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 303,data.nasa.gov,k5fp-z6ab,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,16,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/k5fp-z6ab', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-18T20:32:09.000Z', u'id': u'k5fp-z6ab', u'createdAt': u'2018-06-25T21:30:32.000Z', u'description': u'Earth Science Mission Control Center Systems Study Project', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-18T20:32:09.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'george.komar@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Earth Science Mission Control Center Systems Study Project', u'columns_field_name': [], u'page_views': {u'page_views_total': 16, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 4.08746284125034, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:30:32.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:george.komar@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2012-09-01T00:00:00Z/2013-04-01T00:00:00Z', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': [u'http://techport.nasa.gov/home', u'http://techport.nasa.gov/doc/home/TechPort_Advanced_Search.pdf', u'http://techport.nasa.gov/fetchFile?objectId=6561', u'http://techport.nasa.gov/fetchFile?objectId=3456', u'http://techport.nasa.gov/fetchFile?objectId=3447', u'http://techport.nasa.gov/fetchFile?objectId=6584', u'http://techport.nasa.gov/fetchFile?objectId=6560', u'http://techport.nasa.gov/fetchFile?objectId=3448'], u'key': u'Common-Core_References'}, {u'value': u'TECHPORT_11857', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'Science Mission Directorate', u'key': u'Common-Core_Publisher'}, {u'value': u'http://techport.nasa.gov/view/11857', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'2012-09-01T00:00:00Z', u'key': u'Common-Core_Issued'}, {u'value': u'George Komar', u'key': u'Common-Core_Contact-Name'}, {u'value': u'TECHPORT_11857', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'completed', u'project', u'nasa headquarters'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Earth-Science-Mission-Control-Center-Systems-Study/k5fp-z6ab', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 304,data.nasa.gov,c7y4-mjyr,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,16,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/c7y4-mjyr', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:10:45.000Z', u'id': u'c7y4-mjyr', u'createdAt': u'2018-06-26T07:08:58.000Z', u'description': u'The aim of our research is to clarify the mechanisms generating heterogeneity in response to C-ion irradiation that arise from individual genetic variations in humans. In this study we performed whole lung C-ion irradiation using three different strains of mice to examine whether strain-dependent differences in radiation effects occur in high-LET C-ion thoracic irradiation. Murine strain-variance was evaluated by histopathological examination of intra-alveolar hemorrhage that is likely to occur during the early phase after irradiation and of lung fibrosis during the late phase occurring more than three months after irradiation. We also performed microarray analysis to identify the key genes that are differentially regulated in different mouse strains after C-ion irradiation and to determine the mechanism of strain-dependent pulmonary damage after high-LET C-ion irradiation. Eight-week old female inbred C3H/He Slc C57BL/6J Jms Slc and A/J Jms Slc mice (3 kinds of mice) were used. The whole thorax of three mice was locally irradiated at 10 Gy with C-ion beams with a reference beam 137Cs gamma-rays (2 kinds of beam). Three mice of each strain (3 mice) were sacrificed and immediately dissected for lung extraction at 6 h (6h sample). Lungs for three mice of each strain without irradiation were extracted at the same time as control samples (control sample). Hybridization to microarrays (Whole Mouse Genome 4x44K OligoMicroarray Kit single color Cyamine 3-CTP) consisting of 44,000 total spots was conducted using an Agilent Gene Expression hybridization kit. The arrays from three independent replicates for each sample (3 arrays) were scanned on an Agilent dual-laser Microarray Scanner (all from Agilent Technologies) following the manufacturer s instructions. A total of 108 samples were analyzed. 3 replicate arrays x 3 mice x 3 strains x 2 timing for sampling x 2 kinds of beam.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:10:45.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Gene expression profiles of irradiated lung tissue in three mouse strains', u'columns_field_name': [], u'page_views': {u'page_views_total': 16, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 4.08746284125034, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:08:58.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-93', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-93', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'p-gse20959-2', u'labelling protocol', u'array scanning protocol', u'p-gse20959-4', u'mouse strain', u'ionizing radiation', u'normalization data transformation protocol', u'p-gse20959-3', u'p-gse20959-1', u'p-gse20959-5', u'hybridization protocol', u'nucleic acid extraction protocol'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Gene-expression-profiles-of-irradiated-lung-tissue/c7y4-mjyr', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 305,data.nasa.gov,5hd8-5wt4,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,15,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/5hd8-5wt4', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:16:44.000Z', u'id': u'5hd8-5wt4', u'createdAt': u'2018-06-26T06:48:18.000Z', u'description': u""The MSL ChemCam LIBS RDR data set contains calibrated spectra and higher level products derived from raw data collected by the ChemCam Laser Induced Breakdown Spectrometer on the Mars Science Laboratory rover. Standard derived products include summed calibrated spectra (RDR), CCS (Intermediate Clean Calibrated Spectra), and MOC (Multivariate Prediciton of Oxide Composition) tables. Special products, which may be generated as needed and as resources permit, are UEC (Univariate Prediction of Elemental Composition) tables, UOC (Univariate Prediction of Oxide Composition) tables, MEC (Multivariate Prediction of Elemental Composition) tables, and RSM (Sammon's Map) tables."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:16:44.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MSL MARS CHEMCAM LIBS SPECTRA 4/5 RDR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 15, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:48:18.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.msl-m-chemcam-libs-4-5-rdr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MSL-M-CHEMCAM-LIBS-4%2F5-RDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.msl-m-chemcam-libs-4-5-rdr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'mars science laboratory'], u'categories': [u'economy'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MSL-MARS-CHEMCAM-LIBS-SPECTRA-4-5-RDR-V1-0/5hd8-5wt4', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 306,data.nasa.gov,83x7-b534,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,15,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/83x7-b534', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:02:45.000Z', u'id': u'83x7-b534', u'createdAt': u'2018-09-05T23:02:44.000Z', u'description': u'This data set contains Calibrated data taken by the New Horizons Linear Etalon Imaging Spectral Array instrument during the Pluto encounter mission phase. This is VERSION 2.0 of this data set. This data set contains LEISA observations taken during the the Approach (Jan-Jul, 2015) and Encounter mission sub-phases, including flyby observations taken on 14.July, 2015; the data are limited to those downlinked from the spacecraft as of the end of January, 2016. The rest of the downlinked data for this mission phase will be delivered in a future data set. Refer to the data set description above and the sequence table provided in the documentation for more detail about which observations are present in this data set. This is version 2.0 of this data set. Changes since version 1.0 include data downlinked between the end of July, 2015 and the end of January, 2016. These include Pluto observations around the time of the flyby, the Charon hi-resolution observations and co-observations with LORRI, Multi-map observations on 02.July, and Multi departure longitude observations. Also, updates were made to the documentation and catalog files, primarily to resolve liens from the V1.0 peer review.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:02:45.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'NEW HORIZONS \n LEISA PLUTO ENCOUNTER \n CALIBRATED V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 15, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 4.0, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:02:44.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-p-leisa-3-pluto-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-P-LEISA-3-PLUTO-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-p-leisa-3-pluto-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'charon', u'pluto', u'new horizons'], u'categories': [u'economy', u'public safety'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-LEISA-PLUTO-ENCOUNTER-CALIBRATED-V2-0/83x7-b534', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 307,data.nasa.gov,g9rz-u29x,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,15,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/g9rz-u29x', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:26:54.000Z', u'id': u'g9rz-u29x', u'createdAt': u'2018-06-26T06:56:32.000Z', u'description': u'Selected sites, including those areas chosen for calibration and modeling purposes, were photographed via helicopter-borne 70 mm stereophotography using the JPL Hasselblad system. The cameras were flown in August 1990. The images were made with color film (Kodak Aerochrome 2448 color reversal film). Some of the data have been reduced to vertical profiles and arrays at a spacing and accuracy required to meet topography requirements. These data cover approximately 10x20 meter square areas. For GRSFE archive Release V1.0, three profiles are located over or close to the mantled lava flow modeling site and one is located over the playa modeling site.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:26:54.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'FIELD EXP E HSTP RESAMPLED RDR TOPOGRAPHIC PROFILES V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 15, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:56:32.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.fexp-e-hstp-4-rdr-topographic-prof-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=FEXP-E-HSTP-4-RDR-TOPOGRAPHIC-PROF-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.fexp-e-hstp-4-rdr-topographic-prof-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'earth', u'geologic remote sensing field experiment'], u'categories': [u'demographics', u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/FIELD-EXP-E-HSTP-RESAMPLED-RDR-TOPOGRAPHIC-PROFILE/g9rz-u29x', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 308,data.nasa.gov,mphc-znc8,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,15,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/mphc-znc8', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:57:27.000Z', u'id': u'mphc-znc8', u'createdAt': u'2018-06-26T07:08:02.000Z', u'description': u'This dataset is intended to include all groundbased asteroid radar detections. These data were collected from the published literature by Dr. Steven J. Ostro. Observations which have not yet been published, or which have been reported only in an abstract, are included in the dataset as an entry with blank data fields, for the purpose of informing the dataset users of the existence of these detections. As the data from these detections are published, the data are added to this dataset in yearly updates.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:57:27.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ASTEROID RADAR V3.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 15, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:08:02.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-radar-v3.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-5-DDR-RADAR-V3.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-radar-v3.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'support archives', u'asteroid'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ASTEROID-RADAR-V3-0/mphc-znc8', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 309,data.nasa.gov,vzrr-mr9s,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,15,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/vzrr-mr9s', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:40:54.000Z', u'id': u'vzrr-mr9s', u'createdAt': u'2018-06-26T06:59:18.000Z', u'description': u'The Asteroid Multi-band Imaging Camera (AMICA) of the Hayabusa mission to the asteroid 25143 Itokawa obtained 1662 images from May 11, 2003, shortly after launch, until November 19, 2005, after Itokawa encounter. This data set provides derived data products for 1339 of those images that includes geometric information for each pixel.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:40:54.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'HAYABUSA AMICA IMAGES WITH GEOMETRY BACKPLANES V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 15, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 4.0, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:59:18.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.hay-a-amica-3-amicageom-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=HAY-A-AMICA-3-AMICAGEOM-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.hay-a-amica-3-amicageom-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'hayabusa', u'asteroid'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/HAYABUSA-AMICA-IMAGES-WITH-GEOMETRY-BACKPLANES-V1-/vzrr-mr9s', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 310,data.nasa.gov,7s4f-whjr,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,15,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/7s4f-whjr', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:53:04.000Z', u'id': u'7s4f-whjr', u'createdAt': u'2018-06-26T07:08:29.000Z', u'description': u'Six to eight week old female C57BL/6J mice were exposed to 2 Gy of whole body xce xb3 radiation and mammary glands were surgically removed 2-month after radiation. RNA was isolated and microarray hybridization performed for gene expression analysis. 5 samples were analyzed: 2 controls at 2 months 1 2 Gy at 2 months and 2 7 Gy at 2 months', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:53:04.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Exposure to ionizing radiation induced persistent gene expression changes in mouse mammary gland', u'columns_field_name': [], u'page_views': {u'page_views_total': 15, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:08:29.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-158', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-158', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'p-gse57196-7', u'normalization data transformation protocol', u'p-gse57196-1', u'p-gse57196-5', u'ionizing radiation', u'nucleic acid extraction protocol', u'array scanning protocol', u'labelling protocol', u'hybridization protocol', u'sample treatment protocol', u'dose', u'p-gse57196-4', u'p-gse57196-3', u'growth protocol', u'p-gse57196-2', u'p-gse57196-6'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Exposure-to-ionizing-radiation-induced-persistent-/7s4f-whjr', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 311,data.nasa.gov,g9jb-993z,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,15,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/g9jb-993z', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:02:48.000Z', u'id': u'g9jb-993z', u'createdAt': u'2018-06-26T07:05:53.000Z', u'description': u'The Arecibo 12.6 cm radar data set for Venus consists of scaled radar backscatter cross section images generated from data obtained in 1983 and 1988. The images are in raster format (one image per record, with no embedded labels). The original images are in 16-bit, unsigned integer, most-significant-byte-first format. Since the volume of the entire set of 16-bit images would have exceeded the capacity of the CD-ROM, some of the images have been scaled to 8-bit versions. Specifically, the entire set of 1988 images are in the scaled 8-bit format, while all the 1983 images are in the original 16-bit format. Both the 16-bit and the 8-bit images were provided by Don Campbell, Cornell University.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:02:48.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ARECIBO VENUS RADIO TELESCOPE RESAMPLED 12.6 CM RADAR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 15, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 4.0, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:05:53.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.arcb-v-rtls-4-12.6cm-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=ARCB-V-RTLS-4-12.6CM-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.arcb-v-rtls-4-12.6cm-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'venus', u'pre-magellan'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ARECIBO-VENUS-RADIO-TELESCOPE-RESAMPLED-12-6-CM-RA/g9jb-993z', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 312,data.nasa.gov,9twe-35pc,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,15,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/9twe-35pc', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:02:55.000Z', u'id': u'9twe-35pc', u'createdAt': u'2018-09-05T23:02:55.000Z', u'description': u""This data set contains Calibrated data taken by the New Horizons Long Range Reconnaissance Imager instrument during the pluto cruise mission phase. This is VERSION 2.0 of this data set. \nThe spacecraft was in hibernation for much of the Pluto Cruise mission phase, \nand the focus for LORRI during Annual CheckOuts (ACOs) one through four \n(ACO1-4) was preparation for the Pluto Encounter in 2015, including functional\ntests, calibrations, and encounter rehearsals. Science observations performed\nby LORRI during this phase included the following targets: KBO objects KBO \n2005 FY9 (Makemake) and KBO 2003 EL61 (Haumea); Centaur object Chariklo; the \nplanets Jupiter, Uranus, and Neptune. The ACO tests also had LORRI observing \nseveral other targets: Pluto; the star field that will be visible 3 days \nbefore Pluto closest approach in 2015; the M7 star field; the star Vega. A \nfull functional test was performed during ACO1 in 2007, with ACO 'Lite' tests \nperformed during ACO2-4 in 2008, 2009 and 2010. Specific tests and \ncalibrations performed during ACOs included the following: scattered light \ntest (2007, 2008, 2010); Pluto OpNav test (2007, 2008); lamp tests (2007, \n2008, 2009, 2010); star tracker calibration test (2008); GNC mosaic settling \ntest (2008); LEISA-LORRI ridealong (2008); scattered light dither test (2010). The changes in Version 2.0 were re-running of the ancillary data in the data product, updated geometry from newer SPICE kernels, minor editing of the documentation, catalogs, etc., and resolution of liens from the December, 2014 review, plus those from the May, 2016 review of the Pluto Encounter data sets. The lossy images from Version 1.0 were recalibrated, including expanding the 'bad' pixel designation of 8x8 boxes affected by the first 34 pixels of header information in the calibrated quality map. No new observations were added with this version (V2.0)."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:02:55.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'NEW HORIZONS \n LORRI PLUTO CRUISE \n CALIBRATED V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 15, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:02:55.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-lorri-3-plutocruise-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-X-LORRI-3-PLUTOCRUISE-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-lorri-3-plutocruise-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'calibration', u'136108 haumea', u'neptune', u'sun', u'hydra', u'kerberos', u'styx', u'uranus', u'10199 chariklo', u'136472 makemake', u'jupiter', u'new horizons', u'charon', u'pluto'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-LORRI-PLUTO-CRUISE-CALIBRATED-V2-0/9twe-35pc', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 313,data.nasa.gov,a9d2-ku67,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,15,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/a9d2-ku67', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:57:26.000Z', u'id': u'a9d2-ku67', u'createdAt': u'2018-06-26T06:36:22.000Z', u'description': u'This dataset contains CRISM Multispectral Reduced Data Records (MRDRs). MRDRs are organized into 30 subdirectories named by the Mars Chart containing the MRDR, e.g. MC01. Latitude and longitude limits of Mars Charts are given below. An MRDR consists of several or more strips of multispectral survey data mosaicked into a map tile. Thus a map tile is constructed from a large number of TRDRs. The mosaic is uncontrolled (accepting existing pointing data often resulting in image mismatch at seams within a mosaic). The tile contains up to four images: radiance extracted from temporary TRDRs Lambert albedo summary products DDR data used to generate the first three images, augmented with additional positional information The MRDR also contains up to two text files, one listing the wavelengths present and ther other listing the SPICE metakernels used for map projection of each constituent observation on the tile. Each file has a separate label. For every latitude or longitude in an MRDR, there is a radiance and all the information providing traceability to through I/F to Lambert albedo corrected for atmospheric, photometric, and thermal emission effects, plus the information needed to reconstruct the map projection. A global pattern of 1964 such tiles is being used, forming the major data product for multispectral survey observations. Multiple MRDRs are in each of the 30 subdirectories.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:57:26.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MRO CRISM MULTISPECTRAL REDUCED DATA RECORD V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 15, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:36:22.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mro-m-crism-5-rdr-multispectral-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MRO-M-CRISM-5-RDR-MULTISPECTRAL-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mro-m-crism-5-rdr-multispectral-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars reconnaissance orbiter', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MRO-CRISM-MULTISPECTRAL-REDUCED-DATA-RECORD-V1-0/a9d2-ku67', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 314,data.nasa.gov,u3x2-ucci,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,15,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/u3x2-ucci', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:42:03.000Z', u'id': u'u3x2-ucci', u'createdAt': u'2018-06-26T06:32:30.000Z', u'description': u'The THEMIS IR-GEO data set contains the spatially registered, thermal infrared images derived from the calibrated radiance (IR-RDR) products. Each cube file is accompanied by a detached PDS label describing the data format, contents, and processing history.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:42:03.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ODYSSEY THEMIS IR GEO V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 15, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 4.0, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:32:30.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ody-m-thm-5-irgeo-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=ODY-M-THM-5-IRGEO-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ody-m-thm-5-irgeo-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'2001 mars odyssey'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ODYSSEY-THEMIS-IR-GEO-V2-0/u3x2-ucci', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 315,data.nasa.gov,n47v-4ngw,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,15,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/n47v-4ngw', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:48:39.000Z', u'id': u'n47v-4ngw', u'createdAt': u'2018-06-26T07:10:43.000Z', u'description': u'This experiment compared the spaceflight transcriptomes of four commonly used natural variants (ecotypes) of Arabidopsis thaliana using RNAseq. In nature Arabidopsis is a native of Europe/Asia/Northwestern Africa and is found across the globe growing in a wide range of environments. The geographical spread of these various populations has led to a slow divergence leading to distinct ecotypes. Understanding the impact of this ecotypic variability is an important factor when using Arabidopsis as a model. Seeds of the ecotypes Col_0 Ler-2 Ws-2 and Cvi-0 were flown to the International Space Station as part of CRS-4 mission in the Biological Research in Canister (BRIC) hardware. The seeds were germinated on orbit grown for 8 days and then fixed in RNAlater and frozen in the MELFI freezer for return to Earth. Once returned RNA was isolated and RNAseq performed to catalog the transcriptional patterns of the plants grown in space. An identical set of samples were grown in parallel on the ground to provide controls to allow assessment of transcriptional changes specifically associated with the spaceflight environment. This data release includes 48 out of 56 sample expression files with the remaining 8 files to be released at a later date.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:48:39.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Comparison of the spaceflight transcriptome of four commonly used Arabidopsis thaliana ecotypes', u'columns_field_name': [], u'page_views': {u'page_views_total': 15, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 4.0, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:10:43.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-37', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-37', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'nucleic acid sequencing', u'sample collection', u'ecotype', u'spaceflight', u'sequence analysis data transformation', u'nucleic acid extraction', u'library construction'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Comparison-of-the-spaceflight-transcriptome-of-fou/n47v-4ngw', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 316,data.nasa.gov,3w6m-cwd9,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,15,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/3w6m-cwd9', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:02:37.000Z', u'id': u'3w6m-cwd9', u'createdAt': u'2018-06-26T07:10:58.000Z', u'description': u'Gene expression levels were determined in 3rd instar and adult Drosophila melanogaster reared during spaceflight to elucidate the genetic and molecular mechanisms underpinning the effects of microgravity on the immune system. The goal was to validate the Drosophila model for understanding alterations of innate immune responses in humans due to spaceflight. Five containers of flies with ten female and five male fruit flies in each container were housed and bred on the space shuttle (average orbit altitude of 330.35 km) for 12 days and 18.5 hours with a new generation reared in microgravity. RNA was extracted on the day of shuttle landing from whole body animals (3rd instar larvae and adults) hybridized to Drosophila 2.0 Affymetrix genome arrays and the expression level of all genes was normalized against the gene expression level from the corresponding developmental stage animals raised on ground. Spaceflight altered the expression of larval genes involved in the maturation of plasmatocytes (macrophages) and their phagocytic response as well as the level of constitutive expression of pattern recognition receptors and opsonins that specifically recognize bacteria and of lysozymes antimicrobial peptide pathway and immune stress genes hallmarks of humoral immunity. Larval microarrays (FL 6 samples) are based on RNA extracted from 6 independent sets of 50 mid 3rd instar larvae reared in microgravity and collected on the day of landing after 12 days and 18.5 hours on the space shuttle and the same number of control larvae raised on ground (GL 6 samples). Adults microarrays (F1 3 samples) are based on RNA from 3 sets of 20 adult females each that emerged during spaceflight and within 4 hours of landing and the same number of adult females from the corresponding ground control containers (G1 3 samples).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:02:37.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Drosophila melanogaster gene expression changes after spaceflight.', u'columns_field_name': [], u'page_views': {u'page_views_total': 15, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:10:58.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-3', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-3', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'hybridization', u'p-gse23880-1', u'p-gse23880-5', u'absorbed radiation dose', u'gravitation', u'treatment', u'p-gse23880-4', u'p-gse23880-2', u'developmental stage', u'feature_extraction', u'p-gse23880-3', u'p-gse23880-6', u'radiation dosimetry', u'bioassay_data_transformation', u'image_aquisition', u'labeling', u'nucleic_acid_extraction'], u'categories': [u'environment', u'social services', u'education'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Drosophila-melanogaster-gene-expression-changes-af/3w6m-cwd9', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 317,data.nasa.gov,3cbx-ijvb,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/3cbx-ijvb', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:02:53.000Z', u'id': u'3cbx-ijvb', u'createdAt': u'2018-09-05T23:02:52.000Z', u'description': u'This data set contains Raw data taken by the New Horizons Solar Wind Around Pluto instrument during the Jupiter encounter mission phase. This is VERSION 4.0 of this data set. During the Jupiter mission phase, SWAP made near-continuous science observations, taking data between 2 and 12 times per hour. Inbound to Jupiter, real-time science mode data were taken twice per hour, then 12 measurements were recorded per hour in the Jupiter tail. The Jupiter tail observations continue until about 100 days after closest approach, which corresponds to about 2200 RJ downstream. The changes in Version 4.0 were re-running of the ancillary data in the data product, updated geometry from newer SPICE kernels, minor editing of the documentation, catalogs, etc., and resolution of liens from the December, 2014 review, plus those from the May, 2016 review of the Pluto Encounter data sets. No new observations were added with Version 4.0.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:02:53.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'NEW HORIZONS \n SWAP JUPITER ENCOUNTER \n RAW V4.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:02:52.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-j-swap-2-jupiter-v4.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-J-SWAP-2-JUPITER-V4.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-j-swap-2-jupiter-v4.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'new horizons'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-SWAP-JUPITER-ENCOUNTER-RAW-V4-0/3cbx-ijvb', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 318,data.nasa.gov,qght-w5xt,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,13,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/qght-w5xt', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:06:50.000Z', u'id': u'qght-w5xt', u'createdAt': u'2018-06-26T07:07:52.000Z', u'description': u'The Robotic Arm Camera (RAC) experiment on the Mars Phoenix Lander consists of one instrument component plus command electronics. This RAC Imaging Operations RDR data set contains reachability data from the Robotic Arm Camera (RAC).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:06:50.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PHOENIX MARS ROBOTIC ARM CAMERA 5 REACHABILITY OPS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 13, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.8073549220576037, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:07:52.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.phx-m-rac-5-reachability-ops-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=PHX-M-RAC-5-REACHABILITY-OPS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.phx-m-rac-5-reachability-ops-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'phoenix'], u'categories': [u'finance', u'economy', u'public safety'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PHOENIX-MARS-ROBOTIC-ARM-CAMERA-5-REACHABILITY-OPS/qght-w5xt', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 319,data.nasa.gov,9g2f-4ydx,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,13,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/9g2f-4ydx', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:42:04.000Z', u'id': u'9g2f-4ydx', u'createdAt': u'2018-06-26T07:00:00.000Z', u'description': u'This data set contains reformatted records derived from data returned by the Voyager Ultraviolet Spectrometer Subsystem on board Voyager 2 during the Uranus encounter phase of the Voyager mission. Original instrument data were merged with ancillary data from footprint SEDR files provided by the Voyager Project at the Jet Propulsion Laboratory. The final product files are formatted as PDS binary tables.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:42:04.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'VG2 URANUS ULTRAVIOLET SPECTROMETER SUBSYSTEM 3 RDR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 13, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.8073549220576037, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:00:00.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-u-uvs-3-rdr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG2-U-UVS-3-RDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-u-uvs-3-rdr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'comet sl9/jupiter collision', u'uranus', u'voyager'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG2-URANUS-ULTRAVIOLET-SPECTROMETER-SUBSYSTEM-3-RD/9g2f-4ydx', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 320,data.nasa.gov,3ffi-aytc,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,13,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/3ffi-aytc', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:28:43.000Z', u'id': u'3ffi-aytc', u'createdAt': u'2018-06-25T20:49:03.000Z', u'description': u'Cloud-Aerosol Lidar and Infrared Pathfinder Satellite Observations (CALIPSO) was launched on April 28, 2006 to study the impact of clouds and aerosols on the Earth\u2019s radiation budget and climate. It flies in formation with five other satellites in the international \u201cA-Train\u201d (PDF) constellation for coincident Earth observations. The CALIPSO satellite comprises three instruments, the Cloud-Aerosol LIdar with Orthogonal Polarization (CALIOP), the Imaging Infrared Radiometer (IIR), and the Wide Field Camera (WFC). CALIPSO is a joint satellite mission between NASA and the French Agency, CNES. These data consist 5 km aerosol layer data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:28:43.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'john.m.kusterer@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CALIPSO Lidar L1B Profile Data V1-10', u'columns_field_name': [], u'page_views': {u'page_views_total': 13, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.8073549220576037, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:49:03.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:john.m.kusterer@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:004'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2007-01-06/2007-03-13', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'NASA-0000199', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'John M. Kusterer', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000199', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'eos', u'atmospheric science', u'radiation', u'satellite', u'aerosol', u'cloud', u'climate'], u'categories': [u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CALIPSO-Lidar-L1B-Profile-Data-V1-10/3ffi-aytc', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 321,data.nasa.gov,hf52-yu5i,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,13,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/hf52-yu5i', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:02:07.000Z', u'id': u'hf52-yu5i', u'createdAt': u'2018-06-26T06:37:16.000Z', u'description': u""This data set includes the complete set of DAWN SPICE data files (``kernel files''), which can be accessed using SPICE software. The SPICE data contain geometric and other ancillary information needed to recover the full value of science instrument data. In particular SPICE kernels provide spacecraft and planetary ephemerides, instrument mounting alignments, spacecraft orientation, and data needed for relevant time conversions."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:02:07.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'DAWN SPICE KERNELS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 13, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.8073549220576037, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:37:16.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dawn-m-a-spice-6-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DAWN-M%2FA-SPICE-6-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dawn-m-a-spice-6-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'dawn mission to vesta and ceres', u'1 ceres', u'4 vesta'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/DAWN-SPICE-KERNELS-V1-0/hf52-yu5i', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 322,data.nasa.gov,k2nk-ifih,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,13,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/k2nk-ifih', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:48:11.000Z', u'id': u'k2nk-ifih', u'createdAt': u'2018-06-26T07:10:22.000Z', u'description': u'In the present study we analyzed miRNA and mRNA expression profiles in human peripheral blood lymphocytes (PBLs) incubated in microgravity condition simulated by a ground-based Rotating Wall Vessel (RWV) bioreactor. Our results show that 42 miRNAs were differentially expressed in MMG-incubated PBLs compared with 1g-incubated ones. Among these miR-9-5p miR-9-3p miR-155-5p miR-150-3p and miR-378-3p were the most dysregulated. To improve the detection of functional miRNA-mRNA pairs we performed gene expression profiles on the same samples assayed for miRNA profiling and we integrated miRNA and mRNA expression data. The functional classification of miRNA-correlated genes evidenced significant enrichments in the biological processes of immune/inflammatory response signal transduction regulation of response to stress regulation of programmed cell death and regulation of cell proliferation. We identified the correlation between miR-9-3p miR-155-5p miR-150-3p and miR-378-3p expression with that of genes involved in immune/inflammatory response (eg. IFNG and IL17F) apoptosis (eg. PDCD4 and PTEN) and cell proliferation (eg. NKX3-1 and GADD45A). Experimental assays of cell viability and apoptosis induction validated the results obtained by bioinformatics analyses demonstrating that in human PBLs the exposure to reduced gravitational force increases the frequency of apoptosis and decreases cell proliferation. Gene expression profiling was carried out in MMG-incubated PBLs vs. 1g-incubated PBLs on total RNA extracted from the same PBL samples assayed for miRNA profiling. We used the Whole Human Genome Oligo Microarray (Agilent) consisting of ~41.000 (60-mer) oligonucleotide probes which span conserved exons across the transcripts of the targeted full-length genes.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:48:11.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Gene expression profiling of human peripheral blood lymphocytes cultured in modeled microgravity', u'columns_field_name': [], u'page_views': {u'page_views_total': 13, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 2.0, u'page_views_total_log': 3.8073549220576037, u'page_views_last_month': 3}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:10:22.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-56', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-56', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'p-gse57408-9', u'p-gse57408-1', u'p-gse57408-4', u'p-gse57408-5', u'p-gse57408-7', u'p-gse57408-13', u'p-gse57408-11', u'p-gse57408-2', u'p-gse57408-14', u'p-gse57408-8', u'p-gse57408-15', u'p-gse57408-10', u'p-gse57408-12', u'p-gse57408-3', u'p-gse57408-6', u'normalization data transformation protocol', u'labelling protocol', u'hybridization protocol', u'sample treatment protocol', u'nucleic acid extraction protocol', u'array scanning protocol', u'simulated microgravity', u'individual'], u'categories': [u'demographics', u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Gene-expression-profiling-of-human-peripheral-bloo/k2nk-ifih', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 323,data.nasa.gov,p8p3-tbcu,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,13,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/p8p3-tbcu', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-18T22:09:55.000Z', u'id': u'p8p3-tbcu', u'createdAt': u'2018-06-26T22:16:59.000Z', u'description': u'The Prelanding Phase covers the period of time from the 21st January 2014 until the 20th November 2014. It started after Rosetta successfully completed the Deep Space Hibernation phase. The first part of the Prelanding Phase was devoted to the Re-Commissioning of the Payload. The GIADA Scientific phase started on 7th May 2014 and was devoted to the characterization of the 67P environment.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-18T22:09:55.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ROSETTA-ORBITER 67P GIADA 3 PRL PRELANDING V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 13, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.8073549220576037, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T22:16:59.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-gia-3-prl-prelanding-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-C-GIA-3-PRL-PRELANDING-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-gia-3-prl-prelanding-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'international rosetta mission', u'67p/churyumov-gerasimenko 1 (1969 r1)'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-67P-GIADA-3-PRL-PRELANDING-V1-0/p8p3-tbcu', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 324,data.nasa.gov,smth-2xuy,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/smth-2xuy', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:02:35.000Z', u'id': u'smth-2xuy', u'createdAt': u'2018-09-05T23:02:35.000Z', u'description': u'This data set contains Raw data taken by the New Horizons Radio Science Experiment (REX) instrument during the Pluto encounter mission phase. This is VERSION 1.0 of this data set. This REX dataset includes operational tests and calibrations taken during the approach to Pluto, including a series of ground in the loop tests to prepare for the Pluto and Charon occultations. From the day of the Pluto Encounter, two observations are included, the bi-static radar THERMSCAN data, which measured the DSN uplink signal reflected off of Pluto during the flyby, and the Pluto occultation data for both ingress and egress.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:02:35.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'NEW HORIZONS \n REX PLUTO ENCOUNTER \n RAW V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:02:35.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-p-rex-2-pluto-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-P-REX-2-PLUTO-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-p-rex-2-pluto-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'pluto', u'earth', u'charon', u'new horizons'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-REX-PLUTO-ENCOUNTER-RAW-V1-0/smth-2xuy', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 325,data.nasa.gov,qzz5-pfeb,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/qzz5-pfeb', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:27:30.000Z', u'id': u'qzz5-pfeb', u'createdAt': u'2018-06-25T20:47:42.000Z', u'description': u'Cloud-Aerosol Lidar and Infrared Pathfinder Satellite Observations (CALIPSO) was launched on April 28, 2006 to study the impact of clouds and aerosols on the Earth\u2019s radiation budget and climate. It flies in formation with five other satellites in the international \u201cA-Train\u201d (PDF) constellation for coincident Earth observations. The CALIPSO satellite comprises three instruments, the Cloud-Aerosol LIdar with Orthogonal Polarization (CALIOP), the Imaging Infrared Radiometer (IIR), and the Wide Field Camera (WFC). CALIPSO is a joint satellite mission between NASA and the French Agency, CNES. These data consist 5 km aerosol layer data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:27:30.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'john.m.kusterer@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CALIPSO Lidar L2 5 km Cloud Profile Data V2-01', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:47:42.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:john.m.kusterer@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:004'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2006-06-13/2008-09-13', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'NASA-0000177', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'John M. Kusterer', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000177', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'aerosol', u'climate', u'eos', u'radiation', u'atmospheric science', u'cloud', u'satellite'], u'categories': [u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CALIPSO-Lidar-L2-5-km-Cloud-Profile-Data-V2-01/qzz5-pfeb', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 326,data.nasa.gov,chvd-pbsa,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/chvd-pbsa', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:27:17.000Z', u'id': u'chvd-pbsa', u'createdAt': u'2018-06-25T20:47:36.000Z', u'description': u'Cloud-Aerosol Lidar and Infrared Pathfinder Satellite Observations (CALIPSO) was launched on April 28, 2006 to study the impact of clouds and aerosols on the Earth\u2019s radiation budget and climate. It flies in formation with five other satellites in the international \u201cA-Train\u201d (PDF) constellation for coincident Earth observations. The CALIPSO satellite comprises three instruments, the Cloud-Aerosol LIdar with Orthogonal Polarization (CALIOP), the Imaging Infrared Radiometer (IIR), and the Wide Field Camera (WFC). CALIPSO is a joint satellite mission between NASA and the French Agency, CNES. These data consist 5 km aerosol layer data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:27:17.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'john.m.kusterer@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CALIPSO Lidar L2 5 km Cloud Layer Data V2-01', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:47:36.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:john.m.kusterer@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:004'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2006-03-01/2008-09-13', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'NASA-0000170', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'John M. Kusterer', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000170', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'atmospheric science', u'aerosol', u'cloud', u'satellite', u'radiation', u'eos', u'climate'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CALIPSO-Lidar-L2-5-km-Cloud-Layer-Data-V2-01/chvd-pbsa', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 327,data.nasa.gov,urih-kjh2,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/urih-kjh2', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:23:46.000Z', u'id': u'urih-kjh2', u'createdAt': u'2018-06-25T20:46:56.000Z', u'description': u'Cloud-Aerosol Lidar and Infrared Pathfinder Satellite Observations (CALIPSO) was launched on April 28, 2006 to study the impact of clouds and aerosols on the Earth\u2019s radiation budget and climate. It flies in formation with five other satellites in the international \u201cA-Train\u201d (PDF) constellation for coincident Earth observations. The CALIPSO satellite comprises three instruments, the Cloud-Aerosol LIdar with Orthogonal Polarization (CALIOP), the Imaging Infrared Radiometer (IIR), and the Wide Field Camera (WFC). CALIPSO is a joint satellite mission between NASA and the French Agency, CNES.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:23:46.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'john.m.kusterer@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CALIPSO All-Sky Lidar L3 Data V1-00', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:46:56.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:john.m.kusterer@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:004'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2006-06-13/2013-06-05', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'NASA-0000130', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'John M. Kusterer', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000130', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'atmospheric science', u'eos', u'satellite', u'aerosol', u'climate', u'cloud', u'radiation'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CALIPSO-All-Sky-Lidar-L3-Data-V1-00/urih-kjh2', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 328,data.nasa.gov,mwnw-f72d,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/mwnw-f72d', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:09:04.000Z', u'id': u'mwnw-f72d', u'createdAt': u'2018-06-26T06:48:23.000Z', u'description': u'This data set contains raw calibration and test images acquired by the Deep Impact Medium Resolution Instrument Visible CCD during the cruise phase of the mission. These observations were used for optical and autonomous navigation (NAV) of the flyby spacecraft. These data were collected from 14 January to 25 April 2005. Test images of comet 9P/Tempel 1 were acquired on 25 April. In this version 1.1 of the data set, the values for the INTEGRATION_DURATION keyword in the PDS data labels were corrected. This revised data set supersedes version 1.0.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:09:04.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'DEEP IMPACT 9P/TEMPEL CRUISE - RAW MRI NAV IMAGES V1.1', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:48:23.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dif-cal-mri-2-nav-9p-cruise-v1.1', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DIF-CAL-MRI-2-NAV-9P-CRUISE-V1.1', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dif-cal-mri-2-nav-9p-cruise-v1.1', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'deep impact', u'9p/tempel 1 (1867 g1)', u'calibration'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/DEEP-IMPACT-9P-TEMPEL-CRUISE-RAW-MRI-NAV-IMAGES-V1/mwnw-f72d', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 329,data.nasa.gov,2dxz-zb62,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,13,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/2dxz-zb62', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:38:09.000Z', u'id': u'2dxz-zb62', u'createdAt': u'2018-06-26T06:27:10.000Z', u'description': u'Reflectance spectra and associated data for 589 numbered asteroids.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:38:09.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'EIGHT COLOR ASTEROID SURVEY V3.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 13, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.8073549220576037, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:27:10.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-2cp-3-rdr-ecas-v3.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-2CP-3-RDR-ECAS-V3.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-2cp-3-rdr-ecas-v3.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'532 herculina', u'746 marlu', u'740 cantabia', u'739 mandeville', u'733 mocia', u'725 amanda', u'721 tabora', u'714 ulula', u'713 luscinia', u'712 boliviana', u'71 niobe', u'705 erminia', u'704 interamnia', u'702 alauda', u'70 panopaea', u'7 iris', u'699 hela', u'695 bella', u'692 hippodamia', u'69 hesperia', u'687 tinette', u'686 gersuind', u'68 leto', u'675 ludmilla', u'67 asia', u'664 judith', u'663 gerlinde', u'661 cloelia', u'660 crescentia', u'66 maja', u'659 nestor', u'654 zelinda', u'653 berenike', u'651 antikleia', u'650 amalasuntha', u'65 cybele', u'648 pippa', u'643 scheherezade', u'640 brambilla', u'64 angelina', u'639 latona', u'635 vundtia', u'631 philippina', u'63 ausonia', u'626 notburga', u'624 hektor', u'622 esther', u'62 erato', u'618 elfriede', u'617 patroclus', u'616 elly', u'613 ginevra', u'61 danae', u'606 brangane', u'602 marianna', u'60 echo', u'6 hebe', u'599 luisa', u'593 titania', u'59 elpis', u'588 achilles', u'584 semiramis', u'583 klotilde', u'582 olympia', u'58 concordia', u'579 sidonia', u'571 dulcinea', u'570 kythera', u'57 mnemosyne', u'566 stereoskopia', u'563 suleika', u'562 salome', u'56 melete', u'559 nanon', u'558 carmen', u'556 phyllis', u'554 peraga', u'551 ortrud', u'55 pandora', u'549 jessonda', u'548 kressida', u'540 rosamunde', u'54 alexandra', u'536 merapi', u'530 turandot', u'529 preziosa', u'526 jena', u'522 helga', u'521 brixia', u'52 europa', u'519 sylvania', u'515 athalia', u'514 armida', u'512 taurinensis', u'511 davida', u'51 nemausa', u'509 iolanda', u'508 princetonia', u'506 marion', u'505 cava', u'50 virginia', u'5 astraea', u'499 venusia', u'498 tokio', u'497 iva', u'496 gryphia', u'49 pales', u'488 kreusa', u'483 seppina', u'480 hansa', u'48 doris', u'478 tergeste', u'477 italia', u'476 hedwig', u'475 ocllo', u'472 roma', u'471 papagena', u'470 kilia', u'47 aglaja', u'469 argentina', u'466 tisiphone', u'462 eriphyla', u'46 hestia', u'459 signe', u'451 patientia', u'45 eugenia', u'449 hamburga', u'446 aeternitas', u'444 gyptis', u'443 photographica', u'442 eichsfeldia', u'44 nysa', u'434 hungaria', u'431 nephele', u'43 ariadne', u'429 lotis', u'423 diotima', u'421 zahringia', u'420 bertholda', u'42 isis', u'419 aurelia', u'418 alemannia', u'417 suevia', u'416 vaticana', u'414 liriope', u'410 chloris', u'41 daphne', u'407 arachne', u'406 erna', u'405 thia', u'404 arsinoe', u'402 chloe', u'4015 wilson-harrington', u'40 harmonia', u'4 vesta', u'394 arduina', u'39 laetitia', u'389 industria', u'388 charybdis', u'387 aquitania', u'386 siegena', u'383 janina', u'382 dodona', u'381 myrrha', u'380 fiducia', u'38 leda', u'379 huenna', u'376 geometria', u'374 burgundia', u'373 melusina', u'37 fides', u'369 aeria', u'368 haidea', u'365 corduba', u'364 isara', u'361 bononia', u'360 carlova', u'359 georgia', u'354 eleonora', u'352 gisela', u'350 ornamenta', u'35 leukothea', u'349 dembowska', u'347 pariana', u'346 hermentaria', u'345 tercidina', u'344 desiderata', u'34 circe', u'339 dorothea', u'338 budrosa', u'337 devosa', u'336 lacadiera', u'335 roberta', u'334 chicago', u'33 polyhymnia', u'329 svea', u'3288 seleucus', u'326 tamara', u'323 brucia', u'322 phaeo', u'32 pomona', u'3199 nefertiti', u'317 roxane', u'3169 ostro', u'313 chaldaea', u'3124 kansas', u'3123 dunham', u'3102 krok', u'308 polyxo', u'306 unitas', u'304 olga', u'302 clarissa', u'30 urania', u'3 juno', u'296 phaetusa', u'29 amphitrite', u'2491 tvashtri', u'246 asporina', u'245 vera', u'2449 kenos', u'2411 zellner', u'241 germania', u'2407 haug', u'2405 welch', u'240 vanadis', u'24 themis', u'238 hypatia', u'2379 heiskanen', u'2375 radek', u'2363 cebriones', u'236 honoria', u'2357 phereclos', u'2345 fucik', u'234 barbara', u'233 asterope', u'232 russia', u'2312 duboshin', u'2311 el leoncito', u'230 athamantis', u'23 thalia', u'229 adelinda', u'228 agathe', u'2279 barto', u'2278 gotz', u'2272 montezuma', u'2266 tchaikovsky', u'2260 neoptolemus', u'225 henrietta', u'2246 bowell', u'2241 alcathous', u'223 rosa', u'2223 sarpedon', u'222 lucia', u'221 eos', u'2208 pushkin', u'2207 antenor', u'22 kalliope', u'2196 ellicott', u'219 thusnelda', u'216 kleopatra', u'2156 kate', u'214 aschera', u'2139 makharadze', u'2131 mayall', u'213 lilaea', u'2111 tselina', u'211 isolda', u'2100 ra-shalom', u'210 isabella', u'21 lutetia', u'2090 mizuho', u'209 dido', u'2083 smither', u'2081 sazava', u'208 lacrimosa', u'2067 aksnes', u'2060 chiron', u'206 hersilia', u'2052 tamriko', u'2050 francis', u'2048 dwornik', u'204 kallisto', u'2035 stearns', u'2010 chebyshev', u'201 penelope', u'2001 einstein', u'200 dynamene', u'20 massalia', u'2 pallas', u'1990 pilcher', u'198 ampella', u'1963 bezovec', u'196 philomela', u'195 eurykleia', u'1943 anteros', u'194 prokne', u'1920 sarmiento', u'192 nausikaa', u'1919 clemence', u'1915 quetzalcoatl', u'1911 schubart', u'1902 shaposhnikov', u'190 ismene', u'19 fortuna', u'189 phthia', u'188 menippe', u'187 lamberta', u'1867 deiphobus', u'ida', u'gaspra', u'eros', u'ceres', u'asteroid 4688', u'asteroid 3757', u'asteroid', u'996 hilaritas', u'99 dike', u'980 anacostia', u'98 ianthe', u'974 lioba', u'97 klotho', u'969 leocadia', u'962 aslog', u'958 asplinda', u'95 arethusa', u'946 poesia', u'945 barcelona', u'94 aurora', u'937 bethgea', u'931 whittemora', u'93 minerva', u'925 alphonsina', u'92 undina', u'914 palisana', u'909 ulla', u'907 rhoda', u'901 brunsia', u'90 antiope', u'9 metis', u'897 lysistrata', u'89 julia', u'887 alinda', u'884 priamus', u'880 herba', u'88 thisbe', u'877 walkure', u'873 mechthild', u'87 sylvia', u'864 aase', u'863 benkoela', u'860 ursina', u'86 semele', u'851 zeissia', u'85 io', u'849 ara', u'838 seraphina', u'83 beatrix', u'821 fanny', u'82 alkmene', u'811 nauheima', u'81 terpsichore', u'805 hormuthia', u'804 hispania', u'801 helwerthia', u'80 sappho', u'8 flora', u'798 ruth', u'791 ani', u'790 pretoria', u'79 eurynome', u'786 bredichina', u'785 zwetana', u'78 diana', u'778 theobalda', u'776 berbericia', u'775 lumiere', u'773 irmintraud', u'772 tanete', u'771 libera', u'77 frigga', u'768 struveana', u'762 pulcova', u'761 brendelia', u'76 freia', u'757 portlandia', u'755 quintilla', u'751 faina', u'750 oskar', u'75 eurydike', u'748 simeisa', u'1865 cerberus', u'1863 antinous', u'1862 apollo', u'186 celuta', u'185 eunike', u'1842 hynek', u'184 dejopeja', u'1815 beethoven', u'181 eucharis', u'18 melpomene', u'1796 riga', u'1794 finsen', u'179 klytaemnestra', u'1768 appenzella', u'1754 cunningham', u'1748 mauderli', u'1746 brouwer', u'1740 paavo nurmi', u'173 ino', u'1724 vladimir', u'1711 sandrine', u'171 ophelia', u'1700 zvezdara', u'170 maria', u'17 thetis', u'1693 hertzsprung', u'1691 oort', u'169 zelia', u'168 sibylla', u'167 urda', u'1665 gaby', u'1657 roemera', u'1655 comas sola', u'1650 heckmann', u'1644 rafita', u'1627 ivar', u'1625 the norc', u'1620 geographos', u'1619 ueta', u'1615 bardwell', u'161 athor', u'1606 jekhovsky', u'1604 tombaugh', u'1601 patry', u'16 psyche', u'159 aemilia', u'1584 fuji', u'1583 antilochus', u'1581 abanderada', u'158 koronis', u'1579 herrick', u'1578 kirkwood', u'1576 fabiola', u'1564 srbija', u'156 xanthippe', u'1556 wingolfia', u'153 hilda', u'1529 oterma', u'152 atala', u'1512 oulu', u'1509 esclangona', u'1508 kemi', u'15 eunomia', u'1493 sigrid', u'148 gallia', u'147 protogeneia', u'1467 mashona', u'1461 jean-jacques', u'146 lucina', u'1453 fennia', u'145 adeona', u'1445 konkolya', u'1442 corvina', u'144 vibilia', u'1439 vogtia', u'1434 margot', u'1422 stromgrenia', u'142 polana', u'1418 fayeta', u'14 irene', u'1391 carelia', u'1390 abastumani', u'137 meliboea', u'1355 magoeba', u'1350 rosselia', u'135 hertha', u'1345 potomac', u'1342 brabantia', u'134 sophrosyne', u'1336 zeelandia', u'132 aethra', u'1310 villigera', u'131 vala', u'1307 cimmeria', u'130 elektra', u'13 egeria', u'1284 latvia', u'1280 baillauda', u'128 nemesis', u'1277 dolores', u'1275 cimbria', u'1269 rollandia', u'1268 libya', u'1266 tone', u'1256 normannia', u'1251 hedera', u'125 liberatrix', u'1249 rutherfordia', u'1245 calvinia', u'124 alkeste', u'1236 thais', u'1215 boyer', u'1212 francette', u'121 hermione', u'1208 troilus', u'120 lachesis', u'12 victoria', u'119 althaea', u'1185 nikko', u'1180 rita', u'118 peitho', u'1177 gonnessia', u'1173 anchises', u'1172 aneas', u'1076 viola', u'107 camilla', u'1061 paeonia', u'106 dione', u'105 artemis', u'1047 geisha', u'104 klymene', u'1038 tuckia', u'1036 ganymed', u'103 hera', u'1028 lydina', u'1025 riema', u'1021 flammario', u'102 miriam', u'1019 strackea', u'1012 sarema', u'101 helena', u'1001 gaussia', u'10 hygiea', u'support archives', u'2893 peiroos', u'289 nenetta', u'288 glauke', u'287 nephthys', u'2830 greenwich', u'282 clorinde', u'2809 vernadskij', u'28 bellona', u'279 thule', u'277 elvira', u'2760 kacha', u'276 adelheid', u'275 sapientia', u'2744 birgitta', u'2735 ellen', u'27 euterpe', u'268 adorea', u'2674 pandarus', u'266 aline', u'264 libussa', u'261 prymno', u'26 proserpina', u'258 tyche', u'2577 litva', u'2510 shandong', u'2501 lohja', u'250 bettina', u'25 phocaea', u'1171 rusthawelia', u'1170 siva', u'117 lomia', u'1167 dubiago', u'1162 larissa', u'116 sirona', u'1154 astronomia', u'115 thyra', u'1148 rarahu', u'1146 biarmia', u'1144 oda', u'1143 odysseus', u'114 kassandra', u'1139 atami', u'1133 lugduna', u'113 amalthea', u'1124 stroobantia', u'111 ate', u'1108 demeter', u'1105 fragaria', u'1103 sequoia', u'110 lydia', u'11 parthenope', u'109 felicitas', u'1088 mitaka', u'1087 arabis', u'1080 orchis', u'108 hecuba', u'1078 mentha'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/EIGHT-COLOR-ASTEROID-SURVEY-V3-0/2dxz-zb62', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 330,data.nasa.gov,iyyj-ekrk,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/iyyj-ekrk', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:02:27.000Z', u'id': u'iyyj-ekrk', u'createdAt': u'2018-09-05T23:02:26.000Z', u'description': u""This data set contains Calibrated data taken by the New Horizons Long Range Reconnaissance Imager instrument during the Jupiter encounter mission phase. This is VERSION 3.0 of this data set. LORRI science observations for the Jupiter Phase include observations of the Jovian system: the Jovian atmosphere and clouds including full disk rotation movie and resolved images of selected features like the Great Red Spot and the Little Red Spot; Jovian ring system and associated small satellites; the Galilean satellites with particular attention to Io under both sunlit and eclipse conditions, and eclipse observations of both Europa and Ganymede; the small irregular satellites Elara, Himalia, Callirrhoe. Additional observations were taken to test and/or characterize and/or calibrate the modes and performance of the LORRI. LORRI V3.0 provides a few updates from LORRI V2.0. The lossy images were recalibrated, including expanding the 'bad' pixel designation of 8x8 boxes affected by the first 34 pixels of header information in the calibrated quality map. Also, updates were made to the documentation and catalog files, primarily to resolve liens from the V2.0 peer review. No new observations were added with Version 3.0"", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:02:27.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': None, u'columns_description': [], u'name': u'NEW HORIZONS \n LORRI JUPITER ENCOUNTER \n CALIBRATED V3.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:02:26.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-j-lorri-3-jupiter-v3.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-J-LORRI-3-JUPITER-V3.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-j-lorri-3-jupiter-v3.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'j7 elara', u'new horizons', u'j2 europa', u'j1 io', u'j6 himalia', u'j rings', u'ganymede', u'j17 callirrhoe', u'jupiter', u'callisto'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-LORRI-JUPITER-ENCOUNTER-CALIBRATED-V3/iyyj-ekrk', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 331,data.nasa.gov,jb9n-46ut,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/jb9n-46ut', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:57:41.000Z', u'id': u'jb9n-46ut', u'createdAt': u'2018-06-26T06:36:29.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:57:41.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'VG2 SAT EPHEMERIS HELIOGRAPHIC COORDS BROWSE V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:36:29.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-s-pos-4-summ-hgcoords-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG2-S-POS-4-SUMM-HGCOORDS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-s-pos-4-summ-hgcoords-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'voyager', u'saturn'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG2-SAT-EPHEMERIS-HELIOGRAPHIC-COORDS-BROWSE-V1-0/jb9n-46ut', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 332,data.nasa.gov,hiwm-42ag,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/hiwm-42ag', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:52:52.000Z', u'id': u'hiwm-42ag', u'createdAt': u'2018-06-26T07:06:27.000Z', u'description': u'The Rosetta COSIMA data contains the operational history of the 72 dust collecting substrates from the installation inside the instrument. The operations are either expose, storage, spectra, total intensity, heating, imaging or grain lists. The data is grouped by the substrate and time. Up to the 2014-08 the aim of the data has been the instrument health and operational functionality, not statistically significant substrate background spectra. From 2014-08 onward the D0 substrate set was used to collect dust collected in the vicinity of 67P/CHURYUMOV GERASIMENKO 1 (1969 R1) and dust analysis with TOF-SIMS. From 2014-10-23 onward due to an instrument failure, the SIMS data became scientifically unusable. While other SIMS parameter sets were tested, substrates CF were exposed from mid 2015-12 and C7 from mid 2015-02. This data set supersedes all previous COSIMA datasets, like RO-C-COSIMA-3-V1.0, RO-CAL-COSIMA-2-V1.0 and RO-CAL-COSIMA-3-V3.0 Also, in the above previous versions, the values of the temperature in the HK data where given in Celsius although Kelvin was written in the description of the table in the FMT file', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:52:52.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ROSETTA-ORBITER 67P COSIMA 3\n V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:06:27.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-cosima-3-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-C-COSIMA-3-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-cosima-3-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'international rosetta mission', u'67p/churyumov-gerasimenko 1 (1969 r1)', u'calibration'], u'categories': [u'social services'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-67P-COSIMA-3-V2-0/hiwm-42ag', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 333,data.nasa.gov,2xiu-kiit,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/2xiu-kiit', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:57:57.000Z', u'id': u'2xiu-kiit', u'createdAt': u'2018-06-26T06:37:17.000Z', u'description': u'This dataset contains EDITED RAW DATA (CODMAC LEVEL 2) of the\nCOMET ESCORT 2 Phase from March 11 until June 30, 2015 of the\nROSETTA orbiter magnetometer RPCMAG. Observations are done in\nthe vicinity of comet 67P/CHURYUMOV-GERASIMENKO 1 (1969 R1).\nThe current version of the dataset is V6.0', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:57:57.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ROSETTA-ORBITER 67P RPCMAG 2 ESC2 RAW V6.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:37:17.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-rpcmag-2-esc2-raw-v6.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-C-RPCMAG-2-ESC2-RAW-V6.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-rpcmag-2-esc2-raw-v6.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'67p/churyumov-gerasimenko 1 (1969 r1)', u'international rosetta mission'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-67P-RPCMAG-2-ESC2-RAW-V6-0/2xiu-kiit', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 334,data.nasa.gov,e7zq-du3a,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/e7zq-du3a', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:18:30.000Z', u'id': u'e7zq-du3a', u'createdAt': u'2018-06-26T06:49:42.000Z', u'description': u'This data set contains Ulysses Energetic Particle Composition Experiment (EPAC) 1 hour averaged omni-directional electron flux data from the Ulysses Jupiter encounter 1992-Jan-25 to 1992-Feb-28. These data were recorded by Electrons Low Spin Averages Telescopes (ELTL) 1-4, Electrons High Spin Averages Telescopes (EHTL) 1-4, and Event-Rate Low, Medium, and High Omni-directional Channels (ERL/ERM/ERH).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:18:30.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ULYSSES JUPITER EPAC OMNI-DIRECTIONAL ELECTRON FLUX', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:49:42.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.uly-j-epac-4-summ-omni-ele-flux-1hr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=ULY-J-EPAC-4-SUMM-OMNI-ELE-FLUX-1HR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.uly-j-epac-4-summ-omni-ele-flux-1hr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'ulysses', u'jupiter'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ULYSSES-JUPITER-EPAC-OMNI-DIRECTIONAL-ELECTRON-FLU/e7zq-du3a', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 335,data.nasa.gov,vb94-mvsa,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/vb94-mvsa', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:02:13.000Z', u'id': u'vb94-mvsa', u'createdAt': u'2018-09-05T23:02:12.000Z', u'description': u""This data set contains Raw data taken by the New Horizons Long Range Reconnaissance Imager instrument during the Jupiter encounter mission phase. This is VERSION 3.0 of this data set. LORRI science observations for the Jupiter Phase include observations of the Jovian system: the Jovian atmosphere and clouds including full disk rotation movie and resolved images of selected features like the Great Red Spot and the Little Red Spot; Jovian ring system and associated small satellites; the Galilean satellites with particular attention to Io under both sunlit and eclipse conditions, and eclipse observations of both Europa and Ganymede; the small irregular satellites Elara, Himalia, Callirrhoe. Additional observations were taken to test and/or characterize and/or calibrate the modes and performance of the LORRI. LORRI V3.0 provides a few updates from LORRI V2.0. The lossy images were recalibrated, including expanding the 'bad' pixel designation of 8x8 boxes affected by the first 34 pixels of header information in the calibrated quality map. Also, updates were made to the documentation and catalog files, primarily to resolve liens from the V2.0 peer review. No new observations were added with Version 3.0"", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:02:13.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'NEW HORIZONS \n LORRI JUPITER ENCOUNTER \n RAW V3.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:02:12.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-j-lorri-2-jupiter-v3.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-J-LORRI-2-JUPITER-V3.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-j-lorri-2-jupiter-v3.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'jupiter', u'j7 elara', u'j6 himalia', u'j17 callirrhoe', u'new horizons', u'j rings', u'ganymede', u'j2 europa', u'j1 io', u'callisto'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-LORRI-JUPITER-ENCOUNTER-RAW-V3-0/vb94-mvsa', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 336,data.nasa.gov,7s5x-wc9i,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/7s5x-wc9i', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:27:38.000Z', u'id': u'7s5x-wc9i', u'createdAt': u'2018-06-26T06:22:13.000Z', u'description': u'Abstract ======== This data set consists of the MESSENGER MAG reduced observations, also known as RDRs. The MAG experiment is a miniature three-axis ring-core fluxgate magnetometer with low- noise electronics. There are five types of MAG RDR data products, which differ in the coordinate system. For each type, one or more averaging intervals are available.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:27:38.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MAG REDUCED (RDR) DATA E/V/H/SW V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 2.321928094887362, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 4}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:22:13.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mess-e-v-h-sw-mag-4-summ-calibrated-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MESS-E%2FV%2FH%2FSW-MAG-4-SUMM-CALIBRATED-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mess-e-v-h-sw-mag-4-summ-calibrated-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'calibration', u'earth', u'venus', u'mercury', u'messenger'], u'categories': [u'environment'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MAG-REDUCED-RDR-DATA-E-V-H-SW-V1-0/7s5x-wc9i', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 337,data.nasa.gov,6qn5-wwv8,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/6qn5-wwv8', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:12:47.000Z', u'id': u'6qn5-wwv8', u'createdAt': u'2018-06-26T07:10:39.000Z', u'description': u'The aim of this work is to determine whether mycobacteria have enhanced virulence during space travel and what mechanisms they use to adapt to microgravity. M. marinum and LHM4 were grown in high aspect ratio vessels (HARV) in a rotary cell culture system (RCCS) under normal gravity (NG) or low shear simulated microgravity (MG). To determine the effect of MG on the stress responses activated by the growth conditions we used RNAseq to examine what genes were expressed. For RNAseq the bacteria are harvested RNA isolated and converted DNA (cDNA) and the cDNA sequenced. Using bioinformatics the amount of expression of the different M. marinum genes were compared between the NG and MG samples. To make sure that we were examining only gene expression changes due to MG only bacteria in early exponential growth were used in the RNAseq studies. Triplicate NG and MG cultures were used to generate samples of bacteria grown for ~40 hrs. We also grew triplicate cultures for 4 days and then diluted them again and grew them for another ~40 hrs so we could examine gene expression from bacteria exposed for a longer time. In summary this study determined that waterborne mycobacteria alter their growth expression of stress responses and their sensitivity to oxidizing conditions when subjected to growth under MG.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:12:47.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'RNA-seq analysis of mycobacteria stress response to microgravity', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:10:39.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-90', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-90', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'simulated microgravity', u'nucleic acid extraction', u'library construction', u'nucleic acid sequencing', u'timepoint', u'sample collection'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/RNA-seq-analysis-of-mycobacteria-stress-response-t/6qn5-wwv8', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 338,data.nasa.gov,wd3n-3h6k,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/wd3n-3h6k', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-18T20:30:22.000Z', u'id': u'wd3n-3h6k', u'createdAt': u'2018-06-25T21:30:34.000Z', u'description': u'\r\n\tIntegrate the UAVSAR L-band radar to the Global Hawk UAV Bay 25 \r\n\tProvide long range (~ 9000 nmi) to enable data collection of distant areas of interest without complicated deployments \r\n\tStudy the ability of the Global Hawk to accommodate UAVSAR “Mini-Pods” under each wing to enable precision topographic maps and single pass polarimetric interferometry (SPI) providing vertical structure of ice and vegetation.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-18T20:30:22.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'george.komar@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'UAVSAR Global Hawk POLSAR Project', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:30:34.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:george.komar@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2011-07-01T00:00:00Z/2013-02-01T00:00:00Z', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': [u'http://techport.nasa.gov/home', u'http://techport.nasa.gov/doc/home/TechPort_Advanced_Search.pdf', u'http://techport.nasa.gov/fetchFile?objectId=6561', u'http://techport.nasa.gov/fetchFile?objectId=3456', u'http://techport.nasa.gov/fetchFile?objectId=3447', u'http://techport.nasa.gov/fetchFile?objectId=6584', u'http://techport.nasa.gov/fetchFile?objectId=6560', u'http://techport.nasa.gov/fetchFile?objectId=3448'], u'key': u'Common-Core_References'}, {u'value': u'TECHPORT_11906', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'Science Mission Directorate', u'key': u'Common-Core_Publisher'}, {u'value': u'http://techport.nasa.gov/view/11906', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'2011-07-01T00:00:00Z', u'key': u'Common-Core_Issued'}, {u'value': u'George Komar', u'key': u'Common-Core_Contact-Name'}, {u'value': u'TECHPORT_11906', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'project', u'nasa headquarters', u'active'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/UAVSAR-Global-Hawk-POLSAR-Project/wd3n-3h6k', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 339,data.nasa.gov,x9pf-krfk,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/x9pf-krfk', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:48:52.000Z', u'id': u'x9pf-krfk', u'createdAt': u'2018-06-26T07:10:43.000Z', u'description': u'Microarray Analysis of Space-flown Murine Thymus Tissue Reveals Changes in Gene Expression Regulating Stress and Glucocorticoid Receptors. We used microarrays to detail the gene expression of space-flown thymic tissue and identified distinct classes of up-regulated genes during this process. We report here microarray gene expression analysis in young adult C57BL/6NTac mice at 8 weeks of age after exposure to spaceflight aboard the space shuttle (STS-118) for a period of 13 days. Upon conclusion of the mission thymus lobes were extracted from space flown mice (FLT) as well as age- and sex-matched ground control mice similarly housed in animal enclosure modules (AEM). mRNA was extracted and an automated array analysis for gene expression was performed. Examination of the microarray data revealed 970 individual probes that had a 1.5 fold or greater change. When these data were averaged (n=4) we identified 12 genes that were significantly up- or down-regulated by at least 1.5 fold after spaceflight (p?0.05). Together these data demonstrate that spaceflight induces significant changes in the thymic mRNA expression of genes that regulate stress glucocorticoid receptor metabolism and T cell signaling activity. These data explain in part the reported systemic compromise of the immune system after exposure to the microgravity of space.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:48:52.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'Microarray Analysis of Space-flown Murine Thymus Tissue', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:10:43.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-4', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-4', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mesh:gravitation', u'radiation dosimetry', u'radiation detection', u'growth protocol', u'normalization data transformation', u'scan protocol', u'nucleic acid hybridization', u'absorbed radiation dose', u'rna extraction', u'labeling'], u'categories': [u'environment', u'social services', u'public safety'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Microarray-Analysis-of-Space-flown-Murine-Thymus-T/x9pf-krfk', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 340,data.nasa.gov,5sj3-baag,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/5sj3-baag', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:59:12.000Z', u'id': u'5sj3-baag', u'createdAt': u'2018-06-26T07:05:50.000Z', u'description': u"";This data set contains archival raw, partially processed, and ancillary/supporting radio science data acquired during the Mars Orbit Insertion (MOI) phase of the Mars Global Surveyor (MGS) mission. The radio observations were carried out using the MGS spacecraft and Earth-based receiving stations of the NASA Deep Space Network (DSN). The observations were designed to test the spacecraft radio system, the DSN ground system, and MGS operations procedures; to be used in generating high-resolution gravity field models of Mars; and for estimating density and structure of the Mars atmosphere. Of most interest are likely to be the Orbit Data File and Original Data Record files, in the ODF and ODR directories, respectively, which provided the raw input to gravity and atmospheric investigations. The MOI phase extended from September 1997 to March 1999. On orbits 203-266 and 343-571 (approximately April and June-September 1998, respectively) the spacecraft periapsis was especially low giving the highest per-orbit sensitivity to gravity anomalies during the entire mission. Data were organized in approximately chronological order and delivered on a set of 159 CD volumes at the rate of 2-3 CD's per week. Typical volume of a one-day ODF was 300-400 kB. Typical volume of an ODR was 5-10 MB, and there could be multiple ODR's per day depending on DSN schedules and observing geometry."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:59:12.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MARS GLOBAL SURVEYOR RAW DATA SET - MOI V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 2.0, u'page_views_last_week': 3, u'page_views_last_month_log': 2.584962500721156, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 5}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:05:50.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgs-m-rss-1-moi-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MGS-M-RSS-1-MOI-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgs-m-rss-1-moi-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'mars global surveyor'], u'categories': [u'social services', u'finance', u'economy'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MARS-GLOBAL-SURVEYOR-RAW-DATA-SET-MOI-V1-0/5sj3-baag', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 341,data.nasa.gov,jsse-n6zn,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/jsse-n6zn', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:32:36.000Z', u'id': u'jsse-n6zn', u'createdAt': u'2018-06-26T06:57:34.000Z', u'description': u""The Asteroid Polarimetric Database (APD) is compiled by Dmitrij Lupishko of Kharkov University. This database tabulates the original data comprising degree of polarization as a function of phase angle of the asteroid, and additional parameters where available. This data set, together with 'polar.tab' containing the TRIAD polarimetry, includes most if not all existing asteroid polarimetry data published by 1998. The APD is an ongoing compilation and this data set will be updated yearly."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:32:36.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ASTEROID POLARIMETRIC DATABASE V3.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:57:34.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-3-rdr-apd-polarimetry-v3.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-3-RDR-APD-POLARIMETRY-V3.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-3-rdr-apd-polarimetry-v3.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'asteroid', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ASTEROID-POLARIMETRIC-DATABASE-V3-0/jsse-n6zn', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 342,data.nasa.gov,9ati-j7hi,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/9ati-j7hi', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:42:56.000Z', u'id': u'9ati-j7hi', u'createdAt': u'2018-06-26T06:59:39.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:42:56.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MER 2 MARS PANORAMIC CAMERA SURFACE ROUGH RDR OPS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:59:39.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer2-m-pancam-5-roughness-ops-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MER2-M-PANCAM-5-ROUGHNESS-OPS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer2-m-pancam-5-roughness-ops-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars exploration rover', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MER-2-MARS-PANORAMIC-CAMERA-SURFACE-ROUGH-RDR-OPS-/9ati-j7hi', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 343,data.nasa.gov,6c5n-5xks,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/6c5n-5xks', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:54:20.000Z', u'id': u'6c5n-5xks', u'createdAt': u'2018-06-26T06:30:42.000Z', u'description': u'This dataset contains photometric measurements of comet 9P/Tempel 1 from images taken with the Medium Resolution CCD Instrument during the approach phase of the Deep Impact mission (from 1 May 2005 to 4 July 2005). These data, based on circular apertures ranging from 5 to 30 pixels in diameter, were derived from both science and navigation images taken through clear filters.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:54:20.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'DEEP IMPACT MRI PHOTOMETRY OF COMET 9P/TEMPEL 1 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:30:42.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dif-c-mri-5-tempel1-photometry-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DIF-C-MRI-5-TEMPEL1-PHOTOMETRY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dif-c-mri-5-tempel1-photometry-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'9p/tempel 1 (1867 g1)', u'deep impact'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/DEEP-IMPACT-MRI-PHOTOMETRY-OF-COMET-9P-TEMPEL-1-V1/6c5n-5xks', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 344,data.nasa.gov,2xeh-8tfi,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/2xeh-8tfi', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:20:26.000Z', u'id': u'2xeh-8tfi', u'createdAt': u'2018-06-26T06:52:03.000Z', u'description': u'This data set consists of electric field waveform samples from the Voyager 2 Plasma Wave Receiver waveform receiver obtained during the Uranus encounter. The waveforms are collections of 4-bit samples of the electric field measured by the dipole electric antenna at a rate of 28,800 samples per second. 1600 samples are collected in 55.56 msec followed by a 4.44-msec gap. Each 60-msec interval constitutes a line of waveform samples. The data set includes about 271 frames of waveform samples consisting of up to 800 lines, each. The telemetry format for the waveform data is identical to that for images, hence the use of line and frame as constructs in describing the form of the data. The waveform is sampled through a bandpass filter with a passband of 40 Hz to 12 kHz. The 4-bit samples provide sixteen digital values of the electric field with a linear amplitude scale, but the amplitude scale is arbitrary because of the automatic gain control used in the waveform receiver. The instantaneous dynamic range afforded by the 4 bit samples is about 23 db, but the automatic gain control allows the dominant signal in the passband to be set at the optimum level to fit within the instantaneous dynamic range. With the gain control, the overall dynamic range of the waveform receiver is about 100 db. The automatic gain control gain setting is not returned to the ground, hence, there is no absolute calibration for the data. However, by comparing the waveform spectrum derived by Fourier transforming the waveform to the spectrum provided by the spectrum analyzer data, an absolute calibration may be obtained in most cases. The data may be plotted in raw form to show the actual waveform useful for studying events such as dust impacts on the spacecraft. But the normal method of analyzing the waveform data is by Fourier transforming the samples from each line to arrive at an amplitude versus frequency spectrum. By stacking the spectra side-by-side in time order, a frequency- time spectrogram can be produced. Additional information about this dataset and the instrument which produced it can be found elsewhere in this catalog. An overview of the data in this data set can be found in Gurnett et al. [1986] and a complete instrument description can be found in Scarf and Gurnett [1977].', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:20:26.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VG2 URA PWS RAW EXPERIMENT WAVEFORM 60MS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:52:03.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-u-pws-1-edr-wfrm-60ms-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG2-U-PWS-1-EDR-WFRM-60MS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-u-pws-1-edr-wfrm-60ms-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'uranus', u'voyager', u'comet sl9/jupiter collision'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG2-URA-PWS-RAW-EXPERIMENT-WAVEFORM-60MS-V1-0/2xeh-8tfi', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 345,data.nasa.gov,m9e5-iy29,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/m9e5-iy29', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:26:25.000Z', u'id': u'm9e5-iy29', u'createdAt': u'2018-06-26T06:59:41.000Z', u'description': u'This data set includes wideband waveform measurements from the Galileo plasma wave receiver obtained during Jupiter orbital operations. These data were obtained during selected observation periods near perijove, satellite encounters and other select times. These measurements are electric waveforms obtained by rapidly sampling the potential at the input to the receiver from the electric dipole antenna. The sample rates are 201,600/s, 25,200/s, or 3,150/s taken through bandpass filters of 80, 10, or 1 kHz, respectively.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:26:25.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'GO JUPITER PWS EDITED EDR 10KHZ WAVEFORM RECEIVER V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:59:41.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-j-pws-2-edr-waveform-10khz-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GO-J-PWS-2-EDR-WAVEFORM-10KHZ-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-j-pws-2-edr-waveform-10khz-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'ganymede', u'amalthea', u'io', u'io plasma torus', u'jupiter', u'europa', u'galileo', u'callisto'], u'categories': [u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GO-JUPITER-PWS-EDITED-EDR-10KHZ-WAVEFORM-RECEIVER-/m9e5-iy29', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 346,data.nasa.gov,jvgp-yhza,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/jvgp-yhza', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:02:55.000Z', u'id': u'jvgp-yhza', u'createdAt': u'2018-09-05T23:02:54.000Z', u'description': u'This data set contains Calibrated data taken by the New Horizons Alice Ultraviolet Imaging Spectrograph instrument during the Pluto encounter mission phase. This is VERSION 3.0 of this data set. This data set contains ALICE observations taken during the the Approach (Jan-Jul, 2015), Encounter, Departure, and Transition mission sub-phases, including flyby observations taken on 14 July, 2015, and departure and calibration data through late October, 2016. This data set completes the Pluto mission phase deliveries for ALICE. This is version 3.0 of this dataset. Changes since version 2.0 include the addition of data downlinked between the end of January, 2016 and the end of October, 2016, completing the delivery of all data covering the Pluto Encounter and subsequent Calibration Campaign. It includes multi- map and Lyman-alpha observations of Pluto and Charon, histograms of the Pluto system moons, and a number of calibration observations of Rho Leo and other stars. Also, updates were made to the calibration files, documentation, and catalog files. The data were re-run through the updated pipeline, which changed the FITS headers of the raw data set, but not the FITS data. The updated Effective Area calibration file (pa_aeff_007.tab) changed the calibrated data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:02:55.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'NEW HORIZONS \n ALICE PLUTO ENCOUNTER \n CALIBRATED V3.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:02:54.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-p-alice-3-pluto-v3.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-P-ALICE-3-PLUTO-V3.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-p-alice-3-pluto-v3.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'pluto', u'new horizons', u'hydra', u'charon', u'nix', u'calibration', u'sun'], u'categories': [u'public safety'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-ALICE-PLUTO-ENCOUNTER-CALIBRATED-V3-0/jvgp-yhza', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 347,data.nasa.gov,3sty-ckmp,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/3sty-ckmp', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:48:01.000Z', u'id': u'3sty-ckmp', u'createdAt': u'2018-06-26T06:33:10.000Z', u'description': u'This data set contains Philip Stooke shape models for 243 Ida, 253 Mathilde, 951 Gaspra, comet Halley, J5 Amalthea, J14 Thebe, N7 Larissa, N8 Proteus, S10 Janus, S11 Epimetheus, S16 Prometheus, and S17 Pandora, based on optical data from the NEAR, Galileo, Giotto, Vega 1, Vega 2, and Voyager missions.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:48:01.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'STOOKE SMALL BODY SHAPE MODELS V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:33:10.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-stooke-shape-models-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-5-DDR-STOOKE-SHAPE-MODELS-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-stooke-shape-models-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'giotto', u'1p/halley 1 (1682 q1)', u'vega 1', u'vega 2', u'near earth asteroid rendezvous', u'voyager', u'galileo', u'n8 proteus', u's11 epimetheus', u'951 gaspra', u'j5 amalthea', u'253 mathilde', u'n7 larissa', u'243 ida'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/STOOKE-SMALL-BODY-SHAPE-MODELS-V2-0/3sty-ckmp', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 348,data.nasa.gov,ge74-u7dm,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ge74-u7dm', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-08-02T15:24:48.000Z', u'id': u'ge74-u7dm', u'createdAt': u'2018-06-26T06:12:18.000Z', u'description': u'Abstract ======== This data set consists of the MESSENGER Energetic Particle and Plasma Spectrometer (EPPS) advanced data products, also known as DDR/DAPs. The system encompasses 2 instrument subsystems - the Energetic Particle Spectrometer (EPS) and the Fast Imaging Plasma Spectrometer (FIPS). This data set contains EPS instrument data. EPS covers the energy range of 25 to > 500 keV for electrons, and 10 keV/nucleon to ~3 MeV total energy for ions. There is one DDR data product for EPS', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-08-02T15:24:48.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'homas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MESSENGER E/V/H/SW EPPS CALIBRATED EPS DDR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:12:18.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mess-e-v-h-sw-epps-3-eps-ddr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MESS-E%2FV%2FH%2FSW-EPPS-3-EPS-DDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mess-e-v-h-sw-epps-3-eps-ddr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'messenger', u'calibration', u'earth', u'mercury', u'venus'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MESSENGER-E-V-H-SW-EPPS-CALIBRATED-EPS-DDR-V1-0/ge74-u7dm', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 349,data.nasa.gov,fwe2-ijbi,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/fwe2-ijbi', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:51:06.000Z', u'id': u'fwe2-ijbi', u'createdAt': u'2018-06-26T06:15:49.000Z', u'description': u'This data set contains archival raw experiment data from the Lunar Orbiter Laser Altimeter instrument (LOLA).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:51:06.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'LRO MOON LASER ALTIMETER 2 EDR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:15:49.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lro-l-lola-2-edr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=LRO-L-LOLA-2-EDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lro-l-lola-2-edr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'lunar reconnaissance orbiter', u'moon'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/LRO-MOON-LASER-ALTIMETER-2-EDR-V1-0/fwe2-ijbi', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 350,data.nasa.gov,suq4-485y,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/suq4-485y', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:30:17.000Z', u'id': u'suq4-485y', u'createdAt': u'2018-06-26T06:24:00.000Z', u'description': u'Abstract ======== This data set consists of the MESSENGER MASCS UVVS calibrated observations, also known as CDRs. The MASCS UVVS experiment is a scanning grating monochromator equipped with three photomultiplier tubes. There are three UVVS CDR data products, one for each detector, which cover the wavelength ranges of the far ultraviolet (FUV), middle ultraviolet (MUV), and visible (VIS).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:30:17.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MESSENGER E/V/H MASCS 3 UVVS\n CALIBRATED DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:24:00.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mess-e-v-h-mascs-3-uvvs-cdr-caldata-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MESS-E%2FV%2FH-MASCS-3-UVVS-CDR-CALDATA-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mess-e-v-h-mascs-3-uvvs-cdr-caldata-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mercury', u'calibration', u'venus', u'messenger', u'earth'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MESSENGER-E-V-H-MASCS-3-UVVS-CALIBRATED-DATA-V1-0/suq4-485y', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 351,data.nasa.gov,jjiw-y78u,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/jjiw-y78u', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:22:59.000Z', u'id': u'jjiw-y78u', u'createdAt': u'2018-06-26T06:52:00.000Z', u'description': u'Radar scaled backscatter cross section images of the Moon made with the 12.6 cm wavelength radar at Arecibo Observatory. The data are corrected for antenna beam shape, but not for radar scattering variations with incidence angle. Data are scaled to fit within dynamic range of output values. The images are projected onto a Mercator grid with a longitude spacing of 0.01 degrees per pixel.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:22:59.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ARECIBO MOON RADIO TELESCOPE DERIVED 12.6 CM RADAR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:52:00.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.arcb-l-rtls-5-12.6cm-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=ARCB-L-RTLS-5-12.6CM-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.arcb-l-rtls-5-12.6cm-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'moon', u'pre-magellan'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ARECIBO-MOON-RADIO-TELESCOPE-DERIVED-12-6-CM-RADAR/jjiw-y78u', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 352,data.nasa.gov,n8dq-qx6d,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/n8dq-qx6d', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:09:34.000Z', u'id': u'n8dq-qx6d', u'createdAt': u'2018-06-26T06:44:24.000Z', u'description': u'This dataset contains the results obtained from the Dust Impact Detection System (DIDSY) flown aboard the GIOTTO spacecraft during its extended mission to Comet P/Grigg-Skjellerup in 1992. The measurements and analysis of the three impacts detected during close approach are contained in text files. Calibration tables for the sensors are included in this dataset. These data have not been reviewed or formally archived with the PDS.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:09:34.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'GIOTTO EXTENDED MISSION DUST IMPACT DETECTOR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:44:24.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.gio-c-did-3-rdr-grigg-skjell-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GIO-C-DID-3-RDR-GRIGG-SKJELL-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.gio-c-did-3-rdr-grigg-skjell-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'26p/grigg-skjellerup 1 (1922 k1)', u'giotto extended mission'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GIOTTO-EXTENDED-MISSION-DUST-IMPACT-DETECTOR-V1-0/n8dq-qx6d', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 353,data.nasa.gov,bv3x-9itz,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/bv3x-9itz', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:14:14.000Z', u'id': u'bv3x-9itz', u'createdAt': u'2018-06-26T07:11:16.000Z', u'description': u'We developed a mouse model that captures radiation effects on host biology by transplanting unirradiated Trp53 null mammary tissue to sham or irradiated hosts. Gene expression profiles of tumors that arose in irradiated mice are distinct from those that arose in naive hosts. Host irradiation induces a metaprofile consisting of gene modules representing stem cells cell motility macrophages and autophagy. Human orthologs of the host irradiation metaprofile discriminated between radiation-preceded and sporadic human thyroid cancers. An irradiated host centroid was strongly associated with estrogen receptor negative breast cancer. When applied to sporadic human breast cancers the irradiated host metaprofile strongly associated with basal-like and claudin-low breast cancer intrinsic subtypes. Comparing host irradiation in the context of TGFB levels showed that inflammation was robustly associated with claudin-low tumors. The association of the irradiated host metaprofiles with estrogen receptor negative status and claudin-low subtype suggests that host processes similar to those induced by radiation underlie sporadic cancers. Total RNA was extracted from mammary tumors derived from transplantations of non-irradiated p53null mammary fragments into irradiated hosts. We analyized a total of 32 p53null tumors from irradiated wild type mice: 9 from sham-irradiated hosts and 23 from irradiated hosts. We also analyzed 24 tumors from irradiated TGFb1 heterozygote hosts: 6 from sham-irradiated hosts and 18 from irradiated hosts.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:14:14.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'Murine microenvironment metaprofiles associate with human cancer etiology and intrinsic subtypes', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:11:16.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-79', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-79', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'p-gse42742-3', u'array scanning protocol', u'p-gse42742-2', u'p-gse42742-6', u'p-gse42742-5', u'labeling', u'p-gse42742-4', u'sample collection', u'p-gse42742-7', u'variation', u'sample treatment protocol', u'p-gse42742-1', u'normalization data transformation', u'nucleic acid extraction protocol', u'nucleic acid hybridization'], u'categories': [u'demographics'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Murine-microenvironment-metaprofiles-associate-wit/bv3x-9itz', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 354,data.nasa.gov,dpjh-5qrc,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/dpjh-5qrc', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:02:12.000Z', u'id': u'dpjh-5qrc', u'createdAt': u'2018-09-05T23:02:11.000Z', u'description': u'This data set contains Raw data taken by the New Horizons Solar Wind Around Pluto instrument during the pluto cruise mission phase. This is VERSION 3.0 of this data set. Per the original mission plan for cruise operations, the SWAP instrument was off for the first 460+ days of Pluto Cruise. After that the operations were sporadic (just a few days in 2009) and mostly Science, alternating with Channel Electron Multiplier gain tests during Annual CheckOuts. After extensive testing in early 2012, in July of that year the project approved daily science operations for the SWAP and PEPSSI instruments throughout the rest of the cruise to Pluto. The changes in Version 3.0 were re-running of the ancillary data in the data product, updated geometry from newer SPICE kernels, minor editing of the documentation, catalogs, etc., and resolution of liens from the December, 2014 review, plus those from the May, 2016 review of the Pluto Encounter data sets. New observations added with this version (V3.0) include ongoing cruise observations from August, 2014 through January, 2015.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:02:12.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': None, u'columns_description': [], u'name': u'NEW HORIZONS \n SWAP PLUTO CRUISE \n RAW V3.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:02:11.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-swap-2-plutocruise-v3.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-X-SWAP-2-PLUTOCRUISE-V3.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-swap-2-plutocruise-v3.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'new horizons'], u'categories': [u'social services', u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-SWAP-PLUTO-CRUISE-RAW-V3-0/dpjh-5qrc', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 355,data.nasa.gov,fcd4-uftv,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/fcd4-uftv', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:28:04.000Z', u'id': u'fcd4-uftv', u'createdAt': u'2018-06-26T06:55:34.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:28:04.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VG2 SAT MAG RESAMPLED KRONOGRAPHIC (L1) COORDS 1.92SEC V1.1', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:55:34.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-s-mag-4-rdr-l1coords-1.92sec-v1.1', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG2-S-MAG-4-RDR-L1COORDS-1.92SEC-V1.1', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-s-mag-4-rdr-l1coords-1.92sec-v1.1', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'voyager', u'saturn'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG2-SAT-MAG-RESAMPLED-KRONOGRAPHIC-L1-COORDS-1-92S/fcd4-uftv', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 356,data.nasa.gov,gwcn-tdx3,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/gwcn-tdx3', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:14:28.000Z', u'id': u'gwcn-tdx3', u'createdAt': u'2018-06-26T07:11:27.000Z', u'description': u'Cesium-137 is a radionuclide of concern in fallout from reactor accidents or nuclear detonations. When ingested or inhaled it can expose the entire body for an extended period of time potentially contributing to serious health consequences ranging from acute radiation syndrome to increased cancer risks. In order to identify changes in gene expression that may be informative for detecting such exposure and to begin examining the molecular responses involved we have profiled global gene expression in mice injected with 137CsCl. We extracted RNA from the blood of control or 137CsCl-injected mice at 2 3 5 20 or 30 days after exposure. Gene expression was measured using Agilent Whole Mouse Genome Microarrays and the data was analyzed using BRB-ArrayTools. Three-month old male C57Bl/6 mice were injected intraperitoneally with 8.0 xc2 xb1 0.3 MBq 137CsCl solution in a volume of 50 xce xbcL or left as controls. Groups of treated and control mice were sacrificed at intervals during the first 2-30 days after exposure and total blood was collected using cardiac puncture. RNA was extracted from the blood globin-transcript reduced and subjected to whole genome expression microarray analysis.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:14:28.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'Gene expression in blood of mice with internal exposure to Cs-137', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:11:27.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-159', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-159', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'p-gse52690-1', u'array scanning protocol', u'nucleic acid extraction protocol', u'sample treatment protocol', u'hybridization protocol', u'labelling protocol', u'normalization data transformation protocol', u'p-gse52690-6', u'p-gse52690-3', u'p-gse52690-2', u'dose', u'ionizing radiation', u'p-gse52690-5', u'p-gse52690-4'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Gene-expression-in-blood-of-mice-with-internal-exp/gwcn-tdx3', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 357,data.nasa.gov,pbkh-zaia,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/pbkh-zaia', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:03:57.000Z', u'id': u'pbkh-zaia', u'createdAt': u'2018-06-26T06:38:41.000Z', u'description': u'This data set contains vector magnetic field data acquired by the Fluxgate section of the Magnetometer / Electron Reflectometer instrument aboard the Mars Global Surveyor (MGS) spacecraft. The data are provided at a variable time resolution depending on the telemetry rate available to the investigation for the time period beginning with the prime mission mapping (1999-03-08). The data in the dataset cover the entire mapping time period.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:03:57.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MGS MARS/MOONS MAG/ER MAPPING MAG FULL WORD RESOLUTION V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:38:41.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgs-m-mag-3-map1-fullword-res-mag-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MGS-M-MAG-3-MAP1%2FFULLWORD-RES-MAG-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgs-m-mag-3-map1-fullword-res-mag-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'deimos', u'mars', u'mars global surveyor', u'phobos'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MGS-MARS-MOONS-MAG-ER-MAPPING-MAG-FULL-WORD-RESOLU/pbkh-zaia', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 358,data.nasa.gov,4gc2-m69b,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/4gc2-m69b', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:05:51.000Z', u'id': u'4gc2-m69b', u'createdAt': u'2018-06-26T07:07:29.000Z', u'description': u'This data set contains broadband R images and derived photometry of comet 9P/Tempel 1, the target of the Deep Impact mission. Data were acquired by M. Buie at the Perkins 72-inch telescope of the Lowell Observatory during 11 nights of observing from 28 September 2000 through 14 January 2001, about 8.5 to 12.5 months after the comet passed through perihelion on 2 January 2000.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:05:51.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'LOWELL 72-IN IMAGES AND PHOTOM. OF 9P/TEMPEL 1 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:07:29.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.di-ear-c-lo72ccd-3-9p-images-phot-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DI%2FEAR-C-LO72CCD-3-9P-IMAGES-PHOT-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.di-ear-c-lo72ccd-3-9p-images-phot-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'm 1', u'deep impact', u'support archives', u'dark', u'sky', u'9p/tempel 1 (1867 g1)', u'ic 433', u'm 31', u'm 42', u'm 78', u'landolt field', u'm 79'], u'categories': [u'social services'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/LOWELL-72-IN-IMAGES-AND-PHOTOM-OF-9P-TEMPEL-1-V1-0/4gc2-m69b', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 359,data.nasa.gov,pewf-nx5a,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/pewf-nx5a', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T03:28:45.000Z', u'id': u'pewf-nx5a', u'createdAt': u'2018-06-26T06:19:12.000Z', u'description': u'This archive contains Mars Exploration Rover Miniature Thermal Emission Spectrometer (Mini-TES) Experiment Data Record (EDR) products and ancillary files. Each EDR product has an attached PDS label that describes the file structure and instrument parameters used for that image. The Mini-TES EDR products archived on this volume are the original products used during mission operations by the Mars Exploration Rover project. Supporting documentation and label files conform to the Planetary Data System (PDS) Standards, Version 3.6, Jet Propulsion Laboratory (JPL) document number D-7669.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T03:28:45.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MER1 MARS MINIATURE THERMAL EMISSION SPECTROMETER EDR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:19:12.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer1-m-mtes-2-edr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MER1-M-MTES-2-EDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer1-m-mtes-2-edr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'mars exploration rover'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MER1-MARS-MINIATURE-THERMAL-EMISSION-SPECTROMETER-/pewf-nx5a', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 360,data.nasa.gov,e7ys-cajq,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/e7ys-cajq', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T05:48:01.000Z', u'id': u'e7ys-cajq', u'createdAt': u'2018-06-25T20:55:39.000Z', u'description': u'APXS(EDRs), HAZCAM, NAVCAM, MI, MOESSBAUER (EDRs), PANCAM, Rover Motion Counter, SPICE', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T05:48:01.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Mars Exploration Rovers Data Release 34', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:55:39.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-497', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-497', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'rover motion counter', u'moessbauer (edrs)', u'mi', u'navcam', u'hazcam', u'apxs(edrs)', u'pds', u'spice', u'pancam'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Mars-Exploration-Rovers-Data-Release-34/e7ys-cajq', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 361,data.nasa.gov,3mvt-9z5c,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/3mvt-9z5c', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:02:47.000Z', u'id': u'3mvt-9z5c', u'createdAt': u'2018-09-05T23:02:46.000Z', u'description': u'This data set contains Calibrated data taken by the New Horizons Long Range Reconnaissance Imager instrument during the Pluto encounter mission phase. This is VERSION 3.0 of this data set. This data set contains LORRI observations taken during the the Approach (Jan-Jul, 2015), Encounter, Departure, and Transition mission sub-phases, including flyby observations taken on 14 July, 2015, and departure and calibration data through late October, 2016. Departure observations include a ring search of the Pluto system and 1994 JR1 observations. This data set completes the Pluto mission phase deliveries for LORRI. This is version 3.0 of this dataset. Changes since version 2.0 include the addition of data downlinked between the end of January, 2016 and the end of October, 2016, completing the delivery of all data covering the Pluto Encounter and subsequent Calibration Campaign. It includes multi- map observations from the Approach phase, observations of the moons, hi- res, full-frame observations from Pluto Encounter and Departure, sliver maps, and ring search observations. There may be some overlap between prior datasets and this dataset, due to only partial, windowed, or lossy data in prior datasets. Observations at closest approach to Pluto are marked with _CA in the Request ID. This dataset also includes functional tests from the Calibration Campaign, including a regular observation of NGC3532. Finally it includes the first set of distant KBO observations. Also, updates were made to the calibration files, documentation, and catalog files. There were minor changes to the level 2 LORRI calibration process, as well as to the LORRI calibration constants for the final Pluto P3 PDS delivery. The process change involves gap removal during calibration. Files with gaps come in many flavors, depending on where the gap lies within the image. This update recognizes some additional possiblities, mainly that the gap might be close to the bottom or top of the image (and therefore the previous algorithm would fail because it filled the gap with median pixel info from both above and below the gap). The new algorithm will take the info from one side of the gap exclusively, when appropriate.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:02:47.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'NEW HORIZONS \n LORRI PLUTO ENCOUNTER \n CALIBRATED V3.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:02:46.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-p-lorri-3-pluto-v3.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-P-LORRI-3-PLUTO-V3.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-p-lorri-3-pluto-v3.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'hydra', u'charon', u'kerberos', u'new horizons', u'styx', u'calibration', u'pluto', u'nix'], u'categories': [u'public safety'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-LORRI-PLUTO-ENCOUNTER-CALIBRATED-V3-0/3mvt-9z5c', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 362,data.nasa.gov,dfzq-kzcu,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/dfzq-kzcu', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:25:20.000Z', u'id': u'dfzq-kzcu', u'createdAt': u'2018-06-25T20:47:08.000Z', u'description': u'Cloud-Aerosol Lidar and Infrared Pathfinder Satellite Observations (CALIPSO) was launched on April 28, 2006 to study the impact of clouds and aerosols on the Earth\u2019s radiation budget and climate. It flies in formation with five other satellites in the international \u201cA-Train\u201d (PDF) constellation for coincident Earth observations. The CALIPSO satellite comprises three instruments, the Cloud-Aerosol LIdar with Orthogonal Polarization (CALIOP), the Imaging Infrared Radiometer (IIR), and the Wide Field Camera (WFC). CALIPSO is a joint satellite mission between NASA and the French Agency, CNES. These data consist 5 km aerosol layer data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:25:20.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'john.m.kusterer@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CALIPSO Lidar L2 Aerosol Layer Data V3-30', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:47:08.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:john.m.kusterer@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:004'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2013-03-01/2014-01-01', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'NASA-0000142', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'John M. Kusterer', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000142', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'radiation', u'satellite', u'cloud', u'atmospheric science', u'aerosol', u'climate', u'eos'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CALIPSO-Lidar-L2-Aerosol-Layer-Data-V3-30/dfzq-kzcu', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 363,data.nasa.gov,sx77-cyhp,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/sx77-cyhp', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:20:20.000Z', u'id': u'sx77-cyhp', u'createdAt': u'2018-06-26T06:51:09.000Z', u'description': u'This data set includes full resolution electric and magnetic wave spectra obtained during the period for which real time science data was acquired from the Galileo plasma wave receiver during Jupiter orbital operations. The parameters provided for both the electric and magnetic field spectral data are uncalibrated data numbers. Software and calibration tables provided as part of this data set allow for fully calibrated data for the electric field measurements in raw data numbers, voltage at the antenna inputs (V), electric field (V/m), electric field spectral density (V**2/m**2/Hz), or power flux (W/m**2/Hz). The magnetic field measurements can be provided in units of magnetic field spectral density (nT**2/Hz). The sources of these data are the High Frequency Receiver, Sweep Frequency Receiver, and Spectrum Analyzer which make up the Low Rate Science portion of the PWS.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:20:20.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'GO JUP PWS REFORMATTED REALTIME SPECTRUM ANALYZER FULL V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:51:09.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-j-pws-2-redr-rts-sa-full-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GO-J-PWS-2-REDR-RTS-SA-FULL-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-j-pws-2-redr-rts-sa-full-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'galileo', u'io', u'ganymede', u'europa', u'callisto', u'amalthea', u'io plasma torus', u'jupiter'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GO-JUP-PWS-REFORMATTED-REALTIME-SPECTRUM-ANALYZER-/sx77-cyhp', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 364,data.nasa.gov,8kus-yfwk,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/8kus-yfwk', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:52:36.000Z', u'id': u'8kus-yfwk', u'createdAt': u'2018-06-26T07:01:53.000Z', u'description': u'Framing Camera 2 is one of two identical units flying on Dawn spacecraft. This dataset includes the Reduced Data Record (RDR) version of all available images acquired during the Mars Flyby phase. As in the original Raw data sets, in addition to the imagery, anciliary information is stored within the image headers, as well as a detailed account of all the reference files used for the calibartion. Calibration files needed for further processing are archived as a separate data set.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:52:36.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'DAWN FC2 CALIBRATED MARS FLYBY IMAGES V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:01:53.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dawn-m-fc2-3-rdr-mars-images-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DAWN-M-FC2-3-RDR-MARS-IMAGES-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dawn-m-fc2-3-rdr-mars-images-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'dawn mission to vesta and ceres'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/DAWN-FC2-CALIBRATED-MARS-FLYBY-IMAGES-V1-0/8kus-yfwk', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 365,data.nasa.gov,chb9-jpwb,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/chb9-jpwb', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:06:07.000Z', u'id': u'chb9-jpwb', u'createdAt': u'2018-06-26T07:07:38.000Z', u'description': u'This data set contains Raw data taken by the New Horizons Solar Wind Around Pluto instrument during the pluto cruise mission phase. This is VERSION 2.0 of this data set. This is Version 2.0 of this data set and supersedes Version 1.0. It contains over 2200 additional observations from late 2010 through late 2014 not included in Version 1.0; it also renamed some of the observations from Version 1.0.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:06:07.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'NEW HORIZONS\n SWAP PLUTO CRUISE\n RAW V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:07:38.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-swap-2-plutocruise-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-X-SWAP-2-PLUTOCRUISE-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-swap-2-plutocruise-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'new horizons', u'solar wind'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-SWAP-PLUTO-CRUISE-RAW-V2-0/chb9-jpwb', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 366,data.nasa.gov,m9fy-gikf,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/m9fy-gikf', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:02:16.000Z', u'id': u'm9fy-gikf', u'createdAt': u'2018-06-26T06:37:18.000Z', u'description': u'Raw, Uncalibrated, Pre-Hadamard Mask Data from the Near Infrared Spectrometer 2 (NSP2) aboard the Lunar Crater Observation and Sensing Satellite (LCROSS).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:02:16.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'LCROSS SUN 2ND NEAR IR SPECTROMETER 2 PREHAD V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:37:18.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lcross-x-nsp2-2-prehad-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=LCROSS-X-NSP2-2-PREHAD-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lcross-x-nsp2-2-prehad-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'sun', u'lunar crater observation and sensing satellite'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/LCROSS-SUN-2ND-NEAR-IR-SPECTROMETER-2-PREHAD-V1-0/m9fy-gikf', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 367,data.nasa.gov,kf5j-gsry,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/kf5j-gsry', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:34:35.000Z', u'id': u'kf5j-gsry', u'createdAt': u'2018-06-26T06:59:12.000Z', u'description': u""This data set contains the Infrared Thermal Mapping (IRTM) data of Mars acquired by the Viking orbiters. The database contains the time, geometry, and radiative parameters obtained by the IRTM instrument. Included in the database for each measurement are model temperatures of Mars represent the average Martian response to the temporal variation of insolation. The reference 'Thermal and Albedo Mapping of Mars during the Viking Primary Mission', Journal of Geophysical Research, Vol. 82, No. 28, 1977, describes how the thermal emission and reflected energy measured by the various channels on the Infrared Thermal Mapper are used to reveal wide variations in the Martian surface properties. There is a description of how the surface thermal inertias are mapped and correlated with the surficial geologic units. The derivation of model and surface temperatures are described. The data set includes latitude and longitude for each measured point, as well as emission angle, solar incidence angle, the position of the sun, and other parameters that help to locate the position of the spacecraft relative to Mars. (For further information see the Confidence_Level_Note)."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:34:35.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VO1/VO2 MARS INFRARED THERMAL MAPPER RESAMPLED DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:59:12.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vo1-vo2-m-irtm-4-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VO1%2FVO2-M-IRTM-4-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vo1-vo2-m-irtm-4-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'viking', u'deimos', u'phobos'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VO1-VO2-MARS-INFRARED-THERMAL-MAPPER-RESAMPLED-DAT/kf5j-gsry', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 368,data.nasa.gov,k7kh-6xym,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/k7kh-6xym', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:08:51.000Z', u'id': u'k7kh-6xym', u'createdAt': u'2018-06-26T06:50:22.000Z', u'description': u'This dataset contains radar sounding information for Mars collected by the SHARAD instrument on the Mars Reconnaissance Orbiter. For each section of an orbital ground track during which the instrument operated, there is a two-dimensional radargram image that presents backscattered power with round-trip time delay along the vertical axis and along-track distance on the horizontal axis. An associated table file contains positional information for each image column.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:08:51.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MRO MARS SHARAD 5 RADARGRAM V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:50:22.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mro-m-sharad-5-radargram-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MRO-M-SHARAD-5-RADARGRAM-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mro-m-sharad-5-radargram-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'mars reconnaissance orbiter'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MRO-MARS-SHARAD-5-RADARGRAM-V1-0/k7kh-6xym', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 369,data.nasa.gov,kghz-gvb6,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/kghz-gvb6', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:02:34.000Z', u'id': u'kghz-gvb6', u'createdAt': u'2018-09-05T23:02:34.000Z', u'description': u'This data set contains Raw data taken by the New Horizons Alice Ultraviolet Imaging Spectrograph instrument during the pluto cruise mission phase. This is VERSION 2.0 of this data set. ALICE Activities Overview at Annual CheckOuts (ACOs) during the Pluto Cruise mission phase started with the standard WakeUp sequence (memory/code checks, aperture door performance test, pixelhack issue verification, 24 hours of decontamination and three one hour dark observations) and finished with the standard Button-Up sequence (code and parameter refresh). Other activities (with targets as noted) were calibrations for flux (Spica, rho-Leo, gamma-Grus, HD93521, Sun in Solar OCcultation Channel, SOCC), flatfield (rho-Leo), airglow scattered light and SOCC pointing calibrations (Spica, zeta-Pup), SOCC flat (Sun), dark sky stares, spinning dark observations (in some cases the Sun strobes through the slit), pointing and short wavelength calibration (HD93521), InterPlanetary Medium (IPM) histograms and pixellist observations, dual target tests (HD214680 = 8 Lac, HD214168 = 10 Lac), MEV Solar Wind (HEET) baseine observation, Pluto encounter rehearsals, and instrument interference tests. The changes in Version 2.0 were re-running of the ancillary data in the data product, updated geometry from newer SPICE kernels, minor editing of the documentation, catalogs, etc., and resolution of liens from the December, 2014 review, plus those from the May, 2016 review of the Pluto Encounter data sets. New observations added with this version (V2.0) include IPM histogram scans in December, 2014, which failed.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:02:34.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'NEW HORIZONS \n ALICE PLUTO CRUISE \n RAW V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:02:34.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-alice-2-plutocruise-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-X-ALICE-2-PLUTOCRUISE-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-alice-2-plutocruise-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'new horizons', u'calibration', u'sun'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-ALICE-PLUTO-CRUISE-RAW-V2-0/kghz-gvb6', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 370,data.nasa.gov,7mkk-uxd7,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/7mkk-uxd7', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:33:35.000Z', u'id': u'7mkk-uxd7', u'createdAt': u'2018-06-26T06:59:53.000Z', u'description': u'This data set contains archival raw, partially processed, and ancillary/supporting gravity science data acquired during the Dawn mission while the spacecraft was in orbit around the asteroid Vesta. The radio observations were carried out using the Dawn spacecraft and Earth-based receiving stations of the NASA Deep Space Network (DSN). The data set was designed primarily to support generation of high-resolution gravity field models for Vesta. Of most interest are likely to be the Orbit Data Files in the ODF directory, which provided the raw input to gravity investigations, as well as the ionospheric and tropospheric media calibration files in the ION and TRO directories, respectively.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:33:35.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'DAWN VESTA RAW GRAVITY SCIENCE V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:59:53.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dawn-a-rss-1-vegr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DAWN-A-RSS-1-VEGR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dawn-a-rss-1-vegr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'4 vesta', u'dawn mission to vesta and ceres'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/DAWN-VESTA-RAW-GRAVITY-SCIENCE-V1-0/7mkk-uxd7', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 371,data.nasa.gov,wnji-ak76,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/wnji-ak76', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:39:50.000Z', u'id': u'wnji-ak76', u'createdAt': u'2018-06-26T06:58:58.000Z', u'description': u'This data set contains the digital numbers (DN) contained in the telemetry (TM) packages of the VIR-IR instrument on board of the spacecraft DAWN. The data are from the cruise phase from launch to Vesta (Sep 2009-May 2011), and Vesta to Ceres (Sep 2012-Dec 2014).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:39:50.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'DAWN VIR RAW (EDR) CRUISE CHECKOUT/CALIB IR SPECTRA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:58:58.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dawn-x-vir-2-edr-ir-cruise-spectra-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DAWN-X-VIR-2-EDR-IR-CRUISE-SPECTRA-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dawn-x-vir-2-edr-ir-cruise-spectra-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'dawn mission to vesta and ceres'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/DAWN-VIR-RAW-EDR-CRUISE-CHECKOUT-CALIB-IR-SPECTRA-/wnji-ak76', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 372,data.nasa.gov,ixq5-d4m8,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ixq5-d4m8', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:04:23.000Z', u'id': u'ixq5-d4m8', u'createdAt': u'2018-06-26T06:38:42.000Z', u'description': u'This data set contains global mosaics of the Dawn VIR band centers and depths of pyroxene absorption bands, located at 0.9 (band I) and 1.9 microns (band II), from the Vesta encounter. The data set was acquired during the (High Altitude Mapping Orbit(HAMO), Low Altitude Mapping Orbit (LAMO), and HAMO-2) mapping phases between 2011-09-30 and 2012-07-24 .', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:04:23.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'DAWN VIR DERIVED VESTA GLOBAL MOSAICS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:38:42.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dawn-a-vir-5-ddr-mosaic-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DAWN-A-VIR-5-DDR-MOSAIC-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dawn-a-vir-5-ddr-mosaic-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'dawn mission to vesta and ceres', u'4 vesta'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/DAWN-VIR-DERIVED-VESTA-GLOBAL-MOSAICS-V1-0/ixq5-d4m8', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 373,data.nasa.gov,d9r9-txzf,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/d9r9-txzf', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:21:40.000Z', u'id': u'd9r9-txzf', u'createdAt': u'2018-06-26T06:22:42.000Z', u'description': u'The High Rate Detector (HRD) from the University of Chicago is an independent part of the CDA instrument on the Cassini Orbiter that measures the dust flux and particle mass distribution of dust particles hitting the HRD detectors. This data set includes all data from the HRD through Dec. 31, 2007. Please refer to Srama et al. (2004) for a detailed HRD description.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:21:40.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CASSINI HIGH RATE DETECTOR V3.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:22:42.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-d-hrd-3-cohrd-v3.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-D-HRD-3-COHRD-V3.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-d-hrd-3-cohrd-v3.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'dust', u'cassini-huygens', u'calibration'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-HIGH-RATE-DETECTOR-V3-0/d9r9-txzf', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 374,data.nasa.gov,kuhy-v35x,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/kuhy-v35x', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:49:29.000Z', u'id': u'kuhy-v35x', u'createdAt': u'2018-06-26T07:01:07.000Z', u'description': u'This data set contains Voyager 1 and 2 measurements of the brightness of Jupiter at H Lyman alpha and in the H2 Lyman and Werner bands shortward of H Lyman alpha. Pointing has been corrected by the C-Smithing process, and these data were derived from the pre-encounter North-South Map sequences. In this sequence, the UVS field of view was located near the central meridian of the planet. The field of view stepped slowly from north to south, and then rapidly repositioned to the north. These scans were repeated until all Jovian longitudes had been sampled. Coverage in longitude was not continuous in time. Rather, some longitude ranges were covered on the preceding or following rotation of Jupiter.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:49:29.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VOYAGER 1&2 JUPITER BRIGHTNESS NORTH/SOUTH MAP SET V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:01:07.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-vg2-j-uvs-5-brightness-n-s-maps-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG1%2FVG2-J-UVS-5-BRIGHTNESS-N%2FS-MAPS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-vg2-j-uvs-5-brightness-n-s-maps-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'jupiter', u'voyager', u'comet sl9/jupiter collision'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VOYAGER-1-2-JUPITER-BRIGHTNESS-NORTH-SOUTH-MAP-SET/kuhy-v35x', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 375,data.nasa.gov,xvr6-53es,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/xvr6-53es', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:27:27.000Z', u'id': u'xvr6-53es', u'createdAt': u'2018-06-25T20:47:44.000Z', u'description': u'Cloud-Aerosol Lidar and Infrared Pathfinder Satellite Observations (CALIPSO) was launched on April 28, 2006 to study the impact of clouds and aerosols on the Earth\u2019s radiation budget and climate. It flies in formation with five other satellites in the international \u201cA-Train\u201d (PDF) constellation for coincident Earth observations. The CALIPSO satellite comprises three instruments, the Cloud-Aerosol LIdar with Orthogonal Polarization (CALIOP), the Imaging Infrared Radiometer (IIR), and the Wide Field Camera (WFC). CALIPSO is a joint satellite mission between NASA and the French Agency, CNES. These data consist 5 km aerosol layer data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:27:27.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'john.m.kusterer@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CALIPSO Lidar L2 Vertical Feature Mask Data V3-02', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:47:44.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:john.m.kusterer@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:004'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2011-11-01/2013-02-28', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'NASA-0000179', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'John M. Kusterer', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000179', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'aerosol', u'satellite', u'atmospheric science', u'radiation', u'cloud', u'eos', u'climate'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CALIPSO-Lidar-L2-Vertical-Feature-Mask-Data-V3-02/xvr6-53es', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 376,data.nasa.gov,dr5f-j88n,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/dr5f-j88n', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:00:41.000Z', u'id': u'dr5f-j88n', u'createdAt': u'2018-06-26T07:05:25.000Z', u'description': u'Laboratory spectra of meteorite samples, obtained by M. J. Gaffey.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:00:41.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'GAFFEY METEORITE SPECTRA V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:05:25.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-3-rdr-meteorite-spectra-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-3-RDR-METEORITE-SPECTRA-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-3-rdr-meteorite-spectra-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'sevrukovo', u'rose city', u'roda', u'quenggouk', u'queens mercy', u'pillistfer', u'petersburg', u'pavlovka', u'pasamonte', u'parnallee', u'shalka', u'paragould', u'pantar', u'padvarninkai', u'ornans', u'orgueil', u'shelburne', u'sioux county', u'olmedilla de alarcon', u'olivenza', u'ochansk', u'nogoya', u'soko-banja', u'st. marks', u'st. michel', u'stannern', u'tatahouine', u'tieschitz', u'tourinnes-la-grosse', u'utrecht', u'vavilovka', u'veramin', u'nobleborough', u'nerft', u'nanjemoy', u'vigarano', u'warrenton', u'zavid', u'zhovtnevyi', u'nakhla', u'murray', u'murchison', u'mokoia', u'mighei', u'mezoe-madaras', u'meteorite', u'manbhoom', u'leoville', u'leedey', u'le teilleul', u'lancon', u'lance', u'knyahinya', u'khairpur', u'karoonda', u'kainsaz', u'juvinas', u'jonzac', u'johnstown', u'jelica', u'indarch', u'hvittis', u'homestead', u'haraiya', u'hamlet', u'grueneberg', u'grosnaja', u'girgenti', u'frankfort (stone)', u'forest city', u'felix', u'farmington', u'elenovka', u'drake creek', u'daniels kuil', u'dandapur', u'cynthiana', u'coolidge', u'collescipoli', u'cold bokkeveld', u'colby (wisconsin)', u'chulafinnee', u'chassigny', u'chainpur', u'castalia', u'casey county', u'cabezo de mayo', u'butler', u'buschhof', u'bruderheim', u'bereba', u'barwise', u'bald mountain', u'babbs mill (troosts iron)', u'ausson', u'aumale', u'atlanta', u'angra dos reis', u'andover', u'allende', u'allegan', u'alfianello', u'alais', u'abee', u'support archives', u'saratov'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GAFFEY-METEORITE-SPECTRA-V2-0/dr5f-j88n', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 377,data.nasa.gov,t4an-hdn6,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/t4an-hdn6', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:13:10.000Z', u'id': u't4an-hdn6', u'createdAt': u'2018-06-26T07:10:50.000Z', u'description': u'Life in spaceflight demonstrates remarkable adaptive processes within the specialized environments of space vehicles which are subject to the myriad of attending and unique environmental issues associated with orbital trajectories. To examine the adaptive processes that occur in plants in space leaves and roots from Arabidopsis seedlings that were grown from seed for 12 days on the International Space Station and preserved on orbit in RNAlater were returned to earth and analyzed using iTRAQ broad scale proteomics procedures.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:13:10.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'Spaceflight adaptation requires organ specific alterations in the proteomes of Arabidopsis', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:10:50.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-16', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-16', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'organism part', u'gravity', u'spaceflight', u'sample collection', u'data transformation', u'mass spectrometry', u'labeling', u'extraction'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Spaceflight-adaptation-requires-organ-specific-alt/t4an-hdn6', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 378,data.nasa.gov,6icj-9iei,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/6icj-9iei', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:28:37.000Z', u'id': u'6icj-9iei', u'createdAt': u'2018-06-26T06:22:58.000Z', u'description': u'Comet Escort 3 Phase covers the period of time from 1 July 2015 until 20 October 2015. It started after Rosetta successfully completed the Comet Escort 2 Phase. The present DataSet collects the GIADA data of ESC3 phase. The GIADA Scientific phase started on 7 May 2014 and was devoted to the characterization of the 67P environment.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:28:37.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ROSETTA-ORBITER 67P GIADA 3 ESC3 COMET ESCORT 3 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:22:58.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-gia-3-esc3-comet-escort-3-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-C-GIA-3-ESC3-COMET-ESCORT-3-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-gia-3-esc3-comet-escort-3-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'international rosetta mission', u'67p/churyumov-gerasimenko 1 (1969 r1)'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-67P-GIADA-3-ESC3-COMET-ESCORT-3-V1/6icj-9iei', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 379,data.nasa.gov,c5ta-7w3b,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/c5ta-7w3b', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:35:17.000Z', u'id': u'c5ta-7w3b', u'createdAt': u'2018-06-26T07:00:30.000Z', u'description': u'THIS DATA SET CONTAINS ESTIMATES OF THE ION MOMENT DENSITY IN THE PLS VOLTAGE RANGE (10-5950 EV/Q) AT SATURN DURING THE VOYAGER 1 ENCOUNTER. RIGID COROTATION IS ASSUMED, WHICH LEADS TO AN UNDERESTIMATE OF THE DENSITY IN SOME REGIONS, AS DOES THE USE OF AN ACCEPTANCE AREA RELEVANT FOR A COLD BEAM FOR PLASMA WHICH IS TRANSONIC IS SOME REGIONS. DENSITIES MAY BE UNDERESTIMATED BY A FACTOR OF 2-3 IN THE INNER MAGNETOSPHERE, SO THIS DATA SET SHOULD BE USED PRIMARILY FOR STUDIES USING VARIATIONS IN PLASMA DENSITY. THE FIT DENSITIES GIVE A BETTER ESTIMATE OF THE ABSOLUTE DENSITY. THIS IS THE DATA SHOWN AND DESCRIBED IN DETAIL IN LAZARUS AND MCNUTT (1983). DATA FORMAT: COLUMNS 1-5 ARE TIME (YEAR, DAY, HOUR, MIN, SEC) AND COLUMN 6 IS THE MOMENT DENSITY IN CM-3. EACH ROW HAS FORMAT (I5,I4,2I3,I4,F8.3). VALUES OF 1.E32 INDICATE THAT THE PARAMETER COULD NOT BE OBTAINED FROM THE DATA USING THE STANDARD ANALYSIS TECHNIQUE. ADDITIONAL INFORMATION ABOUT THIS DATASET AND THE INSTRUMENT WHICH PRODUCED IT CAN BE FOUND ELSEWHERE IN THIS CATALOG. AN OVERVIEW OF THE DATA IN THIS DATA SET CAN BE FOUND IN LAZARUS AND MCNUTT (1983) AND A COMPLETE INSTRUMENT DESCRIPTION CAN BE FOUND IN BRIDGE (1977).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:35:17.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VOYAGER 1 SATURN PLASMA DERIVED ION MOMENTS 96 SEC', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:00:30.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-s-pls-5-ion-mom-96.0sec', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG1-S-PLS-5-ION-MOM-96.0SEC', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-s-pls-5-ion-mom-96.0sec', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'saturn', u'voyager'], u'categories': [u'demographics'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VOYAGER-1-SATURN-PLASMA-DERIVED-ION-MOMENTS-96-SEC/c5ta-7w3b', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 380,data.nasa.gov,97rb-y6xt,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/97rb-y6xt', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:24:16.000Z', u'id': u'97rb-y6xt', u'createdAt': u'2018-06-26T06:55:57.000Z', u'description': u'This archive contains Mars Exploration Rover Miniature Thermal Emission Spectrometer (Mini-TES) Brightness Temperature Reduced Data Record (BTR) products and ancillary files. The Mini-TES BTR products archived on this volume are the original products used during mission operations by the Mars Exploration Rover project. Supporting documentation and label files conform to the Planetary Data System (PDS) Standards, Version 3.6, Jet Propulsion Laboratory (JPL) document number D-7669.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:24:16.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MER2 MARS MINIATURE THERMAL EMISSION SPECTROMETER BTR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:55:57.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer2-m-mtes-4-btr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MER2-M-MTES-4-BTR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer2-m-mtes-4-btr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'mars exploration rover'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MER2-MARS-MINIATURE-THERMAL-EMISSION-SPECTROMETER-/97rb-y6xt', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 381,data.nasa.gov,qvbc-xyaa,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/qvbc-xyaa', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:06:56.000Z', u'id': u'qvbc-xyaa', u'createdAt': u'2018-06-26T07:08:12.000Z', u'description': u""The Asteroid Polarimetric Database (APD) is compiled by Dmitrij Lupishko of Kharkov University. This database tabulates the original data comprising degree of polarization as a function of phase angle of the asteroid, and additional parameters where available. This data set, together with 'polar.tab' containing the TRIAD polarimetry, includes most if not all existing asteroid polarimetry data published by 1998. The APD is an ongoing compilation and this data set will be updated yearly."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:06:56.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ASTEROID POLARIMETRIC DATABASE V4.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:08:12.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-3-rdr-apd-polarimetry-v4.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-3-RDR-APD-POLARIMETRY-V4.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-3-rdr-apd-polarimetry-v4.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'asteroid', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ASTEROID-POLARIMETRIC-DATABASE-V4-0/qvbc-xyaa', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 382,data.nasa.gov,swrw-8r4s,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/swrw-8r4s', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:56:04.000Z', u'id': u'swrw-8r4s', u'createdAt': u'2018-06-26T07:03:27.000Z', u'description': u""This data set contains both the USGS and DLR versions of the digital elevation model of the surface areas of comet 19P/Borrelly 1 (1904 Y2) that were visible and illuminated during the Deep Space 1 encounter. The model was computed using the parallax, caused by the spacecraft's motion, between the highest resolution images. The USGS data set also includes the surface normal directions at each location."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:56:04.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'DS1 DIGITAL ELEVATION MAPS OF COMET 19P/BORRELLY V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:03:27.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ds1-c-micas-5-borrelly-dem-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DS1-C-MICAS-5-BORRELLY-DEM-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ds1-c-micas-5-borrelly-dem-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'deep space 1', u'19p/borrelly 1 (1904 y2)'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/DS1-DIGITAL-ELEVATION-MAPS-OF-COMET-19P-BORRELLY-V/swrw-8r4s', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 383,data.nasa.gov,txjt-cuen,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/txjt-cuen', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:56:21.000Z', u'id': u'txjt-cuen', u'createdAt': u'2018-06-26T07:06:34.000Z', u'description': u""This data set contains low-resolution near-infrared (~0.7-2.5 microns) spectra of 40 near-Earth asteroids observed with the SpeX instrument on the NASA Infrared Telescope Facility (IRTF) on Mauna Kea, Hawai'i. This data set archives reduced, calibrated spectra that were obtained as part of Vishnu Reddy's Ph.D. disseration at the University of North Dakota. They have been used for detailed mineralogical/compositional analysis and thermal modeling to constrain the albedo of these objects."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:56:21.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'REDDY IRTF NEAR-EARTH ASTEROID SPECTRA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:06:34.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-i0046-5-reddyspec-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-I0046-5-REDDYSPEC-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-i0046-5-reddyspec-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'asteroid 13553', u'asteroid 11405', u'asteroid 11398', u'asteroid 100085', u'asteroid 136617', u'asteroid 137032', u'asteroid 137924', u'6456 golombek', u'4954 eric', u'4179 toutatis', u'4015 wilson-harrington', u'asteroid 143678', u'asteroid 159402', u'asteroid 164400', u'asteroid 179806', u'asteroid 185851', u'asteroid 194386', u'asteroid 199003', u'asteroid 207945', u'asteroid 216258', u'asteroid 23183', u'asteroid 35107', u'asteroid 53319', u'asteroid 5660', u'asteroid 68216', u'asteroid 8567', u'2009 kw2', u'asteroid 85989', u'asteroid 90403', u'2008 qs11', u'2006 vv2', u'2005 yy93', u'2008 cn1', u'2008 bt18', u'2007 ds84', u'2005 rc34', u'2005 ad13', u'2004 xp14', u'1980 tezcatlipoca', u'1620 geographos', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/REDDY-IRTF-NEAR-EARTH-ASTEROID-SPECTRA-V1-0/txjt-cuen', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 384,data.nasa.gov,5ew8-z3nb,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/5ew8-z3nb', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:55:30.000Z', u'id': u'5ew8-z3nb', u'createdAt': u'2018-06-26T07:03:11.000Z', u'description': u'The Sloan Digital Sky Survey Moving Object Catalog (SDSS-MOC) is a large data set that provides five-filter magnitudes and astrometric information for all moving objects identified in the SDSS images (Izevic et al., 2010). The photometric observations were classified by Carvano et al. (2010) into nine taxonomic classes: Vp, Op, Qp, Sp, Ap, Lp, Dp, Xp and Cp, which are related to the classes and complexes of Bus Taxonomy (Bus & Binzel, 2002b). This data set is contains the taxonomic classification of each SDSS detections and its compilation for each observed asteroid.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:55:30.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'SDSS-BASED ASTEROID TAXONOMY V1.1', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:03:11.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-i0035-5-sdsstax-v1.1', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-I0035-5-SDSSTAX-V1.1', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-i0035-5-sdsstax-v1.1', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'support archives', u'asteroid'], u'categories': [u'transportation', u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/SDSS-BASED-ASTEROID-TAXONOMY-V1-1/5ew8-z3nb', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 385,data.nasa.gov,ieqz-cmuv,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ieqz-cmuv', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:39:14.000Z', u'id': u'ieqz-cmuv', u'createdAt': u'2018-06-26T06:12:54.000Z', u'description': u""This data set is the result of laboratory transmission spectroscopy experiments performed within a sealed cell in the ice laboratory at Northern Arizona University. We record spectra at wavelengths from 1 to 6 microns to study CH3D bands at 2.47, 2.87, and 4.56 microns (as indicated by '25', '29' and '45' in the data file names). We report temperature-dependent absorption coefficients of these bands when the CH3D is diluted in CH4 ice and also when it is dissolved in N2 ice. These absorption coefficient spectra can be combined with data from the literature to simulate arbitrary D/H ratio absorption coefficients for CH4 ice and for CH4 in N2 ice. The data were originally published in 2011 in Icarus, vol. 212, pp. 941-949, and that paper should be consulted for details about laboratory procedures and limitations of the data."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:39:14.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CH3D ICE ABSORPTION COEFFICIENTS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:12:54.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-x-i2041-5-ch3dicespec-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-X-I2041-5-CH3DICESPEC-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-x-i2041-5-ch3dicespec-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'ch3d diluted in n2 (nitrogen) ice', u'support archives', u'ch3d diluted in ch4 (methane) ice'], u'categories': [u'health'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CH3D-ICE-ABSORPTION-COEFFICIENTS-V1-0/ieqz-cmuv', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 386,data.nasa.gov,dppc-fmf5,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/dppc-fmf5', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:02:27.000Z', u'id': u'dppc-fmf5', u'createdAt': u'2018-09-05T23:02:27.000Z', u'description': u""This data set contains Raw data taken by the New Horizons Long Range Reconnaissance Imager instrument during the post-launch checkout mission phase. This is VERSION 3.0 of this data set. During the Launch Phase, LORRI conducted a variety of instrument commissioning activities in preparation for science operations. An extensive series of bias images was collected during the spring and summer of 2006, before the LORRI aperture door was opened. Images were also collected of LORRI's internal lamps. The LORRI aperture door was opened on 2006 August 29, and an extensive series of calibration observations of stars in the open cluster M7 was performed during the next several days. Commissioning test observations were also performed on the planetary targets Jupiter, Uranus, Neptune, and Pluto. The Jovian observations were conducted specifically to test LORRI's ability to perform imaging using exposure times that were short compared to the frame transfer time (i.e., shorter than 13 ms). Some histogram-only solar scattered light observations were performed during a Ralph commissioning test. LORRI V3.0 provides a few updates from LORRI V2.0. The lossy images were recalibrated, including expanding the 'bad' pixel designation of 8x8 boxes affected by the first 34 pixels of header information in the calibrated quality map. Also, updates were made to the documentation and catalog files, primarily to resolve liens from the V2.0 peer review. No new observations were added with Version 3.0."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:02:27.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': None, u'columns_description': [], u'name': u'NEW HORIZONS \n LORRI POST-LAUNCH CHECKOUT \n RAW V3.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:02:27.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-lorri-2-launch-v3.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-X-LORRI-2-LAUNCH-V3.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-lorri-2-launch-v3.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'new horizons', u'calibration'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-LORRI-POST-LAUNCH-CHECKOUT-RAW-V3-0/dppc-fmf5', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 387,data.nasa.gov,tfbj-duu4,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/tfbj-duu4', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:03:28.000Z', u'id': u'tfbj-duu4', u'createdAt': u'2018-06-26T07:05:36.000Z', u'description': u""This volume contains Experiment Data acquired by GIADA during 'Earth swing-by 2' phase. More in detail it refers to the data provided during the following in-flight tests: 'Active Payload Checkout n. 6' (PC6) held on 15/16/17-09-2007 and 24-09-2007; 'Passive Payload Checkout n. 7' (PC7) held on 06/07-01-2008 and 17-01-2008. It also contains documentation which describes the GIADA experiment. The data reported in this data set have been converted from ADC counts to engineering values. The quality of the Housekeeping and Calibration data is good. Scientific data are due to noise, as no grain event is expected during this mission phase. These data must be only considered to evaluate GIADA behaviour and not as real scientific data. Data reported by GDS and IS are due to noise as no dust event is expected during this mission phase. MBS frequency changes, once normalised for frequency vs. temperature dependence, if present, are due to deposition of contaminants existing in the S/C environment. Housekeeping and Calibration data from all GIADA sub-systems are useful to evaluate instrument health and behaviour when compared with similar data acquired during other mission phases."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:03:28.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ROSETTA-ORBITER CHECK GIADA 2 EAR2 EARTHSWINGBY2 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:05:36.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-x-gia-2-ear2-earthswingby2-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-X-GIA-2-EAR2-EARTHSWINGBY2-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-x-gia-2-ear2-earthswingby2-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'unknown', u'international rosetta mission'], u'categories': [u'environment'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-CHECK-GIADA-2-EAR2-EARTHSWINGBY2-V/tfbj-duu4', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 388,data.nasa.gov,u2qe-293f,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/u2qe-293f', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:25:47.000Z', u'id': u'u2qe-293f', u'createdAt': u'2018-06-25T20:47:15.000Z', u'description': u'Cloud-Aerosol Lidar and Infrared Pathfinder Satellite Observations (CALIPSO) was launched on April 28, 2006 to study the impact of clouds and aerosols on the Earth\u2019s radiation budget and climate. It flies in formation with five other satellites in the international \u201cA-Train\u201d (PDF) constellation for coincident Earth observations. The CALIPSO satellite comprises three instruments, the Cloud-Aerosol LIdar with Orthogonal Polarization (CALIOP), the Imaging Infrared Radiometer (IIR), and the Wide Field Camera (WFC). CALIPSO is a joint satellite mission between NASA and the French Agency, CNES. These data consist 5 km aerosol layer data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:25:47.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'john.m.kusterer@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CALIPSO Lidar L2 Aerosol Layer Data V1-10', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:47:15.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:john.m.kusterer@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:004'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2006-06-13/2007-03-13', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'NASA-0000148', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'John M. Kusterer', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000148', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'aerosol', u'climate', u'atmospheric science', u'eos', u'satellite', u'cloud', u'radiation'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CALIPSO-Lidar-L2-Aerosol-Layer-Data-V1-10/u2qe-293f', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 389,data.nasa.gov,c8hh-sdmi,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/c8hh-sdmi', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:58:29.000Z', u'id': u'c8hh-sdmi', u'createdAt': u'2018-06-26T06:37:04.000Z', u'description': u'This data set includes full resolution electric and magnetic wave spectra from the Galileo plasma wave receiver recorded during Jupiter orbital operations. In addition waveform survey data (uncalibrated) and all instrument housekeeping data are included. The parameters provided for the electric field spectral data are uncalibrated data numbers. Software and calibration tables provided as part of this data set allow for fully calibrated data for the electric field measurements in raw data numbers, voltage at the antenna inputs (V), electric field (V/m), electric field spectral density (V**2/m**2/Hz), or power flux (W/m**2/Hz). The sources of these data are the High Frequency Receiver, Sweep Frequency Receiver, and Spectrum Analyzer which make up the Low Rate Science portion of the PWS.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:58:29.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'GO J PWS REFORMATTED PLAYBACK SPECTRUM ANALYZER FULL V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:37:04.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-j-pws-2-redr-lpw-sa-full-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GO-J-PWS-2-REDR-LPW-SA-FULL-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-j-pws-2-redr-lpw-sa-full-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'io', u'europa', u'callisto', u'galileo', u'ganymede', u'jupiter'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GO-J-PWS-REFORMATTED-PLAYBACK-SPECTRUM-ANALYZER-FU/c8hh-sdmi', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 390,data.nasa.gov,n2ky-gshn,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/n2ky-gshn', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:51:50.000Z', u'id': u'n2ky-gshn', u'createdAt': u'2018-06-26T06:22:01.000Z', u'description': u'Abstract ======== The Mercury Dual Imaging System (MDIS) consists of two cameras, a Wide Angle Camera (WAC) and a Narrow Angle Camera (NAC), mounted on a common pivot platform. This dataset includes the Experiment Data Record (EDR) version of all available images acquired during the cruise phase to Mercury and includes post- launch checkout images, flyby images of Earth, Venus, Mercury, and the Moon, images acquired from Mercury orbit, and inflight calibration images. In addition to the imagery, anciliary information (including calibration files needed to process the data further) is included.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:51:50.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MESSENGER MDIS EXPERIMENT DATA RECORD V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.0, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:22:01.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mess-e-v-h-mdis-2-edr-rawdata-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MESS-E%2FV%2FH-MDIS-2-EDR-RAWDATA-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mess-e-v-h-mdis-2-edr-rawdata-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'ob star', u'vega', u'star', u'sirius', u'rigel', u'mirzam', u'fomalhaut', u'eta carinae', u'epsilon centauri', u'arcturus', u'alioth', u'moon', u'venus', u'uranus', u'saturn', u'neptune', u'mercury', u'mars', u'jupiter', u'earth', u'pleiades', u'm7', u'c/ison (2012 s1)', u'2p/encke 1 (1818 w1)', u'starfield', u'spacecraft deck', u'space', u'dark sky', u'cal target', u'messenger'], u'categories': [u'public safety'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MESSENGER-MDIS-EXPERIMENT-DATA-RECORD-V1-0/n2ky-gshn', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 391,data.nasa.gov,fvdp-9t3b,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/fvdp-9t3b', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:33:02.000Z', u'id': u'fvdp-9t3b', u'createdAt': u'2018-06-26T06:57:45.000Z', u'description': u'This data set contains the NEAR infrared spectrometer (NIS) data for the EROS/ORBIT phase. The data set begins on 2000-01-11T00:00:00.000 and ends 2001-02-12T23:59:59.999 . The data are raw telemetry data, provided in engineering units, that have been reformatted into FITS file format (NASA Office of Science and Technology (NOST), 100-1.0). In addition to the raw spectrometer data, a calibration file and algorithm are available. This data set is archived as a set of CDROM images as a part of the NEAR EDR volume set.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:33:02.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'NEAR NIS SPECTRA FOR EROS/ORBIT', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.0, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:57:45.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-nis-2-edr-eros-orbit-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NEAR-A-NIS-2-EDR-EROS%2FORBIT-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-nis-2-edr-eros-orbit-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'near earth asteroid rendezvous', u'eros'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEAR-NIS-SPECTRA-FOR-EROS-ORBIT/fvdp-9t3b', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 392,data.nasa.gov,rmit-vbyf,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/rmit-vbyf', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:58:39.000Z', u'id': u'rmit-vbyf', u'createdAt': u'2018-06-26T06:39:02.000Z', u'description': u'This data set contains Calibrated data taken by the New Horizons Long Range Reconnaissance Imager instrument during the post-launch checkout mission phase.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:58:39.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'NEW HORIZONS LORRI POST-LAUNCH CHECKOUT V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.0, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:39:02.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-lorri-3-launch-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-X-LORRI-3-LAUNCH-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-lorri-3-launch-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'new horizons', u'calibration'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-LORRI-POST-LAUNCH-CHECKOUT-V1-0/rmit-vbyf', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 393,data.nasa.gov,k9vw-ujre,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/k9vw-ujre', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:42:02.000Z', u'id': u'k9vw-ujre', u'createdAt': u'2018-06-26T06:33:01.000Z', u'description': u'This data set contains calibrated 1 minute averaged Cassini magnetometer data, for the entire Cassini mission. These data are provided in Kronographic (KRTP, KSO, KSM) coordinates at Saturn, Geographic coordinates (GSE, GSM) for the Earth flyby, Jovigraphic coordinates for the Jupiter flyby, and RTN coordinates for the entire mission. These data were calibrated, converted to physical coordinates and averaged to 1 minute by the Cassini MAG team at Imperial College.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:42:02.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CASSINI ORBITER MAG CALIBRATED SUMMARY 1 MINUTE AVERAGE V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:33:01.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-e-sw-j-s-mag-4-summ-1minavg-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-E%2FSW%2FJ%2FS-MAG-4-SUMM-1MINAVG-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-e-sw-j-s-mag-4-summ-1minavg-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'jupiter', u'cassini-huygens', u'saturn', u'earth'], u'categories': [u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-ORBITER-MAG-CALIBRATED-SUMMARY-1-MINUTE-AV/k9vw-ujre', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 394,data.nasa.gov,rcm8-aap5,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/rcm8-aap5', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:44:04.000Z', u'id': u'rcm8-aap5', u'createdAt': u'2018-06-26T06:59:48.000Z', u'description': u'These maps of small solar system bodies have been prepared by Philip Stooke of the University of Western Ontario. This data set includes 270 map sheets of six asteroids, five planetary satellites, and three comets, all prepared from spacecraft images. This data set was updated in 2015 with the addition of 44 new map sheets.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:44:04.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'STOOKE SMALL BODIES MAPS V3.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 3.0, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:59:48.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.multi-sa-multi-6-stookemaps-v3.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MULTI-SA-MULTI-6-STOOKEMAPS-V3.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.multi-sa-multi-6-stookemaps-v3.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'951 gaspra', u'19p/borrelly 1 (1904 y2)', u's7 hyperion', u'81p/wild 2 (1978 a2)', u's11 epimetheus', u'253 mathilde', u'2867 steins', u'j5 amalthea', u'm2 deimos', u'm1 phobos', u'243 ida', u'103p/hartley 2 (1986 e2)', u'433 eros', u'25143 itokawa'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/STOOKE-SMALL-BODIES-MAPS-V3-0/rcm8-aap5', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 395,data.nasa.gov,wdt8-82uj,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/wdt8-82uj', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:27:06.000Z', u'id': u'wdt8-82uj', u'createdAt': u'2018-06-25T20:47:37.000Z', u'description': u'Cloud-Aerosol Lidar and Infrared Pathfinder Satellite Observations (CALIPSO) was launched on April 28, 2006 to study the impact of clouds and aerosols on the Earth\u2019s radiation budget and climate. It flies in formation with five other satellites in the international \u201cA-Train\u201d (PDF) constellation for coincident Earth observations. The CALIPSO satellite comprises three instruments, the Cloud-Aerosol LIdar with Orthogonal Polarization (CALIOP), the Imaging Infrared Radiometer (IIR), and the Wide Field Camera (WFC). CALIPSO is a joint satellite mission between NASA and the French Agency, CNES. These data consist 5 km aerosol layer data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:27:06.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'john.m.kusterer@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CALIPSO Lidar L2 5 km Cloud Layer Data V1-20', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:47:37.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:john.m.kusterer@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:004'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2007-03-01/2007-11-11', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'NASA-0000171', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'John M. Kusterer', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000171', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'atmospheric science', u'climate', u'cloud', u'radiation', u'eos', u'satellite', u'aerosol'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CALIPSO-Lidar-L2-5-km-Cloud-Layer-Data-V1-20/wdt8-82uj', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 396,data.nasa.gov,jisi-h28w,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/jisi-h28w', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:16:48.000Z', u'id': u'jisi-h28w', u'createdAt': u'2018-06-26T06:48:19.000Z', u'description': u'This data set contains the NEAR infrared spectrometer (NIS) data for the EARTH phase. The data set begins on 1998-01-23T00:00:00.000 and ends 1998-01-26T23:59:59.999 . The data are raw telemetry data, provided in engineering units, that have been reformatted into FITS file format (NASA Office of Science and Technology (NOST), 100-1.0). In addition to the raw spectrometer data, a calibration file and algorithm are available. This data set is archived as a set of CDROM images as a part of the NEAR EDR volume set.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:16:48.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'NEAR NIS SPECTRA FOR EARTH', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:48:19.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-nis-2-edr-earth-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NEAR-A-NIS-2-EDR-EARTH-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-nis-2-edr-earth-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'moon', u'earth', u'near earth asteroid rendezvous'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEAR-NIS-SPECTRA-FOR-EARTH/jisi-h28w', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 397,data.nasa.gov,whyz-6jfp,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/whyz-6jfp', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:54:20.000Z', u'id': u'whyz-6jfp', u'createdAt': u'2018-06-26T07:05:29.000Z', u'description': u'This data set contains photometric lightcurves of near-earth asteroids obtained by Petr Pravec and his collaborators at Ondrejov Observatory. Lightcurves for 42 asteroids are included. These asteroids were included based on a slightly wider criterion for a NEA: q < 1.33 AU (rather than the standard definition of q < 1.3 AU). As a result, some asteroids may be included which other researchers would classify as Mars-crossers.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:54:20.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'NEAR EARTH ASTEROID LIGHTCURVES V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:05:29.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-3-rdr-neo-lightcurves-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-3-RDR-NEO-LIGHTCURVES-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-3-rdr-neo-lightcurves-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'support archives', u'asteroid'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEAR-EARTH-ASTEROID-LIGHTCURVES-V1-0/whyz-6jfp', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 398,data.nasa.gov,pzzg-rr4g,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/pzzg-rr4g', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:43:34.000Z', u'id': u'pzzg-rr4g', u'createdAt': u'2018-06-26T07:00:19.000Z', u'description': u'This data set consists of five VICAR2 format images of Venus derived from Pioneer Venus radar altimeter measurements. Data are presented in simple cylindrical projection format. The radius image contains 1440 lines (latitude) and 2880 samples (longitude), and the others contain 1024 lines and 2048 samples.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:43:34.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'PIONEER 12 VENUS ORBITING RADAR DERIVED RADAR IMAGES V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:00:19.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.p12-v-orad-5-radar-image-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=P12-V-ORAD-5-RADAR-IMAGE-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.p12-v-orad-5-radar-image-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'venus', u'pre-magellan', u'pioneer'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PIONEER-12-VENUS-ORBITING-RADAR-DERIVED-RADAR-IMAG/pzzg-rr4g', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 399,data.nasa.gov,qx66-mhtx,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/qx66-mhtx', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:07:52.000Z', u'id': u'qx66-mhtx', u'createdAt': u'2018-06-26T06:43:08.000Z', u'description': u'This data set contains version 3.0 of the updated collection of documentation for the raw and calibrated science data sets for the Deep Impact and EPOXI missions. This data set supersedes version 2.0.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:07:52.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'DEEP IMPACT/EPOXI DOCUMENTATION SET V3.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:43:08.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.di-c-hrii-hriv-mri-its-6-doc-set-v3.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DI-C-HRII%2FHRIV%2FMRI%2FITS-6-DOC-SET-V3.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.di-c-hrii-hriv-mri-its-6-doc-set-v3.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'gj 436', u'hat-p-4', u'hat-p-7', u'tres-3', u'calibration', u'103p/hartley 2 (1986 e2)', u'9p/tempel 1 (1867 g1)', u'earth', u'tres-2', u'mars', u'epoxi', u'deep impact', u'xo-3', u'xo-2', u'wasp-3', u'moa-2009-blg-266'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/DEEP-IMPACT-EPOXI-DOCUMENTATION-SET-V3-0/qx66-mhtx', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 400,data.nasa.gov,vae8-7jyq,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/vae8-7jyq', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:16:05.000Z', u'id': u'vae8-7jyq', u'createdAt': u'2018-06-26T06:48:58.000Z', u'description': u'Unknown', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:16:05.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'HUYGENS ENTRY, DESCENT AND SURFACE DATA', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:48:58.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.hp-ssa-ssp-3-4-descent-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=HP-SSA-SSP-3%2F4-DESCENT-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.hp-ssa-ssp-3-4-descent-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'cassini-huygens', u'titan'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/HUYGENS-ENTRY-DESCENT-AND-SURFACE-DATA/vae8-7jyq', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 401,data.nasa.gov,6ip9-svsy,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/6ip9-svsy', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:25:14.000Z', u'id': u'6ip9-svsy', u'createdAt': u'2018-06-26T06:53:34.000Z', u'description': u'The Micro-Imaging Dust Analysis System (MIDAS) is an instrument on the\nROSETTA Orbiter that will provide 3D images and statistical parameters\nof pristine cometary particles, collected in the vicinity of comet\n67P/Churyumov-Gerasimenko. This data set\nincludes all data from the COMET ESCORT 2 mission phase.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:25:14.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ROSETTA-ORBITER 67P MIDAS 3 ESC2 SAMPLES V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:53:34.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-midas-3-esc2-samples-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-C-MIDAS-3-ESC2-SAMPLES-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-midas-3-esc2-samples-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'international rosetta mission', u'67p/churyumov-gerasimenko 1 (1969 r1)'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-67P-MIDAS-3-ESC2-SAMPLES-V1-0/6ip9-svsy', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 402,data.nasa.gov,784g-andf,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/784g-andf', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:28:48.000Z', u'id': u'784g-andf', u'createdAt': u'2018-06-26T06:23:04.000Z', u'description': u'NEAR EDR volume sets contain a single data set, from one instrument and one mission phase (defined in the phase table in /AAREADME.TXT).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:28:48.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'NEAR MSI IMAGES FOR MATHILDE', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 3.0, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:23:04.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-msi-2-edr-mathilde-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NEAR-A-MSI-2-EDR-MATHILDE-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-msi-2-edr-mathilde-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mathilde', u'near earth asteroid rendezvous'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEAR-MSI-IMAGES-FOR-MATHILDE/784g-andf', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 403,data.nasa.gov,k2zt-r7hq,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/k2zt-r7hq', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:10:33.000Z', u'id': u'k2zt-r7hq', u'createdAt': u'2018-06-25T20:40:28.000Z', u'description': u""Cloud-Aerosol Lidar and Infrared Pathfinder Satellite Observations (CALIPSO) was launched on April 28, 2006 to study the impact of clouds and aerosols on the Earth\u2019s radiation budget and climate. It flies in formation with five other satellites in the international 'A-Train' (PDF) constellation for coincident Earth observations. The CALIPSO satellite comprises three instruments, the Cloud-Aerosol LIdar with Orthogonal Polarization (CALIOP), the Imaging Infrared Radiometer (IIR), and the Wide Field Camera (WFC). CALIPSO is a joint satellite mission between NASA and the French Agency, CNES."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:10:33.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'support-asdc@earthdata.nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'Cloud-Aerosol Lidar and Infrared Pathfinder Satellite Observations (CALIPSO)', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:40:28.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:support-asdc@earthdata.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:004'], u'key': u'Common-Core_Program-Code'}, {u'value': u'https://eosweb.larc.nasa.gov/project/calipso/calipso_table', u'key': u'Common-Core_Described-By'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'NASA-0000027', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://eosweb.larc.nasa.gov/project/calipso/calipso_table', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'John M. Kusterer', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000027', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'radiation', u'satellite', u'eos', u'aerosols', u'clouds', u'climate'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Cloud-Aerosol-Lidar-and-Infrared-Pathfinder-Satell/k2zt-r7hq', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 404,data.nasa.gov,p8pm-a9ra,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/p8pm-a9ra', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:43:08.000Z', u'id': u'p8pm-a9ra', u'createdAt': u'2018-06-26T06:31:16.000Z', u'description': u""This data set includes the complete set of JUNO SPICE data files (``kernel files''), which can be accessed using SPICE software. The SPICE data contain geometric and other ancillary information needed to recover the full value of science instrument data. In particular SPICE kernels provide spacecraft and planetary ephemerides, instrument mounting alignments, spacecraft orientation, and data needed for relevant time conversions."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:43:08.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'JUNO SPICE KERNELS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:31:16.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.jno-j-e-ss-spice-6-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=JNO-J%2FE%2FSS-SPICE-6-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.jno-j-e-ss-spice-6-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'juno', u'jupiter'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/JUNO-SPICE-KERNELS-V1-0/p8pm-a9ra', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 405,data.nasa.gov,bu9c-45g2,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/bu9c-45g2', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:56:01.000Z', u'id': u'bu9c-45g2', u'createdAt': u'2018-06-26T06:35:43.000Z', u'description': u'The Mars Odyssey Gamma-Ray Spectrometer (GRS) is a suite of three instruments working together to collect data that will permit the mapping of elemental concentrations on the surface of Mars. The suite of three instruments, the gamma sensor head (GS), the neutron spectrometer (NS) and the high-energy neutron detector (HEND), are a complimentary set of instruments in that the neutron instruments have better counting statistics and sample to a greater depth than the GS, but the GS determines the abundance of many more elements. A full description of the Mars Odyssey Gamma-Ray Spectrometer instrument can be found in [BOYNTONETAL2002].', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:56:01.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ODY MARS GAMMA RAY SPECTROMETER 4 CGS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:35:43.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ody-m-grs-4-cgs-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=ODY-M-GRS-4-CGS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ody-m-grs-4-cgs-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'2001 mars odyssey', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ODY-MARS-GAMMA-RAY-SPECTROMETER-4-CGS-V1-0/bu9c-45g2', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 406,data.nasa.gov,27pk-v5m2,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/27pk-v5m2', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:46:05.000Z', u'id': u'27pk-v5m2', u'createdAt': u'2018-06-26T06:14:29.000Z', u'description': u'The High Rate Detector (HRD) from the University of Chicago is an independent part of the CDA instrument on the Cassini Orbiter that measures the dust flux and particle mass distribution of dust particles hitting the HRD detectors. This data set includes all data from the HRD through December 31, 2015. Please refer to Srama et al. (2004) for a detailed HRD description.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:46:05.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CASSINI HIGH RATE DETECTOR V16.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:14:29.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-d-hrd-3-cohrd-v16.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-D-HRD-3-COHRD-V16.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-d-hrd-3-cohrd-v16.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'cassini-huygens', u'dust'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-HIGH-RATE-DETECTOR-V16-0/27pk-v5m2', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 407,data.nasa.gov,9s9q-rt47,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/9s9q-rt47', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:43:05.000Z', u'id': u'9s9q-rt47', u'createdAt': u'2018-06-26T06:31:16.000Z', u'description': u'The High Rate Detector (HRD) from the University of Chicago is an independent part of the CDA instrument on the Cassini Orbiter that measures the dust flux and particle mass distribution of dust particles hitting the HRD detectors. This data set includes all data from the HRD through Oct. 6, 2009. Please refer to Srama et al. (2004) for a detailed HRD description.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:43:05.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CASSINI HIGH RATE DETECTOR V6.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:31:16.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-d-hrd-3-cohrd-v6.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-D-HRD-3-COHRD-V6.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-d-hrd-3-cohrd-v6.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'cassini-huygens', u'calibration', u'dust'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-HIGH-RATE-DETECTOR-V6-0/9s9q-rt47', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 408,data.nasa.gov,pg2t-4tta,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/pg2t-4tta', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:18:56.000Z', u'id': u'pg2t-4tta', u'createdAt': u'2018-06-26T06:51:22.000Z', u'description': u'added ARCHIVE_STATUS, ,This data set includes wideband waveform measurements from the Galileo plasma wave receiver obtained during the first Earth encounter. These measurements are electric or magnetic waveforms obtained by rapidly sampling the potential at the input to the receiver from either the electric dipole antenna or the magnetic search coil antenna. The sample rates are 201,600 s^-1, 25,200 s^-1, or 3,150 s^-1 taken through bandpass filters of 80, 10, or 1 kHz, respectively.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:18:56.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'GALILEO EARTH PWS EDITED EARTH 1 WAVEFORM RECEIVER V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:51:22.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-e-pws-2-edr-e1wfrm-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GO-E-PWS-2-EDR-E1WFRM-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-e-pws-2-edr-e1wfrm-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'earth', u'galileo'], u'categories': [u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GALILEO-EARTH-PWS-EDITED-EARTH-1-WAVEFORM-RECEIVER/pg2t-4tta', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 409,data.nasa.gov,jvhb-xir9,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/jvhb-xir9', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:02:31.000Z', u'id': u'jvhb-xir9', u'createdAt': u'2018-09-05T23:02:31.000Z', u'description': u'This data set contains Calibrated data taken by the New Horizons Student Dust Counter instrument during the Jupiter encounter mission phase. This is VERSION 4.0 of this data set. For the Jupiter encounter mission phase, SDC collected no science data during the Jupiter flyby, as the requisite spacecraft configuration prevented SDC from operating. There were some very sparse data taken from December, 2006 through April, 2007, and some of very short (or zero) duration after the Jupiter flyby from April, 2007 through June, 2007. The changes in Version 4.0 were re-running of the ancillary data in the data product, updated geometry from newer SPICE kernels, minor editing of the documentation, catalogs, etc., and resolution of liens from the December, 2014 review, plus those from the May, 2016 review of the Pluto Encounter data sets. No new observations were added with Version 4.0.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:02:31.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': None, u'columns_description': [], u'name': u'NEW HORIZONS \n SDC JUPITER ENCOUNTER \n CALIBRATED V4.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:02:31.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-j-sdc-3-jupiter-v4.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-J-SDC-3-JUPITER-V4.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-j-sdc-3-jupiter-v4.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'dust', u'new horizons'], u'categories': [u'politics', u'education', u'housing & development'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-SDC-JUPITER-ENCOUNTER-CALIBRATED-V4-0/jvhb-xir9', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 410,data.nasa.gov,xubf-7bpb,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/xubf-7bpb', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:08:38.000Z', u'id': u'xubf-7bpb', u'createdAt': u'2018-06-26T06:42:45.000Z', u'description': u'This data set contains calibrated Mars Express ASPERA-3 Electron Spectrometer (ELS) data for the first mission extension (January 1, 2006 - September 30, 2007). These data are provided in units of Differential Number Flux (DNF): cnts/(cm**2-sr-sec-eV)', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:08:38.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MARS EXPRESS ASPERA-3 CAL RDR ELECTRON SPECTROMTR EXT1 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:42:45.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mex-m-aspera3-3-rdr-els-ext1-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MEX-M-ASPERA3-3-RDR-ELS-EXT1-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mex-m-aspera3-3-rdr-els-ext1-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars express', u'solar wind', u'mars'], u'categories': [u'social services'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MARS-EXPRESS-ASPERA-3-CAL-RDR-ELECTRON-SPECTROMTR-/xubf-7bpb', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 411,data.nasa.gov,c4j9-irki,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/c4j9-irki', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:28:41.000Z', u'id': u'c4j9-irki', u'createdAt': u'2018-06-25T20:49:04.000Z', u'description': u'Cloud-Aerosol Lidar and Infrared Pathfinder Satellite Observations (CALIPSO) was launched on April 28, 2006 to study the impact of clouds and aerosols on the Earth\u2019s radiation budget and climate. It flies in formation with five other satellites in the international \u201cA-Train\u201d (PDF) constellation for coincident Earth observations. The CALIPSO satellite comprises three instruments, the Cloud-Aerosol LIdar with Orthogonal Polarization (CALIOP), the Imaging Infrared Radiometer (IIR), and the Wide Field Camera (WFC). CALIPSO is a joint satellite mission between NASA and the French Agency, CNES. These data consist 5 km aerosol layer data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:28:41.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'john.m.kusterer@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CALIPSO Wide Field Camera (WFC) L1B Science 125 m Native Science Data V3-02', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:49:04.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:john.m.kusterer@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:004'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2011-11-01/2014-01-01', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'NASA-0000208', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'John M. Kusterer', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000208', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'satellite', u'climate', u'cloud', u'atmospheric science', u'radiation', u'eos', u'aerosol'], u'categories': [u'public safety'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CALIPSO-Wide-Field-Camera-WFC-L1B-Science-125-m-Na/c4j9-irki', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 412,data.nasa.gov,aazr-p878,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/aazr-p878', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:27:55.000Z', u'id': u'aazr-p878', u'createdAt': u'2018-06-25T20:48:48.000Z', u'description': u'Cloud-Aerosol Lidar and Infrared Pathfinder Satellite Observations (CALIPSO) was launched on April 28, 2006 to study the impact of clouds and aerosols on the Earth\u2019s radiation budget and climate. It flies in formation with five other satellites in the international \u201cA-Train\u201d (PDF) constellation for coincident Earth observations. The CALIPSO satellite comprises three instruments, the Cloud-Aerosol LIdar with Orthogonal Polarization (CALIOP), the Imaging Infrared Radiometer (IIR), and the Wide Field Camera (WFC). CALIPSO is a joint satellite mission between NASA and the French Agency, CNES. These data consist 5 km aerosol layer data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:27:55.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'john.m.kusterer@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CALIPSO Lidar L2 Vertical Feature Mask Data V1-10', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:48:48.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:john.m.kusterer@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:004'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2006-06-13/2007-03-11', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'NASA-0000184', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'John M. Kusterer', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000184', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'aerosol', u'eos', u'radiation', u'atmospheric science', u'climate', u'cloud', u'satellite'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CALIPSO-Lidar-L2-Vertical-Feature-Mask-Data-V1-10/aazr-p878', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 413,data.nasa.gov,gjfx-88me,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/gjfx-88me', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:42:36.000Z', u'id': u'gjfx-88me', u'createdAt': u'2018-06-26T06:31:08.000Z', u'description': u""This data set includes the complete set of Venus Climate Orbiter (VCO, also known as PLANET-C and AKATSUKI) SPICE data files (``kernel files'') for the cruising, the sun orbiting, and the science phase(s) of the mission. The SPICE data files, which can be accessed using SPICE software, contain geometric and other ancillary information needed to recover the full value of the science instrument data. In particular SPICE kernels provide spacecraft and planetary ephemerides, instrument mounting alignments, spacecraft orientation, spacecraft sequences of events, and data needed for relevant time conversions."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:42:36.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VENUS CLIMATE ORBITER SPICE KERNELS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:31:08.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vco-v-spice-6-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VCO-V-SPICE-6-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vco-v-spice-6-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'venus climate orbiter', u'venus'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VENUS-CLIMATE-ORBITER-SPICE-KERNELS-V1-0/gjfx-88me', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 414,data.nasa.gov,anjv-nkqq,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/anjv-nkqq', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:04:05.000Z', u'id': u'anjv-nkqq', u'createdAt': u'2018-06-26T06:38:45.000Z', u'description': u'The Lunar Reconnaissance Orbiter (LRO) Lyman Alpha Mapping Project (LAMP) CODMAC Level 5 Gridded Data Record is a collection of gridded data products (maps) derived from the far ultraviolet photon detections obtained by the LAMP instrument, corrected for instrumental effects, radiometrically calibrated, and correlated with the auxiliary information needed to locate the observations in space and time. These gridded data products are presented as standalone maps, formatted as standard PDS images. The LAMP GDR archive will be of interest to investigators studying the far ultraviolet properties of the Moon.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:04:05.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'LRO MOON LAMP 5 GRIDDED DATA RECORD V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:38:45.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lro-l-lamp-5-gdr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=LRO-L-LAMP-5-GDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lro-l-lamp-5-gdr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'moon', u'lunar reconnaissance orbiter'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/LRO-MOON-LAMP-5-GRIDDED-DATA-RECORD-V1-0/anjv-nkqq', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 415,data.nasa.gov,kje8-vnig,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/kje8-vnig', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:57:25.000Z', u'id': u'kje8-vnig', u'createdAt': u'2018-06-26T07:10:36.000Z', u'description': u'This study demonstrates simulated microgravity effects on E. coli K 12 MG1655 when grown on LB medium supplemented with glycerol. The results imply that E. coli readily reprograms itself to combat the multiple stresses imposed due to microgravity. Under these conditions it survives by upregulating oxidative stress protecting genes and simultaneously down regulating the membrane transporters and synthases to maintain cell homeostasis. In this study a clinostat that mimics microgravity conditions was used to investigate the effects of microgravity on E. coli grown in LB medium supplemented with glycerol to monitor the effects on growth and global gene expression using Affymetrix DNA microarrays.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:57:25.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'Effect of simulated microgravity on E. coli K12 MG1655 growth and gene expression', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:10:36.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-43', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-43', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'p-gse40648-7', u'p-gse40648-8', u'p-gse40648-3', u'p-gse40648-6', u'specified_biomaterial_action', u'p-gse40648-5', u'bioassay_data_transformation', u'image_aquisition', u'hybridization', u'feature_extraction', u'p-gse40648-1', u'simulated microgravity', u'labeling', u'nucleic_acid_extraction', u'grow', u'p-gse40648-4', u'p-gse40648-2'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Effect-of-simulated-microgravity-on-E-coli-K12-MG1/kje8-vnig', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 416,data.nasa.gov,9pgr-cfc6,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/9pgr-cfc6', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:53:17.000Z', u'id': u'9pgr-cfc6', u'createdAt': u'2018-06-26T06:34:48.000Z', u'description': u'This volume contains the digital numbers (DN) contained in the telemetry (TM) packages of the VIR-IR instrument on board of the spacecraft DAWN. The data are from the Ceres Encounter phase, which occurred 2014-12-26 to 2016-06-30.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:53:17.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'DAWN VIR RAW (EDR) CERES INFRARED SPECTRA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:34:48.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dawn-a-vir-2-edr-ir-ceres-spectra-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DAWN-A-VIR-2-EDR-IR-CERES-SPECTRA-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dawn-a-vir-2-edr-ir-ceres-spectra-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'1 ceres', u'dawn mission to vesta and ceres'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/DAWN-VIR-RAW-EDR-CERES-INFRARED-SPECTRA-V1-0/9pgr-cfc6', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 417,data.nasa.gov,78i4-2uvq,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/78i4-2uvq', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T06:53:49.000Z', u'id': u'78i4-2uvq', u'createdAt': u'2018-06-25T21:02:18.000Z', u'description': u'Data Dictionary and Index Files', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T06:53:49.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Data Dictionary (1r49)', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:02:18.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-662', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-662', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'pds', u'index', u'dictionary'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Data-Dictionary-1r49-/78i4-2uvq', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 418,data.nasa.gov,5f7w-wggg,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/5f7w-wggg', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:01:18.000Z', u'id': u'5f7w-wggg', u'createdAt': u'2018-06-26T07:06:48.000Z', u'description': u'This data set contains calibrated narrow band filter images (350-950 nm) images of Mars acquired by the Deep Impact High Resolution Visible CCD (HRIV) for the EPOCh project during the second cruise phase of the EPOXI mission. One set of observations was acquired on 20-21 November 2009 to characterize Mars as an analog for extrasolar planets. The observing period lasted approximately 24 hours. HRIV images were acquired once per hour with the filters centered on 350, 750 and 950 nm, whereas the 450-, 550-, 650-, and 850-nm data were taken every 15 minutes.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:01:18.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'EPOXI MARS OBS - HRIV CALIBRATED IMAGES V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:06:48.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dif-m-hriv-3-4-epoxi-mars-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DIF-M-HRIV-3%2F4-EPOXI-MARS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dif-m-hriv-3-4-epoxi-mars-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'epoxi'], u'categories': [u'finance', u'infrastructure'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/EPOXI-MARS-OBS-HRIV-CALIBRATED-IMAGES-V1-0/5f7w-wggg', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 419,data.nasa.gov,n6ev-nd9s,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/n6ev-nd9s', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:24:16.000Z', u'id': u'n6ev-nd9s', u'createdAt': u'2018-06-26T06:20:11.000Z', u'description': u""This data set provides tables of net counting rates of Fe gamma rays at 7.6 MeV measured by the BGO detector of Dawn's Gamma Ray and Neutron Detector acquired at the low altitude mapping orbit. The counting rates were normalized for variations of live time, solid angle of Vesta, and galactic cosmic ray intensity. They were also corrected for variations of neutron number density derived from thermal and epithermal neutron observations by GRaND (PRETTYMANETAL2013). The table contains the original Fe counting rates reported by YAMASHITAETAL2013."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:24:16.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'DAWN GRAND MAP VESTA GAMMA FE \n CORRECTED COUNTS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:20:11.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dawn-a-grand-5-vesta-gamma-iron-cor-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DAWN-A-GRAND-5-VESTA-GAMMA-IRON-COR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dawn-a-grand-5-vesta-gamma-iron-cor-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'4 vesta', u'dawn mission to vesta and ceres'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/DAWN-GRAND-MAP-VESTA-GAMMA-FE-CORRECTED-COUNTS-V1-/n6ev-nd9s', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 420,data.nasa.gov,jexf-m2zr,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/jexf-m2zr', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:22:27.000Z', u'id': u'jexf-m2zr', u'createdAt': u'2018-06-26T06:21:42.000Z', u'description': u'This data set contains asteroid dynamical family memberships for 64 families calculated from analytic proper elements, and 79 families calculated from synthetic proper elements, including high-inclination families. These families were calculated by David Nesvorny using his code based on the Hierarchical Clustering Method (HCM) described in Zappala et al. (1990, 1994). The input analytic proper elements for 401,408 numbered and unnumbered asteroids were calculated by Milani and Knezevic. The input synthetic proper elements for 302,212 numbered asteroids were calculated by Knezevic.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:22:27.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'NESVORNY HCM ASTEROID FAMILIES V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:21:42.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-vargbdet-5-nesvornyfam-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-VARGBDET-5-NESVORNYFAM-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-vargbdet-5-nesvornyfam-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'asteroid', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NESVORNY-HCM-ASTEROID-FAMILIES-V2-0/jexf-m2zr', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 421,data.nasa.gov,jcy8-4mb7,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/jcy8-4mb7', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:14:46.000Z', u'id': u'jcy8-4mb7', u'createdAt': u'2018-06-26T06:47:33.000Z', u'description': u'This data set contains the Magellan Compressed Thrice Mosaicked Image Data Records (C3-MIDRs) which consists of mosaics generated by computing 3x3 pixel arithmetic moving averages from the C2-MIDRs. Each C3-MIDR is in a sinusoidal equal area projection and has an origin at 0 degrees latitude, with the central meridian defined as the longitude bisecting the mosaic. Each C1-MIDR has 7168 lines (aligned with latitudes) and 8192 samples, arranged as 56 1024 x 1024 files on CD-ROM. C3-MIDRs, with their 2.025 km pixel widths, are designed to cover the planet at reasonably high resolution and high signal to noise ratio. The 1024 x 1024 files have a VICAR2 format, with embedded VICAR2 labels. The data have been placed on CD-ROMs with documentation, detached Planetary Data System labels, and summary tabular information.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:14:46.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MGN V RADAR SYSTEM DERIVED MIDR COMPRESSED THRICE V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:47:33.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgn-v-rdrs-5-midr-c3-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MGN-V-RDRS-5-MIDR-C3-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgn-v-rdrs-5-midr-c3-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'magellan', u'venus'], u'categories': [u'environment'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MGN-V-RADAR-SYSTEM-DERIVED-MIDR-COMPRESSED-THRICE-/jcy8-4mb7', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 422,data.nasa.gov,qcxf-bq9s,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/qcxf-bq9s', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:43:25.000Z', u'id': u'qcxf-bq9s', u'createdAt': u'2018-06-26T06:59:38.000Z', u'description': u'This data set contains raw near-IR spectral image cubes acquired from November 2008 through August 2009 by the Moon Mineralogy Mapper (M3) instrument during the Chandrayaan-1 mission to the Moon.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:43:25.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CH1-ORB MOON M3 2 L0 RAW NEAR-IR SPECTRAL IMAGES V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:59:38.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ch1-orb-l-m3-2-l0-raw-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CH1-ORB-L-M3-2-L0-RAW-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ch1-orb-l-m3-2-l0-raw-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'moon', u'chandrayaan-1'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CH1-ORB-MOON-M3-2-L0-RAW-NEAR-IR-SPECTRAL-IMAGES-V/qcxf-bq9s', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 423,data.nasa.gov,mcjb-v7vf,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/mcjb-v7vf', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T22:58:13.000Z', u'id': u'mcjb-v7vf', u'createdAt': u'2018-06-25T20:37:54.000Z', u'description': u'SolRad-Net (Solar Radiation Network) is an established network of ground-based sensors providing high-frequency solar flux measurements in quasi-realtime to the scientific community and various other end users.This network was implemented as a companion to AERONET and its instrumentation are invariably collocated with AERONET sites. The Brazilian core of the present network was developed within the scientific framework of the LBA-ECO component of the Large-Scale Biosphere-Atmosphere Experiment in Amaz\xf4nia.\xa0 Historically, SolRad-Net has preferentially selected sites that routinely experience intervals of biomass-burning, such as Amaz\xf4nia and Sub-Saharan Africa for its long-term monitoring. Data that have been cleared as free of any operational problems are designated as Level 1.5.\xa0 The raw, unscreened data are Level 1.0 by default and may contain observations that have been compromised for any of the (occasionally subtle) reasons described above.\xa0 The Level 1.0 data are made available in the interest of presenting a comprehensive dataset and to provide full transparency of our methods, however any use of these data is strongly discouraged.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T22:58:13.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'Brent.N.Holben@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'Aeronet Solar Flux', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:37:54.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:Brent.N.Holben@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'1992-01-01/2014-01-01', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'Global', u'key': u'Common-Core_Geographic-Coverage'}, {u'value': u'NASA-0000006', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'http://solrad-net.gsfc.nasa.gov/', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Brent Holben', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000006', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'inversions', u'radiation', u'satellite', u'aerosols', u'clouds', u'precipitable water', u'earth science'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Aeronet-Solar-Flux/mcjb-v7vf', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 424,data.nasa.gov,jjns-d4p9,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/jjns-d4p9', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:13:24.000Z', u'id': u'jjns-d4p9', u'createdAt': u'2018-06-26T07:11:42.000Z', u'description': u'In the present study we analyzed miRNA and mRNA expression profiles in human peripheral blood lymphocytes (PBLs) incubated in microgravity condition simulated by a ground-based Rotating Wall Vessel (RWV) bioreactor. Our results show that 42 miRNAs were differentially expressed in MMG-incubated PBLs compared with 1g-incubated ones. Among these miR-9-5p miR-9-3p miR-155-5p miR-150-3p and miR-378-3p were the most dysregulated. To improve the detection of functional miRNA-mRNA pairs we performed gene expression profiles on the same samples assayed for miRNA profiling and we integrated miRNA and mRNA expression data. The functional classification of miRNA-correlated genes evidenced significant enrichments in the biological processes of immune/inflammatory response signal transduction regulation of response to stress regulation of programmed cell death and regulation of cell proliferation. We identified the correlation between miR-9-3p miR-155-5p miR-150-3p and miR-378-3p expression with that of genes involved in immune/inflammatory response (eg. IFNG and IL17F) apoptosis (eg. PDCD4 and PTEN) and cell proliferation (eg. NKX3-1 and GADD45A). Experimental assays of cell viability and apoptosis induction validated the results obtained by bioinformatics analyses demonstrating that in human PBLs the exposure to reduced gravitational force increases the frequency of apoptosis and decreases cell proliferation. microRNA expression profiling were carried out on total RNA extracted from PBLs of twelve healthy donors at the end of 24h-incubation time in MMG and in 1g conditions. Analyses were performed by using the Human miRNA Microarray kit (V2) (Agilent Technologies) that allows the detection of 723 known human (miRBase v.10.1) and 76 human viral miRNAs. By comparing the expression profile of MMG-incubated vs. 1g-incubated PBLs of the same donor we found 42 differentially expressed miRNAs 25 up-regulated and 17 down-regulated.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:13:24.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'microRNA expression profiles in human peripheral blood lymphocytes cultured in modeled microgravity', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:11:42.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-55', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-55', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'normalization data transformation protocol', u'p-gse57400-1', u'p-gse57400-4', u'p-gse57400-5', u'p-gse57400-9', u'p-gse57400-29', u'p-gse57400-28', u'p-gse57400-15', u'p-gse57400-7', u'p-gse57400-21', u'p-gse57400-13', u'p-gse57400-23', u'p-gse57400-19', u'p-gse57400-25', u'p-gse57400-20', u'p-gse57400-12', u'individual', u'p-gse57400-2', u'p-gse57400-10', u'p-gse57400-24', u'simulated microgravity', u'p-gse57400-22', u'p-gse57400-8', u'p-gse57400-18', u'p-gse57400-16', u'p-gse57400-26', u'p-gse57400-27', u'p-gse57400-11', u'array scanning protocol', u'p-gse57400-14', u'p-gse57400-17', u'nucleic acid extraction protocol', u'sample treatment protocol', u'hybridization protocol', u'labelling protocol', u'p-gse57400-3', u'p-gse57400-6'], u'categories': [u'demographics', u'finance', u'housing & development'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/microRNA-expression-profiles-in-human-peripheral-b/jjns-d4p9', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 425,data.nasa.gov,f53p-x5gb,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/f53p-x5gb', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:10:17.000Z', u'id': u'f53p-x5gb', u'createdAt': u'2018-06-26T07:08:44.000Z', u'description': u'The Rodent Research-3 (RR-3) mission was sponsored by the pharmaceutical company Eli Lilly and Co. and the Center for the Advancement of Science in Space to study the effectiveness of a potential countermeasure for the loss of muscle and bone mass that occurs during spaceflight. Twenty BALB/c 18-weeks old female mice (ten controls and ten treated) were flown to the ISS and housed in the AEM-X habitat for 39-42 days. Twenty mice of similar age sex and strain were used for ground controls housed in identical hardware and matching ISS environmental conditions. Basal controls were housed in standard vivarium cages. Spaceflight ground controls and basal groups had blood collected then were euthanized had one hind limb removed and finally whole carcasses were stored at -80 C until dissection. All mice in this data set received only the control/sham injection.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:10:17.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Rodent Research-3-CASIS: Mouse adrenal gland transcriptomic proteomic and epigenomic data', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:08:44.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-161', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-161', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mass spectrometry', u'treatment', u'microgravity', u'spike-in control', u'spike-in control protocol', u'data transformation', u'labeling', u'protein extraction', u'nucleic acid sequencing', u'library construction', u'nucleic acid extraction', u'sample collection'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Rodent-Research-3-CASIS-Mouse-adrenal-gland-transc/f53p-x5gb', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 426,data.nasa.gov,kikt-tkve,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/kikt-tkve', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T22:43:15.000Z', u'id': u'kikt-tkve', u'createdAt': u'2018-06-25T20:37:43.000Z', u'description': u'AERONET inversion code provides aerosoloptical properties in the total atmospheric column derived from the direct and diffuse radiation measured byAERONETCimel sun/sky-radiometers. AERONET inversion developmentand researchactivitiesare described in the papers by Dubovik and King, [2000], Dubovik et al. [2000], Dubovik et al. [2002a], Dubovik et al. [2002b], Dubovik et al., [2006a], Sinyuk et al. [2006]. The Version 2(V2)inversion (or retrieval)products are summarized below. These products are available through the internal analysis system"demonstrat" and the AERONET website. Adetailed description of V2 AERONET retrieval will be provided in the paper by Dubovik et al., [2006b].', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T22:43:15.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'Brent.N.Holben@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Level 2.0 Almucantar Inversion Products (except phase functions)', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:37:43.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:Brent.N.Holben@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'http://aeronet.gsfc.nasa.gov/new_web/Documents/Inversion_products_V2.pdf', u'key': u'Common-Core_Described-By'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'1993-01-01/2014-01-01', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': [u'http://aeronet.gsfc.nasa.gov/new_web/Documents/Inversion_products_V2.pdf'], u'key': u'Common-Core_References'}, {u'value': u'Global', u'key': u'Common-Core_Geographic-Coverage'}, {u'value': u'NASA-0000002', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'http://aeronet.gsfc.nasa.gov/', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Brent Holben', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000002', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'inversions', u'aerosols', u'precipitable water', u'satellite', u'radiation', u'earth science', u'clouds'], u'categories': [u'housing & development'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Level-2-0-Almucantar-Inversion-Products-except-pha/kikt-tkve', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 427,data.nasa.gov,e6d7-fp6m,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/e6d7-fp6m', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:51:07.000Z', u'id': u'e6d7-fp6m', u'createdAt': u'2018-06-26T07:01:39.000Z', u'description': u'This data set includes a collection of published lightcurves of trans-Neptunian objects published through December 2002. The collection includes lightcurves of 18 TNOs.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:51:07.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'TRANS-NEPTUNIAN OBJECT LIGHTCURVES V1.1', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:01:39.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-compil-3-tnolc-v1.1', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-COMPIL-3-TNOLC-V1.1', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-compil-3-tnolc-v1.1', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'asteroid 15875', u'asteroid 33340', u'support archives', u'asteroid', u'19521 chaos', u'2000 gn171', u'2001 fz173', u'1999 kr16', u'asteroid 26181', u'1998 xy95', u'1998 hk151', u'1997 cs29', u'asteroid 26375', u'asteroid 19308', u'asteroid 33128', u'asteroid 19255', u'38628 huya', u'2001 cz31'], u'categories': [u'infrastructure'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/TRANS-NEPTUNIAN-OBJECT-LIGHTCURVES-V1-1/e6d7-fp6m', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 428,data.nasa.gov,qgnn-6y4r,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/qgnn-6y4r', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:32:38.000Z', u'id': u'qgnn-6y4r', u'createdAt': u'2018-06-26T06:57:31.000Z', u'description': u'The Robotic Arm Camera (RAC) experiment on the Mars Phoenix Lander consists of one instrument component plus command electronics. This RAC Imaging Operations RDR data set contains disparity data from the Robotic Arm Camera (RAC).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:32:38.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PHOENIX MARS ROBOTIC ARM CAMERA 5 DISPARITY OPS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:57:31.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.phx-m-rac-5-disparity-ops-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=PHX-M-RAC-5-DISPARITY-OPS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.phx-m-rac-5-disparity-ops-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'phoenix', u'mars'], u'categories': [u'finance', u'economy', u'public safety'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PHOENIX-MARS-ROBOTIC-ARM-CAMERA-5-DISPARITY-OPS-V1/qgnn-6y4r', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 429,data.nasa.gov,egqe-r7ee,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/egqe-r7ee', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:31:09.000Z', u'id': u'egqe-r7ee', u'createdAt': u'2018-06-26T06:30:57.000Z', u'description': u""NASA's International Halley Watch (IHW) has created a Comet Halley Archive. The collection of data spans the full wavelength range as submitted by scientists to the IHW. The observations belong to one of the following Disciplines: Amateur, Astrometry, Infrared Studies, Large-Scale Phenomena, Meteor Studies, Near-Nucleus Studies, Photometry and Polarimetry, Radio Studies, and Spectroscopy and Spectrophotometry. The data collected by these nine disciplines were augmented by Spacecraft measurements. The data were submitted to IHW, but the evaluation and selection for the Archive has been the primary responsibility of the Discipline Specialist Teams for each network in cooperation with the Lead Center. The data from the Large-Scale Phenomena Network has been organized into a set of digitized images and those left in the original analog state for reasons of quality, time coverage, or submission problems. These latter 1771 pieces of data are held in an archive both at Goddard Space Flight Center and with the Small Bodies Node of the Planetary Data System. (In the latter case, contact specifically the Comet Sub-Node of the PDS at the Laboratory for Atmospheric and Space Physics associated with the University of Colorado Boulder, for more assistance). Some of these analog images are presented in 'The International Halley Watch Atlas of Large-Scale Phenomena' (Brandt, John C., Niedner, Malcolm B. Jr., Rahe, Jurgen, 1992). The data cover a time range from 1984 December 22 through 1987 April 26 through 23 of the IHW Chronological Data Archive Collection"", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:31:09.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'IHW COMET HALLEY LSPN NON-DIGITIZED IMAGES V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:30:57.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ihw-c-lspn-n-ndr-halley-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=IHW-C-LSPN-N-NDR-HALLEY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ihw-c-lspn-n-ndr-halley-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'halley', u'international halley watch'], u'categories': [u'economy', u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/IHW-COMET-HALLEY-LSPN-NON-DIGITIZED-IMAGES-V1-0/egqe-r7ee', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 430,data.nasa.gov,d86t-p75j,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/d86t-p75j', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:26:55.000Z', u'id': u'd86t-p75j', u'createdAt': u'2018-06-26T06:33:35.000Z', u'description': u'Abstract ======== This data set consists of the MESSENGER XRS calibrated observations, also known as CDRs. Each XRS observation results in four X-ray spectra. When an X-ray interacts with one of the four detectors, a charge or voltage pulse is generated. This signal is converted into one of 2^8 (256) channels, which are correlated to energy. Over a commanded integration time period a histogram of counts as a function of energy (channel number) is recorded. The EDRs are the number of events in each channel of the four detectors accumulated over the integration period. Channels above or below the useful energy range of the detectors are not transmitted. The result is three 244-channel GPC histograms and one 231-channel solar monitor histogram, each of which is designated as a single X-ray spectrum. In addition to the science data, associated instrument parameters are included.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:26:55.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MESSENGER E/V/H XRS CALIBRATED (CDR) SPECTRA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:33:35.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mess-e-v-h-xrs-3-cdr-spectra-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MESS-E%2FV%2FH-XRS-3-CDR-SPECTRA-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mess-e-v-h-xrs-3-cdr-spectra-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'messenger', u'earth', u'venus', u'calibration', u'mercury'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MESSENGER-E-V-H-XRS-CALIBRATED-CDR-SPECTRA-V1-0/d86t-p75j', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 431,data.nasa.gov,dutt-qqxi,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,61,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/dutt-qqxi', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:45:31.000Z', u'id': u'dutt-qqxi', u'createdAt': u'2018-06-26T06:32:51.000Z', u'description': u""Mars Pathfinder bounced down and rolled to a stop on the surface of Mars on July 4, 1997. After a slight delay in deployment due to airbags draped over one of the lander's petals, the Rover rolled down onto the surface of Mars at 5:37am, July 6, 1997 (UTC)."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:45:31.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MARS PATHFINDER ROVER MARS ROVER CAMERA 2 EDR VERSION 1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 61, u'page_views_last_week_log': 2.0, u'page_views_last_week': 3, u'page_views_last_month_log': 2.807354922057604, u'page_views_total_log': 5.954196310386876, u'page_views_last_month': 6}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:32:51.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mpfr-m-rvrcam-2-edr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MPFR-M-RVRCAM-2-EDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mpfr-m-rvrcam-2-edr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars pathfinder', u'mars'], u'categories': [u'infrastructure'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MARS-PATHFINDER-ROVER-MARS-ROVER-CAMERA-2-EDR-VERS/dutt-qqxi', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 432,data.nasa.gov,eb76-38ay,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/eb76-38ay', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:25:50.000Z', u'id': u'eb76-38ay', u'createdAt': u'2018-06-26T06:21:33.000Z', u'description': u'These Mariner 9 Imaging Science Subsystem Experiment Data Records arein the process of being archived. The image products currently available online are in PDS format, but are not the final products. There are being provided to assist with studies of the South Polar region of Mars, in preparation for the Mars Surveyor 98 landing this December.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:25:50.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MARINER 9 MARS IMAGING SCI SUBSYSTEM EXP DATA RECORDS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:21:33.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mr9-m-iss-2-edr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MR9-M-ISS-2-EDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mr9-m-iss-2-edr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'pds'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MARINER-9-MARS-IMAGING-SCI-SUBSYSTEM-EXP-DATA-RECO/eb76-38ay', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 433,data.nasa.gov,ej7v-b5ya,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ej7v-b5ya', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:21:47.000Z', u'id': u'ej7v-b5ya', u'createdAt': u'2018-06-26T06:51:24.000Z', u'description': u""2004-02-27 RS:simpson added2004-03-01 RS:simpson revisedThis data set contains archival raw, partially processed, and ancillary/supporting radio science data acquired during the 2001 Mars Odyssey (ODY) mission. The radio observations were carried out using the ODY spacecraft and Earth-based receiving stations of the NASA Deep Space Network (DSN). The observations were designed to test the spacecraft radio system, the DSN ground system, and ODY operations procedures and to be used in reconstructing the spacecraft orbit, generating high-resolution gravity field models of Mars, and determining the nature of the near-Sun solar plasma. Of most interest are likely to be the Orbit Data Files in the ODF directory and the ionospheric and tropospheric media calibration files in the ION and TRO directories, respectively. The first ODF in the data set begins on 2002-01-06, which was actually in the late stages of the Aerobraking Phase and just before periapsis was lowered for about 2 weeks to about 200 km; the Mapping altitude was about 400 km. Data were delivered to PDS in approximately chronological order at the rate of 1-3 CD-WO volumes per month, of which about 0.01 GB/month were ODF's. By volume, the largest data type was either the Archival Tracking Data File (TDF; until early 2003) or the Tracking and Navigation File (TNF; beginning early 2003), both of which served as parents of the ODF."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:21:47.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'2001 MARS ODYSSEY RADIO SCIENCE RAW DATA SET - V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:51:24.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ody-m-rss-1-raw-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=ODY-M-RSS-1-RAW-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ody-m-rss-1-raw-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'sun', u'mars', u'2001 mars odyssey'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/2001-MARS-ODYSSEY-RADIO-SCIENCE-RAW-DATA-SET-V1-0/ej7v-b5ya', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 434,data.nasa.gov,ev5h-pxar,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ev5h-pxar', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:06:21.000Z', u'id': u'ev5h-pxar', u'createdAt': u'2018-06-26T07:07:41.000Z', u'description': u""The IRAS Medium-Resolution (2 arcminute in-scan) Zodiacal Observational History File (ZOHF) consists of the time-ordered IRAS survey data averaged into 2' X 1/2 degree rectangular pixels along with pointing and timing information, covering the entire mission."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:06:21.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'IRAS MEDIUM RESOLUTION ZODIACAL HISTORY FILE V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:07:41.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.iras-d-fpa-3-rdr-zohf-med-res-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=IRAS-D-FPA-3-RDR-ZOHF-MED-RES-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.iras-d-fpa-3-rdr-zohf-med-res-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'dust', u'infrared astronomical satellite'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/IRAS-MEDIUM-RESOLUTION-ZODIACAL-HISTORY-FILE-V1-0/ev5h-pxar', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 435,data.nasa.gov,f25m-6k5e,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/f25m-6k5e', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:25:20.000Z', u'id': u'f25m-6k5e', u'createdAt': u'2018-06-26T06:53:36.000Z', u'description': u'The Ionopause File. This file gives the orbit-by-orbit times and locations of the ionopause crossings, which are evident as sharp gradients in Ne at the top of the ionosphere. (These crossings always occur within 30 minutes of periapsis, so they may be seen in the High Resolution Ne files).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:25:20.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'PVO VENUS ELECT TEMP PROBE DERVD IONOPAUSE LOCATION VER 1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:53:36.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.pvo-v-oetp-5-ionopauselocation-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=PVO-V-OETP-5-IONOPAUSELOCATION-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.pvo-v-oetp-5-ionopauselocation-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'venus', u'pioneer venus'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PVO-VENUS-ELECT-TEMP-PROBE-DERVD-IONOPAUSE-LOCATIO/f25m-6k5e', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 436,data.nasa.gov,f44s-avmj,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,28,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/f44s-avmj', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:01:51.000Z', u'id': u'f44s-avmj', u'createdAt': u'2018-09-05T23:01:51.000Z', u'description': u'This data set consists of the Diviner Lunar Radiometer Experiment Gridded Data Records also known as GDRs. The DLRE is a surface pushbroom mapper that measures emitted thermal radiation and reflected solar radiation from the surface of the moon. Two Diviner solar channels measure 0.3-3 micrometers reflected solar radiation. Three Diviner channels near 8 micrometers classify regolith mineralogy by mapping the location of the Christiansen feature. The remaining four Diviner channels measure surface temperature in four spectral bands ranging from 12.5 micrometers to beyond 200 micrometers.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:01:51.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'LRO DLRE 5 GRIDDED DATA RECORDS', u'columns_field_name': [], u'page_views': {u'page_views_total': 28, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 4.857980995127573, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:01:51.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lro-l-dlre-5-gdr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=LRO-L-DLRE-5-GDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lro-l-dlre-5-gdr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'lunar reconnaissance orbiter', u'moon'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/LRO-DLRE-5-GRIDDED-DATA-RECORDS/f44s-avmj', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 437,data.nasa.gov,2ru3-atv5,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,134,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/2ru3-atv5', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:26:03.000Z', u'id': u'2ru3-atv5', u'createdAt': u'2018-06-26T06:53:49.000Z', u'description': u'The Near-Earth Asteroid Tracking (NEAT) project began as a collaborative effort with the United States Air Force (USAF) in December 1995. It concentrated on the discovery and observations of near-Earth asteroids and comets, collectively called near-Earth objects (NEOs). NEAT ended its observations in April 2007. Throughout its history, NEAT utilized three 1m class telescopes - two on the Hawaiian island of Maui and the 1.2m Oschin Schmidt telescope at Palomar Observatory near San Diego, CA. Three unique cameras were developed and used throughout the program. These data are intended to be usable for photometric analysis of the various objects within the NEAT data. Most nights included calibration data, and the lists of photometric standard calibration fields.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:26:03.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'NEAR EARTH ASTEROID TRACKING V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 134, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 2.0, u'page_views_total_log': 7.076815597050832, u'page_views_last_month': 3}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:53:49.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-i1063-3-neat-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-I1063-3-NEAT-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-i1063-3-neat-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'flat field', u'asteroid', u'support archives', u'dark'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEAR-EARTH-ASTEROID-TRACKING-V1-0/2ru3-atv5', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 438,data.nasa.gov,7e5g-bsnx,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/7e5g-bsnx', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:56:20.000Z', u'id': u'7e5g-bsnx', u'createdAt': u'2018-06-26T07:03:33.000Z', u'description': u'This data set contains instrument packet files (IPFs) from the Plasma Science experiment (PLS) onboard the Galileo spacecraft during the Jupiter orbital operations phase. This data set is a very raw, binary form. It is archived for completeness only. There is another PDS data set (GO-J-PLS-3-RDR-FULLRES-V1.0) that contains all of the plasma detector counts in a form that is much easier to work with. The primary advantage of this data set is that it contains instrument housekeeping and engineering data in addition to the counts.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:56:20.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'GALILEO JUPITER PLASMA RAW PACKETIZED TELEMETRY V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:03:33.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-j-pls-2-edr-raw-telem-packets-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GO-J-PLS-2-EDR-RAW-TELEM-PACKETS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-j-pls-2-edr-raw-telem-packets-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'callisto', u'galileo', u'io', u'jupiter', u'amalthea', u'ganymede', u'europa'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GALILEO-JUPITER-PLASMA-RAW-PACKETIZED-TELEMETRY-V1/7e5g-bsnx', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 439,data.nasa.gov,2jme-vcbm,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/2jme-vcbm', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:20:01.000Z', u'id': u'2jme-vcbm', u'createdAt': u'2018-06-26T06:50:56.000Z', u'description': u""This data presented with this data set includes: (a) The position of the satellite in its orbit about the Earth at 200 second intervals in heliocentric ecliptic rectangular coordinates (B1950), where the X axis points to the First Point of Ares. In addition an Earth ephemeris is also included, which was generated by Miles Standish at JPL using the information that was available in 1983 to best approximate the knowledge of the Earth's position that was used in the reduction of the IRAS data. Finally, the geocentric position of the satellite is calculated using the above information. (b) The IRAS Scan History File describes the pointing geometry and length of each survey-mode scan (by SOP OBS) over the entire mission."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:20:01.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'IRAS POSITION AND POINTING V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:50:56.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.iras-6-sdr-satellite-status-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=IRAS-6-SDR-SATELLITE-STATUS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.iras-6-sdr-satellite-status-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'infrared astronomical satellite'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/IRAS-POSITION-AND-POINTING-V1-0/2jme-vcbm', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 440,data.nasa.gov,2m3n-9g3y,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/2m3n-9g3y', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:12:48.000Z', u'id': u'2m3n-9g3y', u'createdAt': u'2018-06-26T06:46:53.000Z', u'description': u""This is a saved data archive of the Balloon Rapid Response for Comet ISON\n(BRRISON) mission. This mission was performed by The Johns Hopkins University\nApplied Physics Laboratory (APL) to develop and fly a balloon-borne gondola\nwith a scientific payload for the observation of Comet ISON and other\nplanetary objects, during a one-day flight demonstration in September 2013. The mission was flown on the evening of September 28, 2013, just 11 days\nafter the originally targeted launch date of September 17. Ascent to float\naltitude lasted about 2 hours. During the very early phase of commissioning,\nan anomaly occurred that caused the telescope to rapidly retract to the\nstowed orientation and become stuck in that orientation. Efforts were made\nto free the telescope to no avail. The anomaly and its cause will not be\ndiscussed in this archive. Instead, a full description of the anomaly, its\ncause, and recommended corrective actions is provided in the 'BRRISON\nAnomaly Investigation Team Final Report.'"", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:12:48.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'BRRISON GROUND CALIBRATION - BIRC RAW DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:46:53.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.brrison-cal-birc-2-ground-cal-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=BRRISON-CAL-BIRC-2-GROUND-CAL-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.brrison-cal-birc-2-ground-cal-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'c/ison (2012 s1)', u'moon', u'jupiter', u'uranus', u'mars', u'calibration', u'brrison'], u'categories': [u'social services', u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/BRRISON-GROUND-CALIBRATION-BIRC-RAW-DATA-V1-0/2m3n-9g3y', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 441,data.nasa.gov,2is3-8sfp,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/2is3-8sfp', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:14:42.000Z', u'id': u'2is3-8sfp', u'createdAt': u'2018-06-26T06:53:19.000Z', u'description': u""This data set includes data from the Low Field Magnetometer (LFM) during the inbound Neptune encounter beginning in the solar wind and continuing until the first magnetopause crossing. The magnetometer are given in Heliographic coordinates and the data have been averaged from the resample 9.6 second sample rate to a 48.0 second rate. The dataset consists of the following columns: 1) ctime (decimal seconds since 1966-01-01T00:00:00.000), 2) pdstime (ISO standard time format), 3-5) spacecraft clock (m65536,m60,fds-line), 6) magnetometer id (1 = LFM, 2 = HFM), 7), Br (radial component), 8) Bt (tangential component), 9) Bn (normal component), 10) Bmag (magnitude of the average components), 11) avg_Bmag (average of the magnitude of the raw components), 12) Lambda (longitude = tan^-1(Bt/Br)), 13) Delta (latitude = sin^-1(Bn/avg_Bmag) ), 14-16) rms vector (pythagorean root mean square deviation of the component averages), 17) npts (number of points in average), 18) flag a character string which indicates software or s/c hardware intervention which reduces confidence in the data (NULL flags represent 'good' data)."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:14:42.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VG2 NEP MAG RESAMP SUMMARY HELIOGRAPHIC COORDS 48SEC V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:53:19.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-n-mag-4-summ-hgcoords-48sec-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG2-N-MAG-4-SUMM-HGCOORDS-48SEC-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-n-mag-4-summ-hgcoords-48sec-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'voyager', u'comet sl9/jupiter collision', u'neptune'], u'categories': [u'infrastructure'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG2-NEP-MAG-RESAMP-SUMMARY-HELIOGRAPHIC-COORDS-48S/2is3-8sfp', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 442,data.nasa.gov,jmix-vt56,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/jmix-vt56', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:08:16.000Z', u'id': u'jmix-vt56', u'createdAt': u'2018-06-26T06:48:32.000Z', u'description': u""The gravitational signature of the Moon was determined from velocity perturbations of the Lunar Prospector (LP) spacecraft as measured from the Doppler shift of the S-band radio tracking signal. LP was tracked by NASA's Deep Space Network (DSN) at Goldstone, California, Canberra, Australia, and Madrid, Spain. The tracking data were used to determine the LP orbit about the Moon, as well as the lunar gravity field [KONOPLIVETAL1998]."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:08:16.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'LP LUNAR GRAVITY V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:48:32.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lp-l-rss-5-gravity-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=LP-L-RSS-5-GRAVITY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lp-l-rss-5-gravity-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'lunar prospector', u'moon'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/LP-LUNAR-GRAVITY-V1-0/jmix-vt56', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 443,data.nasa.gov,4sw4-46nz,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,13,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/4sw4-46nz', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:03:20.000Z', u'id': u'4sw4-46nz', u'createdAt': u'2018-09-05T23:03:19.000Z', u'description': u'The Rodent Research-3 (RR-3) mission was sponsored by the pharmaceutical company Eli Lilly and Co. and the Center for the Advancement of Science in Space to study the effectiveness of a potential countermeasure for the loss of muscle and bone mass that occurs during spaceflight. Twenty BALB/c 18-weeks old female mice (ten controls and ten treated) were flown to the ISS and housed in the Rodent Habitat for 39-42 days. Twenty mice of similar age sex and strain were used for ground controls housed in identical hardware and matching ISS environmental conditions. Basal controls were housed in standard vivarium cages. Spaceflight ground controls and basal groups had blood collected then were euthanized had one hind limb removed and finally whole carcasses were stored at -80 C until dissection. All mice in this data set received only the control/sham injection. Microdissection of retinae from previously frozen eyes and RNA isolation were performed in the laboratory of Dr. Xiao Mao at Loma Linda University.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:03:20.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'Rodent Research-3-CASIS: Mouse retina transcriptomic data', u'columns_field_name': [], u'page_views': {u'page_views_total': 13, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.8073549220576037, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:03:19.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-194', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-194', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'treatment', u'spaceflight', u'sample collection', u'nucleic acid extraction', u'animal husbandry', u'rna sequencing library construction', u'library construction', u'nucleic acid sequencing protocol', u'nucleic acid sequencing', u'spike-in control', u'spike-in quality control role', u'mouse habitat'], u'categories': [u'public safety'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Rodent-Research-3-CASIS-Mouse-retina-transcriptomi/4sw4-46nz', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 444,data.nasa.gov,hujt-vsph,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/hujt-vsph', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:55:51.000Z', u'id': u'hujt-vsph', u'createdAt': u'2018-06-26T07:03:25.000Z', u'description': u'A. UDS data files --------------------- Eight files are provided that conform to the UDS conventions regarding the naming of files and the format of the data. The eight files are divided into 4 pairs of files with each pair consisting of a file containing data averaged over a 10 minute period and a file containing the maximum data value during the same 10 minute period. The 4 pairs of file contain data for the RAR, the PFR, WFA - magnetic field, and WFA - magnetic field.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:55:51.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ULY JUP URAP RADIO ASTRONOMY REC AVERAGE E-FIELD 10 MIN', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:03:25.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.uly-j-urap-4-summ-rar-avg-e-10min-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=ULY-J-URAP-4-SUMM-RAR-AVG-E-10MIN-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.uly-j-urap-4-summ-rar-avg-e-10min-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'jupiter', u'ulysses'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ULY-JUP-URAP-RADIO-ASTRONOMY-REC-AVERAGE-E-FIELD-1/hujt-vsph', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 445,data.nasa.gov,8fmn-mfha,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/8fmn-mfha', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-08-02T15:25:56.000Z', u'id': u'8fmn-mfha', u'createdAt': u'2018-06-26T22:15:42.000Z', u'description': u'RSS', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-08-02T15:25:56.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'homas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Odyssey Radio Science Data (43)', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T22:15:42.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-758', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-758', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'pds', u'rss'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Odyssey-Radio-Science-Data-43-/8fmn-mfha', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 446,data.nasa.gov,dgaa-mtye,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/dgaa-mtye', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:51:34.000Z', u'id': u'dgaa-mtye', u'createdAt': u'2018-06-26T07:01:32.000Z', u'description': u'Abstract ======== This data set consists of the MESSENGER MAG uncalibrated observations, also known as EDRs. The MAG experiment is a miniature three-axis ring-core fluxgate magnetometer with low-noise electronics. There are eight MAG EDR data products, including standard data, burst-mode data, and status and housekeeping data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:51:34.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MAG UNCALIBRATED (EDR) DATA E/V/H/SW V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:01:32.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mess-e-v-h-sw-mag-2-edr-rawdata-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MESS-E%2FV%2FH%2FSW-MAG-2-EDR-RAWDATA-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mess-e-v-h-sw-mag-2-edr-rawdata-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'earth', u'venus', u'mercury', u'messenger', u'calibration'], u'categories': [u'environment'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MAG-UNCALIBRATED-EDR-DATA-E-V-H-SW-V1-0/dgaa-mtye', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 447,data.nasa.gov,keei-s44n,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/keei-s44n', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:03:06.000Z', u'id': u'keei-s44n', u'createdAt': u'2018-09-05T23:03:06.000Z', u'description': u'Space environment is suspected to generate reactive oxygen species (ROS) and induce oxidative stress in plants however little is known about the gene expression of ROS gene network in plants grown in long-term space flight. RNA-Seq was used to define the large-scale gene expression profiles of Mizuna harvested after 27 days cultivation in the international space station to understand the molecular response and adaptation to space environment.Results: Total reads of transcripts from the Mizuna grown in the international space station as well as on the ground by RNA-Seq using next generation sequencing technology showed 8,258 and 14,170 transcripts up- and down-regulated in the space-grown Mizuna respectively when compared with those from the ground-grown Mizuna. A total of 20 in 32 ROS oxidative marker genes were up-regulated including high expression of 4 hallmarks and preferentially expressed gene associated with ROS-scavenging genes was thioredoxin glutaredoxin and alternative oxidase genes. In the transcription factors of ROS gene network MEKK1-MKK4-MPK3 OXI1-MKK4-MPK3 and OXI1-MPK3 of MAP cascades induction of WRKY22 by MEKK1-MKK4-MPK3 cascade induction of WRKY25 and repression of ZAT7 by Zat12 were suggested. RbohD and RbohF genes were up-regulated preferentially in NADPH oxidase genes which produce ROS.Conclusions: Our large-scale transcriptome analysis demonstrated that the space environment induced oxidative stress and ROS gene network was activated in the space-grown Mizuna some of which were common genes up-regulated by abiotic and biotic stress and were preferentially up-regulated genes by the space environment even though Mizuna grew in the space as well as on the ground showing that plants could acclimate to the space environment by reprograming the expression of ROS gene network.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:03:06.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': None, u'columns_description': [], u'name': u'RNA-Seq transcriptome analysis of reactive oxygen species gene network in Mizuna plants grown in long-term space flight', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:03:06.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-59', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-59', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'nucleic acid sequencing', u'library construction', u'sample collection', u'space flight', u'nucleic acid extraction'], u'categories': [u'health', u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/RNA-Seq-transcriptome-analysis-of-reactive-oxygen-/keei-s44n', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 448,data.nasa.gov,5dq5-us7b,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/5dq5-us7b', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:52:20.000Z', u'id': u'5dq5-us7b', u'createdAt': u'2018-06-26T06:19:13.000Z', u'description': u'This data set is a collection of photometric lightcurves for 42 near-earth asteroids obtained at Ondrejov Observatory from 1984 through 1998.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:52:20.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'NEAR EARTH ASTEROID LIGHTCURVES V1.1', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:19:13.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-3-rdr-neo-lightcurves-v1.1', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-3-RDR-NEO-LIGHTCURVES-V1.1', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-3-rdr-neo-lightcurves-v1.1', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'asteroid 7822', u'support archives', u'11066 sigurd', u'1627 ivar', u'1943 anteros', u'asteroid 5587', u'asteroid 35107', u'asteroid 1997 gl3', u'asteroid 6322', u'asteroid 1995 fx', u'asteroid 1994 cb', u'asteroid 19356', u'asteroid 65679', u'asteroid 6569', u'asteroid 7025', u'asteroid 7482', u'asteroid 6053', u'asteroid 7888', u'asteroid 7889', u'asteroid 8201', u'1998 ky26', u'2063 bacchus', u'asteroid 17511', u'asteroid 13651', u'asteroid', u'8034 akka', u'7480 norwan', u'7474', u'7341', u'5751 zao', u'5143 heracles', u'4957 brucemurray', u'4341 poseidon', u'3752 camillo', u'3691 bede', u'asteroid 85490', u'asteroid 99907', u'3200 phaethon', u'3199 nefertiti', u'3122 florence', u'3103 eger', u'2212 hephaistos', u'2102 tantalus', u'2100 ra-shalom'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEAR-EARTH-ASTEROID-LIGHTCURVES-V1-1/5dq5-us7b', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 449,data.nasa.gov,nkij-y6c8,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/nkij-y6c8', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T07:15:19.000Z', u'id': u'nkij-y6c8', u'createdAt': u'2018-06-25T21:02:51.000Z', u'description': u'GRS, MARIE, SPICE, THEMIS', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T07:15:19.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Odyssey Data Delivery 6', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:02:51.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-696', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-696', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'themis', u'marie', u'pds', u'grs', u'spice'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Odyssey-Data-Delivery-6/nkij-y6c8', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 450,data.nasa.gov,wsp5-5wpi,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/wsp5-5wpi', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:25:35.000Z', u'id': u'wsp5-5wpi', u'createdAt': u'2018-06-26T06:56:04.000Z', u'description': u'These maps of small solar system bodies have been prepared by Philip Stooke of the University of Western Ontario. This data set includes 226 map sheets of five asteroids, five planetary satellites, and one comet, all prepared from spacecraft images. The data set was updated in 2012 with the addition of five new map sheets.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:25:35.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'STOOKE SMALL BODIES MAPS V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:56:04.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.multi-sa-multi-6-stookemaps-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MULTI-SA-MULTI-6-STOOKEMAPS-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.multi-sa-multi-6-stookemaps-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'hayabusa', u'25143 itokawa', u'253 mathilde', u'j5 amalthea', u'viking', u'951 gaspra', u's7 hyperion', u's11 epimetheus', u'243 ida', u'mars global surveyor', u'mariner71', u'voyager', u'stardust', u'near earth asteroid rendezvous', u'mars express', u'mars reconnaissance orbiter', u'phobos 2', u'm2 deimos', u'galileo', u'm1 phobos', u'81p/wild 2 (1978 a2)', u'433 eros'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/STOOKE-SMALL-BODIES-MAPS-V2-0/wsp5-5wpi', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 451,data.nasa.gov,pnt2-yyzm,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,13,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/pnt2-yyzm', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:02:39.000Z', u'id': u'pnt2-yyzm', u'createdAt': u'2018-06-26T07:05:52.000Z', u'description': u""The Near Infrared Mapping Spectrometer (NIMS) on the Galileo spacecraft took unique data of Comet Shoemaker-Levy/9's impact with Jupiter. A preliminary analysis of this data is presented in this submission to the Planetary Data System (PDS). It consists of nine small tables with detached labels and documentation."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:02:39.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'GO NIMS TABULAR DATA FROM THE SL9 IMPACT WITH JUPITER V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 13, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.8073549220576037, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:05:52.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-j-nims-4-adr-sl9impact-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GO-J-NIMS-4-ADR-SL9IMPACT-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-j-nims-4-adr-sl9impact-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'galileo', u'jupiter', u'comet sl9/jupiter collision'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GO-NIMS-TABULAR-DATA-FROM-THE-SL9-IMPACT-WITH-JUPI/pnt2-yyzm', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 452,data.nasa.gov,wgqe-9b6q,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/wgqe-9b6q', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:21:37.000Z', u'id': u'wgqe-9b6q', u'createdAt': u'2018-06-26T06:30:56.000Z', u'description': u""This data set includes data from the Low Field Magnetometer (LFM) during the inbound Neptune encounter beginning in the solar wind and continuing until the first magnetopause crossing. The magnetometer are given in Heliographic coordinates and the data have been averaged from the 1.92 second averages to a 9.6 second resampled rate. The dataset consists of the following columns: 1) ctime (decimal seconds since 1966-01-01T00:00:00.000), 2) pdstime (ISO standard time format), 3-5) spacecraft clock (m65536,m60,fds-line), 6) magnetometer id (1 = LFM, 2 = HFM), 7), Br (radial component), 8) Bt (tangential component), 9) Bn (normal component), 10) Bmag (magnitude of the average components), 11) avg_Bmag (average of the magnitude of the raw components), 12) Lambda (longitude = tan^-1(Bt/Br)), 13) Delta (latitude = sin^-1(Bn/avg_Bmag) ), 14-16) rms vector (pythagorean root mean square deviation of the component averages), 17) npts (number of points in average), 18) flag a character string which indicates software or s/c hardware intervention which reduces confidence in the data (NULL flags represent 'good' data)."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:21:37.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VG2 NEP MAG RESAMP RDR HELIOGRAPHIC COORDINATES 9.6SEC V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:30:56.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-n-mag-4-rdr-hgcoords-9.6sec-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG2-N-MAG-4-RDR-HGCOORDS-9.6SEC-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-n-mag-4-rdr-hgcoords-9.6sec-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'voyager', u'comet sl9/jupiter collision', u'neptune'], u'categories': [u'infrastructure'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG2-NEP-MAG-RESAMP-RDR-HELIOGRAPHIC-COORDINATES-9-/wgqe-9b6q', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 453,data.nasa.gov,axxm-3ieg,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/axxm-3ieg', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-18T20:17:12.000Z', u'id': u'axxm-3ieg', u'createdAt': u'2018-06-25T21:29:22.000Z', u'description': u'\r\n\tFabricate Si immersed gratings for IR (1150 – 6500 nm) spectroscopy to support ground-based, airborne, and space-based infrared spectrometers. \r\n\tThese devices offer substantial advantages in compactness, formatting, and efficiency over other dispersive devices and have 3.44 times the resolving power of a conventional front-surface device for a grating of a given size. \r\n\t ', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-18T20:17:12.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'george.komar@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Development of Immersion Gratings to Enable a Compact Architecture for High Spectral and Spatial Resolution Imaging Project', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:29:22.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:george.komar@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2012-02-01T00:00:00Z/2015-02-01T00:00:00Z', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': [u'http://techport.nasa.gov/home', u'http://techport.nasa.gov/doc/home/TechPort_Advanced_Search.pdf', u'http://techport.nasa.gov/fetchFile?objectId=6561', u'http://techport.nasa.gov/fetchFile?objectId=3456', u'http://techport.nasa.gov/fetchFile?objectId=3447', u'http://techport.nasa.gov/fetchFile?objectId=6584', u'http://techport.nasa.gov/fetchFile?objectId=6560', u'http://techport.nasa.gov/fetchFile?objectId=3448'], u'key': u'Common-Core_References'}, {u'value': u'TECHPORT_10476', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'Science Mission Directorate', u'key': u'Common-Core_Publisher'}, {u'value': u'http://techport.nasa.gov/view/10476', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'2012-02-01T00:00:00Z', u'key': u'Common-Core_Issued'}, {u'value': u'George Komar', u'key': u'Common-Core_Contact-Name'}, {u'value': u'TECHPORT_10476', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'active', u'project', u'nasa headquarters'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Development-of-Immersion-Gratings-to-Enable-a-Comp/axxm-3ieg', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 454,data.nasa.gov,bfsh-zase,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/bfsh-zase', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:10:50.000Z', u'id': u'bfsh-zase', u'createdAt': u'2018-06-26T07:08:58.000Z', u'description': u'The general objective of the study was to determine modulation of gene expression by environmental factors with a special emphasis on bone formation. For this reason the specific period of treatment was chosen between 5-6 days post-fertilization (dpf) when bone formation and calcification are taking place. Zebrafish larvae were placed at 5 dpf into a Large Diameter Centrifuge and brought to a gravitational force of 3g or 5g for 24 hours. We show that this treatment causes a clear increase of bone formation as illustrated by cranial skeleton staining of the bone matrix by Alizarin Red by morphometric analysis of the resulting images and by gene expression studies of selected genes. Thus a whole genome micro-array experiment was conducted to identify genes that may be involved in the observed effect on bone formation.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:10:50.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Exposure of zebrafish larvae to 3g and 5g hyper gravity between 5-6 days post-fertilization.', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:08:58.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-123', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-123', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'array scanning and feature extraction protocol', u'growth protocol', u'p-mtab-43161', u'p-mtab-43162', u'hypergravity', u'nucleic acid hybridization to array protocol', u'nucleic acid extraction protocol', u'p-mtab-43158', u'p-mtab-43157', u'p-mtab-43159', u'p-mtab-43156', u'p-mtab-43160', u'nucleic acid labeling protocol', u'treatment protocol', u'normalization data transformation protocol', u'stimulus'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Exposure-of-zebrafish-larvae-to-3g-and-5g-hyper-gr/bfsh-zase', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 455,data.nasa.gov,ehhd-vvnw,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ehhd-vvnw', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:24:11.000Z', u'id': u'ehhd-vvnw', u'createdAt': u'2018-06-25T20:46:59.000Z', u'description': u'Cloud-Aerosol Lidar and Infrared Pathfinder Satellite Observations (CALIPSO) was launched on April 28, 2006 to study the impact of clouds and aerosols on the Earth\u2019s radiation budget and climate. It flies in formation with five other satellites in the international \u201cA-Train\u201d (PDF) constellation for coincident Earth observations. The CALIPSO satellite comprises three instruments, the Cloud-Aerosol LIdar with Orthogonal Polarization (CALIOP), the Imaging Infrared Radiometer (IIR), and the Wide Field Camera (WFC). CALIPSO is a joint satellite mission between NASA and the French Agency, CNES. These data consist of half orbit (Night and Day) emissivity and cloud particle data related to pixels that have been co-located to the Lidar track.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:24:11.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'john.m.kusterer@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CALIPSO Imaging Infrared Radiometer L2 Data Track V3-30', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:46:59.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:john.m.kusterer@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:004'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2013-02-01/2014-06-05', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'NASA-0000134', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'John M. Kusterer', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000134', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'eos', u'atmospheric science', u'aerosol', u'satellite', u'climate', u'radiation', u'cloud'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CALIPSO-Imaging-Infrared-Radiometer-L2-Data-Track-/ehhd-vvnw', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 456,data.nasa.gov,3qwp-b5bd,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/3qwp-b5bd', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:00:30.000Z', u'id': u'3qwp-b5bd', u'createdAt': u'2018-06-26T07:07:39.000Z', u'description': u'This dataset contains calibrated, 1.05- to 4.8-micron spectra of Mars acquired by the High Resolution Infrared Spectrometer (HRII) for the EPOCh project during the second cruise phase of the EPOXI mission. One set of observations was acquired on 20-21 November 2009 to characterize Mars as an analog for extrasolar planets. The observing period lasted approximately 24 hours, and spectra were acquired twice every two hours.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:00:30.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'EPOXI MARS OBS - HRII CALIBRATED SPECTRA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:07:39.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dif-m-hrii-3-4-epoxi-mars-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DIF-M-HRII-3%2F4-EPOXI-MARS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dif-m-hrii-3-4-epoxi-mars-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'epoxi'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/EPOXI-MARS-OBS-HRII-CALIBRATED-SPECTRA-V1-0/3qwp-b5bd', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 457,data.nasa.gov,n8du-kijv,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/n8du-kijv', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:11:01.000Z', u'id': u'n8du-kijv', u'createdAt': u'2018-06-26T07:11:12.000Z', u'description': u'In prospective human exploration of outer space the need to maintain a species over several generations under changed gravity conditions may arise. This paper reports the analysis of the third generation of fruit fly Drosophila melanogaster obtained during the 44.5-day space flight (Foton-M4 satellite 2014 Russia) followed by the fourth generation on Earth and the fifth generation under conditions of a 12-day space flight (2014 in the Russian Segment of the ISS). The obtained results show that it is possible to obtain the third-fifth generations of a complex multicellular Earth organism under changed gravity conditions (in the cycle weightlessness - Earth - weightlessness) which preserves fertility and normal development. However there were a number of changes in the expression levels and content of cytoskeletal proteins that are the key components of the spindle apparatus and the contractile ring of cells.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:11:01.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'The development of Drosophila melanogaster during space flight', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:11:12.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-96', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-96', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'sequence analysis data transformation', u'nucleic acid extraction', u'library construction', u'nucleic acid sequencing', u'growth protocol', u'microgravity'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/The-development-of-Drosophila-melanogaster-during-/n8du-kijv', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 458,data.nasa.gov,tndp-e7ht,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/tndp-e7ht', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:03:16.000Z', u'id': u'tndp-e7ht', u'createdAt': u'2018-09-05T23:03:16.000Z', u'description': u'Methods: RNA-seq libraries were prepared using the Illumina TruSeq RNA kit and the TrueSeq method was employed for mRNA enrichment. The libraries were quantified and samples were multiplexed in each lane of the flowcell. Cluster generation was performed and then sequenced on the Illumina HiSeq1000 system. Reads were mapped on the Human Genome Reference and normalized expression table was generated. Results: Among differentially expressed genes 53 of them were up-regulated and 75 were down-regulated. Conclusions: Data demonstrate increased expression of genes associated with growth development and pro-survival in cardiac progenitors cultured under simulated microgravity compared with those cultured under standard gravity. RNA-sequencing analysis was performed to compare global gene expression profiles of cells at differentiation day 8 under simulated microgravity vs. standard gravity.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:03:16.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'Global gene expression profiles of cardiac progenitors differentiated from human pluripotent stem cells in 3D culture under simulated microgravity', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:03:16.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-127', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-127', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'nucleic acid sequencing', u'p-gse84582-1', u'normalization data transformation protocol', u'condition', u'p-gse84582-2', u'extraction protocol', u'library construction'], u'categories': [u'demographics'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Global-gene-expression-profiles-of-cardiac-progeni/tndp-e7ht', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 459,data.nasa.gov,yj83-cjzz,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/yj83-cjzz', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:25:56.000Z', u'id': u'yj83-cjzz', u'createdAt': u'2018-06-25T20:47:22.000Z', u'description': u'Cloud-Aerosol Lidar and Infrared Pathfinder Satellite Observations (CALIPSO) was launched on April 28, 2006 to study the impact of clouds and aerosols on the Earth\u2019s radiation budget and climate. It flies in formation with five other satellites in the international \u201cA-Train\u201d (PDF) constellation for coincident Earth observations. The CALIPSO satellite comprises three instruments, the Cloud-Aerosol LIdar with Orthogonal Polarization (CALIOP), the Imaging Infrared Radiometer (IIR), and the Wide Field Camera (WFC). CALIPSO is a joint satellite mission between NASA and the French Agency, CNES. These data consist 5 km aerosol layer data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:25:56.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'john.m.kusterer@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CALIPSO Lidar L2 1/3 km Cloud Layer Data V2-02', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:47:22.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:john.m.kusterer@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:004'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2008-09-14/2010-03-28', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'NASA-0000155', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'John M. Kusterer', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000155', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'climate', u'eos', u'radiation', u'atmospheric science', u'cloud', u'satellite', u'aerosol'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CALIPSO-Lidar-L2-1-3-km-Cloud-Layer-Data-V2-02/yj83-cjzz', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 460,data.nasa.gov,8f83-f37e,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,19,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/8f83-f37e', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:10:34.000Z', u'id': u'8f83-f37e', u'createdAt': u'2018-06-26T07:08:52.000Z', u'description': u'Physical forces greatly influence the growth and function of an organism. Altered gravity can perturb normal development and induce corresponding changes in gene expression. Understanding this relationship between the physical and biological realms is important for NASA s space travel goals. We use combined RNA-Seq and qRT-PCR to profile changes in early Drosophila melanogaster pupae exposed to chronic hypergravity (3 g three times Earth s gravity) to highlight gravity-dependent pathways and gene products. Robust transcriptional response was evident among the pupae developed in a hypergravity environment compared to control. 1,513 genes showed significantly (p < 0.05) altered gene expression in the 3 g samples. These findings were supported with qRT-PCR data. Major biological processes affected include ion transport redox homeostasis immune and humoral stress response proteolysis and cuticle development.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:10:34.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Transcriptomic response of Drosophila melanogaster pupae developed in hypergravity', u'columns_field_name': [], u'page_views': {u'page_views_total': 19, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 2.0, u'page_views_total_log': 4.321928094887363, u'page_views_last_month': 3}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:08:52.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-85', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-85', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'library construction', u'nucleic acid extraction', u'hypergravity', u'growth protocol', u'treatment protocol', u'sequence analysis data transformation', u'nucleic acid sequencing'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Transcriptomic-response-of-Drosophila-melanogaster/8f83-f37e', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 461,data.nasa.gov,48pc-e6vk,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/48pc-e6vk', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:09:27.000Z', u'id': u'48pc-e6vk', u'createdAt': u'2018-06-26T06:44:13.000Z', u'description': u'The IRAS Low-Resolution (0.5 degree in-scan) Zodiacal Observational History File (ZOHF) consists of the time-ordered IRAS survey data averaged into 1/2 X 1/2 degree rectangular pixels along with pointing and timing information, covering the entire mission.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:09:27.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'IRAS LOW RESOLUTION ZODIACAL HISTORY FILE V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 1.5849625007211563, u'page_views_last_week': 2, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:44:13.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.iras-d-fpa-3-rdr-zohf-low-res-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=IRAS-D-FPA-3-RDR-ZOHF-LOW-RES-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.iras-d-fpa-3-rdr-zohf-low-res-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'infrared astronomical satellite', u'dust'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/IRAS-LOW-RESOLUTION-ZODIACAL-HISTORY-FILE-V1-0/48pc-e6vk', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 462,data.nasa.gov,2a5q-fukm,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/2a5q-fukm', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:49:58.000Z', u'id': u'2a5q-fukm', u'createdAt': u'2018-06-26T06:15:23.000Z', u'description': u""NASA's International Halley Watch (IHW) has created a Comet Halley Archive. The collection of data spans the full wavelength range as submitted by scientists to the IHW. The observations belong to one of the following Disciplines: Amateur, Astrometry, Infrared Studies, Large-Scale Phenomena, Meteor Studies, Near-Nucleus Studies, Photometry and Polarimetry, Radio Studies, and Spectroscopy and Spectrophotometry. The data collected by these nine disciplines were augmented by Spacecraft measurements. The data were submitted to IHW, but the evaluation and selection for the Archive has been the primary responsibility of the Discipline Specialist Teams for each network in cooperation with the Lead Center. The Spectroscopy and Spectrophotometry Network collected 2732 files of data which were classified as 'reduced', which means that at least wavelength is calibrated and in some cases flux as well. Some data on non-Halley targets for the spectroscopic observations can be grouped according to 'laboratory' calibration, dark, bias, flatfield, sky, and photometric standards. In the first category, a large number of 'arcs' and 'lamps' were used as follows: HE-NE, TH-AR, NE-AR, CU-AR, CU-NE, Thorium, Tungsten, Quartz, and Rubidium. For the 'sky' observers used the twilight, moonlight, and blank sky. The most common 'photometric' standards were stars, but observers also included other comets (Hartley-Goode), asteroids (Ceres), reflection nebulae (R8), and emission nebulae (NGC1982, NGC7000). A list of these stellar calibration targets follows: HD 140283, HD 184711, HD89688, HD102870, HD120086, HD13974, HD219188, HD 25680, HD 19445, HD18803, HD30455, HD26912, SAO 1280, HZ15, CD-22 7696, GD 190, GC5106, GC2188, GC2192, G19113213, G 99-37, L745-46A, Feige 15, Feige 56, Landolt 98, Landolt 92, Van Beuren, RHO ORION, CHI 1 ORION, 29 PI LEO. These data consisted of both one and two dimensional data covering the date range from 1984 December 23 through 1988 February 17."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:49:58.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'IHW COMET HALLEY REDUCED SPECTROSCOPIC OBSERVATIONS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:15:23.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ihw-c-spec-3-edr-halley-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=IHW-C-SPEC-3-EDR-HALLEY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ihw-c-spec-3-edr-halley-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'emission nebula', u'comet', u'sky', u'cal lamps', u'halley', u'ceres', u'international halley watch', u'dark', u'reflection nebula', u'star'], u'categories': [u'education', u'economy', u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/IHW-COMET-HALLEY-REDUCED-SPECTROSCOPIC-OBSERVATION/2a5q-fukm', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 463,data.nasa.gov,aqw4-qask,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,366,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/aqw4-qask', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T15:33:46.000Z', u'id': u'aqw4-qask', u'createdAt': u'2018-06-26T03:28:47.000Z', u'description': u'The NASA Earth Exchange (NEX) Downscaled Climate Projections (NEX-DCP30) dataset is comprised of downscaled climate scenarios for the conterminous United States that are derived from the General Circulation Model (GCM) runs conducted under the Coupled Model Intercomparison Project Phase 5 (CMIP5) [Taylor et al. 2012] and across the four greenhouse gas emissions scenarios known as Representative Concentration Pathways (RCPs) [Meinshausen et al. 2011] developed for the Fifth Assessment Report of the Intergovernmental Panel on Climate Change (IPCC AR5). The dataset includes downscaled projections from 33 models, as well as ensemble statistics calculated for each RCP from all model runs available. The purpose of these datasets is to provide a set of high resolution, bias-corrected climate change projections that can be used to evaluate climate change impacts on processes that are sensitive to finer-scale climate gradients and the effects of local topography on climate conditions. Each of the climate projections includes monthly averaged maximum temperature, minimum temperature, and precipitation for the periods from 1950 through 2005 (Retrospective Run) and from 2006 to 2099 (Prospective Run).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T15:33:46.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'rama.nemani@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Amazon Web Services: Downscaled Climate Projections (NEX-DCP30)', u'columns_field_name': [], u'page_views': {u'page_views_total': 366, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 2.584962500721156, u'page_views_total_log': 8.519636252843213, u'page_views_last_month': 5}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T03:28:47.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:rama.nemani@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'OCIO-Fitara-107', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'AWS NEX', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://aws.amazon.com/nasa/nex/', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'2015-06-01T00:00:00.000Z', u'key': u'Common-Core_Issued'}, {u'value': u'Ramakrishna Nemani', u'key': u'Common-Core_Contact-Name'}, {u'value': u'OCIO-Fitara-107', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'aws', u'earth science', u'climate', u'amazon web services'], u'categories': [u'demographics'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Amazon-Web-Services-Downscaled-Climate-Projections/aqw4-qask', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 464,data.nasa.gov,srce-y8n5,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,21,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/srce-y8n5', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:07:32.000Z', u'id': u'srce-y8n5', u'createdAt': u'2018-06-26T07:08:12.000Z', u'description': u'Unknown', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:07:32.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MER1/MER2 MARS IMU ENTRY DESCENT & LANDING DERIVED DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 21, u'page_views_last_week_log': 2.0, u'page_views_last_week': 3, u'page_views_last_month_log': 2.0, u'page_views_total_log': 4.459431618637297, u'page_views_last_month': 3}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:08:12.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer1-mer2-m-imu-5-edl-derived-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MER1%2FMER2-M-IMU-5-EDL-DERIVED-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer1-mer2-m-imu-5-edl-derived-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'mars exploration rover'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MER1-MER2-MARS-IMU-ENTRY-DESCENT-LANDING-DERIVED-D/srce-y8n5', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 465,data.nasa.gov,e6pa-xqh6,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/e6pa-xqh6', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:11:18.000Z', u'id': u'e6pa-xqh6', u'createdAt': u'2018-06-26T06:45:12.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:11:18.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'LP MOON MAG LEVEL 5 SURFACE MAGNETIC FIELD MAPS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:45:12.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lp-l-mag-5-surface-field-map-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=LP-L-MAG-5-SURFACE-FIELD-MAP-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lp-l-mag-5-surface-field-map-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'lunar prospector', u'moon'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/LP-MOON-MAG-LEVEL-5-SURFACE-MAGNETIC-FIELD-MAPS-V1/e6pa-xqh6', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 466,data.nasa.gov,rgx8-87jq,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/rgx8-87jq', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:11:25.000Z', u'id': u'rgx8-87jq', u'createdAt': u'2018-06-26T06:45:10.000Z', u'description': u'Description of the PDS LECP Neptune Scan data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:11:25.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VG2 NEP LECP RESAMPLED SUMMARY SCAN AVERAGED 24SEC V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:45:10.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-n-lecp-4-summ-scan-24sec-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG2-N-LECP-4-SUMM-SCAN-24SEC-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-n-lecp-4-summ-scan-24sec-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'voyager', u'neptune', u'comet sl9/jupiter collision'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG2-NEP-LECP-RESAMPLED-SUMMARY-SCAN-AVERAGED-24SEC/rgx8-87jq', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 467,data.nasa.gov,4e9q-n2mh,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/4e9q-n2mh', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T05:48:36.000Z', u'id': u'4e9q-n2mh', u'createdAt': u'2018-06-25T20:57:18.000Z', u'description': u'PDS Software Release Tools Package (4.9)', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T05:48:36.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Software Release Tools Package (4.9)', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:57:18.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-541', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-541', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'data', u'tool', u'pds'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Software-Release-Tools-Package-4-9-/4e9q-n2mh', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 468,data.nasa.gov,6fvd-6mnj,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,21,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/6fvd-6mnj', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:40:07.000Z', u'id': u'6fvd-6mnj', u'createdAt': u'2018-06-26T06:34:55.000Z', u'description': u""This data set includes the complete set of Lunar Reconnaissance Orbiter SPICE data files (``kernel files'), which can be accessed using SPICE software. The SPICE data contains geometric and other ancillary information needed to recover the full value of science instrument data. In particular SPICE kernels provide spacecraft and planetary ephemerides, instrument mounting alignments, spacecraft orientation, and data needed for relevant time conversions."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:40:07.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'LRO LUNAR SPICE KERNELS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 21, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 4.459431618637297, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:34:55.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lro-l-spice-6-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=LRO-L-SPICE-6-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lro-l-spice-6-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'moon', u'lunar reconnaissance orbiter'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/LRO-LUNAR-SPICE-KERNELS-V1-0/6fvd-6mnj', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 469,data.nasa.gov,6t7v-7nwx,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/6t7v-7nwx', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:03:08.000Z', u'id': u'6t7v-7nwx', u'createdAt': u'2018-09-05T23:03:08.000Z', u'description': u'As part of an ongoing effort to catalogue microbial communities inhabiting the International Space Station (ISS) crew-associated environmental samples were collected from the Japanese Kibo Russian and US research modules. Initial analysis based on 16S rRNA gene sequencing identified 11 Bacillus isolates (two from Kibo Japanese Experiment Module (JEM) four from US Segment Harmony Node 2 and five from Russian Segment Zvezda module sites) all belonging to the Bacillus anthracis-B. cereus-B. thuringiensis group. Isolates were further characterized by whole genome comparative analysis. Each isolate was sequenced assembled and aligned against all members of the B. cereus sensu lato group. Based on genome size estimates (5.2 - 5.3 Mbp) strain nucleotide identity (>99.99%) and maximum likelihood phylogenetic placement all isolates were found to exhibit a very high level of similarity. With respect to gene content all isolates were inspected for cry proteins common to B. thuringiensis as well as toxins specific to B. cereus. No significant hits were found to any known cry genes while full-length matches were found for multiple B. cereus toxin genes. Finally the isolates were closely screened against B. anthracis genomes and no B. anthracis signatures were identified. Notably all isolates contained the plcR ancestral C allele and lacked significant hits to pXO1 and pXO2 plasmids and toxins. The collective results from the analysis confirm that these strains belong to a previously uncharacterized Bacillus species hereafter referred to as Bacillus issensis. The type strain is ISSFR-003T (=NRRL B-65389T= DSMZ 101676T).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:03:08.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'Microbial Observatory (ISS-MO): Molecular characterization of Bacillus issensis sp. nov. isolated from various quarters of the International Space Station', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:03:08.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-64', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-64', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'sample processing', u'spaceflight', u'sequence assembly', u'nucleic acid sequencing', u'nucleic acid extraction', u'sample collection'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Microbial-Observatory-ISS-MO-Molecular-characteriz/6t7v-7nwx', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 470,data.nasa.gov,6vaf-hgvn,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/6vaf-hgvn', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:46:34.000Z', u'id': u'6vaf-hgvn', u'createdAt': u'2018-06-26T07:07:17.000Z', u'description': u'This far encounter data set consists of electron and ion counting rate data from the Low Energy Charged Particle (LECP) experiment on Voyager 2 while the spacecraft was within the vicinity of Jupiter. This instrument measures the intensities of in-situ charged particles ( >13 keV electrons and >24 keV ions) with various levels of discrimination based on energy range and mass species. A subset of almost 100 LECP channels are included in this data set. The LECP data are globally calibrated to the extent possible. Particles include electrons, protons, alpha particles, and light, medium, and heavy nuclei particles.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:46:34.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VG2 LECP 0.4S HIGH RESOLUTION JUPITER FAR ENCOUNTER DATA', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:07:17.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-j-lecp-3-rdr-far-enc-400msec-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG2-J-LECP-3-RDR-FAR-ENC-400MSEC-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-j-lecp-3-rdr-far-enc-400msec-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'jupiter', u'voyager'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG2-LECP-0-4S-HIGH-RESOLUTION-JUPITER-FAR-ENCOUNTE/6vaf-hgvn', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 471,data.nasa.gov,79fg-fy85,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/79fg-fy85', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:40:12.000Z', u'id': u'79fg-fy85', u'createdAt': u'2018-06-26T07:00:44.000Z', u'description': u'Backscatter image data of the Moon made with Arecibo 70 cm radar in 1986 and 1987. The observations were made to demonstrate mapping resolution of 0.5 - 1.0 kilometers by using short transmitter pulses and long integration times (up to 8 minutes). Image pixel values are in proportion to raw power in delay-Doppler sampling coordinates.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:40:12.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ARECIBO MOON RADIO TELESCOPE CALIBRATED 70 CM RADAR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:00:44.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.arcb-l-rtls-3-70cm-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=ARCB-L-RTLS-3-70CM-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.arcb-l-rtls-3-70cm-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'pre-magellan', u'moon'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ARECIBO-MOON-RADIO-TELESCOPE-CALIBRATED-70-CM-RADA/79fg-fy85', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 472,data.nasa.gov,9ia7-un4t,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/9ia7-un4t', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:47:32.000Z', u'id': u'9ia7-un4t', u'createdAt': u'2018-06-26T06:15:07.000Z', u'description': u'This dataset contains RAW DATA of the MARS Swingby Phase from 27 November 2006 until 24 February 2007. The closest approach (CA) took place on 25 February 2007', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:47:32.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ROSETTA-ORBITER-MARS/CAL-NAVCAM-2-MARS-V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:15:07.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-m-cal-navcam-2-mars-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-M%2FCAL-NAVCAM-2-MARS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-m-cal-navcam-2-mars-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'm42', u'international rosetta mission', u'calibration', u'mars'], u'categories': [u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-MARS-CAL-NAVCAM-2-MARS-V1-0/9ia7-un4t', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 473,data.nasa.gov,a6pr-x76q,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/a6pr-x76q', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T07:22:04.000Z', u'id': u'a6pr-x76q', u'createdAt': u'2018-06-25T21:06:08.000Z', u'description': u'EPPS, GRNS, MAG, MASCS, MDIS, MLA, RSS, SPICE, XRS', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T07:22:04.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'PDS MESSENGER Data Release 4', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:06:08.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-777', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-777', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mag', u'rss', u'mla', u'mdis', u'mascs', u'grns', u'epps', u'pds', u'spice', u'xrs'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-MESSENGER-Data-Release-4/a6pr-x76q', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 474,data.nasa.gov,d352-eidu,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,19,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/d352-eidu', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:01:53.000Z', u'id': u'd352-eidu', u'createdAt': u'2018-09-05T23:01:53.000Z', u'description': u'This data set contains Calibrated data taken by the New Horizons Long Range Reconnaissance Imager instrument during the Pluto encounter mission phase. This is VERSION 1.0 of this data set.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:01:53.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': None, u'columns_description': [], u'name': u'NEW HORIZONS \n LORRI PLUTO ENCOUNTER \n CALIBRATED V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 19, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.321928094887363, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:01:53.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-p-lorri-3-pluto-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-P-LORRI-3-PLUTO-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-p-lorri-3-pluto-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'pluto', u'charon', u'hydra', u'nix', u'new horizons'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-LORRI-PLUTO-ENCOUNTER-CALIBRATED-V1-0/d352-eidu', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 475,data.nasa.gov,dagu-ses2,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,15,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/dagu-ses2', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:09:23.000Z', u'id': u'dagu-ses2', u'createdAt': u'2018-06-26T07:08:24.000Z', u'description': u'This data set presents the infrared spectroscopy of Comet 1P/Halley archived with the Infrared Studies Network (IRSN) of the International Halley Watch (IHW). 59 spectra were obtained over the period 1985-10-29 to 1986-05-24 at a number of observatories using various instrumental systems.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:09:23.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'IHW COMET HALLEY INFRARED SPECTRA, V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 15, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:08:24.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ihw-c-irspec-3-edr-halley-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=IHW-C-IRSPEC-3-EDR-HALLEY-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ihw-c-irspec-3-edr-halley-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'calibration', u'1p/halley 1 (1682 q1)', u'international halley watch'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/IHW-COMET-HALLEY-INFRARED-SPECTRA-V2-0/dagu-ses2', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 476,data.nasa.gov,e6g5-xq4v,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/e6g5-xq4v', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:02:49.000Z', u'id': u'e6g5-xq4v', u'createdAt': u'2018-09-05T23:02:49.000Z', u'description': u'This data set contains Raw data taken by the New Horizons Student Dust Counter instrument during the Pluto encounter mission phase. This is VERSION 1.0 of this data set.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:02:49.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'NEW HORIZONS \n SDC PLUTO ENCOUNTER \n RAW V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:02:49.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-p-sdc-2-pluto-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-P-SDC-2-PLUTO-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-p-sdc-2-pluto-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'new horizons', u'dust'], u'categories': [u'education', u'politics', u'housing & development'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-SDC-PLUTO-ENCOUNTER-RAW-V1-0/e6g5-xq4v', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 477,data.nasa.gov,kxcv-2ni9,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,14,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/kxcv-2ni9', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:25:52.000Z', u'id': u'kxcv-2ni9', u'createdAt': u'2018-06-26T06:56:23.000Z', u'description': u'This data set is intended to include published broadband colors of centaurs and Transneptunian Objects (TNOs) published through December 2003. It supersedes all versions of the TNO colors data set EAR-A-3-RDR-TNO-PHOT-V4.0.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:25:52.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'TNO AND CENTAUR COLORS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 14, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.9068905956085187, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:56:23.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-compil-3-tno-cen-color-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-COMPIL-3-TNO-CEN-COLOR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-compil-3-tno-cen-color-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'asteroid', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/TNO-AND-CENTAUR-COLORS-V1-0/kxcv-2ni9', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 478,data.nasa.gov,p7hm-kjgm,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/p7hm-kjgm', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:38:34.000Z', u'id': u'p7hm-kjgm', u'createdAt': u'2018-06-26T06:17:41.000Z', u'description': u'This data set contains spherical harmonic topographic (shape) and gravity potential models from the Lunar Orbiter Laser Altimeter instrument, LRO Laser Ranging, and radio tracking.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:38:34.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'LRO MOON LASER ALTIMETER 5 SHADR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:17:41.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lro-l-lola-5-shadr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=LRO-L-LOLA-5-SHADR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lro-l-lola-5-shadr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'moon', u'lunar reconnaissance orbiter'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/LRO-MOON-LASER-ALTIMETER-5-SHADR-V1-0/p7hm-kjgm', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 479,data.nasa.gov,p836-kwvp,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/p836-kwvp', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:05:02.000Z', u'id': u'p836-kwvp', u'createdAt': u'2018-06-26T06:39:06.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:05:02.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VG2 SAT MAG RESAMPLED KRONOGRAPHIC (L1) COORDS 9.6SEC V1.1', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:39:06.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-s-mag-4-rdr-l1coords-9.6sec-v1.1', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG2-S-MAG-4-RDR-L1COORDS-9.6SEC-V1.1', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-s-mag-4-rdr-l1coords-9.6sec-v1.1', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'saturn', u'voyager'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG2-SAT-MAG-RESAMPLED-KRONOGRAPHIC-L1-COORDS-9-6SE/p836-kwvp', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 480,data.nasa.gov,p84j-689c,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/p84j-689c', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T07:18:06.000Z', u'id': u'p84j-689c', u'createdAt': u'2018-06-25T21:04:51.000Z', u'description': u'RSS', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T07:18:06.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Odyssey Radio Science Data (42)', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:04:51.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-759', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-759', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'pds', u'rss'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Odyssey-Radio-Science-Data-42-/p84j-689c', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 481,data.nasa.gov,rvg6-wy6c,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,17,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/rvg6-wy6c', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:24:10.000Z', u'id': u'rvg6-wy6c', u'createdAt': u'2018-06-26T06:57:14.000Z', u'description': u""This data set has been generated by NASA's Galileo Project in order to distribute the images acquired by the Solid State Imaging (SSI) camera to the scientists and later to the Planetary Data System (PDS). The collection resides on volume GO_0016 and consists of all images acquired by the Galileo spacecraft during the period from the flyby of Ida through the Shoemaker-Levy 9 (SL9) comet impact on Jupiter. This includes data from SCLK 197327200 through 249221800 and contains the following targets: stars, Ida and Jupiter."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:24:10.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'GALILEO ORBITER ASTEROID AND COMET SL9 SOLID STATE IMAGING 2', u'columns_field_name': [], u'page_views': {u'page_views_total': 17, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.169925001442312, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:57:14.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-a-c-ssi-2-redr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GO-A%2FC-SSI-2-REDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-a-c-ssi-2-redr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'jupiter', u'galileo', u'non science', u'comet sl9/jupiter collision', u'ida'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GALILEO-ORBITER-ASTEROID-AND-COMET-SL9-SOLID-STATE/rvg6-wy6c', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 482,data.nasa.gov,32nk-tfsz,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/32nk-tfsz', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:11:55.000Z', u'id': u'32nk-tfsz', u'createdAt': u'2018-06-26T07:10:20.000Z', u'description': u'Larvae-Pupae transition flies (Drosophila) were recovered and transport for 3 days at 12-14C to arrest development until the launch site then exposed to RT (18-20C) for some hours including the launch and trip to the International Space Station then pupae were exposed to microgravity in the ISS for 4 days and a half at 22C. Finally pupae were fixed on acetone and frozen until recovery on Earth. Four groups of samples: 1 ISS (+ground control) as described 2 RPM (microgravity simulator on Earth) as described 3 RPM without constrains (No MAMBA container and only 5 days exposure without cold transport) and 4 centrifuge 10g without constrains control.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:11:55.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'Transcription profiling of Drosophila after exposure to microgravity in the International Space Station and in a microgravity simulator', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:10:20.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-36', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-36', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'grow', u'feature_extraction', u'p-mtab-3322', u'p-mtab-3321', u'hybridization', u'p-affy-2', u'labeling', u'treatment', u'gravity', u'affymetrix:protocol:hybridization-unknown', u'p-affy-6', u'nucleic_acid_extraction'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Transcription-profiling-of-Drosophila-after-exposu/32nk-tfsz', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 483,data.nasa.gov,4zh3-y4uq,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,39,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/4zh3-y4uq', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:18:48.000Z', u'id': u'4zh3-y4uq', u'createdAt': u'2018-06-26T06:56:48.000Z', u'description': u'The sun pulse data set is a record of times that the Lunar Prospector sun sensor detects the Sun. These sun pulse times are derived from ground processing of the sun sensor data, earth-moon limb sensor data, and the spacecraft ephemeris. This data set is part of the Lunar Prospector Level 0 data archive. The sun pulse times are used in determining the spacecraft spin rate and orientation as a function of time. Because the Lunar Prospector spacecraft is sometimes in eclipse with the Sun, the sun pulse data set is generated on the ground to include both actual sun pulse times based on the sun sensor measurements and estimated sun pulse times based on the history of spin rate change during all prior eclipses.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:18:48.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'LP MOON SUN PULSE DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 39, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 2.321928094887362, u'page_views_total_log': 5.321928094887363, u'page_views_last_month': 4}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:56:48.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lp-l-eng-6-sunpulse-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=LP-L-ENG-6-SUNPULSE-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lp-l-eng-6-sunpulse-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'moon', u'lunar prospector'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/LP-MOON-SUN-PULSE-DATA-V1-0/4zh3-y4uq', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 484,data.nasa.gov,5kiy-vtp9,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/5kiy-vtp9', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T03:29:57.000Z', u'id': u'5kiy-vtp9', u'createdAt': u'2018-06-26T06:19:21.000Z', u'description': u'We present a data table giving basic physical and orbital parameters for known binary minor planets in the Solar System (and Pluto/Charon) based on published literature. For the purposes of this table, a binary minor planet is any mutually orbiting pair of minor planets in our Solar System, where a minor planet is any substantial body orbiting the Sun that is not a major planet, nor is bound to a major planet.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T03:29:57.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'BINARY MINOR PLANETS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:19:21.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-compil-5-binmp-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-COMPIL-5-BINMP-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-compil-5-binmp-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'support archives', u'asteroid'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/BINARY-MINOR-PLANETS-V1-0/5kiy-vtp9', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 485,data.nasa.gov,8z9f-kxzp,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/8z9f-kxzp', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:43:36.000Z', u'id': u'8z9f-kxzp', u'createdAt': u'2018-06-26T07:00:21.000Z', u'description': u'Unknown', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:43:36.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'HUYGENS PROBE DISR RESULTS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:00:21.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.hp-ssa-disr-2-3-edr-rdr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=HP-SSA-DISR-2%2F3-EDR%2FRDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.hp-ssa-disr-2-3-edr-rdr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'titan', u'cassini-huygens'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/HUYGENS-PROBE-DISR-RESULTS-V1-0/8z9f-kxzp', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 486,data.nasa.gov,8zws-hdzu,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,688,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/8zws-hdzu', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T12:56:33.000Z', u'id': u'8zws-hdzu', u'createdAt': u'2018-06-26T03:28:49.000Z', u'description': u'In the past, the U.S. Geological Survey (USGS) and NASA collaborated on the creation of four global land data sets from Landsat images: one from the 1970s, and one each from circa 1990, 2000, and 2005. Each of these global data sets was created from the primary Landsat sensor in use at the time: the Multispectral Scanner (MSS) in the 1970s, the Thematic Mapper (TM) in 1990, Enhanced Thematic Mapper Plus (ETM+) in 2000, and a combination of TM and ETM+ in 2005.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T12:56:33.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'rama.nemani@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Amazon Web Services: Landsat GLS (Global Land Survey)', u'columns_field_name': [], u'page_views': {u'page_views_total': 688, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 4.169925001442312, u'page_views_total_log': 9.428360172704291, u'page_views_last_month': 17}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T03:28:49.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:rama.nemani@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'OCIO-Fitara-110', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'AWS NEX', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://aws.amazon.com/nasa/nex/', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'2015-06-01T00:00:00.000Z', u'key': u'Common-Core_Issued'}, {u'value': u'Ramakrishna Nemani', u'key': u'Common-Core_Contact-Name'}, {u'value': u'OCIO-Fitara-110', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'earth science', u'amazon web services', u'aws', u'climate', u'landsat'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Amazon-Web-Services-Landsat-GLS-Global-Land-Survey/8zws-hdzu', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 487,data.nasa.gov,99q6-up3k,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/99q6-up3k', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:22:44.000Z', u'id': u'99q6-up3k', u'createdAt': u'2018-06-26T06:23:56.000Z', u'description': u""The TVS data from KFKI came in various stages. The initial submission from KFKI was completely replaced in the fall 1992. At that time, additional processed data with aspect and range corrections were included. The original filenaming scheme was preserved except for changing the leading filename character and expressing the aspect ratio as 'a'."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:22:44.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VEGA2 TV SYSTEM IMAGES PROCESSED BY KFKI V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:23:56.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vega2-c-tvs-3-rdr-halley-processed-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VEGA2-C-TVS-3-RDR-HALLEY-PROCESSED-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vega2-c-tvs-3-rdr-halley-processed-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'vega 2', u'halley'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VEGA2-TV-SYSTEM-IMAGES-PROCESSED-BY-KFKI-V1-0/99q6-up3k', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 488,data.nasa.gov,p47s-srek,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/p47s-srek', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:47:05.000Z', u'id': u'p47s-srek', u'createdAt': u'2018-06-26T07:00:02.000Z', u'description': u'This data set contains CODMAC level 4 data acquired by the Rosetta Orbiter ALICE UV Spectrometer during the Lutetia flyby mission phase, which took place between 2010-06-07 and 2010-09-10.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:47:05.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ROSETTA-ORBITER LUTETIA/CAL ALICE 4 AST2 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:00:02.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-a-cal-alice-4-ast2-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-A%2FCAL-ALICE-4-AST2-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-a-cal-alice-4-ast2-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'international rosetta mission', u'calibration', u'21 lutetia'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-LUTETIA-CAL-ALICE-4-AST2-V1-0/p47s-srek', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 489,data.nasa.gov,nt8t-yq3n,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,51,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/nt8t-yq3n', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T12:08:54.000Z', u'id': u'nt8t-yq3n', u'createdAt': u'2018-06-26T03:30:43.000Z', u'description': u'API using Global Imagery Browse Services (GIBS) designed to deliver global, full-resolution satellite imagery to users in a highly responsive manner, enabling interactive exploration of the Earth.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T12:08:54.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'jason.duley@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'GIBS API for Developers', u'columns_field_name': [], u'page_views': {u'page_views_total': 51, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 5.700439718141093, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T03:30:43.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:jason.duley@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://data.nasa.gov/developer'], u'key': u'Common-Core_References'}, {u'value': u'API-11', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://wiki.earthdata.nasa.gov/display/GIBS/GIBS+API+for+Developers', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'2015-11-30T00:00:00.000Z', u'key': u'Common-Core_Issued'}, {u'value': u'Jason Duley', u'key': u'Common-Core_Contact-Name'}, {u'value': u'API-11', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'tiled web map', u'api', u'gibs', u'mercator', u'satellite imagery', u'google earth', u'stereograph', u'nsidc'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GIBS-API-for-Developers/nt8t-yq3n', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 490,data.nasa.gov,pixk-hy59,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/pixk-hy59', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:51:25.000Z', u'id': u'pixk-hy59', u'createdAt': u'2018-06-26T06:45:38.000Z', u'description': u'The Galileo Radio Propagation Team Ionosphere Profile data set is small number of electron density profiles derived from radio occultation data collected while Galileo was in Jupiter orbit. Each profile is an ASCII table giving electron density as a function of radius (and altitude). This data set contains Jupiter profiles from 1995-1996 and Io profiles from 1997.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:51:25.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'GLL RPT IONOSPHERE PROFILES', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:45:38.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-j-rss-5-rocc-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GO-J-RSS-5-ROCC-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-j-rss-5-rocc-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'jupiter', u'io', u'galileo'], u'categories': [u'demographics', u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GLL-RPT-IONOSPHERE-PROFILES/pixk-hy59', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 491,data.nasa.gov,p9x5-mwci,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,31,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/p9x5-mwci', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:11:41.000Z', u'id': u'p9x5-mwci', u'createdAt': u'2018-06-26T07:10:10.000Z', u'description': u'Interplanetary human spaceflight represents a formidable medical challenge but also provides a unique platform for investigating human adaptation to extreme environmental changes. Understanding the long-term effects of isolation has relevance in a range of scenarios and it is well recognized that a better understanding of the relationship between environmental exposure and the epigenome can lead to more effective preventive measures. Here we conduct a longitudinal epigenetic mood state and biochemical profiling of 6 crew members in an experiment simulating a 520-day mission to Mars. Illumina HumanMethylation450 BeadChip was used to obtain DNA methylation profiles. Firstly we found that long-term isolation can induce global DNA methylation remodeling and this change seems to be an active adaptation (rather than a random process or a by-product of the isolation). This study is the first to demonstrate the dynamic relationship between global epigenetic remodeling and isolation-induced mood state and biochemical changes. Secondly by considering the location of methylation sites within the genome and using gene-pathway annotation we were able to identify pathways that were significantly enriched in methylation events and consider their association with specific function and the timeline of the mission. Thirdly via our definition of epi-entropy a measure of entropy adapted to methylation events we observed that the methylation remodeling produced a marked reduction in epi-entropy. Results suggest that DNA methylation change is an indicator of change rather than its by-product i.e. there is a psychology-epigenome-metabolism model of long-term depression; DNA methylation programs the environment signal into the epigenome which is subsequently transformed into the biochemical output and health outcome. Thus longitudinal epigenetic profiling could code the effect of isolation and act as early indicators of latent health outcome. A longitudinal epigenetic mood state and biochemical profiling of 6 crew members in an experiment simulating a 520-day mission to Mars. 36 samples of blood cell DNA methylation profiling were obtained by Illumina HumanMethylation450 BeadChip across 6 sampling points during the 520 days mission for all of the 6 crew members.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:11:41.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Dynamic nature of epigenetic patterns observed during the Mars 520-d mission simulation', u'columns_field_name': [], u'page_views': {u'page_views_total': 31, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 2.584962500721156, u'page_views_total_log': 5.0, u'page_views_last_month': 5}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:10:10.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-140', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-140', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'p-gse64950-5', u'p-gse64950-3', u'nucleic acid extraction protocol', u'p-gse64950-4', u'p-gse64950-7', u'p-gse64950-2', u'array scanning protocol', u'growth protocol', u'sample treatment protocol', u'hybridization protocol', u'labelling protocol', u'time', u'normalization data transformation protocol', u'p-gse64950-6', u'p-gse64950-1'], u'categories': [u'public safety', u'infrastructure', u'demographics'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Dynamic-nature-of-epigenetic-patterns-observed-dur/p9x5-mwci', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 492,data.nasa.gov,pg32-92cb,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/pg32-92cb', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T07:07:05.000Z', u'id': u'pg32-92cb', u'createdAt': u'2018-06-25T21:03:03.000Z', u'description': u'CDA, CIRS, RADAR, SPICE, UVIS', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T07:07:05.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'PDS Cassini Data Release 5', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:03:03.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-709', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-709', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'pds', u'uvis', u'spice', u'radar', u'cirs', u'cda'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Cassini-Data-Release-5/pg32-92cb', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 493,data.nasa.gov,pd5c-4fmg,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/pd5c-4fmg', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:23:39.000Z', u'id': u'pd5c-4fmg', u'createdAt': u'2018-06-26T07:11:06.000Z', u'description': u'Comparitive gene expression in skin between mice maintained in microgravity (0g) and normogravity (1g) environment. Six male C57Bl/J10 mice were housed for 91 days in the specially designed Mouse Drawer System in weightlessness aboard the International Space Station. Three wild-type mice (WT) and three transgenic mice overexpressing the osteogneic factor PTN/OSF1 under the control of the human bone specific ostecalcin promoter (Tg) were used in the experiment. During the 3-month stay on the ISS 3 mice unfortunately died leaving 2 Tg and 1 WT. MDS tissue sharing program allowed several teams to study various tissues from these mice. Our aim was to investigate the effect of such a long period of microgravity on skin physiology by morphological biochemical and genomewide analyses by comparison to similar mice on ground. Gene expression in the skin of 3 space mice and of 3 ground mice was analyzed by microarray. As this unique experiment performed on 3 mice limits the power of statistical analyis as the transgene PTN/OSF1 was not overexpressed in skin and as a pair wise Pearson s correlation rates between the individual levels of expressed transcripts in the WT and the Tg mice were not significantly different from each other in one experimental group (space or ground) data from the 3 mice were combined to compare results from the space an ground groups.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:23:39.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Effect of a 91 day long stay in weightlessness on the International Space Station on mouse skin physiology', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:11:06.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-61', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-61', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'spaceflight', u'nucleic acid hybridization to array protocol', u'genotype', u'p-mtab-40820', u'p-mtab-40822', u'treatment protocol', u'p-mtab-40821', u'p-mtab-40824', u'p-mtab-40823', u'array scanning and feature extraction protocol', u'nucleic acid extraction protocol', u'nucleic acid labeling protocol'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Effect-of-a-91-day-long-stay-in-weightlessness-on-/pd5c-4fmg', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 494,data.nasa.gov,pptq-sebv,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/pptq-sebv', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:02:34.000Z', u'id': u'pptq-sebv', u'createdAt': u'2018-09-05T23:02:33.000Z', u'description': u'This data set contains Calibrated data taken by the New Horizons Student Dust Counter instrument during the Pluto encounter mission phase. This is VERSION 3.0 of this data set. This data set contains SDC observations taken during the the Approach (Jan-Jul, 2015), Encounter, Departure, and Transition mission sub-phases, including flyby observations taken on 14 July, 2015, and departure and calibration data through late October, 2016. This data set completes the Pluto mission phase deliveries for SDC. This is version 3.0 of this data set. Changes since version 2.0 include the final batch of Pluto mission phase data, downlinked between the end of January, 2016 and late in October, 2016, including a Stim calibration in July. Also, updates were made to the documentation and catalog files, primarily to implement suggestions from the V2.0 peer review. A new table of SDC Ram (velocity) ancillary data has been provided, and the SDC on/off and Stim tables have been extended in time to cover the new data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:02:34.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': None, u'columns_description': [], u'name': u'NEW HORIZONS \n SDC PLUTO ENCOUNTER \n CALIBRATED V3.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:02:33.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-p-sdc-3-pluto-v3.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-P-SDC-3-PLUTO-V3.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-p-sdc-3-pluto-v3.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'dust', u'new horizons'], u'categories': [u'politics', u'education', u'housing & development'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-SDC-PLUTO-ENCOUNTER-CALIBRATED-V3-0/pptq-sebv', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 495,data.nasa.gov,q7gj-udd6,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/q7gj-udd6', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:25:06.000Z', u'id': u'q7gj-udd6', u'createdAt': u'2018-06-26T06:56:11.000Z', u'description': u'This data set includes Voyager 1 Saturn encounter magnetometer data that have been resampled at a 48.0 second sample rate. The data set is composed of 6 columns: 1) ctime - this column contains the data acquisition time. The time is always output in the ISO standard spacecraft event time format (yyyy-mm-dd-Thh:mm:ss.sss) but is stored internally in Cline time which is measured in seconds after 00:00:00.000 Jan 01, 1966, 2) br - this column contains the radial component of the magnetic field, 3) bphi - this column contains the phi component of the magnetic field, 4) btheta - this column contains the theta component of the magnetic field, 5) bmag - this column contains the magnitude of the magnetic field, 6) flag - a flag value that indicates either software error or spacecraft hardware interference reduced confidence in this record (flag value of 1 is bad , 0 is good or unchecked). All magnetic field observations are measured in nanoTeslas. The coordinate system for this dataset is Minus Saturn Longitude System (-SLS). All of the magnetic field data are calibrated (see the instrument calibration description for more details). The SLS coordinate system is defined in Desch and Kaiser, 1981 and the reference documents for this dataset are: Ness et al, 1982 Acuna,Connerney,and Ness, 1983 Connerney,Acuna,and Ness, 1983 Behannon,Lepping,and Ness, 1983', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:25:06.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'VOYAGER 1 SATURN MAGNETOMETER RESAMPLED DATA 48.0 SEC', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:56:11.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-s-mag-4-48.0sec', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG1-S-MAG-4-48.0SEC', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-s-mag-4-48.0sec', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'voyager', u'saturn'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VOYAGER-1-SATURN-MAGNETOMETER-RESAMPLED-DATA-48-0-/q7gj-udd6', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 496,data.nasa.gov,qzvf-dk7a,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/qzvf-dk7a', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-18T20:28:35.000Z', u'id': u'qzvf-dk7a', u'createdAt': u'2018-06-25T21:30:16.000Z', u'description': u'\r\n\tN/A', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-18T20:28:35.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'george.komar@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'Risk reduction for the PATH mission Project', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:30:16.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:george.komar@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2011-04-01T00:00:00Z/2014-03-01T00:00:00Z', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': [u'http://techport.nasa.gov/home', u'http://techport.nasa.gov/doc/home/TechPort_Advanced_Search.pdf', u'http://techport.nasa.gov/fetchFile?objectId=6561', u'http://techport.nasa.gov/fetchFile?objectId=3456', u'http://techport.nasa.gov/fetchFile?objectId=3447', u'http://techport.nasa.gov/fetchFile?objectId=6584', u'http://techport.nasa.gov/fetchFile?objectId=6560', u'http://techport.nasa.gov/fetchFile?objectId=3448'], u'key': u'Common-Core_References'}, {u'value': u'TECHPORT_10963', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'Science Mission Directorate', u'key': u'Common-Core_Publisher'}, {u'value': u'http://techport.nasa.gov/view/10963', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'2011-04-01T00:00:00Z', u'key': u'Common-Core_Issued'}, {u'value': u'George Komar', u'key': u'Common-Core_Contact-Name'}, {u'value': u'TECHPORT_10963', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'project', u'nasa headquarters', u'active'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Risk-reduction-for-the-PATH-mission-Project/qzvf-dk7a', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 497,data.nasa.gov,qq69-jth9,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,13,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/qq69-jth9', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:27:52.000Z', u'id': u'qq69-jth9', u'createdAt': u'2018-06-26T06:22:28.000Z', u'description': u'This data set contains 94 optical asteroid spectra obtained by Scott Sawyer as part of his Ph.D. dissertation at the University of Texas at Austin. Observational circumstances and processing level are also provided.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:27:52.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'SAWYER ASTEROID SPECTRA', u'columns_field_name': [], u'page_views': {u'page_views_total': 13, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.8073549220576037, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:22:28.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-3-rdr-sawyer-asteroid-spectra-v1.2', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-3-RDR-SAWYER-ASTEROID-SPECTRA-V1.2', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-3-rdr-sawyer-asteroid-spectra-v1.2', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'98 ianthe', u'asteroid', u'2 pallas', u'support archives', u'10 hygiea', u'107 camilla', u'111 ate', u'1167 dubiago', u'1172 aneas', u'1268 libya', u'127 johanna', u'128 nemesis', u'13 egeria', u'130 elektra', u'137 meliboea', u'14 irene', u'148 gallia', u'171 ophelia', u'173 ino', u'19 fortuna', u'190 ismene', u'194 prokne', u'20 massalia', u'203 pompeja', u'212 medea', u'230 athamantis', u'241 germania', u'27 euterpe', u'30 urania', u'329 svea', u'34 circe', u'386 siegena', u'387 aquitania', u'405 thia', u'409 aspasia', u'41 daphne', u'410 chloris', u'419 aurelia', u'431 nephele', u'434 hungaria', u'44 nysa', u'45 eugenia', u'476 hedwig', u'48 doris', u'5 astraea', u'505 cava', u'51 nemausa', u'511 davida', u'52 europa', u'532 herculina', u'537 pauly', u'54 alexandra', u'57 mnemosyne', u'602 marianna', u'617 patroclus', u'63 ausonia', u'64 angelina', u'65 cybele', u'70 panopaea', u'702 alauda', u'704 interamnia', u'712 boliviana', u'72 feronia', u'804 hispania', u'85 io', u'87 sylvia', u'9 metis', u'91 aegina', u'93 minerva', u'95 arethusa'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/SAWYER-ASTEROID-SPECTRA/qq69-jth9', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 498,data.nasa.gov,qm84-svx3,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/qm84-svx3', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:25:04.000Z', u'id': u'qm84-svx3', u'createdAt': u'2018-06-26T06:36:13.000Z', u'description': u'SPICE deals with ancillary data needed to support the planning for, and analysis of, science instrument data. As well as software (the SPICE toolkit) and documentation, SPICE provides data files, called kernels, that contain ancillary information which has been created in such a way as to allow easy access and correct usage by the space science and engineering communities.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:25:04.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VENUS EXPRESS SPICE KERNELS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:36:13.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vex-e-v-spice-6-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VEX-E%2FV-SPICE-6-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vex-e-v-spice-6-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'venus', u'venus express'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VENUS-EXPRESS-SPICE-KERNELS-V1-0/qm84-svx3', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 499,data.nasa.gov,r7fk-u5uc,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/r7fk-u5uc', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:53:18.000Z', u'id': u'r7fk-u5uc', u'createdAt': u'2018-06-26T06:32:54.000Z', u'description': u'This data set includes names, designations, and discovery circumstances for the numbered asteroids, sorted in order of catalog number. A similar file sorted in alphabetic order by name is also available in the Small Bodies Node asteroid data archive.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:53:18.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ASTEROID NAMES AND DISCOVERY V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:32:54.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-astnames-discovery-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-5-DDR-ASTNAMES-DISCOVERY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-astnames-discovery-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'asteroid', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ASTEROID-NAMES-AND-DISCOVERY-V1-0/r7fk-u5uc', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 500,data.nasa.gov,mvzp-fkgz,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/mvzp-fkgz', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:01:35.000Z', u'id': u'mvzp-fkgz', u'createdAt': u'2018-06-26T07:06:28.000Z', u'description': u'The Phoenix Telltale data set consists of a time-ordered table of wind velocity and direction measurements obtained by analysis of SSI images of the Telltale anemometer.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:01:35.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'PHOENIX MARS TELLTALE WIND VELOCITY & DIRECTION V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:06:28.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.phx-m-tt-5-wind-vel-dir-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=PHX-M-TT-5-WIND-VEL-DIR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.phx-m-tt-5-wind-vel-dir-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'phoenix'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PHOENIX-MARS-TELLTALE-WIND-VELOCITY-DIRECTION-V1-0/mvzp-fkgz', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 501,data.nasa.gov,qfwb-ukry,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/qfwb-ukry', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T22:46:48.000Z', u'id': u'qfwb-ukry', u'createdAt': u'2018-06-25T20:47:00.000Z', u'description': u'Cloud-Aerosol Lidar and Infrared Pathfinder Satellite Observations (CALIPSO) was launched on April 28, 2006 to study the impact of clouds and aerosols on the Earth\u2019s radiation budget and climate. It flies in formation with five other satellites in the international \u201cA-Train\u201d (PDF) constellation for coincident Earth observations. The CALIPSO satellite comprises three instruments, the Cloud-Aerosol LIdar with Orthogonal Polarization (CALIOP), the Imaging Infrared Radiometer (IIR), and the Wide Field Camera (WFC). CALIPSO is a joint satellite mission between NASA and the French Agency, CNES. These data consist of half orbit (Night and Day) emissivity and cloud particle data related to pixels that have been co-located to the Lidar track.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T22:46:48.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'john.m.kusterer@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CALIPSO Imaging Infrared Radiometer L2 Data Track V3-02', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:47:00.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:john.m.kusterer@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:004'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2011-01-01/2013-02-28', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'NASA-0000135', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'John M. Kusterer', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000135', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'radiation', u'climate', u'aerosol', u'satellite', u'cloud', u'atmospheric science', u'eos'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CALIPSO-Imaging-Infrared-Radiometer-L2-Data-Track-/qfwb-ukry', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 502,data.nasa.gov,qg2r-mh5n,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/qg2r-mh5n', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:28:38.000Z', u'id': u'qg2r-mh5n', u'createdAt': u'2018-06-26T06:56:23.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:28:38.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VG2 SAT MAG RESAMPLED HELIOGRAPHIC (RTN) COORDS 9.60SEC V1.1', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:56:23.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-s-mag-4-rdr-hgcoords-9.6sec-v1.1', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG2-S-MAG-4-RDR-HGCOORDS-9.6SEC-V1.1', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-s-mag-4-rdr-hgcoords-9.6sec-v1.1', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'voyager', u'saturn'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG2-SAT-MAG-RESAMPLED-HELIOGRAPHIC-RTN-COORDS-9-60/qg2r-mh5n', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 503,data.nasa.gov,qq9i-dust,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/qq9i-dust', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:59:51.000Z', u'id': u'qq9i-dust', u'createdAt': u'2018-06-26T06:36:38.000Z', u'description': u'Unknown', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:59:51.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ODY ACCELEROMETER ALTITUDE DATA RECORDS V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:36:38.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ody-m-accel-5-altitude-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=ODY-M-ACCEL-5-ALTITUDE-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ody-m-accel-5-altitude-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'2001 mars odyssey'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ODY-ACCELEROMETER-ALTITUDE-DATA-RECORDS-V2-0/qq9i-dust', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 504,data.nasa.gov,qsm9-mk7p,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,17,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/qsm9-mk7p', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:02:30.000Z', u'id': u'qsm9-mk7p', u'createdAt': u'2018-09-05T23:02:30.000Z', u'description': u'This data set contains Raw data taken by the New Horizons Linear Etalon Imaging Spectral Array instrument during the Pluto encounter mission phase. This is VERSION 2.0 of this data set. This data set contains LEISA observations taken during the the Approach (Jan-Jul, 2015) and Encounter mission sub-phases, including flyby observations taken on 14.July, 2015; the data are limited to those downlinked from the spacecraft as of the end of January, 2016. The rest of the downlinked data for this mission phase will be delivered in a future data set. Refer to the data set description above and the sequence table provided in the documentation for more detail about which observations are present in this data set. This is version 2.0 of this data set. Changes since version 1.0 include data downlinked between the end of July, 2015 and the end of January, 2016. These include Pluto observations around the time of the flyby, the Charon hi-resolution observations and co-observations with LORRI, Multi-map observations on 02.July, and Multi departure longitude observations. Also, updates were made to the documentation and catalog files, primarily to resolve liens from the V1.0 peer review.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:02:30.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'NEW HORIZONS \n LEISA PLUTO ENCOUNTER \n RAW V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 17, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 2.0, u'page_views_total_log': 4.169925001442312, u'page_views_last_month': 3}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:02:30.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-p-leisa-2-pluto-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-P-LEISA-2-PLUTO-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-p-leisa-2-pluto-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'new horizons', u'pluto', u'charon'], u'categories': [u'economy', u'public safety'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-LEISA-PLUTO-ENCOUNTER-RAW-V2-0/qsm9-mk7p', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 505,data.nasa.gov,rrvz-9wcv,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/rrvz-9wcv', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T05:47:01.000Z', u'id': u'rrvz-9wcv', u'createdAt': u'2018-06-25T20:55:22.000Z', u'description': u'LGRS, RSS, SPICE', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T05:47:01.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS GRAIL (Gravity Recovery and Interior Laboratory) Release 2', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:55:22.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-478', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-478', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'pds', u'spice', u'lgrs', u'rss'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-GRAIL-Gravity-Recovery-and-Interior-Laboratory/rrvz-9wcv', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 506,data.nasa.gov,riek-hytq,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/riek-hytq', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:04:39.000Z', u'id': u'riek-hytq', u'createdAt': u'2018-06-26T07:06:13.000Z', u'description': u'This data set contains Raw data taken by the New Horizons Pluto Energetic Particle Spectrometer Science Investigation instrument during the post-launch checkout mission phase.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:04:39.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'NEW HORIZONS PEPSSI POST-LAUNCH CHECKOUT V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:06:13.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-pepssi-3-launch-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-X-PEPSSI-3-LAUNCH-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-pepssi-3-launch-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'new horizons', u'solar wind'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-PEPSSI-POST-LAUNCH-CHECKOUT-V1-0/riek-hytq', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 507,data.nasa.gov,rxtk-ze7y,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/rxtk-ze7y', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T07:10:28.000Z', u'id': u'rxtk-ze7y', u'createdAt': u'2018-06-25T21:03:00.000Z', u'description': u'CDA, CIRS, ISS, RADAR, RSS, UVIS, VIMS, SPICE', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T07:10:28.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Cassini Data Release 9', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:03:00.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-706', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-706', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'cirs', u'uvis', u'vims', u'pds', u'radar', u'rss', u'iss', u'spice', u'cda'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Cassini-Data-Release-9/rxtk-ze7y', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 508,data.nasa.gov,ryd4-x4p8,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ryd4-x4p8', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T17:54:59.000Z', u'id': u'ryd4-x4p8', u'createdAt': u'2018-06-26T03:30:26.000Z', u'description': u'The Earth Resources Observation and Science (EROS) Center manages this collection of forty-five new scenes developed for their aesthetic beauty, rather than for scientific value. The artists of this collection come from three sensors aboard satellites orbiting the Earth - Landsat 7, ASTER, and MODIS.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T17:54:59.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'james.r.irons@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u""Earth Resources Observation and Science (EROS) Center's Earth as Art Image Gallery 2"", u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T03:30:26.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:james.r.irons@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'NASA-910', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'http://eros.usgs.gov/imagegallery/earth-art-2', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'2014-04-29T00:00:00.000Z', u'key': u'Common-Core_Issued'}, {u'value': u'Charles Ichoku', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-910', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'landsat', u'usgs', u'earth science', u'images', u'imagery', u'earth as art', u'aster', u'modis'], u'categories': [u'education', u'infrastructure'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Earth-Resources-Observation-and-Science-EROS-Cente/ryd4-x4p8', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 509,data.nasa.gov,sac3-xita,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,25,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/sac3-xita', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:54:35.000Z', u'id': u'sac3-xita', u'createdAt': u'2018-06-26T07:06:32.000Z', u'description': u'The Mars Global Surveyor spacecraft included a laser altimeter instrument. The primary objective of the Mars Orbiter Laser Altimeter (MOLA) is to determine globally the topography of Mars at a level suitable for addressing problems in geology and geophysics.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:54:35.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MOLA PRECISION EXPERIMENT DATA RECORD', u'columns_field_name': [], u'page_views': {u'page_views_total': 25, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.0, u'page_views_total_log': 4.700439718141093, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:06:32.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgs-m-mola-3-pedr-l1a-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MGS-M-MOLA-3-PEDR-L1A-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgs-m-mola-3-pedr-l1a-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars global surveyor', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MOLA-PRECISION-EXPERIMENT-DATA-RECORD/sac3-xita', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 510,data.nasa.gov,sn7s-3j9e,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/sn7s-3j9e', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:45:10.000Z', u'id': u'sn7s-3j9e', u'createdAt': u'2018-06-26T06:44:53.000Z', u'description': u'Raw, uncalibrated engineering, housekeeping and scientific data collected from the Thermal Evolved Gas Analyzer (TEGA) aboard the 2007 Mars Phoenix Lander.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:45:10.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'PHX MARS THERMAL EVOLVED GAS ANALYZER 2 LEDEDR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:44:53.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.phx-m-tega-2-lededr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=PHX-M-TEGA-2-LEDEDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.phx-m-tega-2-lededr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'phoenix'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PHX-MARS-THERMAL-EVOLVED-GAS-ANALYZER-2-LEDEDR-V1-/sn7s-3j9e', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 511,data.nasa.gov,sfhu-usym,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,13,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/sfhu-usym', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:18:22.000Z', u'id': u'sfhu-usym', u'createdAt': u'2018-06-26T06:53:44.000Z', u'description': u""This data set contains two versions of three different data file types. One version is a corrected form of the other ('C'). The corrected data are adjusted for minute gaps in between the detector cycles. This data ranges from the Io flyby (December 1995) to end of mission. All available motor positions are provided. Step 0, which looks behind the background shield, is included for an indication of the background penetration of the detector. The rates reported are in units of (counts/sec), pitch and phase angles are in (radians). The sectors are ordered in time"", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:18:22.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'GO JUPITER EPD REFORMATTED HIGH RES SECTOR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 13, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 3.8073549220576037, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:53:44.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-j-epd-2-redr-highres-sector-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GO-J-EPD-2-REDR-HIGHRES-SECTOR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-j-epd-2-redr-highres-sector-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'amalthea', u'ganymede', u'io', u'europa', u'callisto', u'io plasma torus', u'jupiter', u'galileo'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GO-JUPITER-EPD-REFORMATTED-HIGH-RES-SECTOR-V1-0/sfhu-usym', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 512,data.nasa.gov,srkj-9nxq,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/srkj-9nxq', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:46:12.000Z', u'id': u'srkj-9nxq', u'createdAt': u'2018-06-26T07:06:17.000Z', u'description': u'Data set describing the geometry and orientations of the spacecraft and the collector plate during the two interstellar dust collection phases and the Wild 2 encounter.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:46:12.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'STARDUST DUST COLLECTOR GEOMETRY V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:06:17.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.sdu-c-src-6-geometry-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=SDU-C-SRC-6-GEOMETRY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.sdu-c-src-6-geometry-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'unknown', u'81p/wild 2 (1978 a2)', u'stardust'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/STARDUST-DUST-COLLECTOR-GEOMETRY-V1-0/srkj-9nxq', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 513,data.nasa.gov,st6t-scxb,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/st6t-scxb', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:03:02.000Z', u'id': u'st6t-scxb', u'createdAt': u'2018-06-26T07:06:55.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:03:02.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MARINER 10 MERC POS M1 FLYBY TRAJ V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:06:55.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.m10-h-pos-6-m1-flyby-traj-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=M10-H-POS-6-M1-FLYBY-TRAJ-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.m10-h-pos-6-m1-flyby-traj-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mariner 10', u'mercury'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MARINER-10-MERC-POS-M1-FLYBY-TRAJ-V1-0/st6t-scxb', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 514,data.nasa.gov,udvs-necy,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/udvs-necy', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:18:43.000Z', u'id': u'udvs-necy', u'createdAt': u'2018-06-26T06:56:57.000Z', u'description': u""The database presented here is comprised entirely of observations made utilizing conventional photoelectric photometers and narrowband filters isolating 5 emission species (OH, NH, CN, C3 and C2) and continua. This work was initiated by A'Hearn and Millis in 1976 and includes 2020 observations of 85 comets obtained over 429 nights through the end of 1992. The total number of observations, however, is not evenly distributed over the 85 comets. The median number of observations for a comet is 6, with only a single observation obtained for 14 comets while there were 820 observations of P/Halley. The majority of observations were obtained at either Lowell Observatory or Perth Observatory, however four other observatories were used including an extensive campaign on comet P/Halley from the Cerro Tololo Interamerican Observatory (CTIO). In this archive, results for a subset of 68 comets are presented while the results for P/Halley from this study are archived in the IHW archive."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:18:43.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'LOWELL OBSERVATORY COMETARY DATABASE', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:56:57.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-c-phot-3-rdr-lowell-comet-db-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-C-PHOT-3-RDR-LOWELL-COMET-DB-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-c-phot-3-rdr-lowell-comet-db-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'comet', u'support archives'], u'categories': [u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/LOWELL-OBSERVATORY-COMETARY-DATABASE/udvs-necy', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 515,data.nasa.gov,ue6w-2v65,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ue6w-2v65', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:23:10.000Z', u'id': u'ue6w-2v65', u'createdAt': u'2018-06-26T06:31:06.000Z', u'description': u'At the ESO La Silla site is a direct imaging facility (DIFA) at the A Nasmyth focus of the NTT, in front of the image derotator which feeds the IRSPEC infrared spectrograph. Two remotely-controlled 45-degree mirrors can be inserted in the light beam to deviate the telescope beam either to a CCD camera (SUSI) or to an infrared array. In the configuration which has been implemented, SUSI is equipped with a Tektronix 1024**2 CCD with high quantum efficiency from the UV to the near infrared. The CCD pixel size corresponds to 0.13 arcsec in the focal plane of the NTT. A filter wheel and a shutter are located in front of the CCD.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:23:10.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ESO NTT SUSI IMAGE DATA FROM SL9 IMPACTS WITH JUPITER V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:31:06.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.eso-j-susi-3-rdr-sl9-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=ESO-J-SUSI-3-RDR-SL9-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.eso-j-susi-3-rdr-sl9-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'sl9', u'comet sl9/jupiter collision', u'jupiter', u'ground based atmospheric observations'], u'categories': [u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ESO-NTT-SUSI-IMAGE-DATA-FROM-SL9-IMPACTS-WITH-JUPI/ue6w-2v65', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 516,data.nasa.gov,t7bh-r2xj,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/t7bh-r2xj', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T05:48:45.000Z', u'id': u't7bh-r2xj', u'createdAt': u'2018-06-25T20:56:13.000Z', u'description': u'CAPS, HRD, INMS, ISS, MAG, MIMI, RADAR, RPWS, RSS, SPICE, UVIS, VIMS', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T05:48:45.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'PDS Cassini Data Release 26', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:56:13.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-535', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-535', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'pds', u'caps', u'mimi', u'hrd', u'inms', u'rpws', u'radar', u'rss', u'spice', u'uvis', u'mag', u'iss', u'vims'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Cassini-Data-Release-26/t7bh-r2xj', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 517,data.nasa.gov,tc6f-hbw8,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/tc6f-hbw8', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:29:18.000Z', u'id': u'tc6f-hbw8', u'createdAt': u'2018-06-26T06:23:28.000Z', u'description': u""All ALTITUDE data are packaged by periapsis number for each aerobraking orbit. ALTITUDE data are provided in a table labeled Pyyyy.tab where 'yyyy' is the four digit periapsis number."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:29:18.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MGS ALTITUDE DATA RECORDS V1.1', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:23:28.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgs-m-accel-5-altitude-v1.1', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MGS-M-ACCEL-5-ALTITUDE-V1.1', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgs-m-accel-5-altitude-v1.1', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'mars global surveyor'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MGS-ALTITUDE-DATA-RECORDS-V1-1/tc6f-hbw8', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 518,data.nasa.gov,udp5-96mm,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/udp5-96mm', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:34:19.000Z', u'id': u'udp5-96mm', u'createdAt': u'2018-06-26T07:00:11.000Z', u'description': u'The Galileo star scanner is providing data on the instantaneous flux of 1.5 to 30 MeV electrons in the Jovian environment. It is able to measure fluxes of ~1 x 105 electrons cm-2 sec-1 or greater which generally means the data are usable inside of about 12 and rarely as far out as 16.5 Jovian Radii (RJ). Typically, the data points are spaced about 400 or 80 seconds apart with infrequent periods of more rapid data depending upon the operational mode. It should be noted that data are generally accurate in time to only within 20 seconds without special processing. Pitch angle information generally cannot be extracted from this data set. Separate files exist for the Jovian insertion event (J0) and all subsequent perijove passes except J5 which occurred during a period of solar conjunction.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:34:19.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'GO JUP SSD DERIVED ELECTRON FLUX V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:00:11.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-j-ssd-5-ddr-star-sensor-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GO-J-SSD-5-DDR-STAR-SENSOR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-j-ssd-5-ddr-star-sensor-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'io plasma torus', u'jupiter', u'galileo', u'io'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GO-JUP-SSD-DERIVED-ELECTRON-FLUX-V1-0/udp5-96mm', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 519,data.nasa.gov,syzz-js29,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/syzz-js29', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:12:53.000Z', u'id': u'syzz-js29', u'createdAt': u'2018-06-26T06:49:13.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:12:53.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'LP ELECTRON REFLECTOMETER OMNI DIR. ELECTRON FLUX 80SEC V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:49:13.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lp-l-er-4-summ-omnidireleflux-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=LP-L-ER-4-SUMM-OMNIDIRELEFLUX-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lp-l-er-4-summ-omnidireleflux-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'moon', u'lunar prospector'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/LP-ELECTRON-REFLECTOMETER-OMNI-DIR-ELECTRON-FLUX-8/syzz-js29', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 520,data.nasa.gov,tqjm-wsyb,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/tqjm-wsyb', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-08-02T15:25:01.000Z', u'id': u'tqjm-wsyb', u'createdAt': u'2018-06-26T06:14:48.000Z', u'description': u'This dataset contains the raw, preflight, thermal-vacuum calibration images collected by the Navigation Camera (NAVCAM) on 8-10 April 1998 for the Stardust mission. This is version 2.0 of the dataset, in which the original image data were converted from the standard PDS IMG format to the FITS format; no corrections were applied. The NExT mission to comet 9P/Tempel 1 used some of these preflight data to check the exposure time offsets due to shutter reversal and to determine dark current rates. This dataset supersedes version 1.0 which was safed by PDS because the data were not considered to be scientifically useful for the Stardust mission, due to problems encountered during the flight (stuck filter wheel, contamination on the instrument window, etc.) that changed the instrument characteristics.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-08-02T15:25:01.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'homas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'STARDUST NAVCAM RAW PREFLIGHT CALIBRATION IMAGES V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:14:48.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.stardust-cal-nc-2-preflight-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=STARDUST-CAL-NC-2-PREFLIGHT-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.stardust-cal-nc-2-preflight-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'calibration', u'81p/wild 2 (1978 a2)', u'stardust'], u'categories': [u'public safety', u'infrastructure', u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/STARDUST-NAVCAM-RAW-PREFLIGHT-CALIBRATION-IMAGES-V/tqjm-wsyb', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 521,data.nasa.gov,tdnk-kh27,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,14,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/tdnk-kh27', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:04:46.000Z', u'id': u'tdnk-kh27', u'createdAt': u'2018-06-26T07:06:15.000Z', u'description': u""THIS DATA SET CONTAINS THE ION PARAMETERS IN THE PLS VOLTAGE RANGE (10-5950 EV/Q) WITH FORMAL 1 SIGMA ERRORS OBTAINED FROM VOYAGER 1 DATA AT SATURN BY FITTING THE MEASURED SPECTRA WITH ISOTROPIC MAXWELLIAN DISTRIBUTIONS TO OBTAIN PLASMA DENSITIES, TEMPERATURES, AND VELOCITY. ONLY SPECTRA WHICH HAD DISTINCT CURRENT PEAKS WERE FIT. SPECTRA WERE FIT USING ONE OR TWO ION SPECIES, PROTONS AND/OR A HEAVY ION WHICH WAS TAKEN TO BE OXYGEN. OUTSIDE L~10 ION SPECTRA CHANGE RAPIDLY, SO THE VALUES IN THIS DATA SET DO NOT REPRESENT AVERAGE PLASMA CONDITIONS IN THE OUTER MAGNETOSPHERE. THE VALUES FOR POSITION AND MAGNETIC FIELD GIVEN IN THE DATA SET ARE ONLY APPROXIMATE AND SHOULD NOT BE USED FOR PUBLICATION. PARAMETERS WHICH ARE IDENTICALLY 0 AND HAVE UNCERTAINTIES OF 0 WERE NOT FIT DUE TO INSUFFICIENT DATA DESCRIPTION OF THIS DATA SET IS GIVEN IN RICHARDSON (1986). DATA FORMAT: EACH DATA RECORD CONSISTS OF 5+2N LINES, WHERE N IS THE NUMBER OF IONS FIT. LINE 1: S (A1, INDICATES THE START OF A NEW FIT) HRMIN(I5),SEC.MSEC(F7.3) RADIUS(F7.3),RHO(F7.3) MODE OF FITTER(I4) THIS DATA SET, INDICATING PROGRAMS INCORPORATING THE FULL RESPONSE FUNCTION OF THE INSTRUMENT FOR L MODES DATA): CHI-SQUARE FROM FIT (E7.3) TELL WHICH CHANNELS WERE FIT: CUP IDENTIFIER (A,B,C,D) (A1) NUMBER OF SETS OF CHANNELS FIT (I3) CHANNEL OF EACH SET (2-20I3): LINE 6 F (LINE IDENTIFIER) (A1) MASS, CHARGE (I3,I2) WHERE THE X* VARIABLES ARE FORMAL 1 SIGMA UNCERTAINTIES: LINE 7 NUMBER (A1, I1) 6 AND 7 REPEAT ONCE FOR EACH ION SPECIES. A CYLINDRICAL COORDINATE SYSTEM CENTERED ON THE PLANET IS USED, WITH RHO OUTWARDS FROM THE SPIN AXIS, PHI IN THE DIRECTION OF ROTATION, AND Z THE DISTANCE ABOVE THE EQUATOR. V'S ARE VELOCITIES IN KM/S, W'S THERMAL SPEEDS IN KM/S, AND DENSITIES IN CM-3. VALUES OF B AND POSITION INFORMATION MAY BE UNRELIABLE AND SHOULD BE VERIFIED BEFORE USE. ADDITIONAL INFORMATION ABOUT THIS DATASET AND THE INSTRUMENT WHICH PRODUCED IT CAN BE FOUND ELSEWHERE IN THIS CATALOG. AN OVERVIEW OF THE DATA IN THIS DATA SET CAN BE FOUND IN RICHARDSON (1986) AND A COMPLETE INSTRUMENT DESCRIPTION CAN BE FOUND IN BRIDGE (1977)."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:04:46.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'VOYAGER 1 SATURN PLASMA DERIVED ION FITS 96 SEC', u'columns_field_name': [], u'page_views': {u'page_views_total': 14, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.9068905956085187, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:06:15.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-s-pls-5-ion-fit-96.0sec', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG1-S-PLS-5-ION-FIT-96.0SEC', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-s-pls-5-ion-fit-96.0sec', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'saturn', u'voyager'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VOYAGER-1-SATURN-PLASMA-DERIVED-ION-FITS-96-SEC/tdnk-kh27', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 522,data.nasa.gov,u4q2-xp82,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/u4q2-xp82', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:02:59.000Z', u'id': u'u4q2-xp82', u'createdAt': u'2018-06-26T07:06:52.000Z', u'description': u'This dataset consists of reflectance spectra of small lunar areas measured in 120 spectral channels from 0.62 to 2.6 micrometers using the McCord circular-variable-filter (CVF) near-infrared photometer. A small aperture allows light from the selected lunar area to pass through the CVF and onto the detector. Each spectral channel is obtained sequentially as the CVF is rotated. Data were acquired using the 2.2 m telescope on Mauna Kea, Hawaii. All spectra have been scaled to a given wavelength. Spectral resolution varies somewhat from run to run. The first half of the CVF produces data at approximately twice the spectral resolution as the second half joined are unreliable. All data were acquired as relative reflectance spectra and were calibrated to scaled reflectance data using a directional-hemispheric (diffuse) spectrum of Apollo 16 soil acquired by J. B. Adams.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:02:59.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'120-COLOR LUNAR NIR SPECTROPHOTOMETRY DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:06:52.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mk88-l-120cvf-3-rdr-120color-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MK88-L-120CVF-3-RDR-120COLOR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mk88-l-120cvf-3-rdr-120color-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'moon'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/120-COLOR-LUNAR-NIR-SPECTROPHOTOMETRY-DATA-V1-0/u4q2-xp82', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 523,data.nasa.gov,uip2-n2ie,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/uip2-n2ie', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:38:09.000Z', u'id': u'uip2-n2ie', u'createdAt': u'2018-06-26T06:12:46.000Z', u'description': u'This data set contains the Magellan Global Emissivity Data Record (GEDR). The emissivity of a surface is defined as the thermal power emitted by that surface divided by the power emitted by a black body of the same size and at the same physical temperature.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:38:09.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MGN V RDRS 5 GLOBAL DATA RECORD EMISSIVITY V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:12:46.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgn-v-rdrs-5-gdr-emissivity-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MGN-V-RDRS-5-GDR-EMISSIVITY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgn-v-rdrs-5-gdr-emissivity-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'venus', u'magellan'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MGN-V-RDRS-5-GLOBAL-DATA-RECORD-EMISSIVITY-V1-0/uip2-n2ie', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 524,data.nasa.gov,uaz3-9bp9,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/uaz3-9bp9', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:29:17.000Z', u'id': u'uaz3-9bp9', u'createdAt': u'2018-06-25T20:49:09.000Z', u'description': u'Cloud-Aerosol Lidar and Infrared Pathfinder Satellite Observations (CALIPSO) was launched on April 28, 2006 to study the impact of clouds and aerosols on the Earth\u2019s radiation budget and climate. It flies in formation with five other satellites in the international \u201cA-Train\u201d (PDF) constellation for coincident Earth observations. The CALIPSO satellite comprises three instruments, the Cloud-Aerosol LIdar with Orthogonal Polarization (CALIOP), the Imaging Infrared Radiometer (IIR), and the Wide Field Camera (WFC). CALIPSO is a joint satellite mission between NASA and the French Agency, CNES. These data consist 5 km aerosol layer data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:29:17.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'john.m.kusterer@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CALIPSO Wide Field Camera (WFC) L1B Science 1 km Native Science Data V1-10', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:49:09.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:john.m.kusterer@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:004'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2006-06-13/2010-09-21', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'NASA-0000204', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'John M. Kusterer', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000204', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'radiation', u'eos', u'climate', u'aerosol', u'atmospheric science', u'cloud', u'satellite'], u'categories': [u'public safety'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CALIPSO-Wide-Field-Camera-WFC-L1B-Science-1-km-Nat/uaz3-9bp9', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 525,data.nasa.gov,us9e-r3f4,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,13,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/us9e-r3f4', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T17:54:57.000Z', u'id': u'us9e-r3f4', u'createdAt': u'2018-06-26T03:30:25.000Z', u'description': u'The Earth Resources Observation and Science (EROS) Center manages this collection of Landsat 7 scenes created for aesthetic purposes rather than scientific interpretation.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T17:54:57.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'charles.m.ichoku@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u""Earth Resources Observation and Science (EROS) Center's Earth as Art Image Gallery"", u'columns_field_name': [], u'page_views': {u'page_views_total': 13, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.8073549220576037, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T03:30:25.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:charles.m.ichoku@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'NASA-909', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'http://eros.usgs.gov/imagegallery/earth-art', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'2014-04-29T00:00:00.000Z', u'key': u'Common-Core_Issued'}, {u'value': u'Charles Ichoku', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-909', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'earth as art', u'earth science', u'usgs', u'imagery', u'images', u'landsat'], u'categories': [u'education', u'infrastructure'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Earth-Resources-Observation-and-Science-EROS-Cente/us9e-r3f4', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 526,data.nasa.gov,w34j-v6g9,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,23,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/w34j-v6g9', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:47:23.000Z', u'id': u'w34j-v6g9', u'createdAt': u'2018-06-26T06:32:58.000Z', u'description': u'The best description of this data set can be found in [KARKOSCHKA1998]. The previous version (1993) of this data set is included as well. The reference for that portion of the data set is [KARKOSCHKA1994].', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:47:23.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'SPECTROPHOTOMETRY OF THE JOVIAN PLANETS AND TITAN', u'columns_field_name': [], u'page_views': {u'page_views_total': 23, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.584962500721157, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:32:58.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.eso-j-s-n-u-spectrophotometer-4-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=ESO-J%2FS%2FN%2FU-SPECTROPHOTOMETER-4-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.eso-j-s-n-u-spectrophotometer-4-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'ground based atmospheric observations', u'saturn', u'titan', u'uranus', u'comet sl9/jupiter collision', u'neptune', u'jupiter'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/SPECTROPHOTOMETRY-OF-THE-JOVIAN-PLANETS-AND-TITAN/w34j-v6g9', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 527,data.nasa.gov,uwdf-uqmz,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/uwdf-uqmz', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:51:13.000Z', u'id': u'uwdf-uqmz', u'createdAt': u'2018-06-26T06:15:56.000Z', u'description': u""This data set includes the complete set of MESSENGER SPICE data files (''kernel files''), which can be accessed using SPICE software. The SPICE data contains geometric and other ancillary information needed to recover the full value of science instrument data. In particular SPICE kernels provide spacecraft and planetary ephemerides, instrument mounting alignments, spacecraft orientation, spacecraft sequences of events, and data needed for relevant time conversions."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:51:13.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MESSENGER SPICE KERNELS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:15:56.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mess-e-v-h-spice-6-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MESS-E%2FV%2FH-SPICE-6-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mess-e-v-h-spice-6-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'venus', u'mercury', u'earth', u'messenger'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MESSENGER-SPICE-KERNELS-V1-0/uwdf-uqmz', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 528,data.nasa.gov,uxe9-3rbb,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,43,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/uxe9-3rbb', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:03:03.000Z', u'id': u'uxe9-3rbb', u'createdAt': u'2018-09-05T23:03:02.000Z', u'description': u'This data set contains Raw data taken by the New Horizons Pluto Energetic Particle Spectrometer Science Investigation instrument during the pluto cruise mission phase. This is VERSION 1.0 of this data set.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:03:03.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'NEW HORIZONS \n PEPSSI PLUTO CRUISE \n RAW V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 43, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 5.459431618637297, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:03:02.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-pepssi-2-plutocruise-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-X-PEPSSI-2-PLUTOCRUISE-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-pepssi-2-plutocruise-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'new horizons'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-PEPSSI-PLUTO-CRUISE-RAW-V1-0/uxe9-3rbb', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 529,data.nasa.gov,v3qu-uncw,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/v3qu-uncw', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:02:18.000Z', u'id': u'v3qu-uncw', u'createdAt': u'2018-09-05T23:02:17.000Z', u'description': u'This data set contains Raw data taken by the New Horizons Radio Science Experiment instrument during the pluto cruise mission phase. This is VERSION 1.0 of this data set.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:02:18.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'NEW HORIZONS \n REX PLUTO CRUISE \n RAW V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:02:17.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-rex-2-plutocruise-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-X-REX-2-PLUTOCRUISE-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-rex-2-plutocruise-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'earth', u'sun', u'new horizons', u'calibration'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-REX-PLUTO-CRUISE-RAW-V1-0/v3qu-uncw', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 530,data.nasa.gov,vcet-ebjm,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/vcet-ebjm', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T22:44:14.000Z', u'id': u'vcet-ebjm', u'createdAt': u'2018-06-25T20:37:50.000Z', u'description': u'AERONET inversion code provides aerosoloptical properties in the total atmospheric column derived from the direct and diffuse radiation measured byAERONETCimel sun/sky-radiometers. AERONET inversion developmentand researchactivitiesare described in the papers by Dubovik and King, [2000], Dubovik et al. [2000], Dubovik et al. [2002a], Dubovik et al. [2002b], Dubovik et al., [2006a], Sinyuk et al. [2006]. The Version 2(V2)inversion (or retrieval)products are summarized below. These products are available through the internal analysis system"demonstrat" and the AERONET website. Adetailed description of V2 AERONET retrieval will be provided in the paper by Dubovik et al., [2006b].', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T22:44:14.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'Brent.N.Holben@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'Level 1.5 Almucantar Inversion Products (except phase functions)', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:37:50.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:Brent.N.Holben@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'http://aeronet.gsfc.nasa.gov/new_web/Documents/Inversion_products_V2.pdf', u'key': u'Common-Core_Described-By'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'1993-01-01/2014-01-01', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': [u'http://aeronet.gsfc.nasa.gov/new_web/Documents/Inversion_products_V2.pdf'], u'key': u'Common-Core_References'}, {u'value': u'Global', u'key': u'Common-Core_Geographic-Coverage'}, {u'value': u'NASA-0000004__1', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'http://aeronet.gsfc.nasa.gov/', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Brent Holben', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000004__1', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'satellite', u'inversions', u'earth science', u'clouds', u'aerosols', u'radiation', u'precipitable water'], u'categories': [u'housing & development'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Level-1-5-Almucantar-Inversion-Products-except-pha/vcet-ebjm', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 531,data.nasa.gov,w6pd-szmn,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/w6pd-szmn', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:55:21.000Z', u'id': u'w6pd-szmn', u'createdAt': u'2018-06-26T07:06:05.000Z', u'description': u'This data set includes Voyager 2 Saturn encounter magnetometer data that have been resampled at a 9.6 second sample rate. The data set is composed of 6 columns: 1) ctime - this column contains the data acquisition time. The time is always output in the ISO standard spacecraft event time format (yyyy-mm-dd-Thh:mm:ss.sss) but is stored internally in Cline time which is measured in seconds after 00:00:00.000 Jan 01, 1966, 2) br - this column contains the radial component of the magnetic field, 3) bphi - this column contains the phi component of the magnetic field, 4) btheta - this column contains the theta component of the magnetic field, 5) bmag - this column contains the magnitude of the magnetic field, 6) flag - a flag value that indicates either software error or spacecraft hardware interference reduced confidence in this record (flag value of 1 is bad , 0 is good or unchecked). All magnetic field observations are measured in nanoTeslas. The coordinate system for this dataset is Minus Saturn Longitude System (-SLS). All of the magnetic field data are calibrated (see the instrument calibration description for more details). The SLS coordinate system is defined in Desch and Kaiser, 1981 and the reference documents for this dataset are: Ness et al, 1982 Acuna,Connerney,and Ness, 1983 Connerney,Acuna,and Ness, 1983 Behannon,Lepping,and Ness, 1983', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:55:21.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'VOYAGER 2 SATURN MAGNETOMETER RESAMPLED DATA 9.60 SEC', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:06:05.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-s-mag-4-9.60sec', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG2-S-MAG-4-9.60SEC', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-s-mag-4-9.60sec', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'voyager', u'saturn', u'comet sl9/jupiter collision'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VOYAGER-2-SATURN-MAGNETOMETER-RESAMPLED-DATA-9-60-/w6pd-szmn', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 532,data.nasa.gov,xqi4-ux9x,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,18,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/xqi4-ux9x', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T03:29:16.000Z', u'id': u'xqi4-ux9x', u'createdAt': u'2018-06-26T06:19:56.000Z', u'description': u""This dataset includes spectral data from type spectra of phases identified using the CRISM (Compact Reconnaissance Imaging Spectrometer for Mars) instrument on MRO. Type locations for the diversity of currently identified mineral spectral signatures have been compiled into this library of spectra. The type spectra assembled into the MICA library represent the results of over seven years of measurements from CRISM of the surface of Mars and represent the compilation of many researchers' efforts."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T03:29:16.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MRO MARS CRISM 4 TYPE SPECTRA \n LIBRARY V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 18, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 2.321928094887362, u'page_views_total_log': 4.247927513443585, u'page_views_last_month': 4}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:19:56.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mro-m-crism-4-typespec-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MRO-M-CRISM-4-TYPESPEC-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mro-m-crism-4-typespec-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars reconnaissance orbiter', u'mars'], u'categories': [u'environment'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MRO-MARS-CRISM-4-TYPE-SPECTRA-LIBRARY-V1-0/xqi4-ux9x', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 533,data.nasa.gov,wyn4-w6rp,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/wyn4-w6rp', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T07:02:33.000Z', u'id': u'wyn4-w6rp', u'createdAt': u'2018-06-25T21:01:23.000Z', u'description': u'CRISM, CTX, HiRISE, MARCI, MCS, RSS, SHARAD, SPICE', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T07:02:33.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'PDS Mars Reconnaissance Orbiter Data 6', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:01:23.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-604', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-604', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mcs', u'pds', u'crism', u'ctx', u'hirise', u'marci', u'spice', u'sharad', u'rss'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Mars-Reconnaissance-Orbiter-Data-6/wyn4-w6rp', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 534,data.nasa.gov,xa9t-brr9,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/xa9t-brr9', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:03:07.000Z', u'id': u'xa9t-brr9', u'createdAt': u'2018-09-05T23:03:06.000Z', u'description': u'The purpose of this study was to search for microgravity-sensitive genes specifically for apoptotic genes influenced by the microgravity environment and other genes related to immune response. Experiment Overall Design: Two-group design with paired samples i.e. one 1G and one MMG culture came from the same donor. Therefore 6 samples came from 3 different donors. Experiment Overall Design: Donor 1 :GSM96146,GSM96147 Experiment Overall Design: Donor 2: GSM96148 GSM96149 Experiment Overall Design: Donor 3: GSM96150,GSM96151 Experiment Overall Design: Total RNA was submitted to and then labeled hybridized and data generated by the Baylor College Medicine Microarray Core Facility (333E One Baylor Plaza Houston TX 77030).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:03:07.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'Transcription profiling of activated human T cells induced by microgravity to identify apoptotic genes and other immune response genes', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:03:06.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-5', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-5', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'labeling protocol', u'scan protocol', u'sample collection protocol', u'simulated microgravity', u'data processing protocol', u'hybridization protocol', u'nucleic acid extraction protocol'], u'categories': [u'health'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Transcription-profiling-of-activated-human-T-cells/xa9t-brr9', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 535,data.nasa.gov,xyq5-uzsi,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,13,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/xyq5-uzsi', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:07:00.000Z', u'id': u'xyq5-uzsi', u'createdAt': u'2018-06-26T06:45:08.000Z', u'description': u'This data set contains radar data of the lunar surface from bistatic measurements utilizing the Aricebo Observatory transmitter and LRO Mini-RF receiver.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:07:00.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'LRO MOON MINI-RF 2/3/5 BISTATIC RADAR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 13, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.8073549220576037, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:45:08.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lro-l-mrflro-2-3-5-bistatic-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=LRO-L-MRFLRO-2%2F3%2F5-BISTATIC-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lro-l-mrflro-2-3-5-bistatic-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'lunar reconnaissance orbiter', u'moon'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/LRO-MOON-MINI-RF-2-3-5-BISTATIC-RADAR-V1-0/xyq5-uzsi', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 536,data.nasa.gov,w5ai-t3zq,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/w5ai-t3zq', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:26:28.000Z', u'id': u'w5ai-t3zq', u'createdAt': u'2018-06-26T06:54:03.000Z', u'description': u'This archive contains data from the RPC-MIP instrument onboard ROSETTA Orbiter, acquired in the vicinity of 67P/CG during the prelanding part 3 mission phase. It also contains documentation which describes the MIP experiment. The data archived in this data set conform to the Planetary Data System Standards, Version 3.6.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:26:28.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ROSETTA-ORBITER 67P RPCMIP 3 PRL3 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:54:03.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-rpcmip-3-prl3-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-C-RPCMIP-3-PRL3-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-rpcmip-3-prl3-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'international rosetta mission', u'67p/churyumov-gerasimenko 1 (1969 r1)'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-67P-RPCMIP-3-PRL3-V1-0/w5ai-t3zq', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 537,data.nasa.gov,wzys-psaw,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/wzys-psaw', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:21:17.000Z', u'id': u'wzys-psaw', u'createdAt': u'2018-06-25T20:46:09.000Z', u'description': u'Earth Science data access made simple. This Focus Area deals with the cycling of carbon in reservoirs and ecosystems as it changes naturally, is changed by humans, and is affected by climate change.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:21:17.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'Steven.J.Kempler@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Mirador - Carbon Cycle and Ecosystems', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:46:09.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:Steven.J.Kempler@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'NASA-0000080', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'http://mirador.gsfc.nasa.gov/cgi-bin/mirador/presentNavigation.pl?tree=scienceArea&scienceArea=Carbon%20Cycle%20and%20Ecosystems', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Steven Kempler', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000080', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'land', u'geodata', u'trace gases', u'mirador', u'climate', u'biomass', u'ges disc'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Mirador-Carbon-Cycle-and-Ecosystems/wzys-psaw', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 538,data.nasa.gov,yaxv-4vbx,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,34,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/yaxv-4vbx', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:33:14.000Z', u'id': u'yaxv-4vbx', u'createdAt': u'2018-06-26T06:11:59.000Z', u'description': u'This archive bundle includes data taken by the Lunar Dust Experiment (LDEX) instrument aboard the Lunar Atmosphere and Dust Environment Explorer (LADEE) spacecraft. These data are generated by dust impacts on the LDEX detector. Both reduced and calibrated data are included in this bundle.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:33:14.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'LADEE LUNAR DUST EXPERIMENT', u'columns_field_name': [], u'page_views': {u'page_views_total': 34, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 5.129283016944966, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:11:59.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:ladee_ldex', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewBundle.jsp?identifier=urn%3Anasa%3Apds%3Aladee_ldex&version=1.2', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:ladee_ldex', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'ladee', u'dust', u'moon'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/LADEE-LUNAR-DUST-EXPERIMENT/yaxv-4vbx', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 539,data.nasa.gov,yh53-eqrn,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/yh53-eqrn', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:22:22.000Z', u'id': u'yh53-eqrn', u'createdAt': u'2018-06-26T06:23:33.000Z', u'description': u'Ground-based photometric observations of the 1985-1990 Pluto-Charon mutual events, observed from Palomar, Mauna Kea, and McDonald Observatories.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:22:22.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PLUTO-CHARON MUTUAL EVENTS V3.1', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:23:33.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-3-rdr-pcme-v3.1', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-3-RDR-PCME-V3.1', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-3-rdr-pcme-v3.1', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'pluto', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PLUTO-CHARON-MUTUAL-EVENTS-V3-1/yh53-eqrn', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 540,data.nasa.gov,ya22-wpuf,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ya22-wpuf', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T07:06:50.000Z', u'id': u'ya22-wpuf', u'createdAt': u'2018-06-25T21:01:27.000Z', u'description': u'CRISM, CTX, HiRISE, MARCI, MCS, RSS, SHARAD, SPICE', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T07:06:50.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Mars Reconnaissance Orbiter Data 2', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:01:27.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-608', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-608', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'rss', u'sharad', u'crism', u'pds', u'ctx', u'hirise', u'spice', u'marci', u'mcs'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Mars-Reconnaissance-Orbiter-Data-2/ya22-wpuf', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 541,data.nasa.gov,yezb-6cng,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/yezb-6cng', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:41:50.000Z', u'id': u'yezb-6cng', u'createdAt': u'2018-06-26T06:13:06.000Z', u'description': u'A seven-year radar survey of meteor showers has been carried out with the Canadian Meteor Orbit Radar (CMOR) from 2002-2006 (Brown et al. 2008). This survey resulted in the unambiguous detection and orbital characterization of 45 major and minor meteor showers. This data set includes this list of the detected meteor showers along with their orbital parameters.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:41:50.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CMOR METEOROID STREAM SURVEY V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:13:06.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-i0688-5-cmormetorb-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-I0688-5-CMORMETORB-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-i0688-5-cmormetorb-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'support archives', u'meteoroid'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CMOR-METEOROID-STREAM-SURVEY-V1-0/yezb-6cng', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 542,data.nasa.gov,2e2r-uvaz,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/2e2r-uvaz', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:27:57.000Z', u'id': u'2e2r-uvaz', u'createdAt': u'2018-06-25T20:48:49.000Z', u'description': u'Cloud-Aerosol Lidar and Infrared Pathfinder Satellite Observations (CALIPSO) was launched on April 28, 2006 to study the impact of clouds and aerosols on the Earth\u2019s radiation budget and climate. It flies in formation with five other satellites in the international \u201cA-Train\u201d (PDF) constellation for coincident Earth observations. The CALIPSO satellite comprises three instruments, the Cloud-Aerosol LIdar with Orthogonal Polarization (CALIOP), the Imaging Infrared Radiometer (IIR), and the Wide Field Camera (WFC). CALIPSO is a joint satellite mission between NASA and the French Agency, CNES. These data consist 5 km aerosol layer data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:27:57.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'john.m.kusterer@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CALIPSO Lidar L2 Polar Stratospheric Cloud Data V1-00', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:48:49.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:john.m.kusterer@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:004'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2006-06-13/2014-01-01', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'NASA-0000185', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'John M. Kusterer', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000185', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'eos', u'cloud', u'atmospheric science', u'satellite', u'climate', u'aerosol', u'radiation'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CALIPSO-Lidar-L2-Polar-Stratospheric-Cloud-Data-V1/2e2r-uvaz', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 543,data.nasa.gov,vz65-uthc,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/vz65-uthc', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:40:57.000Z', u'id': u'vz65-uthc', u'createdAt': u'2018-06-26T06:30:13.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:40:57.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MER 2 MARS PANORAMIC CAMERA INVERSE LUT RDR OPS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:30:13.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer2-m-pancam-3-ilut-ops-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MER2-M-PANCAM-3-ILUT-OPS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer2-m-pancam-3-ilut-ops-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars exploration rover', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MER-2-MARS-PANORAMIC-CAMERA-INVERSE-LUT-RDR-OPS-V1/vz65-uthc', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 544,data.nasa.gov,yp7i-9f6x,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,22,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/yp7i-9f6x', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:03:19.000Z', u'id': u'yp7i-9f6x', u'createdAt': u'2018-06-26T06:40:15.000Z', u'description': u'The MSL ChemCam LIBS EDR data set consists of all uncalibrated data collected by the ChemCam Laser Induced Breakdown Spectrometer on the Mars Science Laboratory rover. These spectra measure the chemical content of the target samples.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:03:19.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MSL CHEMCAM LASER INDUCED BREAKDOWN SPECTROMETER EDR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 22, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.523561956057013, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:40:15.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.msl-m-chemcam-libs-2-edr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MSL-M-CHEMCAM-LIBS-2-EDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.msl-m-chemcam-libs-2-edr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'mars science laboratory'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MSL-CHEMCAM-LASER-INDUCED-BREAKDOWN-SPECTROMETER-E/yp7i-9f6x', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 545,data.nasa.gov,y6cx-abd3,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/y6cx-abd3', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:07:27.000Z', u'id': u'y6cx-abd3', u'createdAt': u'2018-06-26T07:08:42.000Z', u'description': u'The safety of the International Space Station (ISS) crewmembers and maintenance of ISS hardware are the primary rationale for monitoring microorganisms in this closed habitat. The composition of the microbial community of this built environment is unique due to microgravity space radiation and elevated carbon dioxide levels. As built environments are known to have their own microbiomes next-generation sequencing methods have to be utilized to explore the ISS microbial profile and use this data for further development of safety and maintenance practices. ISS vacuum cleaner bag components (surface) and high-efficiency particulate arrestance (HEPA) filter element (air) samples were analyzed by traditional cultivation adenosine triphosphate (ATP) and propidium monoazide-quantitative polymerase chain reaction (PMA-qPCR) assays to estimate viable microbial populations. In addition vacuum cleaner bag components of two cleanrooms at Jet Propulsion Laboratory (JPL Pasadena CA) were examined concurrently. The 16S rRNA gene sequencing based on Illumina platform was used to elucidate the ISS microbial diversity and explore differences between the microbiomes of the ISS and Earth-based cleanrooms. The statistical analyses of these microbiomes show that Actinobacteria Firmicutes and Proteobacteria dominate in the air and surface of the ISS and the cleanroom samples but vary in abundance. While members of Actinobacteria were predominant in the ISS Proteobacteria the least abundant phylum in the ISS dominated the Earth-based cleanrooms. The viable bacterial population (PMA-treated samples) decreased significantly but the treatment did not appear to have an effect on the bacterial composition (diversity) associated with a sampling site. Viable fungal sequences were not retrieved from the ISS HEPA sample where as highest viable fungal diversity was observed in the Earth-based cleanroom (JPL class 100K) debris. The results of this study provided strong evidence of substantial contribution of human skin-associated microorganisms such as Corynebacterium/Propionibacterium (Actinobacteria),not Staphylococcus (Firmicutes) species as the dominant species in the ISS in terms of viable and total bacterial community structure.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:07:27.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Microbiomes of the Dust Particles Collected from the International Space Station and Spacecraft Assembly Facilities', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:08:42.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-26', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-26', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'nucleic acid extraction library construction nucleic acid sequencing sequence analysis data transformation sample collection sequence assembly', u'growth environment target gene specification'], u'categories': [u'demographics', u'economy', u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Microbiomes-of-the-Dust-Particles-Collected-from-t/y6cx-abd3', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 546,data.nasa.gov,yuvk-zfza,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/yuvk-zfza', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:51:27.000Z', u'id': u'yuvk-zfza', u'createdAt': u'2018-06-26T07:01:28.000Z', u'description': u'This data set contains a collection of shape models and their associated reference frame(s) for the Rosetta target 67P/Churyumov-Gerasimenko 1 (1969 R1). These were produced by Rosetta mission teams, based on OSIRIS and NAVCAM image data obtained at the comet.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:51:27.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'SHAPE MODELS OF 67P/CHURYUMOV-GERASIMENKO V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:01:28.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-multi-5-67p-shape-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-C-MULTI-5-67P-SHAPE-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-multi-5-67p-shape-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'67p/churyumov-gerasimenko 1 (1969 r1)', u'international rosetta mission'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/SHAPE-MODELS-OF-67P-CHURYUMOV-GERASIMENKO-V1-0/yuvk-zfza', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 547,data.nasa.gov,x46s-uiiz,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/x46s-uiiz', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:11:19.000Z', u'id': u'x46s-uiiz', u'createdAt': u'2018-06-26T07:09:05.000Z', u'description': u'Arabidopsis thaliana was evaluated for its response to the spaceflight environment in three replicated experiments on the International Space Station. Two approaches were used; GFP reporter genes were used to collect gene expression data in real time within unique GFP imaging hardware and plants were harvested on orbit to RNAlater for subsequent analyses of gene expression with using Affymetrix and SAGE transcriptome analyses. Three tissue types were examined (leaves hypocotyls and roots) and compared to analyses conducted with whole plants. Transcriptome analyses with whole plants suggested that the spaceflight environment had little impact on the transcriptome of arabidopsis however closer examination of selected tissues revealed that there are a number of tissue-specific responses that arabidopsis employs to respond to this novel environment', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:11:19.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'The Arabidopsis spaceflight transcriptome: a comparison of whole plants to discrete root hypocotyl and shoot responses to the orbital environment', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 2.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 3}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:09:05.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-7', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-7', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'gravity', u'p-mtab-28101', u'p-mtab-28102', u'p-mtab-28103', u'p-mtab-28104', u'p-mtab-28105', u'p-mtab-28106', u'p-mtab-28107', u'grow', u'spaceflight', u'organism_part', u'nucleic_acid_extraction', u'reverse_transcription', u'labeling', u'bioassay_data_transformation', u'hybridization'], u'categories': [u'environment'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/The-Arabidopsis-spaceflight-transcriptome-a-compar/x46s-uiiz', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 548,data.nasa.gov,yt3r-qcwc,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/yt3r-qcwc', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:02:56.000Z', u'id': u'yt3r-qcwc', u'createdAt': u'2018-09-05T23:02:56.000Z', u'description': u'This data set contains Raw data taken by the New Horizons Pluto Energetic Particle Spectrometer Science Investigation instrument during the Pluto encounter mission phase. This is VERSION 2.0 of this data set. This data set contains PEPSSI observations taken during the the Approach (Jan-Jul, 2015), Encounter and Departure mission sub-phases, including flyby observations taken on 14.July, 2015, and including data through 2015 and into January, 2016; the data are limited to those downlinked from the spacecraft as of the end of January, 2016. The rest of the downlinked data for this mission phase will be delivered in a future data set. This is version 2.0 of this data set. Changes since version 1.0 include data downlinked between the end of July, 2015 and the end of January, 2016. Also, updates were made to the documentation and catalog files, primarily to resolve liens from the V1.0 peer review.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:02:56.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': None, u'columns_description': [], u'name': u'NEW HORIZONS \n PEPSSI PLUTO ENCOUNTER \n RAW V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:02:56.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-p-pepssi-2-pluto-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-P-PEPSSI-2-PLUTO-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-p-pepssi-2-pluto-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'new horizons'], u'categories': [u'public safety'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-PEPSSI-PLUTO-ENCOUNTER-RAW-V2-0/yt3r-qcwc', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 549,data.nasa.gov,yucm-84vs,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/yucm-84vs', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:53:08.000Z', u'id': u'yucm-84vs', u'createdAt': u'2018-06-26T06:17:34.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:53:08.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VG2 SAT LECP CALIBRATED RESAMPLED SECTORED 15MIN V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:17:34.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-s-lecp-4-summ-sector-15min-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG2-S-LECP-4-SUMM-SECTOR-15MIN-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-s-lecp-4-summ-sector-15min-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'saturn', u'voyager'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG2-SAT-LECP-CALIBRATED-RESAMPLED-SECTORED-15MIN-V/yucm-84vs', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 550,data.nasa.gov,2c3h-s3kg,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/2c3h-s3kg', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:09:36.000Z', u'id': u'2c3h-s3kg', u'createdAt': u'2018-06-26T07:08:40.000Z', u'description': u'Age plays a major role in tumor incidence and is an important consideration when modeling the carcinogenesis process or estimating cancer risks. Epidemiological data show that from adolescence through middle age cancer incidence increases with age. This effect is commonly attributed to a lifetime accumulation of cellular particularly DNA damage. However during middle-age the incidence begins to decelerate and for many tumor sites it actually decreases at sufficiently advanced ages. We investigated if the observed deceleration and potential decrease in incidence could be attributed to a decreased capacity of older hosts to support tumor progression and whether HZE (high atomic number (Z) high energy (E)) radiation differentially modulates tumor progression in young versus middle-age hosts issues relevant to estimating carcinogenesis risk for astronauts. Lewis lung carcinoma (LLC) cells were injected into syngeneic mice (143 and 551 days old) which were then subject to whole-body 56Fe irradiation (1GeV/amu). Three findings emerged: 1) among unirradiated animals substantial inhibition of tumor progression and significantly decreased tumor growth rates were seen for middle-aged mice compared to young mice; 2) whole-body 56Fe irradiation (1GeV/amu) inhibited tumor progression in both young and in middle-aged mice (with greater suppression seen in case of young animals) with little effect on tumor growth rates; and 3) 56Fe irradiation (1GeV/amu) suppressed tumor progression in young mice to a degree not significantly different than transiting from young to middle-aged. Thus 56Fe irradiation (1GeV/amu) acted similar to aging with respect to tumor progression. We further investigated the molecular underpinnings driving the radiation modulation of tumor dynamics in young and middle-aged mice. Through global gene expression analysis the key players FASN AKT1 and the CXCL12/CXCR4 complex were determined to be contributory. In sum these findings demonstrate a reduced capacity of middle-aged hosts to support the progression phase of carcinogenesis and identify molecular factors contributory to HZE radiation modulation of tumor progression as a function of age. For genome-wide expression profiling of tumor tissue Mouse WG-6 BeadArray chips (Illumina San Diego CA) were used. Total RNA was amplified with the Ambion Illumina TotalPrep Amplification Kit (Ambion Austin TX) and labeled from all replicate biological samples for each condition. The number of tumor sample replicates used from each condition is as follows: 10 samples from young unirradiated mice 8 samples from young irradiated mice 7 samples from middle-aged unirradiated mice 5 samples from middle-aged irradiated mice. Total RNA was isolated and purified using Trizol (Invitrogen) or RNeasy (Qiagen) quantified and qualified using Agilent Bioanalyzer (Agilent) and samples were deemed suitable for amplification and hybridization if they had O.D. 260/280 = 1.7 - 2.1 28s/18s = 2:1 RIN (RNA integrity number) >7. Total RNA of 500ng per sample was amplified using Ambion TotalPrep (Ambion) and 1.5ug of the product was loaded onto the chips. Following hybridization at 55C the chips were washed and then scanned using the Illumina iScan (Illumina) and the data were analyzed using GenomeStudio (Illumina). Data were first analyzed for gene expression and then culled for present genes (genes that meet the criteria of detection p-value < 0.05). Expression above background was included in an expressed genes working data set for further analyses. Rank variant normalization was applied to the data before extensive analysis. Differential gene expression analysis was used to compare to the reference group young unirradiated mice and genes were then evaluated and validated.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:09:36.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Age and Space Irradiation Modulate Tumor Progression: Implications for Carcinogenesis Risk', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:08:40.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-88', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-88', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'p-gse45606-2', u'irradiation', u'age', u'normalization data transformation', u'array scanning protocol', u'sample collection', u'nucleic acid hybridization', u'p-gse45606-3', u'p-gse45606-4', u'labeling', u'p-gse45606-5', u'p-gse45606-1', u'treatment protocol', u'rna extraction'], u'categories': [u'environment', u'social services', u'public safety'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Age-and-Space-Irradiation-Modulate-Tumor-Progressi/2c3h-s3kg', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 551,data.nasa.gov,24wr-w7b4,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/24wr-w7b4', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:51:56.000Z', u'id': u'24wr-w7b4', u'createdAt': u'2018-06-26T07:01:39.000Z', u'description': u'NEAR EDR volume sets contain a single data set, from one instrument and one mission phase (defined in the phase table in /AAREADME.TXT).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:51:56.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'NEAR NLR DATA FOR CRUISE1', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:01:39.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-nlr-2-edr-cruise1-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NEAR-A-NLR-2-EDR-CRUISE1-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-nlr-2-edr-cruise1-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'near earth asteroid rendezvous', u'solar system'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEAR-NLR-DATA-FOR-CRUISE1/24wr-w7b4', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 552,data.nasa.gov,222f-2gsy,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/222f-2gsy', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:59:35.000Z', u'id': u'222f-2gsy', u'createdAt': u'2018-06-26T07:05:04.000Z', u'description': u'This dataset contains EDITED RAW DATA of the second Earth Flyby (EAR2). The closest approach (CA) took place on November 13, 2007 at 20:57', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:59:35.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ROSETTA-ORBITER EARTH RPCMAG 2 EAR2 RAW V3.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:05:04.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-e-rpcmag-2-ear2-raw-v3.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-E-RPCMAG-2-EAR2-RAW-V3.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-e-rpcmag-2-ear2-raw-v3.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'international rosetta mission', u'earth', u'unknown'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-EARTH-RPCMAG-2-EAR2-RAW-V3-0/222f-2gsy', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 553,data.nasa.gov,22sf-khwb,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/22sf-khwb', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:17:30.000Z', u'id': u'22sf-khwb', u'createdAt': u'2018-06-26T06:58:58.000Z', u'description': u'This is a Commissioning measurement covering the time 2004-09-11T19:30:04.500 to 2004-09-12T02:15:03.500.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:17:30.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ROSETTA-ORBITER CHECK RSI 1/2/3 COMMISSIONING 2 0010 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:58:58.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-x-rsi-1-2-3-cvp2-0010-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-X-RSI-1%2F2%2F3-CVP2-0010-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-x-rsi-1-2-3-cvp2-0010-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'international rosetta mission', u'unknown'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-CHECK-RSI-1-2-3-COMMISSIONING-2-00/22sf-khwb', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 554,data.nasa.gov,24kx-brmw,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/24kx-brmw', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:28:30.000Z', u'id': u'24kx-brmw', u'createdAt': u'2018-06-26T06:22:55.000Z', u'description': u'TBD', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:28:30.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'GALILEO ORBITER UVS JUPITER OPERATIONS EDR DATA', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:22:55.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-j-uvs-2-edr-jupiter-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GO-J-UVS-2-EDR-JUPITER-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-j-uvs-2-edr-jupiter-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'galileo'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GALILEO-ORBITER-UVS-JUPITER-OPERATIONS-EDR-DATA/24kx-brmw', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 555,data.nasa.gov,24vs-mivw,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/24vs-mivw', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:52:52.000Z', u'id': u'24vs-mivw', u'createdAt': u'2018-06-26T06:48:50.000Z', u'description': u""A global map of the concentration of hydrogen within the regolith of asteroid 1 Ceres on twenty-degree quasi-equal-area pixels is provided. Hydrogen concentrations were determined from thermal+epithermal neutron counting data acquired by the NASA Dawn mission's Gamma Ray and Neutron Detector (GRaND) while in low altitude mapping orbit, about 385 km from Ceres' surface (about 0.8 body radii altitude). The concentrations are representative of Ceres's bulk regolith to depths up to a few decimeters with a spatial resolution of about 600-km full-width-at-half-maximum of arc length on the surface. The methods used to determine hydrogen concentration are described by PRETTYMANETAL2017."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:52:52.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'DAWN GRAND MAP CERES \n HYDROGEN MAP V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:48:50.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dawn-a-grand-5-ceres-hydrogen-map_v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DAWN-A-GRAND-5-CERES-HYDROGEN-MAP_V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dawn-a-grand-5-ceres-hydrogen-map_v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'dawn mission to vesta and ceres', u'1 ceres'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/DAWN-GRAND-MAP-CERES-HYDROGEN-MAP-V1-0/24vs-mivw', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 556,data.nasa.gov,27rm-f2hf,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/27rm-f2hf', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:20:10.000Z', u'id': u'27rm-f2hf', u'createdAt': u'2018-06-26T06:51:03.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:20:10.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VG2 JUP PLS DERIVED ION IN/OUTBND MAGSHTH L-MODE 96SEC V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:51:03.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-j-pls-5-summ-ion-l-mode-96s-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG2-J-PLS-5-SUMM-ION-L-MODE-96S-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-j-pls-5-summ-ion-l-mode-96s-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'jupiter', u'voyager'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG2-JUP-PLS-DERIVED-ION-IN-OUTBND-MAGSHTH-L-MODE-9/27rm-f2hf', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 557,data.nasa.gov,29u4-drfx,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/29u4-drfx', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:53:04.000Z', u'id': u'29u4-drfx', u'createdAt': u'2018-06-26T06:34:46.000Z', u'description': u'Unknown', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:53:04.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CASSINI ORBITER CALIBRATION ISSNA/ISSWA 2 EDR VERSION 1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:34:46.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co_cal_issna-isswa_2_edr_v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO_CAL_ISSNA%2FISSWA_2_EDR_V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co_cal_issna-isswa_2_edr_v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'cassini-huygens'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-ORBITER-CALIBRATION-ISSNA-ISSWA-2-EDR-VERS/29u4-drfx', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 558,data.nasa.gov,2azs-jgrn,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/2azs-jgrn', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:34:31.000Z', u'id': u'2azs-jgrn', u'createdAt': u'2018-06-26T06:12:02.000Z', u'description': u'This bundle contains fully calibrated MAVEN EUV solar irradiances in three instrument bandpasses. Provided by the EUV team in CDF files.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:34:31.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MAVEN EUV Calibrated Data Bundle', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:12:02.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:maven.euv.calibrated', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewBundle.jsp?identifier=urn%3Anasa%3Apds%3Amaven.euv.calibrated&version=8.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:maven.euv.calibrated', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars atmosphere and volatile evolution mission', u'maven euv calibrated', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MAVEN-EUV-Calibrated-Data-Bundle/2azs-jgrn', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 559,data.nasa.gov,78qw-4buu,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/78qw-4buu', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:37:25.000Z', u'id': u'78qw-4buu', u'createdAt': u'2018-06-26T06:12:34.000Z', u'description': u'This data set contains raw EDR images acquired by the OSIRIS Narrow Angle\nCamera during the escort phase of the Rosetta mission at the comet 67P,\ncovering the period from 2015-01-13 to 2015-02-10.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:37:25.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ROSETTA-ORBITER COMET ESCORT OSINAC 2 EDR MTP 012 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:12:34.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-osinac-2-esc1-67pchuryumov-m12-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-C-OSINAC-2-ESC1-67PCHURYUMOV-M12-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-osinac-2-esc1-67pchuryumov-m12-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'international rosetta mission', u'67p/churyumov-gerasimenko 1 (1969 r1)'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-COMET-ESCORT-OSINAC-2-EDR-MTP-012-/78qw-4buu', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 560,data.nasa.gov,2gt7-jm54,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/2gt7-jm54', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:36:53.000Z', u'id': u'2gt7-jm54', u'createdAt': u'2018-06-26T07:03:44.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:36:53.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PVO VENUS ONMS BROWSE THERMAL ION 12 SECOND V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:03:44.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.pvo-v-onms-4-thermalion-12sec-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=PVO-V-ONMS-4-THERMALION-12SEC-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.pvo-v-onms-4-thermalion-12sec-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'venus', u'pioneer venus'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PVO-VENUS-ONMS-BROWSE-THERMAL-ION-12-SECOND-V1-0/2gt7-jm54', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 561,data.nasa.gov,2iwf-5rcn,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,13,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/2iwf-5rcn', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:04:00.000Z', u'id': u'2iwf-5rcn', u'createdAt': u'2018-06-26T07:06:09.000Z', u'description': u'Galileo Orbiter 60 second sampled trajectory data from the Earth-1 flyby in GSE and GSM coordinates. These data cover the interval 1990-11-05 to 1990-12-31.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:04:00.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'GALILEO ORBITER EARTH POS EARTH1 FLYBY TRAJ V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 13, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.8073549220576037, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:06:09.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-e-pos-6-earth1-flyby-traj-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GO-E-POS-6-EARTH1-FLYBY-TRAJ-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-e-pos-6-earth1-flyby-traj-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'galileo', u'earth'], u'categories': [u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GALILEO-ORBITER-EARTH-POS-EARTH1-FLYBY-TRAJ-V1-0/2iwf-5rcn', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 562,data.nasa.gov,2j7v-brzi,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,15,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/2j7v-brzi', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:50:55.000Z', u'id': u'2j7v-brzi', u'createdAt': u'2018-06-26T06:45:25.000Z', u'description': u'The Mars Global Surveyor spacecraft included a laser altimeter instrument. The primary objective of the Mars Orbiter Laser Altimeter (MOLA) is to determine globally the topography of Mars at a level suitable for addressing problems in geology and geophysics.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:50:55.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MOLA PRECISION EXPERIMENT DATA RECORD ASCII TABLES', u'columns_field_name': [], u'page_views': {u'page_views_total': 15, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:45:25.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgs-m-mola-3-pedr-ascii-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MGS-M-MOLA-3-PEDR-ASCII-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgs-m-mola-3-pedr-ascii-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars global surveyor', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MOLA-PRECISION-EXPERIMENT-DATA-RECORD-ASCII-TABLES/2j7v-brzi', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 563,data.nasa.gov,2jft-ssmq,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/2jft-ssmq', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:05:46.000Z', u'id': u'2jft-ssmq', u'createdAt': u'2018-06-26T07:07:30.000Z', u'description': u'The Mars Global Surveyor (MGS) Radio Science (RS) Raw Data Archive (RDA) is a time-ordered collection of raw and partially processed data collected during the MGS Mission to Mars. For more information on the investigations proposed see [TYLERETAL1992].', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:05:46.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MARS GLOBAL SURVEYOR RAW DATA SET - CRUISE V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:07:30.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgs-m-rss-1-cru-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MGS-M-RSS-1-CRU-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgs-m-rss-1-cru-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'mars global surveyor'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MARS-GLOBAL-SURVEYOR-RAW-DATA-SET-CRUISE-V1-0/2jft-ssmq', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 564,data.nasa.gov,2ke5-afeg,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,13,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/2ke5-afeg', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:21:07.000Z', u'id': u'2ke5-afeg', u'createdAt': u'2018-06-25T20:46:08.000Z', u'description': u""Earth Science data access made simple. Atmospheric Composition is focused on the composition of Earth's atmosphere in relation to climate prediction, solar effects, ground emissions and time."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:21:07.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'Steven.J.Kempler@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Mirador - Atmospheric Composition', u'columns_field_name': [], u'page_views': {u'page_views_total': 13, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.8073549220576037, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:46:08.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:Steven.J.Kempler@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'NASA-0000079', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'http://mirador.gsfc.nasa.gov/cgi-bin/mirador/presentNavigation.pl?tree=scienceArea&scienceArea=Atmospheric%20Composition', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Steven Kempler', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000079', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'geodata', u'ges disc', u'trace gases', u'high energy particles', u'mirador', u'aerosols', u'climate'], u'categories': [u'economy'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Mirador-Atmospheric-Composition/2ke5-afeg', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 565,data.nasa.gov,7rfs-8f67,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/7rfs-8f67', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:28:31.000Z', u'id': u'7rfs-8f67', u'createdAt': u'2018-06-26T06:56:18.000Z', u'description': u""This data set contains digitized photometry of the reflections off Io and Europa of the impact fireballs produced as the D, E, K, and N fragments of comet D/Shoemaker-Levy 9 hit Jupiter's atmosphere."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:28:31.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'PHOTOMETRY OF IO AND EUROPA DURING SL9 IMPACT FLASHES', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 2.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 3}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:56:18.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-j-sa-hsotp-2-edr-sl9-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-J%2FSA-HSOTP-2-EDR-SL9-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-j-sa-hsotp-2-edr-sl9-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'comet sl9/jupiter collision', u'j2 europa', u'j1 io'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PHOTOMETRY-OF-IO-AND-EUROPA-DURING-SL9-IMPACT-FLAS/7rfs-8f67', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 566,data.nasa.gov,2r5n-bwah,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/2r5n-bwah', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:46:57.000Z', u'id': u'2r5n-bwah', u'createdAt': u'2018-06-26T06:14:53.000Z', u'description': u'NULL', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:46:57.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MSL MARS DESCENT IMAGER 4 RDR\n VIDEO V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:14:53.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.msl-m-mardi-4-rdr-vid-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MSL-M-MARDI-4-RDR-VID-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.msl-m-mardi-4-rdr-vid-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars science laboratory', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MSL-MARS-DESCENT-IMAGER-4-RDR-VIDEO-V1-0/2r5n-bwah', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 567,data.nasa.gov,2rz2-k8as,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/2rz2-k8as', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:12:16.000Z', u'id': u'2rz2-k8as', u'createdAt': u'2018-06-26T06:45:49.000Z', u'description': u'This dataset contains Earth-based, polarimetric radar image data for Venus collected from 1988 onwards, using the Arecibo Observatory 12.6-cm (2380 MHz) transmitter and receivers at either Arecibo or the Green Bank Telescope in West Virginia.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:12:16.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ARECIBO/NRAO VENUS RTLS/GBT 3 DELAY DOPPLER V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:45:49.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.arcb-nrao-v-rtls-gbt-3-delaydoppler-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=ARCB%2FNRAO-V-RTLS%2FGBT-3-DELAYDOPPLER-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.arcb-nrao-v-rtls-gbt-3-delaydoppler-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'venus'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ARECIBO-NRAO-VENUS-RTLS-GBT-3-DELAY-DOPPLER-V1-0/2rz2-k8as', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 568,data.nasa.gov,3dsd-a5hj,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,20,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/3dsd-a5hj', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:33:10.000Z', u'id': u'3dsd-a5hj', u'createdAt': u'2018-06-26T06:25:56.000Z', u'description': u'The Clementine Basemap Mosaic is a full-resolution (100 meters per pixel) global mosaic produced by the U.S. Geological Survey from Clementine EDR Data. The 750 nanometer filter imaging data acquired by the Ultraviolet/Visible Camera were used to create the single-band basemap mosaic.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:33:10.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CLEMENTINE BASEMAP MOSAIC', u'columns_field_name': [], u'page_views': {u'page_views_total': 20, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 4.392317422778761, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:25:56.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.clem1-l-u-5-dim-basemap-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CLEM1-L-U-5-DIM-BASEMAP-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.clem1-l-u-5-dim-basemap-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'moon', u'deep space program science experiment'], u'categories': [u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CLEMENTINE-BASEMAP-MOSAIC/3dsd-a5hj', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 569,data.nasa.gov,2yj5-gint,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/2yj5-gint', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:46:43.000Z', u'id': u'2yj5-gint', u'createdAt': u'2018-06-26T07:06:19.000Z', u'description': u'The Micro-Imaging Dust Analysis System (MIDAS) is an instrument on the ROSETTA Orbiter that will provide 3D images and statistical parameters of pristine cometary particles hitting the detector. This data set includes all data from the COMMISSIONING mission phase.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:46:43.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ROSETTA-ORBITER CAL MIDAS 3 CVP FULL V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:06:19.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-cal-midas-3-cvp-full-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-CAL-MIDAS-3-CVP-FULL-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-cal-midas-3-cvp-full-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'calibration', u'international rosetta mission'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-CAL-MIDAS-3-CVP-FULL-V1-0/2yj5-gint', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 570,data.nasa.gov,m4bk-ntyv,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/m4bk-ntyv', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:00:44.000Z', u'id': u'm4bk-ntyv', u'createdAt': u'2018-06-26T07:05:18.000Z', u'description': u'This data set contains combined and correlated results from the Johnstone Particle Analyser (JPA) and magnetometer experiments flown aboard the Giotto spacecraft during its extended mision to fly by comet P/Grigg-Skjellerup. These data have not been formally reviewed.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:00:44.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'GIOTTO JPA/MAG MERGED RESULTS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:05:18.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.gio-c-jpa-mag-4-rdr-grigg-skjell-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GIO-C-JPA%2FMAG-4-RDR-GRIGG-SKJELL-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.gio-c-jpa-mag-4-rdr-grigg-skjell-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'26p/grigg-skjellerup 1 (1922 k1)', u'giotto extended mission'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GIOTTO-JPA-MAG-MERGED-RESULTS-V1-0/m4bk-ntyv', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 571,data.nasa.gov,2hfy-346d,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/2hfy-346d', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T07:16:34.000Z', u'id': u'2hfy-346d', u'createdAt': u'2018-06-25T21:03:12.000Z', u'description': u'RSS', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T07:16:34.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Odyssey Radio Science Data (85, 86)', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:03:12.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-718', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-718', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'rss', u'pds'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Odyssey-Radio-Science-Data-85-86-/2hfy-346d', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 572,data.nasa.gov,2m5y-wtb6,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/2m5y-wtb6', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:51:42.000Z', u'id': u'2m5y-wtb6', u'createdAt': u'2018-06-26T06:16:17.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:51:42.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MER 2 MARS NAVIGATION CAMERA SURFACE ROUGH RDR OPS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:16:17.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer2-m-navcam-5-roughness-ops-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MER2-M-NAVCAM-5-ROUGHNESS-OPS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer2-m-navcam-5-roughness-ops-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars exploration rover', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MER-2-MARS-NAVIGATION-CAMERA-SURFACE-ROUGH-RDR-OPS/2m5y-wtb6', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 573,data.nasa.gov,2q33-bb8h,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,14,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/2q33-bb8h', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:48:14.000Z', u'id': u'2q33-bb8h', u'createdAt': u'2018-06-26T06:36:47.000Z', u'description': u'The shape model of 25143 Itokawa derived by Robert Gaskell from Hayabusa AMICA images. The model is provided in the implicitly connected quadrilateral (ICQ) format in four levels of resolution. This version of the model was prepared on August 29, 2007. Vertex-facet versions of the models are also provided.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:48:14.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'GASKELL ITOKAWA SHAPE MODEL V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 14, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 3.9068905956085187, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:36:47.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.hay-a-amica-5-itokawashape-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=HAY-A-AMICA-5-ITOKAWASHAPE-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.hay-a-amica-5-itokawashape-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'25143 itokawa', u'hayabusa'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GASKELL-ITOKAWA-SHAPE-MODEL-V1-0/2q33-bb8h', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 574,data.nasa.gov,2t3g-pyrq,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/2t3g-pyrq', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:59:31.000Z', u'id': u'2t3g-pyrq', u'createdAt': u'2018-06-26T06:45:03.000Z', u'description': u'This data set contains Spectroscopic, Continuum and Engineering data, in the form of table files, taken during the LUTETIA flyby phase of the Rosetta mission by the MIRO instrument.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:59:31.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ROSETTA-ORBITER LUTETIA MIRO 2 AST2 LUTETIA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:45:03.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-a-miro-2-ast2-lutetia-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-A-MIRO-2-AST2-LUTETIA-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-a-miro-2-ast2-lutetia-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'calibration', u'21 lutetia', u'international rosetta mission'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-LUTETIA-MIRO-2-AST2-LUTETIA-V1-0/2t3g-pyrq', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 575,data.nasa.gov,n68r-6tgk,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/n68r-6tgk', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T05:44:34.000Z', u'id': u'n68r-6tgk', u'createdAt': u'2018-06-25T20:54:38.000Z', u'description': u'SHARAD', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T05:44:34.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS MRO SHARAD Radargram Release 2', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:54:38.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-432', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-432', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'pds', u'sharad', u'data'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-MRO-SHARAD-Radargram-Release-2/n68r-6tgk', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 576,data.nasa.gov,2u8k-qygw,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,19,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/2u8k-qygw', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:46:16.000Z', u'id': u'2u8k-qygw', u'createdAt': u'2018-06-26T06:59:59.000Z', u'description': u'The shape model of Phobos derived by Robert Gaskell from Viking Orbiter 1 and Phobos 2 images. The model is provided in the implicitly connected quadrilateral (ICQ) format. This version of the model was prepared on March 11, 2006. Vertex-facet versions of the models are also provided.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:46:16.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'GASKELL PHOBOS SHAPE MODEL V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 19, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.321928094887363, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:59:59.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vo1-sa-visa-visb-5-phobosshape-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VO1-SA-VISA%2FVISB-5-PHOBOSSHAPE-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vo1-sa-visa-visb-5-phobosshape-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'phobos', u'viking', u'phobos 2'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GASKELL-PHOBOS-SHAPE-MODEL-V1-0/2u8k-qygw', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 577,data.nasa.gov,2xd8-4atc,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/2xd8-4atc', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:06:38.000Z', u'id': u'2xd8-4atc', u'createdAt': u'2018-06-26T07:07:52.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:06:38.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VG1/VG2 SR/UR RSS RESAMPLED RING OCCULTATION V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:07:52.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-vg2-sr-ur-rss-4-occ-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG1%2FVG2-SR%2FUR-RSS-4-OCC-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-vg2-sr-ur-rss-4-occ-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'voyager', u'u rings', u's rings'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG1-VG2-SR-UR-RSS-RESAMPLED-RING-OCCULTATION-V1-0/2xd8-4atc', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 578,data.nasa.gov,3e9e-f5ej,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,17,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/3e9e-f5ej', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:26:57.000Z', u'id': u'3e9e-f5ej', u'createdAt': u'2018-06-26T06:22:29.000Z', u'description': u""The Huygens Atmospheric Instrument is one of the six experiment onboard the Huygens probe. HASI is a muultisensor package designed to measure the physical quantities characterizing Titan's atmosphere during entry and descent phase and at the surface."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:26:57.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'HUYGENS HASI MISSION RAW AND CALIBRATED DATA V1.1', u'columns_field_name': [], u'page_views': {u'page_views_total': 17, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 4.169925001442312, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:22:29.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.hp-ssa-hasi-2-3-4-mission-v1.1', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=HP-SSA-HASI-2-3-4-MISSION-V1.1', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.hp-ssa-hasi-2-3-4-mission-v1.1', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'cassini-huygens', u'titan'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/HUYGENS-HASI-MISSION-RAW-AND-CALIBRATED-DATA-V1-1/3e9e-f5ej', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 579,data.nasa.gov,35nk-kcea,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,14,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/35nk-kcea', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:06:42.000Z', u'id': u'35nk-kcea', u'createdAt': u'2018-06-26T07:07:54.000Z', u'description': u'This data set contains Raw data taken by the New Horizons Linear Etalon Imaging Spectral Array instrument during the Jupiter encounter mission phase.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:06:42.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'NEW HORIZONS LEISA JUPITER ENCOUNTER V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 14, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.9068905956085187, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:07:54.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-j-leisa-2-jupiter-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-J-LEISA-2-JUPITER-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-j-leisa-2-jupiter-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'j1 io', u'j2 europa', u'new horizons', u'earth', u'jupiter', u'j rings', u'callisto', u'ganymede'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-LEISA-JUPITER-ENCOUNTER-V1-0/35nk-kcea', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 580,data.nasa.gov,36i3-m2fz,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/36i3-m2fz', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:33:37.000Z', u'id': u'36i3-m2fz', u'createdAt': u'2018-06-26T06:12:17.000Z', u'description': u'This is a compilation of the family memberships of numbered asteroids in five different asteroid family analyses. These include the analyses of Zappala et al., Williams, Kozai, Carusi and Massaro, and Hirayama.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:33:37.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ASTEROID FAMILY IDENTIFICATIONS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:12:17.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-family-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-5-DDR-FAMILY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-family-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'support archives', u'asteroid'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ASTEROID-FAMILY-IDENTIFICATIONS-V1-0/36i3-m2fz', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 581,data.nasa.gov,38c6-qysc,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,30,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/38c6-qysc', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-08-02T15:24:14.000Z', u'id': u'38c6-qysc', u'createdAt': u'2018-06-26T22:17:10.000Z', u'description': u'This dataset contains CALIBRATED (CODMAC LEVEL 3) DATA of the COMET\nESCORT 1 Phase from November 22, 2014 until March 10, 2015 of the\nROSETTA orbiter magnetometer RPCMAG. Observations are done in the\nvicinity of comet 67P/CHURYUMOV-GERASIMENKO 1 (1969 R1).\nThe current version of the dataset is V6.0, the first one\nbeing archived.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-08-02T15:24:14.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'homas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ROSETTA-ORBITER 67P RPCMAG 3 ESC1 CALIBRATED V6.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 30, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 4.954196310386876, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T22:17:10.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-rpcmag-3-esc1-calibrated-v6.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-C-RPCMAG-3-ESC1-CALIBRATED-V6.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-rpcmag-3-esc1-calibrated-v6.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'international rosetta mission', u'67p/churyumov-gerasimenko 1 (1969 r1)'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-67P-RPCMAG-3-ESC1-CALIBRATED-V6-0/38c6-qysc', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 582,data.nasa.gov,m6b4-kwdf,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/m6b4-kwdf', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:55:38.000Z', u'id': u'm6b4-kwdf', u'createdAt': u'2018-06-26T06:35:38.000Z', u'description': u'These maps of small solar system bodies have been prepared by Philip Stooke of the University of Western Ontario. This data set includes 221 map sheets of five asteroids, five planetary satellites, and one comet, all prepared from spacecraft images.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:55:38.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'STOOKE SMALL BODIES MAPS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:35:38.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.multi-sa-multi-6-stookemaps-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MULTI-SA-MULTI-6-STOOKEMAPS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.multi-sa-multi-6-stookemaps-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'253 mathilde', u'galileo', u'hayabusa', u'mariner71', u'mars express', u'mars global surveyor', u'mars reconnaissance orbiter', u'near earth asteroid rendezvous', u'phobos 2', u'stardust', u'viking', u'voyager', u'243 ida', u'25143 itokawa', u'433 eros', u'951 gaspra', u'81p/wild 2 (1978 a2)', u'amalthea', u'deimos', u'epimetheus', u'hyperion', u'phobos'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/STOOKE-SMALL-BODIES-MAPS-V1-0/m6b4-kwdf', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 583,data.nasa.gov,3h3v-7njx,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,139,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/3h3v-7njx', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:19:51.000Z', u'id': u'3h3v-7njx', u'createdAt': u'2018-06-25T20:46:19.000Z', u'description': u'Our mission is to help you picture climate change and environmental changes happening on our home planet. Here you can search for and retrieve satellite images of Earth. Download them; export them to GoogleEarth; perform basic analysis. Tracking regional and global changes around the world just got easier.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:19:51.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'Charles.Ichoku@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'NASA Earth Observations (NEO)', u'columns_field_name': [], u'page_views': {u'page_views_total': 139, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 7.129283016944966, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:46:19.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:Charles.Ichoku@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'NASA-0000087__3', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'http://neo.sci.gsfc.nasa.gov/', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Charles Ichoku', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000087__3', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'earth science', u'land', u'life', u'ocean', u'raw', u'eos', u'web mapping', u'energy', u'atmosphere'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NASA-Earth-Observations-NEO-/3h3v-7njx', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 584,data.nasa.gov,3hat-395t,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/3hat-395t', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:19:46.000Z', u'id': u'3hat-395t', u'createdAt': u'2018-06-26T06:50:48.000Z', u'description': u'Version 2.0 ----------- This data set replaces the Voyager 1 Jupiter SPICE data set (DATA_SET_ID = VG1-J-6-SPK-V1.0).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:19:46.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'VG1 JUPITER SPICE SPK KERNEL V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:50:48.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-j-spice-6-spk-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG1-J-SPICE-6-SPK-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-j-spice-6-spk-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'jupiter', u'voyager'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG1-JUPITER-SPICE-SPK-KERNEL-V2-0/3hat-395t', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 585,data.nasa.gov,n6b7-z6zv,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/n6b7-z6zv', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T07:19:16.000Z', u'id': u'n6b7-z6zv', u'createdAt': u'2018-06-25T21:06:06.000Z', u'description': u'ASE, MECA, MET, OM, RAC, SSI, TEGA, TT', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T07:19:16.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Phoenix Data Release 2', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:06:06.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-775', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-775', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'pds', u'om', u'rac', u'meca', u'ssi', u'tega', u'tt', u'ase', u'met'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Phoenix-Data-Release-2/n6b7-z6zv', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 586,data.nasa.gov,3ptz-a9kg,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/3ptz-a9kg', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:51:54.000Z', u'id': u'3ptz-a9kg', u'createdAt': u'2018-06-26T06:16:13.000Z', u'description': u'Galileo Orbiter 60 second sampled trajectory data from the Venus flyby in Venus Solar Orbital (VSO) coordinates. These data cover the interval 1990-02-09 00:00 to 1990-02-11 00:00.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:51:54.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'GALILEO ORBITER V POS VENUS TRAJECTORY V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:16:13.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-v-pos-6-venus-trajectory-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GO-V-POS-6-VENUS-TRAJECTORY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-v-pos-6-venus-trajectory-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'venus', u'galileo'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GALILEO-ORBITER-V-POS-VENUS-TRAJECTORY-V1-0/3ptz-a9kg', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 587,data.nasa.gov,349r-wexj,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/349r-wexj', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:12:25.000Z', u'id': u'349r-wexj', u'createdAt': u'2018-06-26T06:40:00.000Z', u'description': u'The original Data Set Name was MST5IMF. The data was delivered personally by Oyama. The component values indicate a crossing of the neutral sheet. The magnetic field is defined in terms of solar ecliptic coordinates with spacecraft at the center and the x direction positive towards the Sun, the y direction in the ecliptic plane, and the z direction given by a left handed coordinate system. A total force value is also given.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:12:25.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'SAKIGAKE INTERPLANETARY MAGNETIC FIELD DATA V 1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:40:00.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.sakig-c-imf-3-rdr-halley-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=SAKIG-C-IMF-3-RDR-HALLEY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.sakig-c-imf-3-rdr-halley-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'halley', u'sakigake'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/SAKIGAKE-INTERPLANETARY-MAGNETIC-FIELD-DATA-V-1-0/349r-wexj', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 588,data.nasa.gov,3bxt-tzdd,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/3bxt-tzdd', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T07:10:05.000Z', u'id': u'3bxt-tzdd', u'createdAt': u'2018-06-25T21:06:14.000Z', u'description': u'PDS Validation Tool (1.2.0) and Product Tools (1.2.0)', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T07:10:05.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'PDS Software Release Validation Tool (1.2.0) and Product Tools (1.2.0)', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:06:14.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-784', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-784', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'validation', u'pds', u'tool'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Software-Release-Validation-Tool-1-2-0-and-Pro/3bxt-tzdd', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 589,data.nasa.gov,3hkq-hqyc,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,1404,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/3hkq-hqyc', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T22:17:30.000Z', u'id': u'3hkq-hqyc', u'createdAt': u'2018-06-25T20:45:31.000Z', u'description': u'Giovanni is a Web-based application developed by the GES DISC that provides a simple and intuitive way to visualize, analyze, and access vast amounts of Earth science remote sensing data without having to download the data. Giovanni is an acronym for the GES-DISC (Goddard Earth Sciences Data and Information Services Center) Interactive Online Visualization ANd aNalysis Infrastructure.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T22:17:30.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'Steven.j.Kempler@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Giovanni', u'columns_field_name': [], u'page_views': {u'page_views_total': 1404, u'page_views_last_week_log': 5.044394119358453, u'page_views_last_week': 32, u'page_views_last_month_log': 7.247927513443586, u'page_views_total_log': 10.456354415108288, u'page_views_last_month': 151}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:45:31.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:Steven.j.Kempler@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'http://disc.sci.gsfc.nasa.gov/giovanni/additional/users-manual', u'key': u'Common-Core_Described-By'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'NASA-0000040', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Steven Kempler', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000040', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'remote sensing', u'ocean science', u'atmospheric science', u'environmental science', u'earth science', u'hydrology'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Giovanni/3hkq-hqyc', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 590,data.nasa.gov,3i6h-hze8,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/3i6h-hze8', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:50:45.000Z', u'id': u'3i6h-hze8', u'createdAt': u'2018-06-26T06:15:43.000Z', u'description': u'This volume contains the digital numbers (DN) contained in the telemetry (TM) packages of the VIR instrument on board of the spacecraft DAWN. The data are from the Vesta Encounter phase, which occurred 2011-05-03 to 2012-07-18.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:50:45.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'DAWN VIR RAW (EDR) VESTA VISIBLE SPECTRA V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:15:43.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dawn-a-vir-2-edr-vis-vesta-spectra-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DAWN-A-VIR-2-EDR-VIS-VESTA-SPECTRA-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dawn-a-vir-2-edr-vis-vesta-spectra-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'dawn mission to vesta and ceres', u'4 vesta'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/DAWN-VIR-RAW-EDR-VESTA-VISIBLE-SPECTRA-V2-0/3i6h-hze8', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 591,data.nasa.gov,3ii4-sy2u,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/3ii4-sy2u', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:42:10.000Z', u'id': u'3ii4-sy2u', u'createdAt': u'2018-06-26T06:31:09.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:42:10.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MER 2 MARS MICROSCOPIC IMAGER SCIENCE EDR VERSION 1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:31:09.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer2-m-mi-2-edr-sci-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MER2-M-MI-2-EDR-SCI-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer2-m-mi-2-edr-sci-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'mars exploration rover'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MER-2-MARS-MICROSCOPIC-IMAGER-SCIENCE-EDR-VERSION-/3ii4-sy2u', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 592,data.nasa.gov,3it9-5ar8,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,34,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/3it9-5ar8', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T17:56:56.000Z', u'id': u'3it9-5ar8', u'createdAt': u'2018-06-26T03:31:03.000Z', u'description': u'This API allows any Web application to offer an interactive 4D display of the trajectories of satellites known to SSC.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T17:56:56.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'robert.e.mcguire@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'SSC 4D Orbit Viewer Web Services API', u'columns_field_name': [], u'page_views': {u'page_views_total': 34, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 3.0, u'page_views_total_log': 5.129283016944966, u'page_views_last_month': 7}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T03:31:03.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:robert.e.mcguire@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://data.nasa.gov/developer'], u'key': u'Common-Core_References'}, {u'value': u'API-34', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'http://sscweb.gsfc.nasa.gov/WebServices/tipsod/', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'2015-11-30T00:00:00.000Z', u'key': u'Common-Core_Issued'}, {u'value': u'Robert McGuire', u'key': u'Common-Core_Contact-Name'}, {u'value': u'API-34', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'api', u'gis', u'maps', u'satellite trajectory'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/SSC-4D-Orbit-Viewer-Web-Services-API/3it9-5ar8', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 593,data.nasa.gov,3iw4-eezd,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/3iw4-eezd', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:28:22.000Z', u'id': u'3iw4-eezd', u'createdAt': u'2018-06-26T06:22:52.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:28:22.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MER 1 MARS MICROSCOPIC IMAGER CAMERA MOSAICS RDR OPS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:22:52.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer1-m-mi-5-mosaic-ops-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MER1-M-MI-5-MOSAIC-OPS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer1-m-mi-5-mosaic-ops-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars exploration rover', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MER-1-MARS-MICROSCOPIC-IMAGER-CAMERA-MOSAICS-RDR-O/3iw4-eezd', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 594,data.nasa.gov,3j83-v3ph,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/3j83-v3ph', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:36:00.000Z', u'id': u'3j83-v3ph', u'createdAt': u'2018-06-26T06:27:14.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:36:00.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MER 2 MARS PANORAMIC CAMERA XYZ RDR OPS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:27:14.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer2-m-pancam-5-xyz-ops-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MER2-M-PANCAM-5-XYZ-OPS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer2-m-pancam-5-xyz-ops-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'mars exploration rover'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MER-2-MARS-PANORAMIC-CAMERA-XYZ-RDR-OPS-V1-0/3j83-v3ph', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 595,data.nasa.gov,3mw4-mqxz,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/3mw4-mqxz', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:13:43.000Z', u'id': u'3mw4-mqxz', u'createdAt': u'2018-06-26T06:48:42.000Z', u'description': u'This data set contains science data acquired by the COPS, DFMS and RTOF ROSINA sensors between 2015-07-01 and 2015-10-20 during the Escort phase 3 of the Rosetta mission at the comet 67P/CG', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:13:43.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ROSETTA-ORBITER 67P ROSINA 2\n ESC3 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:48:42.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-rosina-2-esc3-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-C-ROSINA-2-ESC3-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-rosina-2-esc3-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'67p/churyumov-gerasimenko 1 (1969 r1)', u'international rosetta mission'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-67P-ROSINA-2-ESC3-V1-0/3mw4-mqxz', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 596,data.nasa.gov,3ni3-nq8a,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/3ni3-nq8a', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:33:10.000Z', u'id': u'3ni3-nq8a', u'createdAt': u'2018-06-26T06:57:40.000Z', u'description': u'This is a Commissioning measurement covering the time 2004-03-27T21:51:39.500 to 2004-03-28T07:17:42.950.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:33:10.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ROSETTA-ORBITER CHECK RSI 1/2/3 COMMISSIONING 1 0002 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:57:40.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-x-rsi-1-2-3-cvp1-0002-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-X-RSI-1%2F2%2F3-CVP1-0002-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-x-rsi-1-2-3-cvp1-0002-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'unknown', u'international rosetta mission'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-CHECK-RSI-1-2-3-COMMISSIONING-1-00/3ni3-nq8a', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 597,data.nasa.gov,3s8j-nfmw,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/3s8j-nfmw', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:53:30.000Z', u'id': u'3s8j-nfmw', u'createdAt': u'2018-06-26T06:17:48.000Z', u'description': u'A set of spectra.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:53:30.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CASSINI ORBITER JUPITER UVIS EDITED SPECTRA 1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:17:48.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-j-uvis-2-spec-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-J-UVIS-2-SPEC-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-j-uvis-2-spec-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'jupiter', u'cassini-huygens'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-ORBITER-JUPITER-UVIS-EDITED-SPECTRA-1-0/3s8j-nfmw', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 598,data.nasa.gov,3ui7-dk5s,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/3ui7-dk5s', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:53:08.000Z', u'id': u'3ui7-dk5s', u'createdAt': u'2018-06-26T07:07:07.000Z', u'description': u'The Surface Stereo Imager (SSI) experiment on the Mars Phoenix Lander consists of one instrument component plus command electronics. This SSI Imaging Operations RDR data set contains anaglyph data from the Surface Stereo Imager (SSI).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:53:08.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PHOENIX MARS SURFACE STEREO IMAGER 5 ANAGLYPH OPS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:07:07.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.phx-m-ssi-5-anaglyph-ops-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=PHX-M-SSI-5-ANAGLYPH-OPS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.phx-m-ssi-5-anaglyph-ops-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'phoenix'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PHOENIX-MARS-SURFACE-STEREO-IMAGER-5-ANAGLYPH-OPS-/3ui7-dk5s', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 599,data.nasa.gov,42ci-i4fk,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/42ci-i4fk', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:45:15.000Z', u'id': u'42ci-i4fk', u'createdAt': u'2018-06-26T06:32:43.000Z', u'description': u'This data set contains CODMAC level 2 data acquired by the Rosetta Orbiter ALICE UV Spectrometer during the Lutetia flyby mission phase, which took place between 2010-06-07 and 2010-09-10.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:45:15.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ROSETTA-ORBITER LUTETIA/CAL ALICE 2 AST2 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:32:43.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-a-cal-alice-2-ast2-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-A%2FCAL-ALICE-2-AST2-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-a-cal-alice-2-ast2-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'international rosetta mission', u'calibration', u'21 lutetia'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-LUTETIA-CAL-ALICE-2-AST2-V1-0/42ci-i4fk', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 600,data.nasa.gov,45ph-a29x,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/45ph-a29x', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:28:29.000Z', u'id': u'45ph-a29x', u'createdAt': u'2018-06-26T06:56:37.000Z', u'description': u'Raw, uncalibrated data from the Total Luminance Photometer (TLP) aboard the Lunar Crater Observation and Sensing Satellite (LCROSS).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:28:29.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'LCROSS MOON TOTAL LUMINANCE PHOTOMETER 2 RAW V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:56:37.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lcross-l-tlp-2-raw-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=LCROSS-L-TLP-2-RAW-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lcross-l-tlp-2-raw-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'moon', u'lunar crater observation and sensing satellite'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/LCROSS-MOON-TOTAL-LUMINANCE-PHOTOMETER-2-RAW-V1-0/45ph-a29x', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 601,data.nasa.gov,48mz-3kci,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/48mz-3kci', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:02:23.000Z', u'id': u'48mz-3kci', u'createdAt': u'2018-06-26T07:05:45.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:02:23.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VG1 SAT LECP CALIBRATED RESAMPLED SECTORED 15MIN V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:05:45.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-s-lecp-4-summ-sector-15min-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG1-S-LECP-4-SUMM-SECTOR-15MIN-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-s-lecp-4-summ-sector-15min-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'saturn', u'voyager'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG1-SAT-LECP-CALIBRATED-RESAMPLED-SECTORED-15MIN-V/48mz-3kci', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 602,data.nasa.gov,4a7u-qcue,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,17,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/4a7u-qcue', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:02:58.000Z', u'id': u'4a7u-qcue', u'createdAt': u'2018-09-05T23:02:58.000Z', u'description': u'This data set contains Calibrated data taken by the New Horizons Student Dust Counter instrument during the pluto cruise mission phase. This is VERSION 1.0 of this data set.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:02:58.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'NEW HORIZONS \n SDC PLUTO CRUISE \n CALIBRATED V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 17, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.169925001442312, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:02:58.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-sdc-3-plutocruise-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-X-SDC-3-PLUTOCRUISE-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-sdc-3-plutocruise-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'new horizons', u'dust'], u'categories': [u'education', u'politics', u'housing & development'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-SDC-PLUTO-CRUISE-CALIBRATED-V1-0/4a7u-qcue', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 603,data.nasa.gov,4bet-dtp9,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/4bet-dtp9', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:34:58.000Z', u'id': u'4bet-dtp9', u'createdAt': u'2018-06-26T06:12:22.000Z', u'description': u'TBD', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:34:58.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'GALILEO JUPITER RTS MOMENT DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:12:22.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-j-pls-5-rts-moments-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GO-J-PLS-5-RTS-MOMENTS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-j-pls-5-rts-moments-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'europa', u'ganymede', u'io', u'galileo', u'callisto', u'jupiter'], u'categories': [u'infrastructure'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GALILEO-JUPITER-RTS-MOMENT-DATA-V1-0/4bet-dtp9', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 604,data.nasa.gov,4c3u-qnyr,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/4c3u-qnyr', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:55:59.000Z', u'id': u'4c3u-qnyr', u'createdAt': u'2018-06-26T07:08:16.000Z', u'description': u'This dataset contains CALIBRATED DATA of the STEINS flyby Phase from September 1 until September 10, 2008. The closest approach (CA) took place on September 5, 2008 at 18:38', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:55:59.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ROSETTA-ORBITER STEINS RPCMAG 3 AST1 CALIBRATED V3.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.0, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:08:16.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-a-rpcmag-3-ast1-calibrated-v3.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-A-RPCMAG-3-AST1-CALIBRATED-V3.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-a-rpcmag-3-ast1-calibrated-v3.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'international rosetta mission', u'2867 steins'], u'categories': [u'social services', u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-STEINS-RPCMAG-3-AST1-CALIBRATED-V3/4c3u-qnyr', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 605,data.nasa.gov,4cpk-cer9,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/4cpk-cer9', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:56:15.000Z', u'id': u'4cpk-cer9', u'createdAt': u'2018-06-26T07:03:30.000Z', u'description': u'MGS TES calibrated radiance single-scan data for MGS assessment orbits', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:56:15.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MGS SAMPLER THERMAL EMISSION SPECTROMETER CALIBRATED RADIANC', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:03:30.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgs-m-tes-3-sampler-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MGS-M-TES-3-SAMPLER-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgs-m-tes-3-sampler-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'mars global surveyor'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MGS-SAMPLER-THERMAL-EMISSION-SPECTROMETER-CALIBRAT/4cpk-cer9', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 606,data.nasa.gov,4dtz-uq5p,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,35,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/4dtz-uq5p', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T12:45:10.000Z', u'id': u'4dtz-uq5p', u'createdAt': u'2018-06-26T03:30:24.000Z', u'description': u'The Scientific Visualization Studio hosts a collection of media galleries on Earth, air, and space themes.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T12:45:10.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'jocelyn.t.jones@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'NASA Scientific Visualization Studio Galleries', u'columns_field_name': [], u'page_views': {u'page_views_total': 35, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 2.0, u'page_views_total_log': 5.169925001442312, u'page_views_last_month': 3}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T03:30:24.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:jocelyn.t.jones@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'NASA-907', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://svs.gsfc.nasa.gov/Gallery/index.html', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'1997-01-01T00:00:00.000Z', u'key': u'Common-Core_Issued'}, {u'value': u'Jocelyn Thomas Jones', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-907', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'media gallery', u'fire', u'astrophysics', u'mars', u'hurricane', u'space weather', u'heliophysics', u'flyby', u'comet', u'visualization', u'earth science', u'ozone', u'mission', u'air quality', u'solar sun'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NASA-Scientific-Visualization-Studio-Galleries/4dtz-uq5p', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 607,data.nasa.gov,4ht8-ugb2,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/4ht8-ugb2', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:53:19.000Z', u'id': u'4ht8-ugb2', u'createdAt': u'2018-06-26T06:14:44.000Z', u'description': u'The Cassini Radio Science Saturn Gravity Science Experiment (SAGR12) Raw Data Archive is a time-ordered collection of radio science raw data acquired on July 31 and August 2, 2011, during the Cassini Extended Mission.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:53:19.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CASSINI RSS RAW DATA SET - SAGR12 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:14:44.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-rss-1-sagr12-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-S-RSS-1-SAGR12-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-rss-1-sagr12-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'cassini-huygens', u'saturn'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-RSS-RAW-DATA-SET-SAGR12-V1-0/4ht8-ugb2', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 608,data.nasa.gov,3wh7-rqfq,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,146,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/3wh7-rqfq', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T17:56:09.000Z', u'id': u'3wh7-rqfq', u'createdAt': u'2018-06-26T03:30:41.000Z', u'description': u'API using chronological data summary of fireball and bolide events provided by U.S. Government sensors.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T17:56:09.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'jason.duley@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Fireball And Bolide Reports API', u'columns_field_name': [], u'page_views': {u'page_views_total': 146, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 2.584962500721156, u'page_views_total_log': 7.199672344836364, u'page_views_last_month': 5}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T03:30:41.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:jason.duley@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://data.nasa.gov/developer'], u'key': u'Common-Core_References'}, {u'value': u'API-10', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://data.nasa.gov/api-documents/foundry/#/data.nasa.gov/mc52-syum', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'2015-11-30T00:00:00.000Z', u'key': u'Common-Core_Issued'}, {u'value': u'Jason Duley', u'key': u'Common-Core_Contact-Name'}, {u'value': u'API-10', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'meteorite', u'fireball', u'meteoroid', u'meteor', u'api', u'atmosphere', u'airburst', u'landing'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Fireball-And-Bolide-Reports-API/3wh7-rqfq', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 609,data.nasa.gov,3wis-9swf,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/3wis-9swf', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:53:12.000Z', u'id': u'3wis-9swf', u'createdAt': u'2018-06-26T06:34:47.000Z', u'description': u'Unknown', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:53:12.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MGS MARS MAG MAPPING DETAIL WORD RESOLUTION V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:34:47.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgs-m-mag-1-map-highres-flux-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MGS-M-MAG-1-MAP%2FHIGHRES-FLUX-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgs-m-mag-1-map-highres-flux-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'mars global surveyor'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MGS-MARS-MAG-MAPPING-DETAIL-WORD-RESOLUTION-V1-0/3wis-9swf', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 610,data.nasa.gov,45vt-282f,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/45vt-282f', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:33:20.000Z', u'id': u'45vt-282f', u'createdAt': u'2018-06-26T06:57:46.000Z', u'description': u""This data set contains raw and reduced mid-infrared images and photometry of comet 9P/Tempel 1, the target of the Deep Impact mission. Images were acquired on the night of 21 August 2000, about 7.5 months after perihelion, by Y. Fernandez, C. Lisse, M. A'Hearn and M. Belton using the Long Wavelength Spectrometer instrument at the Keck I telescope."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:33:20.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'KECK I LWS MID-IR IMAGES AND PHOTOMETRY OF 9P/TEMPEL 1', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:57:46.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.di-ear-c-keck1lws-3-9p-images-phot-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DI%2FEAR-C-KECK1LWS-3-9P-IMAGES-PHOT-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.di-ear-c-keck1lws-3-9p-images-phot-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'phi 1 ceti', u'beta andromedae', u'support archives', u'deep impact', u'9p/tempel 1 (1867 g1)'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/KECK-I-LWS-MID-IR-IMAGES-AND-PHOTOMETRY-OF-9P-TEMP/45vt-282f', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 611,data.nasa.gov,8qiy-6jf7,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,178,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/8qiy-6jf7', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T17:58:29.000Z', u'id': u'8qiy-6jf7', u'createdAt': u'2018-06-26T03:28:48.000Z', u'description': u""Global MODIS vegetation indices are designed to provide consistent spatial and temporal comparisons of vegetation conditions. Blue, red, and near-infrared reflectances, centered at 469-nanometers, 645-nanometers, and 858-nanometers, respectively, are used to determine the MODIS daily vegetation indices. The MODIS Normalized Difference Vegetation Index (NDVI) complements NOAA's Advanced Very High Resolution Radiometer (AVHRR) NDVI products and provides continuity for time series historical applications. MODIS also includes a new Enhanced Vegetation Index (EVI) that minimizes canopy background variations and maintains sensitivity over dense vegetation conditions. The EVI also uses the blue band to remove residual atmosphere contamination caused by smoke and sub-pixel thin cloud clouds. The MODIS NDVI and EVI products are computed from atmospherically corrected bi-directional surface reflectances that have been masked for water, clouds, heavy aerosols, and cloud shadows. Global MOD13Q1 data are provided every 16 days at 250-meter spatial resolution as a gridded level-3 product in the Sinusoidal projection. Lacking a 250m blue band, the EVI algorithm uses the 500m blue band to correct for residual atmospheric effects, with negligible spatial artifacts. Vegetation indices are used for global monitoring of vegetation conditions and are used in products displaying land cover and land cover changes. These data may be used as input for modeling global biogeochemical and hydrologic processes and global and regional climate. These data also may be used for characterizing land surface biophysical properties and processes, including primary production and land cover conversion."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T17:58:29.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'rama.nemani@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Amazon Web Services: MOD13Q1', u'columns_field_name': [], u'page_views': {u'page_views_total': 178, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 3.4594316186372978, u'page_views_total_log': 7.483815777264256, u'page_views_last_month': 10}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T03:28:48.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:rama.nemani@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'OCIO-Fitara-109', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'AWS NEX', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://aws.amazon.com/nasa/nex/', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'2015-06-01T00:00:00.000Z', u'key': u'Common-Core_Issued'}, {u'value': u'Ramakrishna Nemani', u'key': u'Common-Core_Contact-Name'}, {u'value': u'OCIO-Fitara-109', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'climate', u'earth science', u'amazon web services', u'aws'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Amazon-Web-Services-MOD13Q1/8qiy-6jf7', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 612,data.nasa.gov,4qiy-9b8y,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/4qiy-9b8y', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:30:49.000Z', u'id': u'4qiy-9b8y', u'createdAt': u'2018-06-26T06:24:11.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:30:49.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VG1 JUP CRS DERIVED PROTON/ION/ELECTRON FLUX BROWSE V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:24:11.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-j-crs-5-summ-flux-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG1-J-CRS-5-SUMM-FLUX-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-j-crs-5-summ-flux-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'voyager', u'jupiter'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG1-JUP-CRS-DERIVED-PROTON-ION-ELECTRON-FLUX-BROWS/4qiy-9b8y', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 613,data.nasa.gov,4whp-gw6s,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,20,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/4whp-gw6s', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:20:25.000Z', u'id': u'4whp-gw6s', u'createdAt': u'2018-06-26T06:51:17.000Z', u'description': u'The Midcourse Space Experiment (MSX) lunar eclipse observation on September 27, 1996 resulted in six 4.3 micron brightness temperature maps of the moon. In addition, qualitative observations were made at 8.3 microns.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:20:25.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MSX LUNAR ECLIPSE OBSERVATION V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 20, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.392317422778761, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:51:17.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.msx-l-spirit3-2-4-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MSX-L-SPIRIT3-2%2F4-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.msx-l-spirit3-2-4-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'midcourse space experiment', u'moon'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MSX-LUNAR-ECLIPSE-OBSERVATION-V1-0/4whp-gw6s', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 614,data.nasa.gov,4x4k-dszb,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/4x4k-dszb', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-08-02T15:25:00.000Z', u'id': u'4x4k-dszb', u'createdAt': u'2018-06-26T06:11:36.000Z', u'description': u'This bundle contains fully calibrated MAVEN SWIA data, including ion velocity distributions, energy spectra, and density, temperature, and velocity moments from onboard calculations. Tables of sensitivity and energy/angle maps are included in files.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-08-02T15:25:00.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'homas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MAVEN SWIA Calibrated Data Bundle', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:11:36.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:maven.swia.calibrated', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewBundle.jsp?identifier=urn%3Anasa%3Apds%3Amaven.swia.calibrated&version=1.11', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:maven.swia.calibrated', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars atmosphere and volatile evolution mission', u'maven swia calibrated data', u'mars', u'solar wind'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MAVEN-SWIA-Calibrated-Data-Bundle/4x4k-dszb', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 615,data.nasa.gov,4zqz-7cw3,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/4zqz-7cw3', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T05:48:04.000Z', u'id': u'4zqz-7cw3', u'createdAt': u'2018-06-25T20:55:40.000Z', u'description': u'CIRS, ISS, RADAR, RPWS, RSS, SPICE, UVIS, VIMS', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T05:48:04.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Cassini Data Release 31', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:55:40.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-498', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-498', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'radar', u'iss', u'cirs', u'pds', u'vims', u'uvis', u'spice', u'rss', u'rpws'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Cassini-Data-Release-31/4zqz-7cw3', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 616,data.nasa.gov,5axk-qep8,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/5axk-qep8', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T05:45:41.000Z', u'id': u'5axk-qep8', u'createdAt': u'2018-06-25T20:54:42.000Z', u'description': u'CIRS, HRD, INMS, ISS, MAG, MIMI, RADAR, RPWS, RSS, SPICE, UVIS, VIMS', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T05:45:41.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Cassini Data Release 38', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:54:42.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-436', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-436', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'spice', u'hrd', u'mag', u'rpws', u'cirs', u'data', u'pds', u'inms', u'vims', u'iss', u'rss', u'radar', u'mimi', u'uvis'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Cassini-Data-Release-38/5axk-qep8', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 617,data.nasa.gov,5c2k-p9sf,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/5c2k-p9sf', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:00:28.000Z', u'id': u'5c2k-p9sf', u'createdAt': u'2018-06-26T07:05:30.000Z', u'description': u'The Mars Global Surveyor (MGS) Solar Conjunction Raw Data Archive is a time-ordered collection of raw data acquired during the Solar Conjunction in 2000, while MGS was in its Mars Mapping (MAP) mission phase.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:00:28.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MGS SOLAR CONJUNCTION RAW DATA SET - ROCC V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:05:30.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgs-sun-rss-1-rocc-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MGS-SUN-RSS-1-ROCC-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgs-sun-rss-1-rocc-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars global surveyor', u'sun'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MGS-SOLAR-CONJUNCTION-RAW-DATA-SET-ROCC-V1-0/5c2k-p9sf', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 618,data.nasa.gov,5gmu-zyk6,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/5gmu-zyk6', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:07:15.000Z', u'id': u'5gmu-zyk6', u'createdAt': u'2018-06-26T06:40:11.000Z', u'description': u'The Cassini Radio Science Saturn and Ring Occultation Experiment (SROC1) Raw Data Archive is a time-ordered collection of radio science raw data acquired on May 3, May 21, June 8, and June 26, 2005 during the Tour subphase of the Cassini mission.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:07:15.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CASSINI RSS RAW DATA SET - SROC1 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:40:11.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-rss-1-sroc1-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-S-RSS-1-SROC1-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-rss-1-sroc1-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'cassini-huygens', u'saturn'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-RSS-RAW-DATA-SET-SROC1-V1-0/5gmu-zyk6', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 619,data.nasa.gov,5ke3-dzpf,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/5ke3-dzpf', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:22:08.000Z', u'id': u'5ke3-dzpf', u'createdAt': u'2018-06-26T06:23:08.000Z', u'description': u'This dataset contains the scientific telemetry produced by the JIRAM instrument , together with geometric information computed on ground to locate observations in space and time.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:22:08.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'JUNO JUPITER JIRAM REDUCED DATA \n RECORD V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:23:08.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.jno-j-jiram-3-rdr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=JNO-J-JIRAM-3-RDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.jno-j-jiram-3-rdr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'juno', u'io', u'jupiter'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/JUNO-JUPITER-JIRAM-REDUCED-DATA-RECORD-V1-0/5ke3-dzpf', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 620,data.nasa.gov,5syy-7e7w,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,13,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/5syy-7e7w', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:01:52.000Z', u'id': u'5syy-7e7w', u'createdAt': u'2018-09-05T23:01:51.000Z', u'description': u'This data set contains Raw data taken by the New Horizons Solar Wind Around Pluto instrument during the Jupiter encounter mission phase. This is VERSION 3.0 of this data set.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:01:52.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'NEW HORIZONS \n SWAP JUPITER ENCOUNTER \n RAW V3.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 13, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.8073549220576037, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:01:51.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-j-swap-2-jupiter-v3.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-J-SWAP-2-JUPITER-V3.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-j-swap-2-jupiter-v3.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'new horizons'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-SWAP-JUPITER-ENCOUNTER-RAW-V3-0/5syy-7e7w', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 621,data.nasa.gov,56n7-3ekg,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/56n7-3ekg', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:35:26.000Z', u'id': u'56n7-3ekg', u'createdAt': u'2018-06-26T06:14:25.000Z', u'description': u'This data set contains the reflectance spectra and associated data of the Eight Color Asteroid Survey (ECAS), including results for 589 asteroids.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:35:26.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'EIGHT COLOR ASTEROID SURVEY V4.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:14:25.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-2cp-3-rdr-ecas-v4.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-2CP-3-RDR-ECAS-V4.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-2cp-3-rdr-ecas-v4.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'calibration', u'asteroid', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/EIGHT-COLOR-ASTEROID-SURVEY-V4-0/56n7-3ekg', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 622,data.nasa.gov,5785-8nba,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/5785-8nba', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:23:49.000Z', u'id': u'5785-8nba', u'createdAt': u'2018-06-26T06:24:02.000Z', u'description': u'The Cassini Radio and Plasma Wave Science (RPWS) Langmuir Probe Sweep data set includes all thermal plasma information derived from Langmuir Probe voltage sweeps acquired in the inner magnetosphere and during Titan, Enceladus, and other icy satellite encounters for the entire Cassini mission. The submitted data set includes electron density, electron temperature, and spacecraft potential, and is intended to become the most comprehensive and complete data set of thermal plasma parameters derived from the Langmuir Probe voltage sweeps in these regions included in the Cassini RPWS archive. Data are presented in tables with fixed-length records for ease in data handling. A browse data set of PNG images is included, providing a graphical summary of the data for each inner magnetosphere pass or moon encounter.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:23:49.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CASSINI SS/S RPWS DERIVED LANGMUIR PROBE SWEEP V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:24:02.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-ss-s-rpws-5-lpsweep-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-SS%2FS-RPWS-5-LPSWEEP-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-ss-s-rpws-5-lpsweep-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'saturn', u'titan', u'hyperion', u'tethys', u'phoebe', u'cassini-huygens', u'enceladus', u'solar system', u'dione', u'rhea', u'iapetus', u'mimas'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-SS-S-RPWS-DERIVED-LANGMUIR-PROBE-SWEEP-V1-/5785-8nba', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 623,data.nasa.gov,5tys-iey2,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/5tys-iey2', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:05:06.000Z', u'id': u'5tys-iey2', u'createdAt': u'2018-06-26T07:07:13.000Z', u'description': u'Collected shape and gravity models and related data for the NEAR targets 433 Eros and 253 Mathilde.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:05:06.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'NEAR COLLECTED TARGET MODELS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:07:13.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-5-collected-models-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NEAR-A-5-COLLECTED-MODELS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-5-collected-models-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'eros', u'near earth asteroid rendezvous', u'mathilde'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEAR-COLLECTED-TARGET-MODELS-V1-0/5tys-iey2', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 624,data.nasa.gov,5uby-dvha,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/5uby-dvha', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:16:20.000Z', u'id': u'5uby-dvha', u'createdAt': u'2018-06-26T06:49:41.000Z', u'description': u'This file comprises notes from the primary archiving individuals giving relevant information about the contents, organization, instrumentation, and other information compiled during the archive process of IRTF data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:16:20.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'IRTF NSFCAM IMAGE DATA FROM THE SL9 IMPACT WITH JUPITER V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:49:41.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.irtf-j-c-nsfcam-3-rdr-sl9-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=IRTF-J%2FC-NSFCAM-3-RDR-SL9-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.irtf-j-c-nsfcam-3-rdr-sl9-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'comet sl9/jupiter collision', u'sl9', u'jupiter'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/IRTF-NSFCAM-IMAGE-DATA-FROM-THE-SL9-IMPACT-WITH-JU/5uby-dvha', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 625,data.nasa.gov,673w-isim,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/673w-isim', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:27:18.000Z', u'id': u'673w-isim', u'createdAt': u'2018-06-26T06:21:55.000Z', u'description': u'This dataset contains EDITED RAW DATA of the MARS Flyby (MSB). Included are the data of the very Flyby from February 23 until February 27,2007 and the data of the Passive Checkouts PC3 ( August 29, 2006), PC4 (November 23 - December 21,2006) and PC5 (May 22, 2007)', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:27:18.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ROSETTA-ORBITER MARS RPCMAG 2 MARS RAW V3.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:21:55.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-m-rpcmag-2-mars-raw-v3.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-M-RPCMAG-2-MARS-RAW-V3.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-m-rpcmag-2-mars-raw-v3.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'international rosetta mission', u'mars', u'unknown'], u'categories': [u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-MARS-RPCMAG-2-MARS-RAW-V3-0/673w-isim', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 626,data.nasa.gov,5ui6-56iy,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,15,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/5ui6-56iy', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T07:17:36.000Z', u'id': u'5ui6-56iy', u'createdAt': u'2018-06-25T21:03:36.000Z', u'description': u'RSS', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T07:17:36.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'PDS Odyssey Radio Science Data (59)', u'columns_field_name': [], u'page_views': {u'page_views_total': 15, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.0, u'page_views_total_log': 4.0, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:03:36.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-743', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-743', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'pds', u'rss'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Odyssey-Radio-Science-Data-59-/5ui6-56iy', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 627,data.nasa.gov,65as-ce76,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/65as-ce76', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:05:55.000Z', u'id': u'65as-ce76', u'createdAt': u'2018-06-26T07:07:32.000Z', u'description': u""For the TV SYSTEM, 39 images were sent as a 7-d FITS file with little information in the FITS headers. In addition, to the size of the image (NAXIS1 and NAXIS2), the values for NAXIS3 and NAXIS4 were labeled 'TIME' time in seconds. The following procedure was used to convert NAXIS3 information:"", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:05:55.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'VEGA2 TV SYSTEM IMAGES V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:07:32.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vega2-c-tvs-2-rdr-halley-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VEGA2-C-TVS-2-RDR-HALLEY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vega2-c-tvs-2-rdr-halley-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'vega 2', u'halley'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VEGA2-TV-SYSTEM-IMAGES-V1-0/65as-ce76', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 628,data.nasa.gov,6fuw-fhm9,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/6fuw-fhm9', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:00:44.000Z', u'id': u'6fuw-fhm9', u'createdAt': u'2018-06-26T06:45:15.000Z', u'description': u'Chronololgical listing of objects making close approaches to Earth between 1994 and 2005.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:00:44.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'EARTH APPROACHING OBJECTS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:45:15.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-earthapp-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-5-DDR-EARTHAPP-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-earthapp-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'asteroid', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/EARTH-APPROACHING-OBJECTS-V1-0/6fuw-fhm9', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 629,data.nasa.gov,6583-bpi9,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/6583-bpi9', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:02:53.000Z', u'id': u'6583-bpi9', u'createdAt': u'2018-06-26T07:07:12.000Z', u'description': u'The High Rate Detector (HRD) from the University of Chicago is an independent part of the CDA instrument on the Cassini Orbiter that measures the dust flux and particle mass distribution of dust particles hitting the HRD detectors. This data set includes all data from the HRD through December 31, 2014. Please refer to Srama et al. (2004) for a detailed HRD description.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:02:53.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CASSINI HIGH RATE DETECTOR V15.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:07:12.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-d-hrd-3-cohrd-v15.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-D-HRD-3-COHRD-V15.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-d-hrd-3-cohrd-v15.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'dust', u'cassini-huygens'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-HIGH-RATE-DETECTOR-V15-0/6583-bpi9', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 630,data.nasa.gov,692m-6xyi,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,23,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/692m-6xyi', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:21:50.000Z', u'id': u'692m-6xyi', u'createdAt': u'2018-06-26T06:22:15.000Z', u'description': u'This data set contains gridded data products from the Lunar Orbiter Laser Altimeter instrument [SMITHETAL2009].', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:21:50.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'LRO MOON LASER ALTIMETER 4 GDR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 23, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 4.584962500721157, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:22:15.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lro-l-lola-4-gdr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=LRO-L-LOLA-4-GDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lro-l-lola-4-gdr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'moon', u'lunar reconnaissance orbiter'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/LRO-MOON-LASER-ALTIMETER-4-GDR-V1-0/692m-6xyi', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 631,data.nasa.gov,6b3m-ua65,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/6b3m-ua65', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:48:36.000Z', u'id': u'6b3m-ua65', u'createdAt': u'2018-06-26T06:33:30.000Z', u'description': u'Unknown', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:48:36.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'HUYGENS TRAJECTORY', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:33:30.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.hp-ssa-dtwg-6-trajectory-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=HP-SSA-DTWG-6-TRAJECTORY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.hp-ssa-dtwg-6-trajectory-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'titan', u'cassini-huygens'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/HUYGENS-TRAJECTORY/6b3m-ua65', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 632,data.nasa.gov,6bpa-d7f8,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/6bpa-d7f8', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:46:54.000Z', u'id': u'6bpa-d7f8', u'createdAt': u'2018-06-26T06:15:03.000Z', u'description': u'Galileo Orbiter Magnetometer (MAG) calibrated high-resolution data from the Earth-2 flyby in spacecraft, GSE, and GSM coordinates. These data cover the interval 1992-11-03 to 1992-12-19.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:46:54.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'GALILEO ORBITER EARTH MAG RDR EARTH2 HIGHRES V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 2.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 3}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:15:03.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-e-mag-3-rdr-earth2-highres-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GO-E-MAG-3-RDR-EARTH2-HIGHRES-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-e-mag-3-rdr-earth2-highres-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'earth', u'galileo'], u'categories': [u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GALILEO-ORBITER-EARTH-MAG-RDR-EARTH2-HIGHRES-V1-0/6bpa-d7f8', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 633,data.nasa.gov,6htg-4gsa,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,35,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/6htg-4gsa', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:50:05.000Z', u'id': u'6htg-4gsa', u'createdAt': u'2018-06-26T06:44:10.000Z', u'description': u'Data taken by the sensors of the Rover Environmental Monitoring Station (REMS) aboard the Mars Science Laboratory, in electrical and thermal units.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:50:05.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MSL MARS ROVER ENV MONITORING STATION 3 TELRDR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 35, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 5.169925001442312, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:44:10.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.msl-m-rems-3-telrdr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MSL-M-REMS-3-TELRDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.msl-m-rems-3-telrdr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars science laboratory', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MSL-MARS-ROVER-ENV-MONITORING-STATION-3-TELRDR-V1-/6htg-4gsa', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 634,data.nasa.gov,6kar-gru4,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,44,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/6kar-gru4', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:03:23.000Z', u'id': u'6kar-gru4', u'createdAt': u'2018-09-05T23:03:23.000Z', u'description': u'Female C57BL/6 mice were flown onboard STS-135 for 13 days and returned to Earth for analysis. Livers were collected within 3-4 hours of landing and snap frozen in liquid nitrogen. Purified RNA samples that were used for microarray analysis for GLDS-25 were provided to GeneLab. GeneLab added ERCC control spike-in to the samples and performed RNA-Seq analysis.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:03:23.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'STS-135: Mouse Liver Transcriptomics using RNA-Seq', u'columns_field_name': [], u'page_views': {u'page_views_total': 44, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 5.491853096329675, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:03:23.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-173', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-173', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'spike-in control', u'nucleic acid sequencing', u'library construction', u'nucleic acid extraction', u'sample collection', u'space flight', u'absorbed radiation dose', u'radiation dosimetry'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/STS-135-Mouse-Liver-Transcriptomics-using-RNA-Seq/6kar-gru4', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 635,data.nasa.gov,6pqa-f8iz,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/6pqa-f8iz', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T06:55:12.000Z', u'id': u'6pqa-f8iz', u'createdAt': u'2018-06-25T21:02:29.000Z', u'description': u'GRS, THEMIS, SPICE', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T06:55:12.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Odyssey Data Release 26', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:02:29.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-673', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-673', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'pds', u'themis', u'grs', u'spice'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Odyssey-Data-Release-26/6pqa-f8iz', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 636,data.nasa.gov,6rii-b62b,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/6rii-b62b', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T05:48:03.000Z', u'id': u'6rii-b62b', u'createdAt': u'2018-06-25T20:57:19.000Z', u'description': u'CAPS, CDA, CIRS, HRD, INMS, ISS, MIMI, RADAR, RPWS, RSS, SPICE, UVIS, VIMS', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T05:48:03.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Cassini Data Release 25', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:57:19.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-542', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-542', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'radar', u'vims', u'inms', u'hrd', u'spice', u'cda', u'mimi', u'uvis', u'iss', u'rss', u'pds', u'rpws', u'caps', u'cirs'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Cassini-Data-Release-25/6rii-b62b', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 637,data.nasa.gov,6uya-jfhx,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/6uya-jfhx', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:20:51.000Z', u'id': u'6uya-jfhx', u'createdAt': u'2018-06-26T06:57:00.000Z', u'description': u'ESO MultiMode Instrument has various spectroscopic options with large-field capabilities (up to 10 x 10 arcmin with a 2048**2 CCD).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:20:51.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ESO NTT EMMI IMAGE DATA FROM SL9 IMPACTS WITH JUPITER V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:57:00.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.eso-c-emmi-3-rdr-sl9-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=ESO-C-EMMI-3-RDR-SL9-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.eso-c-emmi-3-rdr-sl9-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'jupiter', u'comet sl9/jupiter collision', u'ground based atmospheric observations', u'sl9'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ESO-NTT-EMMI-IMAGE-DATA-FROM-SL9-IMPACTS-WITH-JUPI/6uya-jfhx', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 638,data.nasa.gov,6vhc-jkj4,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/6vhc-jkj4', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:30:41.000Z', u'id': u'6vhc-jkj4', u'createdAt': u'2018-06-26T06:24:07.000Z', u'description': u'The CTX Experiment Data Record (EDR) Archive, a collection of image data from the Context Camera on the Mars Reconnaissance Orbiter spacecraft.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:30:41.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MRO CONTEXT CAMERA EXPERIMENT DATA RECORD LEVEL 0 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:24:07.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mro-m-ctx-2-edr-l0-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MRO-M-CTX-2-EDR-L0-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mro-m-ctx-2-edr-l0-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'mars reconnaissance orbiter'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MRO-CONTEXT-CAMERA-EXPERIMENT-DATA-RECORD-LEVEL-0-/6vhc-jkj4', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 639,data.nasa.gov,6xnt-6idw,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/6xnt-6idw', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:32:48.000Z', u'id': u'6xnt-6idw', u'createdAt': u'2018-06-26T06:57:42.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:32:48.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'PVO V SUPP EXPERIMENTER DATA RECORD SC ORBIT/ATTITUDE V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:57:42.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.pvo-v-pos-6-sedr-orbitattitude--v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=PVO-V-POS-6-SEDR-ORBITATTITUDE--V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.pvo-v-pos-6-sedr-orbitattitude--v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'pioneer venus', u'venus'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PVO-V-SUPP-EXPERIMENTER-DATA-RECORD-SC-ORBIT-ATTIT/6xnt-6idw', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 640,data.nasa.gov,6y5h-p7yt,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/6y5h-p7yt', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:46:39.000Z', u'id': u'6y5h-p7yt', u'createdAt': u'2018-06-26T07:05:41.000Z', u'description': u'The Microscopy, Electrochemistry, and Conductivity Analyzer (MECA) experiment on the Mars Phoenix Lander consists of four instrument components plus command electronics. This MECA Imaging EDR data set contains data from one of the four MECA components, the Optical Microscope (OM).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:46:39.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'PHOENIX MARS MECA OPTICAL MICROSCOPE 2 EDR VERSION 1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:05:41.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.phx-m-om-2-edr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=PHX-M-OM-2-EDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.phx-m-om-2-edr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'phoenix'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PHOENIX-MARS-MECA-OPTICAL-MICROSCOPE-2-EDR-VERSION/6y5h-p7yt', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 641,data.nasa.gov,6zbx-aat9,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,52,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/6zbx-aat9', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:09:24.000Z', u'id': u'6zbx-aat9', u'createdAt': u'2018-06-26T07:08:25.000Z', u'description': u'This data set comprises the raw binary data from from the LRO Cosmic Ray Telescope for the Effects of Radiation (CRaTER) instrument. The data consists of the unconverted primary science, secondary science, and housekeeping CCSDS- formatted data packets and data headers.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:09:24.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'LRO MOON CRATER EDR RAWDATA VERSION 1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 52, u'page_views_last_week_log': 2.0, u'page_views_last_week': 3, u'page_views_last_month_log': 2.0, u'page_views_total_log': 5.7279204545632, u'page_views_last_month': 3}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:08:25.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lro-l-crat-2-edr-rawdata-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=LRO-L-CRAT-2-EDR-RAWDATA-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lro-l-crat-2-edr-rawdata-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'lunar reconnaissance orbiter', u'moon'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/LRO-MOON-CRATER-EDR-RAWDATA-VERSION-1-0/6zbx-aat9', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 642,data.nasa.gov,73ef-enj3,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/73ef-enj3', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:23:23.000Z', u'id': u'73ef-enj3', u'createdAt': u'2018-06-26T06:19:54.000Z', u'description': u'The Mars Global Surveyor spacecraft included a laser altimeter instrument. The primary objective of the Mars Orbiter Laser Altimeter (MOLA) is to determine globally the topography of Mars at a level suitable for addressing problems in geology and geophysics.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:23:23.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MOLA SPHERICAL HARMONICS TOPOGRAPHY MODEL', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:19:54.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgs-m-mola-5-shadr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MGS-M-MOLA-5-SHADR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgs-m-mola-5-shadr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'mars global surveyor'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MOLA-SPHERICAL-HARMONICS-TOPOGRAPHY-MODEL/73ef-enj3', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 643,data.nasa.gov,75bx-cq8p,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/75bx-cq8p', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-08-02T15:37:22.000Z', u'id': u'75bx-cq8p', u'createdAt': u'2018-06-26T06:32:56.000Z', u'description': u'3-micron spectrophotometric data on asteroids collected from several papers by Lebofsky, Jones, and Feierberg and their collaborators.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-08-02T15:37:22.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'homas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'LEBOFSKY ET AL. 3-MICRON ASTEROID DATA', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:32:56.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-3-rdr-threemicron-v1.1', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-3-RDR-THREEMICRON-V1.1', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-3-rdr-threemicron-v1.1', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'asteroid', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/LEBOFSKY-ET-AL-3-MICRON-ASTEROID-DATA/75bx-cq8p', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 644,data.nasa.gov,75x4-3q3z,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/75x4-3q3z', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:12:41.000Z', u'id': u'75x4-3q3z', u'createdAt': u'2018-06-26T06:46:58.000Z', u'description': u'This data set contains Calibrated data taken by the New Horizons Long Range Reconnaissance Imager instrument during the Jupiter encounter mission phase.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:12:41.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'NEW HORIZONS LORRI JUPITER ENCOUNTER V1.1', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:46:58.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-j-lorri-3-jupiter-v1.1', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-J-LORRI-3-JUPITER-V1.1', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-j-lorri-3-jupiter-v1.1', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'calibration', u'j1 io', u'callisto', u'new horizons', u'ganymede', u'j rings', u'j6 himalia', u'j2 europa', u'j7 elara', u'jupiter', u'earth'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-LORRI-JUPITER-ENCOUNTER-V1-1/75x4-3q3z', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 645,data.nasa.gov,76fk-hbbe,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/76fk-hbbe', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:35:01.000Z', u'id': u'76fk-hbbe', u'createdAt': u'2018-06-26T06:12:12.000Z', u'description': u'The Cassini Radio Science Saturn Ring and Atmospheric Occultation experiments (SROC13) Raw Data Archive is a time-ordered collection of radio science raw data acquired on July 24 and September 2, 2010, during the Cassini Extended Mission.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:35:01.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CASSINI RSS RAW DATA SET - SROC13 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:12:12.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-rss-1-sroc13-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-S-RSS-1-SROC13-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-rss-1-sroc13-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'cassini-huygens', u'saturn'], u'categories': [u'social services'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-RSS-RAW-DATA-SET-SROC13-V1-0/76fk-hbbe', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 646,data.nasa.gov,79cp-89ac,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,16,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/79cp-89ac', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:20:04.000Z', u'id': u'79cp-89ac', u'createdAt': u'2018-06-26T07:10:52.000Z', u'description': u'We used microarrays to investigate the effects of microgravity and space radiation on the genome-wide expression of the C. elegans. Three technical replicates of wild type C. elegans (CC1 strain) which exposed to space radiation are analyzed along with ground control.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:20:04.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Expression data from C. elegans', u'columns_field_name': [], u'page_views': {u'page_views_total': 16, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.08746284125034, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:10:52.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-42', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-42', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'p-gse32949-5', u'hybridization', u'p-gse32949-3', u'p-gse32949-6', u'p-gse32949-7', u'bioassay_data_transformation', u'p-gse32949-2', u'image_aquisition', u'p-gse32949-8', u'p-gse32949-1', u'nucleic_acid_extraction', u'feature_extraction', u'specified_biomaterial_action', u'grow', u'microgravity', u'p-gse32949-4', u'labeling'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Expression-data-from-C-elegans/79cp-89ac', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 647,data.nasa.gov,6smi-ahcs,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,29,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/6smi-ahcs', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:42:34.000Z', u'id': u'6smi-ahcs', u'createdAt': u'2018-06-26T06:59:31.000Z', u'description': u'The Ames Mars General Circulation Model is a three dimensional model based on the primitive equations of meteorology. It includes the radiative effects of dust and carbon dioxide as well as other features such as large-scale topography (see [POLLACKETAL1990]', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:42:34.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'AMES MARS GENERAL CIRCULATION MODEL 5 LAT LON VARIABLES V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 29, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.906890595608519, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:59:31.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.model-m-ames-gcm-5-lat-lon-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MODEL-M-AMES-GCM-5-LAT-LON-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.model-m-ames-gcm-5-lat-lon-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/AMES-MARS-GENERAL-CIRCULATION-MODEL-5-LAT-LON-VARI/6smi-ahcs', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 648,data.nasa.gov,7azu-brhp,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/7azu-brhp', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:07:28.000Z', u'id': u'7azu-brhp', u'createdAt': u'2018-06-26T07:08:10.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:07:28.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MER 1 MARS NAVIGATION CAMERA TERRAIN MESH RDR OPS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:08:10.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer1-m-navcam-5-mesh-ops-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MER1-M-NAVCAM-5-MESH-OPS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer1-m-navcam-5-mesh-ops-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'mars exploration rover'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MER-1-MARS-NAVIGATION-CAMERA-TERRAIN-MESH-RDR-OPS-/7azu-brhp', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 649,data.nasa.gov,s2yc-kgq9,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/s2yc-kgq9', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:48:59.000Z', u'id': u's2yc-kgq9', u'createdAt': u'2018-06-26T07:10:46.000Z', u'description': u'Densely ionizing radiation is a major component of the space radiation environment and has potentially greater carcinogenic effect compared to sparsely ionizing radiation that is prevalent in the terrestrial environment. It is unknown to what extent the irradiated microenvironment contributes to the differential carcinogenic potential of densely ionizing radiation. To address this gap 10-week old BALB/c mice were irradiated with 100 cGy sparsely ionizing g-radiation or 10 30 or 80 cGy of densely ionizing 350 MeV/amu Si particles and transplanted 3 days later with syngeneic Trp53 null mammary fragments. Tumor appearance was monitored for 600 days. Tumors arising in Si-particle irradiated mice had a shorter median time to appearance grew faster and were more likely to metastasize. Most tumors arising in sham-irradiated mice were ER-positive pseudo-glandular and contained both basal keratin 14 and luminal keratin 8/18 cells (designated K14/18) while most tumors arising in irradiated hosts were K8/18 positive (designated K18) and ER negative. Comparison of K18 vs K14/18 tumor expression profiles showed that genes increased in K18 tumors were associated with ERBB2 and KRAS while decreased genes overlapped with those down regulated in metastasis and by loss of E-cadherin. Consistent with this K18 tumors grew faster than K14/18 tumors and more mice with K18 tumors developed lung metastases compared to mice with K14/18 tumors. However K18 tumors arising in Si-particle irradiated mice grew even faster and were more metastatic compared to control mice. A K18 Si-irradiated host profile was enriched in genes involved in mammary stem cells stroma and Notch signaling. Thus systemic responses to densely ionizing radiation enriches for a ER-negative K18-positive tumor whose biology is more aggressive compared to similar tumors arising in non-irradiated hosts. Key Words: ionizing radiation; breast cancer; heavy ion radiation;initiation; promotion 3 different dose of Si were used. Total RNA was extracted from mammary tumors derived from transplantations of non-irradiated p53null mammary fragments into irradiated hosts. We analyzed a total of 45 Trp53-null tumors: 18 from sham-irradiated hosts 9 from 10 cGy Si-irradiated hosts 10 from 30 cGy Si-irradiated hosts and 8 from irradiated hosts.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:48:59.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Densely Ionizing Radiation Effects on the Microenvironment Promote Aggressive Trp53 Null Mammary Carcinomas', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:10:46.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-74', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-74', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'nucleic acid extraction protocol', u'hybridization protocol', u'labelling protocol', u'normalization data transformation protocol', u'p-gse56704-3', u'p-gse56704-2', u'p-gse56704-6', u'sample treatment protocol', u'growth protocol', u'array scanning protocol', u'p-gse56704-1', u'p-gse56704-4', u'protocol host', u'p-gse56704-5', u'p-gse56704-7'], u'categories': [u'demographics', u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Densely-Ionizing-Radiation-Effects-on-the-Microenv/s2yc-kgq9', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 650,data.nasa.gov,7bn3-ncgq,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/7bn3-ncgq', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:03:39.000Z', u'id': u'7bn3-ncgq', u'createdAt': u'2018-06-26T07:06:58.000Z', u'description': u'This data set contains Mars Express ASPERA-3 Ion Mass Analyzer (IMA) data from launch (June 2, 2003) to the end of nominal mission (through December 2005). These data are provided in raw units of counts/accumulation.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:03:39.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MARS EXPRESS ASPERA-3 RAW EDR ION MASS ANALYZER V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:06:58.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mex-m-aspera3-2-edr-ima-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MEX-M-ASPERA3-2-EDR-IMA-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mex-m-aspera3-2-edr-ima-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'solar wind', u'mars express'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MARS-EXPRESS-ASPERA-3-RAW-EDR-ION-MASS-ANALYZER-V1/7bn3-ncgq', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 651,data.nasa.gov,7c35-hd8q,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,47,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/7c35-hd8q', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T05:45:16.000Z', u'id': u'7c35-hd8q', u'createdAt': u'2018-06-25T20:54:33.000Z', u'description': u'The KML documentation standard provides a solution for imagery integration into mapping tools that utilize support the KML standard, specifically Google Earth. Using the constructs of the KML standard, GIBS infuses links to the TWMS web service endpoints to faclitate imagery viewing within supporting tools. A custom KML generation endpoint is provided by GIBS to dynamically generate KML documents.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T05:45:16.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'ryan.a.boller@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'GIBS Keyhole Markup Language (KML)', u'columns_field_name': [], u'page_views': {u'page_views_total': 47, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 5.584962500721157, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:54:33.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:ryan.a.boller@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'NASA-425', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'http://www.opengeospatial.org/standards/kml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Ryan Boller', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-425', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'geography', u'kml', u'tiles', u'imagery', u'maps', u'digital'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GIBS-Keyhole-Markup-Language-KML-/7c35-hd8q', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 652,data.nasa.gov,7chu-2669,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/7chu-2669', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:00:50.000Z', u'id': u'7chu-2669', u'createdAt': u'2018-06-26T07:05:21.000Z', u'description': u'The SWOOPS (Solar Wind Observations Over the Poles of the Sun) experiment has two electrostatic analyzers, one for positive ions and one for electrons. The instrument is fully described in: [BAMEETAL1992A]. The electron and ion analyzers are separate instruments that operate asynchronously.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:00:50.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ULY JUP ENCOUNTER SWOOPS PLASMA HIRES DATA', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.0, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:05:21.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.uly-j-swoops-5-rdr-plasma-hires-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=ULY-J-SWOOPS-5-RDR-PLASMA-HIRES-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.uly-j-swoops-5-rdr-plasma-hires-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'jupiter', u'ulysses'], u'categories': [u'economy'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ULY-JUP-ENCOUNTER-SWOOPS-PLASMA-HIRES-DATA/7chu-2669', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 653,data.nasa.gov,79n9-ndg3,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/79n9-ndg3', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:48:51.000Z', u'id': u'79n9-ndg3', u'createdAt': u'2018-06-26T07:00:25.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:48:51.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VG1 SAT PRA CALIBRATED HI-RES LOW FREQ. REC. BAND DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:00:25.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-s-pra-3-rdr-lowband-6sec-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG1-S-PRA-3-RDR-LOWBAND-6SEC-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-s-pra-3-rdr-lowband-6sec-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'voyager', u'saturn'], u'categories': [u'economy'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG1-SAT-PRA-CALIBRATED-HI-RES-LOW-FREQ-REC-BAND-DA/79n9-ndg3', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 654,data.nasa.gov,79sa-im7f,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/79sa-im7f', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:59:46.000Z', u'id': u'79sa-im7f', u'createdAt': u'2018-06-26T07:05:10.000Z', u'description': u'Absolute magnitudes and slopes, mostly IAU-adopted with exceptions noted, for all asteroids numbered as of the 2007 April 2 batch of Minor Planet Circulars.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:59:46.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ASTEROID ABSOLUTE MAGNITUDES V11.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:05:10.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-astermag-v11.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-5-DDR-ASTERMAG-V11.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-astermag-v11.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'asteroid', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ASTEROID-ABSOLUTE-MAGNITUDES-V11-0/79sa-im7f', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 655,data.nasa.gov,7fpa-gc9q,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/7fpa-gc9q', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:25:22.000Z', u'id': u'7fpa-gc9q', u'createdAt': u'2018-06-26T06:55:59.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:25:22.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MER 2 MARS NAVIGATION CAMERA TERRAIN WEDGE RDR OPS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:55:59.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer2-m-navcam-5-wedge-ops-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MER2-M-NAVCAM-5-WEDGE-OPS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer2-m-navcam-5-wedge-ops-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'mars exploration rover'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MER-2-MARS-NAVIGATION-CAMERA-TERRAIN-WEDGE-RDR-OPS/7fpa-gc9q', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 656,data.nasa.gov,7r3w-ygiv,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/7r3w-ygiv', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:51:38.000Z', u'id': u'7r3w-ygiv', u'createdAt': u'2018-06-26T06:34:06.000Z', u'description': u'This data set contains Mars Express ASPERA-3 Neutral Particle Imager (NPI) data for the first mission extension (January 1, 2006 - December 31, 2007). These data are provided in units of count rate (counts/second).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:51:38.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MARS EXPRESS ASPERA-3 RAW-CAL NTRL PARTICLE IMAGER EXT1 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:34:06.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mex-m-aspera3-2-3-edr-rdr-npi-ext1-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MEX-M-ASPERA3-2%2F3-EDR%2FRDR-NPI-EXT1-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mex-m-aspera3-2-3-edr-rdr-npi-ext1-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'solar wind', u'mars express'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MARS-EXPRESS-ASPERA-3-RAW-CAL-NTRL-PARTICLE-IMAGER/7r3w-ygiv', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 657,data.nasa.gov,7rmh-mvhq,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/7rmh-mvhq', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:53:40.000Z', u'id': u'7rmh-mvhq', u'createdAt': u'2018-06-26T06:35:06.000Z', u'description': u'This data set contains raw EDR images acquired by the OSIRIS Narrow Angle\nCamera during the prelanding phase of the Rosetta mission at the comet 67P,\ncovering the period from 2014-07-02 to 2014-08-01.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:53:40.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ROSETTA-ORBITER COMET PRELANDING OSINAC 2 EDR MTP 005 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:35:06.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-osinac-2-prl-67pchuryumov-m05-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-C-OSINAC-2-PRL-67PCHURYUMOV-M05-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-osinac-2-prl-67pchuryumov-m05-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'international rosetta mission', u'67p/churyumov-gerasimenko 1 (1969 r1)'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-COMET-PRELANDING-OSINAC-2-EDR-MTP-/7rmh-mvhq', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 658,data.nasa.gov,7ukz-qg42,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,18,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/7ukz-qg42', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:04:34.000Z', u'id': u'7ukz-qg42', u'createdAt': u'2018-06-26T06:38:50.000Z', u'description': u'This is a Solar Conjunction measurement covering the time 2006-03-24T00:30:38.500 to 2006-03-24T07:44:20.500.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:04:34.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ROSETTA-ORBITER SUN RSI 1/2/3 CRUISE 2 0020 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 18, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.247927513443585, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:38:50.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-x-rsi-1-2-3-cr2-0020-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-X-RSI-1%2F2%2F3-CR2-0020-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-x-rsi-1-2-3-cr2-0020-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'sun', u'international rosetta mission'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-SUN-RSI-1-2-3-CRUISE-2-0020-V1-0/7ukz-qg42', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 659,data.nasa.gov,8i9q-hzcj,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/8i9q-hzcj', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:01:37.000Z', u'id': u'8i9q-hzcj', u'createdAt': u'2018-06-26T07:06:49.000Z', u'description': u'NEAR EDR volume sets contain a single data set, from one instrument and one mission phase (defined in the phase table in /AAREADME.TXT).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:01:37.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'NEAR XGRS SPECTRA FOR CRUISE4', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:06:49.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-xgrs-2-edr-cruise4-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NEAR-A-XGRS-2-EDR-CRUISE4-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-xgrs-2-edr-cruise4-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'near earth asteroid rendezvous', u'solar system'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEAR-XGRS-SPECTRA-FOR-CRUISE4/8i9q-hzcj', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 660,data.nasa.gov,a9yp-e648,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/a9yp-e648', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:56:02.000Z', u'id': u'a9yp-e648', u'createdAt': u'2018-06-26T07:08:48.000Z', u'description': u'Microbes interact with humans in complex ways and understanding how they respond to the spaceflight environment is important to the success of future manned spaceflight missions. The BRIC-23 mission was designed to measure the response of Bacillus subtilis and Staphylococcus aureus to the spaceflight environment. This experiment aimed to produce high quality omics data from B. subtilis and S. aureus grown aboard the International Space Station (ISS) to allow comparison to matched ground controls. There were two primary objectives for this experiment: (1) Demonstrate all post-flight processes and operations required for successful completion of GeneLab Reference Missions conducted on ISS and (2) Generate high quality GeneLab Reference Mission omics data sets for two prokaryotic model organisms Bacillus subtilis and Staphylococcus aureus. Freezing Control Experiment: The BRIC hardware has significant thermal inertia thus the freezing rate of samples placed at -80 C is quite slow. This could affect RNA-sequencing proteomic and metabolic data sets. In an effort to understand how slow freezing could affect these data sets a control experiment was designed in which B. subtilis and S. aureus were grown in petri plates and either slow frozen to -80 C at a rate matching the BRIC-23 spaceflight samples or processed immediately to harvest RNA and protein.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:56:02.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'BRIC-23 GeneLab Process Verification Test: Staphylococcus aureus transcriptomic proteomic and metabolomic data', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:08:48.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-145', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-145', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'metabolomics mass spectrometry', u'metabolomics labeling', u'sample collection', u'nucleic acid extraction', u'library construction', u'nucleic acid sequencing', u'protein extraction', u'proteomics labeling', u'proteomics mass spectrometry', u'proteomics data transformation', u'sample processing', u'freezing', u'microgravity', u'extraction', u'data transformation', u'mass spectrometry', u'labeling', u'metabolomics data transformation', u'freezing control design and sample processing', u'metabolite extraction'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/BRIC-23-GeneLab-Process-Verification-Test-Staphylo/a9yp-e648', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 661,data.nasa.gov,8m6k-ugxt,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/8m6k-ugxt', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:07:31.000Z', u'id': u'8m6k-ugxt', u'createdAt': u'2018-06-26T07:08:21.000Z', u'description': u'This data set contains gridded data products from the MESSENGER mission [SOLOMONETAL2007].', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:07:31.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MESSENGER E/V/H MLA 4 GDR DATA V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.0, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:08:21.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mess-e-v-h-mla-4-gdr-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MESS-E%2FV%2FH-MLA-4-GDR-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mess-e-v-h-mla-4-gdr-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mercury', u'messenger'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MESSENGER-E-V-H-MLA-4-GDR-DATA-V2-0/8m6k-ugxt', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 662,data.nasa.gov,7f5d-acpt,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/7f5d-acpt', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:03:06.000Z', u'id': u'7f5d-acpt', u'createdAt': u'2018-06-26T07:05:57.000Z', u'description': u'This data set contains calibrated Mars Express ASPERA-3 Electron Spectrometer (ELS) data for the third mission extension (January 1, 2010 - Dec. 31, 2012). These data are provided in units of Differential Number Flux (DNF): cnts/(cm**2-sr-sec-eV)', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:03:06.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MARS EXPRESS ASPERA-3 CAL RDR ELECTRON SPECTROMTR EXT3 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 2.0, u'page_views_last_week': 3, u'page_views_last_month_log': 2.0, u'page_views_total_log': 3.0, u'page_views_last_month': 3}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:05:57.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mex-m-aspera3-3-rdr-els-ext3-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MEX-M-ASPERA3-3-RDR-ELS-EXT3-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mex-m-aspera3-3-rdr-els-ext3-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'solar wind', u'mars express'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MARS-EXPRESS-ASPERA-3-CAL-RDR-ELECTRON-SPECTROMTR-/7f5d-acpt', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 663,data.nasa.gov,82fb-xckz,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/82fb-xckz', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:24:41.000Z', u'id': u'82fb-xckz', u'createdAt': u'2018-06-26T06:33:38.000Z', u'description': u'This data set contains CODMAC level 2 data acquired by the Rosetta Orbiter ALICE UV Spectrometer during the third earth flyby mission phase, which took place between 2009-09-14 and 2009-12-13.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:24:41.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ROSETTA-ORBITER CAL/EARTH ALICE 2 EAR3 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:33:38.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-cal-e-alice-2-ear3-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-CAL%2FE-ALICE-2-EAR3-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-cal-e-alice-2-ear3-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'international rosetta mission', u'calibration', u'earth', u'moon'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-CAL-EARTH-ALICE-2-EAR3-V1-0/82fb-xckz', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 664,data.nasa.gov,83si-fsg6,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/83si-fsg6', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:44:23.000Z', u'id': u'83si-fsg6', u'createdAt': u'2018-06-26T06:59:51.000Z', u'description': u'This data set contains images acquired between 2014-05-07 and 2014-06-04 by\nthe OSIRIS Narrow Angle Camera during the prelanding phase of the Rosetta\nmission at the comet 67P', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:44:23.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ROSETTA-ORBITER COMET PRELANDING OSINAC 2 EDR data', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:59:51.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-osinac-2-prl-67pchuryumov-m03-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-C-OSINAC-2-PRL-67PCHURYUMOV-M03-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-osinac-2-prl-67pchuryumov-m03-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'international rosetta mission', u'67p/churyumov-gerasimenko 1 (1969 r1)'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-COMET-PRELANDING-OSINAC-2-EDR-data/83si-fsg6', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 665,data.nasa.gov,84a7-ue4s,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/84a7-ue4s', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T17:55:15.000Z', u'id': u'84a7-ue4s', u'createdAt': u'2018-06-26T03:30:27.000Z', u'description': u""The Earth Resources Observation and Science (EROS) Center manages the Earth as Art Three exhibit, which provides fresh and inspiring glimpses of different parts of our planet's complex surface."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T17:55:15.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'james.r.irons@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u""Earth Resources Observation and Science (EROS) Center's Earth as Art Image Gallery 3"", u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T03:30:27.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:james.r.irons@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'NASA-911', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'http://eros.usgs.gov/imagegallery/earth-art-3', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'2014-04-29T00:00:00.000Z', u'key': u'Common-Core_Issued'}, {u'value': u'Charles Ichoku', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-911', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'earth science', u'usgs', u'images', u'imagery', u'landsat', u'earth as art'], u'categories': [u'education', u'infrastructure'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Earth-Resources-Observation-and-Science-EROS-Cente/84a7-ue4s', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 666,data.nasa.gov,84rc-7htk,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,37,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/84rc-7htk', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:15:41.000Z', u'id': u'84rc-7htk', u'createdAt': u'2018-06-26T06:48:49.000Z', u'description': u'The MSL APXS RDR data set contains calibrated spectra and oxide weight percent data derived from observations of the APXS instrument aboard the Mars Science Laboratory rover. Two types of products are included: summed X-ray spectra in counts as a function of energy, and abundance data for a set of standard elements and oxides, derived from the summed spectra. Both product types are given as ASCII text files in comma-separated-value (CSV) format, suitable for reading with spreadsheet software.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:15:41.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MSL MARS ALPHA PARTICLE X-RAY SPECTROMETER 4/5 RDR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 37, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 5.247927513443585, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:48:49.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.msl-m-apxs-4-5-rdr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MSL-M-APXS-4%2F5-RDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.msl-m-apxs-4-5-rdr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'mars science laboratory'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MSL-MARS-ALPHA-PARTICLE-X-RAY-SPECTROMETER-4-5-RDR/84rc-7htk', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 667,data.nasa.gov,8a2m-h5wk,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/8a2m-h5wk', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:23:15.000Z', u'id': u'8a2m-h5wk', u'createdAt': u'2018-06-26T06:57:25.000Z', u'description': u'Raw, uncalibrated image data from the Mid Infrared Camera 1 (MIR1) aboard the Lunar Crater Observation and Sensing Satellite (LCROSS).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:23:15.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'LCROSS EARTH/MOON 1ST MID IR CAMERA 2 RAW V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:57:25.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lcross-e-l-mir1-2-raw-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=LCROSS-E%2FL-MIR1-2-RAW-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lcross-e-l-mir1-2-raw-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'lunar crater observation and sensing satellite', u'test image', u'moon', u'earth', u'calibration'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/LCROSS-EARTH-MOON-1ST-MID-IR-CAMERA-2-RAW-V1-0/8a2m-h5wk', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 668,data.nasa.gov,8f4p-fgnj,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,13,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/8f4p-fgnj', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:26:12.000Z', u'id': u'8f4p-fgnj', u'createdAt': u'2018-06-26T06:23:15.000Z', u'description': u'Photometric observations of stellar occultations by Saturnian rings, satellites, atmospheres, and Jovian atmosphere.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:26:12.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CASSINI SATURN UVIS SOLAR STELLAR BRIGHTNESS TIME SERIES 1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 13, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.8073549220576037, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:23:15.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-uvis-2-ssb-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-S-UVIS-2-SSB-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-uvis-2-ssb-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'cassini-huygens', u'saturn'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-SATURN-UVIS-SOLAR-STELLAR-BRIGHTNESS-TIME-/8f4p-fgnj', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 669,data.nasa.gov,7u3k-p88a,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/7u3k-p88a', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:28:38.000Z', u'id': u'7u3k-p88a', u'createdAt': u'2018-06-26T06:23:10.000Z', u'description': u'This data set contains the primary data that is useful for investigating the mechanical properties of the varied rock types that the rover encountered. During all phases of RAT operations (i.e., calibration, seek-scan, grinding, diagnostic or brush station), the RAT application software stores sensor values and information about the RAT machine state. RAT data products will be comprised of time-ordered data records that include motor positions, motor currents, contact switch states, temperature sensor values, bus voltage, software/algorithm states, error bit fields, etc. Data records will be written to the detailed data product at a nominal rate of 2-Hz.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:28:38.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MER 2 MARS ROCK ABRASION TOOL EDR OPS VERSION 1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:23:10.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer2-m-rat-2-edr-ops-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MER2-M-RAT-2-EDR-OPS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer2-m-rat-2-edr-ops-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'mars exploration rover'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MER-2-MARS-ROCK-ABRASION-TOOL-EDR-OPS-VERSION-1-0/7u3k-p88a', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 670,data.nasa.gov,8jam-432k,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,13,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/8jam-432k', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:29:40.000Z', u'id': u'8jam-432k', u'createdAt': u'2018-06-25T20:49:11.000Z', u'description': u'Cloud-Aerosol Lidar and Infrared Pathfinder Satellite Observations (CALIPSO) was launched on April 28, 2006 to study the impact of clouds and aerosols on the Earth\u2019s radiation budget and climate. It flies in formation with five other satellites in the international \u201cA-Train\u201d (PDF) constellation for coincident Earth observations. The CALIPSO satellite comprises three instruments, the Cloud-Aerosol LIdar with Orthogonal Polarization (CALIOP), the Imaging Infrared Radiometer (IIR), and the Wide Field Camera (WFC). CALIPSO is a joint satellite mission between NASA and the French Agency, CNES. These data consist 5 km aerosol layer data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:29:40.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'john.m.kusterer@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CALIPSO Wide Field Camera (WFC) L1B Science 1 km Registered Science Data V3-01', u'columns_field_name': [], u'page_views': {u'page_views_total': 13, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.8073549220576037, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:49:11.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:john.m.kusterer@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:004'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2006-06-13/2011-10-31', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'NASA-0000206', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'John M. Kusterer', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000206', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'radiation', u'climate', u'aerosol', u'satellite', u'cloud', u'atmospheric science', u'eos'], u'categories': [u'public safety'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CALIPSO-Wide-Field-Camera-WFC-L1B-Science-1-km-Reg/8jam-432k', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 671,data.nasa.gov,8rux-qk5e,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/8rux-qk5e', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:49:15.000Z', u'id': u'8rux-qk5e', u'createdAt': u'2018-06-26T07:00:59.000Z', u'description': u'This dataset contains raw counts from the the spectrograph of the CONTOUR Remote Imaging Spectrograph (CRISP) instrument during ground calibration in the Optical Calibration Facility (OCF) at JHU/APL in 2002.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:49:15.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CONTOUR REMOTE IMAGING SPEC. GROUND OCF SPECTRAL DATA', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:00:59.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.con-cal-crispspec-1-edr-ground-ocf-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CON-CAL-CRISPSPEC-1-EDR-GROUND-OCF-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.con-cal-crispspec-1-edr-ground-ocf-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'contour mission', u'unknown'], u'categories': [u'environment'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CONTOUR-REMOTE-IMAGING-SPEC-GROUND-OCF-SPECTRAL-DA/8rux-qk5e', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 672,data.nasa.gov,8zb8-f635,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,17,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/8zb8-f635', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T17:55:36.000Z', u'id': u'8zb8-f635', u'createdAt': u'2018-06-26T03:30:30.000Z', u'description': u'The Earth Resources Observation and Science (EROS) Center manages the this gallery of images of the 50 U.S. states as derived by Landsat data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T17:55:36.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'james.r.irons@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u""Earth Resources Observation and Science (EROS) Center's NED Shaded Relief Gallery"", u'columns_field_name': [], u'page_views': {u'page_views_total': 17, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.0, u'page_views_total_log': 4.169925001442312, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T03:30:30.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:james.r.irons@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'NASA-914', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'http://eros.usgs.gov/imagegallery/states-ned-shaded-relief', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'2014-04-29T00:00:00.000Z', u'key': u'Common-Core_Issued'}, {u'value': u'Charles Ichoku', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-914', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'landsat', u'ned', u'images', u'imagery', u'earth science', u'usgs'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Earth-Resources-Observation-and-Science-EROS-Cente/8zb8-f635', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 673,data.nasa.gov,94cr-x7aa,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,14,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/94cr-x7aa', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:55:42.000Z', u'id': u'94cr-x7aa', u'createdAt': u'2018-06-26T07:03:18.000Z', u'description': u'The Juno MWR RDR data sets will ultimately include all calibrated MWR science data records for the entire Juno mission. The set in this volume will contain only those data obtained during the orbital phase of the Juno mission, when this phase of the mission is completed. The RDR science records have a one-to-one correspondence with the EDR records.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:55:42.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'JUNO JUPITER MWR REDUCED DATA RECORDS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 14, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.9068905956085187, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:03:18.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.jno-j-mwr-3-rdr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=JNO-J-MWR-3-RDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.jno-j-mwr-3-rdr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'juno', u'jupiter', u'sky'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/JUNO-JUPITER-MWR-REDUCED-DATA-RECORDS-V1-0/94cr-x7aa', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 674,data.nasa.gov,9hei-dfn9,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/9hei-dfn9', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:29:37.000Z', u'id': u'9hei-dfn9', u'createdAt': u'2018-06-26T06:23:46.000Z', u'description': u'Shape model of comet 103P/Hartley 2, as derived from the Deep Impact spacecraft images obtained around the time of closest approach to the comet during the EPOXI mission. Includes maps of the surface features on the nucleus.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:29:37.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PLATE SHAPE MODEL OF COMET 103P/HARTLEY 2 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:23:46.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dif-c-hriv-mri-5-hartley2-shape-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DIF-C-HRIV%2FMRI-5-HARTLEY2-SHAPE-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dif-c-hriv-mri-5-hartley2-shape-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'epoxi', u'103p/hartley 2 (1986 e2)'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PLATE-SHAPE-MODEL-OF-COMET-103P-HARTLEY-2-V1-0/9hei-dfn9', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 675,data.nasa.gov,9hki-nstg,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/9hki-nstg', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-18T20:31:18.000Z', u'id': u'9hki-nstg', u'createdAt': u'2018-06-25T21:30:16.000Z', u'description': u'\r\n\tN/A', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-18T20:31:18.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'george.komar@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'Multivariate Data Fusion and Uncertainty Quantification for Remote Sensing Project', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:30:16.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:george.komar@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2012-06-01T00:00:00Z/2015-05-01T00:00:00Z', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': [u'http://techport.nasa.gov/home', u'http://techport.nasa.gov/doc/home/TechPort_Advanced_Search.pdf', u'http://techport.nasa.gov/fetchFile?objectId=6561', u'http://techport.nasa.gov/fetchFile?objectId=3456', u'http://techport.nasa.gov/fetchFile?objectId=3447', u'http://techport.nasa.gov/fetchFile?objectId=6584', u'http://techport.nasa.gov/fetchFile?objectId=6560', u'http://techport.nasa.gov/fetchFile?objectId=3448'], u'key': u'Common-Core_References'}, {u'value': u'TECHPORT_10951', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'Science Mission Directorate', u'key': u'Common-Core_Publisher'}, {u'value': u'http://techport.nasa.gov/view/10951', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'2012-06-01T00:00:00Z', u'key': u'Common-Core_Issued'}, {u'value': u'George Komar', u'key': u'Common-Core_Contact-Name'}, {u'value': u'TECHPORT_10951', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'nasa headquarters', u'project', u'active'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Multivariate-Data-Fusion-and-Uncertainty-Quantific/9hki-nstg', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 676,data.nasa.gov,9jfv-gzmz,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/9jfv-gzmz', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-18T22:20:21.000Z', u'id': u'9jfv-gzmz', u'createdAt': u'2018-06-26T22:15:37.000Z', u'description': u'CRaTER, DLRE, LAMP, LEND, LOLA, LROC, MRFLRO', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-18T22:20:21.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'PDS Lunar Reconnaissance Orbiter Data 6', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T22:15:37.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-537', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-537', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'dlre', u'lamp', u'mrflro', u'lroc', u'lola', u'pds', u'lend', u'crater'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Lunar-Reconnaissance-Orbiter-Data-6/9jfv-gzmz', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 677,data.nasa.gov,9kmi-2bqx,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/9kmi-2bqx', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:34:01.000Z', u'id': u'9kmi-2bqx', u'createdAt': u'2018-06-26T06:11:51.000Z', u'description': u'This bundle contains products associates with the PDS MAVEN LPW data archive.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:34:01.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MAVEN LPW Bundle', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:11:51.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:maven.lpw', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewBundle.jsp?identifier=urn%3Anasa%3Apds%3Amaven.lpw&version=1.1', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:maven.lpw', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'pds'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MAVEN-LPW-Bundle/9kmi-2bqx', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 678,data.nasa.gov,9nre-p3ep,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/9nre-p3ep', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T06:52:15.000Z', u'id': u'9nre-p3ep', u'createdAt': u'2018-06-25T21:00:04.000Z', u'description': u'ACCELEROMETER, CRISM, CTX, HiRISE, MARCI, MCS, RSS, SHARAD, SPICE', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T06:52:15.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Mars Reconnaissance Orbiter Data 12', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:00:04.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-584', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-584', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'ctx', u'crism', u'accelerometer', u'pds', u'spice', u'sharad', u'rss', u'mcs', u'marci', u'hirise'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Mars-Reconnaissance-Orbiter-Data-12/9nre-p3ep', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 679,data.nasa.gov,9pmw-9p77,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,78,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/9pmw-9p77', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:20:05.000Z', u'id': u'9pmw-9p77', u'createdAt': u'2018-06-26T06:50:57.000Z', u'description': u'This data set contains archival reduced data from the Lunar Orbiter Laser Altimeter instrument.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:20:05.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'LRO MOON LASER ALTIMETER 3 RDR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 78, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 6.303780748177103, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:50:57.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lro-l-lola-3-rdr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=LRO-L-LOLA-3-RDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lro-l-lola-3-rdr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'moon', u'lunar reconnaissance orbiter'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/LRO-MOON-LASER-ALTIMETER-3-RDR-V1-0/9pmw-9p77', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 680,data.nasa.gov,9sjv-tm9w,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,18,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/9sjv-tm9w', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T07:22:08.000Z', u'id': u'9sjv-tm9w', u'createdAt': u'2018-06-25T21:06:13.000Z', u'description': u'ALICE, LEISA, LORRI, MVIC, PEPSSI, SDC, SWAP', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T07:22:08.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'PDS New Horizons Data Release 1', u'columns_field_name': [], u'page_views': {u'page_views_total': 18, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 4.247927513443585, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:06:13.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-782', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-782', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mvic', u'leisa', u'sdc', u'alice', u'pds', u'lorri', u'swap', u'pepssi'], u'categories': [u'politics', u'education', u'housing & development'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-New-Horizons-Data-Release-1/9sjv-tm9w', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 681,data.nasa.gov,9tbp-9mjn,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/9tbp-9mjn', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T07:15:34.000Z', u'id': u'9tbp-9mjn', u'createdAt': u'2018-06-25T21:02:57.000Z', u'description': u'CDA, CIRS, ISS, RADAR, RSS, SPICE, UVIS, VIMS', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T07:15:34.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Cassini Data Release 14', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:02:57.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-702', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-702', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'cda', u'radar', u'rss', u'pds', u'iss', u'uvis', u'cirs', u'spice', u'vims'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Cassini-Data-Release-14/9tbp-9mjn', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 682,data.nasa.gov,9tft-z8f6,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,17,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/9tft-z8f6', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:21:26.000Z', u'id': u'9tft-z8f6', u'createdAt': u'2018-06-25T20:46:12.000Z', u'description': u'Earth Science data access made simple. Through water and energy cycle research we can improve hurricane prediction, quantify tropical rainfall and eventually begin to balance the water budget at global and regional scales.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:21:26.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'Steven.J.Kempler@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Mirador - Water and Energy Cycles', u'columns_field_name': [], u'page_views': {u'page_views_total': 17, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.169925001442312, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:46:12.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:Steven.J.Kempler@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'NASA-0000082', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'http://mirador.gsfc.nasa.gov/cgi-bin/mirador/presentNavigation.pl?tree=scienceArea&scienceArea=Water%20and%20Energy%20Cycles', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Steven Kempler', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000082', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'clouds', u'climate', u'atmospheric radiation', u'surface radiation', u'terrestrial water', u'mirador', u'ges disc', u'geodata', u'precipitation', u'snow', u'rain', u'soil', u'land temperature', u'land height', u'ice', u'heat flux'], u'categories': [u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Mirador-Water-and-Energy-Cycles/9tft-z8f6', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 683,data.nasa.gov,9yic-b3wm,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/9yic-b3wm', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:51:55.000Z', u'id': u'9yic-b3wm', u'createdAt': u'2018-06-26T06:16:10.000Z', u'description': u'NULL', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:51:55.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MSL MARS MAST CAMERA 4 RDR\n IMAGE V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:16:10.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.msl-m-mastcam-4-rdr-img-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MSL-M-MASTCAM-4-RDR-IMG-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.msl-m-mastcam-4-rdr-img-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars science laboratory', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MSL-MARS-MAST-CAMERA-4-RDR-IMAGE-V1-0/9yic-b3wm', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 684,data.nasa.gov,a356-djnb,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/a356-djnb', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:29:29.000Z', u'id': u'a356-djnb', u'createdAt': u'2018-06-26T06:23:39.000Z', u'description': u'This dataset contains CALIBRATED DATA of the 3rd Earth Swingby(EAR3). The closest approach (CA) took place on November 13, 2009 at 07:45. Additionally data from the Payload Chekcout PC10 are added.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:29:29.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ROSETTA-ORBITER EARTH RPCMAG 3 EAR3 CALIBRATED V3.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:23:39.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-e-rpcmag-3-ear3-calibrated-v3.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-E-RPCMAG-3-EAR3-CALIBRATED-V3.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-e-rpcmag-3-ear3-calibrated-v3.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'international rosetta mission', u'earth', u'unknown'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-EARTH-RPCMAG-3-EAR3-CALIBRATED-V3-/a356-djnb', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 685,data.nasa.gov,a7x6-u3ay,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/a7x6-u3ay', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T07:03:48.000Z', u'id': u'a7x6-u3ay', u'createdAt': u'2018-06-25T21:06:00.000Z', u'description': u'RSS', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T07:03:48.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Odyssey Radio Science Data (21)', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:06:00.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-770', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-770', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'pds', u'rss'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Odyssey-Radio-Science-Data-21-/a7x6-u3ay', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 686,data.nasa.gov,a83g-8t69,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/a83g-8t69', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T07:16:54.000Z', u'id': u'a83g-8t69', u'createdAt': u'2018-06-25T21:03:22.000Z', u'description': u'RSS', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T07:16:54.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Odyssey Radio Science Data (75)', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:03:22.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-728', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-728', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'pds', u'rss'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Odyssey-Radio-Science-Data-75-/a83g-8t69', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 687,data.nasa.gov,adew-qs7r,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/adew-qs7r', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:56:11.000Z', u'id': u'adew-qs7r', u'createdAt': u'2018-06-26T07:07:36.000Z', u'description': u'Voyager 1 1.92 second averaged magnetometer data from the Jupiter encounter in System 3 (1965) coordinates.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:56:11.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VG1 JUP MAG RESAMPLED SYSTEM III (1965)\n COORDS 1.92SEC V1.1', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:07:36.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-j-mag-4-summ-s3coords-1.92sec-v1.1', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG1-J-MAG-4-SUMM-S3COORDS-1.92SEC-V1.1', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-j-mag-4-summ-s3coords-1.92sec-v1.1', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'jupiter', u'voyager'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG1-JUP-MAG-RESAMPLED-SYSTEM-III-1965-COORDS-1-92S/adew-qs7r', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 688,data.nasa.gov,ag8f-nsb6,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ag8f-nsb6', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:48:24.000Z', u'id': u'ag8f-nsb6', u'createdAt': u'2018-06-26T07:00:29.000Z', u'description': u'The XRS Level 2 and 3 data products in this archive include daily time series of spectra collected by the instrument along with selected spacecraft engineering and instrument configuration and orbital ephemerides.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:48:24.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'NEAR XRS SPECTRA FOR EROS/ORBIT', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:00:29.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-xrs-3-edr-eros-orbit-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NEAR-A-XRS-3-EDR-EROS%2FORBIT-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-xrs-3-edr-eros-orbit-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'eros', u'near earth asteroid rendezvous'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEAR-XRS-SPECTRA-FOR-EROS-ORBIT/ag8f-nsb6', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 689,data.nasa.gov,aiaw-ib9p,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/aiaw-ib9p', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:06:14.000Z', u'id': u'aiaw-ib9p', u'createdAt': u'2018-06-26T07:07:43.000Z', u'description': u'3-micron spectra of 16 asteroids.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:06:14.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'RIVKIN THREE MICRON ASTEROID DATA V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:07:43.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-3-rdr-rivkin-three-micron-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-3-RDR-RIVKIN-THREE-MICRON-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-3-rdr-rivkin-three-micron-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'497 iva', u'50 virginia', u'572 rebekka', u'44 nysa', u'75 eurydike', u'77 frigga', u'55 pandora', u'785 zwetana', u'796 sarita', u'asteroid', u'92 undina', u'216 kleopatra', u'support archives', u'849 ara', u'16 psyche', u'201 penelope', u'64 angelina', u'620 drakonia'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/RIVKIN-THREE-MICRON-ASTEROID-DATA-V2-0/aiaw-ib9p', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 690,data.nasa.gov,amnq-wiz5,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/amnq-wiz5', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:28:58.000Z', u'id': u'amnq-wiz5', u'createdAt': u'2018-06-26T06:23:11.000Z', u'description': u'This data set contains the high-inclination asteroid families of Gil-Hutton (2006). A data set of 3652 high-inclination numbered asteroids was analyzed to search for dynamical families. The basic data set was the list of 3697 asteroid synthetic proper elements taken from the Asteroid Dynamic Site, March 2005 version; Knezevic and Milani (2000). For this analysis, only asteroids with sine of proper inclination greater than 0.3 were used.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:28:58.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'HIGH-INCLINATION ASTEROID FAMILIES V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:23:11.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-compil-5-hifam-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-COMPIL-5-HIFAM-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-compil-5-hifam-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'asteroid', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/HIGH-INCLINATION-ASTEROID-FAMILIES-V1-0/amnq-wiz5', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 691,data.nasa.gov,8yag-qtfv,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/8yag-qtfv', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:59:47.000Z', u'id': u'8yag-qtfv', u'createdAt': u'2018-06-26T07:05:40.000Z', u'description': u'Voyager 1 plasma data of the solar wind, 1 hour averages.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:59:47.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VOYAGER 1 SOLAR WIND PLS 1 HOUR AVERAGES V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:05:40.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-ss-pls-4-summ-1hr-avg-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG1-SS-PLS-4-SUMM-1HR-AVG-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-ss-pls-4-summ-1hr-avg-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'voyager'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VOYAGER-1-SOLAR-WIND-PLS-1-HOUR-AVERAGES-V1-0/8yag-qtfv', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 692,data.nasa.gov,95hb-gdci,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/95hb-gdci', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:01:25.000Z', u'id': u'95hb-gdci', u'createdAt': u'2018-06-26T06:40:10.000Z', u'description': u'This data set contains calibrated images acquired by the OSIRIS Wide Angle\nCamera during the escort phase of the Rosetta mission at the comet 67P,\ncovering the period from 2014-12-19 to 2015-01-13.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:01:25.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ROSETTA-ORBITER COMET ESCORT OSIWAC 3 RDR MTP 011 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:40:10.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-osiwac-3-esc1-67pchuryumov-m11-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-C-OSIWAC-3-ESC1-67PCHURYUMOV-M11-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-osiwac-3-esc1-67pchuryumov-m11-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'67p/churyumov-gerasimenko 1 (1969 r1)', u'international rosetta mission'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-COMET-ESCORT-OSIWAC-3-RDR-MTP-011-/95hb-gdci', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 693,data.nasa.gov,967q-sjtz,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/967q-sjtz', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-08-02T15:26:42.000Z', u'id': u'967q-sjtz', u'createdAt': u'2018-06-26T22:17:11.000Z', u'description': u'The Imperial College Anisotropy Telescope ----------------------------------------- (Last updated: 17 March 1995)', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-08-02T15:26:42.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'homas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ULY JUP COSPIN ANISOTROPY TELESCOPE 256 SEC. PARTICLE FLUX', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T22:17:11.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.uly-j-cospin-at-4-flux-256sec-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=ULY-J-COSPIN-AT-4-FLUX-256SEC-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.uly-j-cospin-at-4-flux-256sec-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'ulysses', u'jupiter'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ULY-JUP-COSPIN-ANISOTROPY-TELESCOPE-256-SEC-PARTIC/967q-sjtz', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 694,data.nasa.gov,9bpz-w2q4,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/9bpz-w2q4', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T22:22:55.000Z', u'id': u'9bpz-w2q4', u'createdAt': u'2018-06-25T20:54:56.000Z', u'description': u'PDS Software Release Validation Tool (2.5.0)', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T22:22:55.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Software Release Validation Tool (2.5.0)', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:54:56.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-451', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-451', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'product', u'pds', u'tool'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Software-Release-Validation-Tool-2-5-0-/9bpz-w2q4', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 695,data.nasa.gov,9vvu-2ncg,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/9vvu-2ncg', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:03:40.000Z', u'id': u'9vvu-2ncg', u'createdAt': u'2018-06-26T07:07:48.000Z', u'description': u'Phoenix MECA non-imaging reduced data records include (1) calibrated MECA TECP thermocouple, electrical conductivity, relative humidity, and relative permittivity data, (2) calibrated MECA AFM scan height and error data, and (3) reduced WCL ion-selective electrode, conductivity, chronopotentiometry, cyclic voltammetry, and pressure and temperature data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:03:40.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PHOENIX MARS MECA NON-IMAGING RDR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:07:48.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.phx-m-meca-4-nirdr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=PHX-M-MECA-4-NIRDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.phx-m-meca-4-nirdr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'phoenix', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PHOENIX-MARS-MECA-NON-IMAGING-RDR-V1-0/9vvu-2ncg', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 696,data.nasa.gov,9xrz-wwg7,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/9xrz-wwg7', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:06:11.000Z', u'id': u'9xrz-wwg7', u'createdAt': u'2018-06-26T07:07:43.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:06:11.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'VL1/VL2 MARS METEOROLOGY RESAMPLED SOL AVG FOOTPAD TEMP V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:07:43.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vl1-vl2-m-fts-4-sol-avg-ftpd-temp-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VL1%2FVL2-M-FTS-4-SOL-AVG-FTPD-TEMP-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vl1-vl2-m-fts-4-sol-avg-ftpd-temp-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'viking'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VL1-VL2-MARS-METEOROLOGY-RESAMPLED-SOL-AVG-FOOTPAD/9xrz-wwg7', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 697,data.nasa.gov,9zuy-vmk2,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,49,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/9zuy-vmk2', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T17:47:02.000Z', u'id': u'9zuy-vmk2', u'createdAt': u'2018-06-26T03:30:47.000Z', u'description': u'MODAPS Web Services API for LANCE-MODIS. This Application Programming Interface (API) encompasses a library of functions that provides programmatic data access to MODIS near-real-time data products. These routines enable both SOAP and REST based web service calls against the LANCE-MODIS near-real-time data archives. These routines mirror existing LAADS Web services.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T17:47:02.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'jason.duley@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MODAPS Web Services API for LANCE-MODIS', u'columns_field_name': [], u'page_views': {u'page_views_total': 49, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 2.0, u'page_views_total_log': 5.643856189774724, u'page_views_last_month': 3}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T03:30:47.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:jason.duley@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://data.nasa.gov/developer'], u'key': u'Common-Core_References'}, {u'value': u'API-15', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'http://lance-modis.eosdis.nasa.gov/user_services/api-lance.html', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'2015-11-30T00:00:00.000Z', u'key': u'Common-Core_Issued'}, {u'value': u'Jason Duley', u'key': u'Common-Core_Contact-Name'}, {u'value': u'API-15', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'products', u'laads', u'modis', u'instruments', u'api', u'collections'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MODAPS-Web-Services-API-for-LANCE-MODIS/9zuy-vmk2', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 698,data.nasa.gov,a5p6-g7rz,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/a5p6-g7rz', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:49:00.000Z', u'id': u'a5p6-g7rz', u'createdAt': u'2018-06-26T06:44:55.000Z', u'description': u'The Midcourse Space Experiment (MSX) mid-infrared emission measurements from the zodiacal dust cloud in spectral bands centered at 8.3 12, 15, and 21 microns.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:49:00.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MSX ZODIACAL DUST DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:44:55.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.msx-d-spirit3-3-msxzody-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MSX-D-SPIRIT3-3-MSXZODY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.msx-d-spirit3-3-msxzody-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'dust', u'midcourse space experiment'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MSX-ZODIACAL-DUST-DATA-V1-0/a5p6-g7rz', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 699,data.nasa.gov,abj8-6y7d,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/abj8-6y7d', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:50:08.000Z', u'id': u'abj8-6y7d', u'createdAt': u'2018-06-26T06:15:26.000Z', u'description': u'Spectral classifications of asteroids.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:50:08.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ASTEROID TAXONOMY V4.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:15:26.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-taxonomy-v4.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-5-DDR-TAXONOMY-V4.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-taxonomy-v4.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'asteroid', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ASTEROID-TAXONOMY-V4-0/abj8-6y7d', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 700,data.nasa.gov,ac99-9n2f,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ac99-9n2f', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:55:09.000Z', u'id': u'ac99-9n2f', u'createdAt': u'2018-06-26T07:03:06.000Z', u'description': u'This dataset contains calibrated, 1.05- to 4.8-micron spectral images of comet C/Garradd (2009 P1) acquired by the High Resolution Infrared Spectrometer on 26 March and 02-03 April 2012 during the Cruise 3 phase of the EPOXI mission.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:55:09.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'EPOXI C/GARRADD (2009 P1) - HRII CALIBRATED SPECTRA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 1.5849625007211563, u'page_views_last_week': 2, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:03:06.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dif-c-hrii-3-4-epoxi-garradd-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DIF-C-HRII-3%2F4-EPOXI-GARRADD-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dif-c-hrii-3-4-epoxi-garradd-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'epoxi', u'c/garradd (2009 p1)'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/EPOXI-C-GARRADD-2009-P1-HRII-CALIBRATED-SPECTRA-V1/ac99-9n2f', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 701,data.nasa.gov,acmp-abdp,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/acmp-abdp', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T06:51:06.000Z', u'id': u'acmp-abdp', u'createdAt': u'2018-06-25T21:00:03.000Z', u'description': u'CRaTER, DLRE, LAMP, LEND, LOLA, LROC, Mini-RF', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T06:51:06.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'PDS Lunar Reconnaissance Orbiter Data 1', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 1.5849625007211563, u'page_views_last_week': 2, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:00:03.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-583', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-583', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'dlre', u'mini-rf', u'lroc', u'crater', u'lola', u'pds', u'lend', u'lamp'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Lunar-Reconnaissance-Orbiter-Data-1/acmp-abdp', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 702,data.nasa.gov,ags6-pyg8,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ags6-pyg8', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:16:25.000Z', u'id': u'ags6-pyg8', u'createdAt': u'2018-06-26T07:06:08.000Z', u'description': u'This data set contains Gamma Ray Spectrometer (GRS) observations made during the Eros orbit phase of the NEAR mission. The individual observations are combined into a single file per day for each sensor.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:16:25.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'NEAR GRS SPECTRA FOR EROS ORBIT PHASE', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:06:08.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-grs-2-edr-eros-orbit-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NEAR-A-GRS-2-EDR-EROS%2FORBIT-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-grs-2-edr-eros-orbit-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'eros', u'near earth asteroid rendezvous'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEAR-GRS-SPECTRA-FOR-EROS-ORBIT-PHASE/ags6-pyg8', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 703,data.nasa.gov,amzw-h6qb,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,52,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/amzw-h6qb', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-08-02T15:26:23.000Z', u'id': u'amzw-h6qb', u'createdAt': u'2018-06-26T22:15:39.000Z', u'description': u'APXS, HAZCAM, MB, MI, MTES, NAVCAM, PANCAM, SPICE', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-08-02T15:26:23.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'homas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'PDS Mars Exploration Rovers Data Release 25', u'columns_field_name': [], u'page_views': {u'page_views_total': 52, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 5.7279204545632, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T22:15:39.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-564', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-564', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mtes', u'navcam', u'pds', u'apxs', u'mi', u'hazcam', u'mb', u'spice', u'pancam'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Mars-Exploration-Rovers-Data-Release-25/amzw-h6qb', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 704,data.nasa.gov,appj-7ib3,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/appj-7ib3', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:29:24.000Z', u'id': u'appj-7ib3', u'createdAt': u'2018-06-26T06:23:35.000Z', u'description': u'This dataset includes derived Digital Terrain Models and their corresponding orthoimages from the HiRISE instrument on MRO.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:29:24.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MRO MARS HIGH RESOLUTION IMAGING SCIENCE EXPERIMENT DTM V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:23:35.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mro-m-hirise-5-dtm-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MRO-M-HIRISE-5-DTM-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mro-m-hirise-5-dtm-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'mars reconnaissance orbiter'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MRO-MARS-HIGH-RESOLUTION-IMAGING-SCIENCE-EXPERIMEN/appj-7ib3', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 705,data.nasa.gov,arym-umt8,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,52,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/arym-umt8', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:59:39.000Z', u'id': u'arym-umt8', u'createdAt': u'2018-06-26T07:08:03.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:59:39.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'VOYAGER 1 SATURN EGRESS RADIO OCCULTATION RAW DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 52, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 5.7279204545632, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:08:03.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-s-rss-1-rocc-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG1-S-RSS-1-ROCC-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-s-rss-1-rocc-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'saturn', u'voyager'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VOYAGER-1-SATURN-EGRESS-RADIO-OCCULTATION-RAW-DATA/arym-umt8', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 706,data.nasa.gov,emgz-n4s9,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/emgz-n4s9', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:59:59.000Z', u'id': u'emgz-n4s9', u'createdAt': u'2018-06-26T07:05:13.000Z', u'description': u'Abstract ======== Framing Camera 2 is one of two identical units flying on Dawn spacecraft. This dataset includes the Experiment Data Record (EDR) version of all available images acquired during the Vesta Encounter (Approach, Survey, transfer to HAMO, HAMO, transfer to LAMO, LAMO, transfer to HAMO2, HAMO-2, and departure). In addition to the imagery, anciliary information is stored within the image headers. Calibration files needed for further processing are archived as a separate data set.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:59:59.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'DAWN FC2 RAW (EDR) VESTA IMAGES V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:05:13.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dawn-a-fc2-2-edr-vesta-images-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DAWN-A-FC2-2-EDR-VESTA-IMAGES-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dawn-a-fc2-2-edr-vesta-images-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'dawn mission to vesta and ceres', u'4 vesta'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/DAWN-FC2-RAW-EDR-VESTA-IMAGES-V1-0/emgz-n4s9', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 707,data.nasa.gov,atkv-8be9,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/atkv-8be9', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:42:07.000Z', u'id': u'atkv-8be9', u'createdAt': u'2018-06-26T06:30:47.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:42:07.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MER1/MER2 MARS IMU ENTRY DESCENT AND LANDING DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:30:47.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer1-mer2-m-imu-4-edl-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MER1%2FMER2-M-IMU-4-EDL-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer1-mer2-m-imu-4-edl-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars exploration rover', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MER1-MER2-MARS-IMU-ENTRY-DESCENT-AND-LANDING-DATA-/atkv-8be9', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 708,data.nasa.gov,gspn-jz5x,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/gspn-jz5x', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:52:41.000Z', u'id': u'gspn-jz5x', u'createdAt': u'2018-06-26T07:03:09.000Z', u'description': u'This dataset contains clear-filter, CN, OH, C2, and dust-continuum photometric measurements of comet 103/P Hartley 2 derived from calibrated images acquired by the Medium Resolution Visible CCD (MRI) from 01 October through 26 November 2010, during the Hartley 2 encounter phase of the EPOXI mission. Two different methods were used: simple circular aperture photometry and azimuthal averaged aperture photometry, which removed stars. The results and uncertainties for both procedures are included in this dataset.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:52:41.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'EPOXI 103P/HARTLEY2 ENCOUNTER - MRI PHOTOMETRY V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:03:09.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dif-c-mri-5-epoxi-hartley2-photom-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DIF-C-MRI-5-EPOXI-HARTLEY2-PHOTOM-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dif-c-mri-5-epoxi-hartley2-photom-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'103p/hartley 2 (1986 e2)', u'epoxi'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/EPOXI-103P-HARTLEY2-ENCOUNTER-MRI-PHOTOMETRY-V1-0/gspn-jz5x', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 709,data.nasa.gov,axrs-d97q,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,20,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/axrs-d97q', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:01:54.000Z', u'id': u'axrs-d97q', u'createdAt': u'2018-09-05T23:01:54.000Z', u'description': u'Mariner Mars 1969 Images by Thomas Duxbury, PDART 2014', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:01:54.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'Duxbury PDART 2014 Mariner 1969 Bundle', u'columns_field_name': [], u'page_views': {u'page_views_total': 20, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.392317422778761, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:01:54.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:duxbury_pdart14_mariner69', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewBundle.jsp?identifier=urn%3Anasa%3Apds%3Aduxbury_pdart14_mariner69&version=1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:duxbury_pdart14_mariner69', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mariner69', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Duxbury-PDART-2014-Mariner-1969-Bundle/axrs-d97q', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 710,data.nasa.gov,98fb-2py6,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/98fb-2py6', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:18:50.000Z', u'id': u'98fb-2py6', u'createdAt': u'2018-06-26T06:55:46.000Z', u'description': u'Abstract ======== This data set consists of the MESSENGER MASCS VIRS derived observations, also known as DDRs. The MASCS VIRS experiment is a fixed concave grating spectrograph with a beam splitter that simultaneously disperses the spectrum onto two photodiode arrays. There are two VIRS DDR data products, one for each array, which result in coverage of the wavelength ranges of the visible (VIS) and near infrared (NIR). This is version 2 of this data set; version 1 is available on PDS volume MESSMAS_2001.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:18:50.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MESSENGER E/V/H MASCS 4 VIRS\n DERIVED DATA V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 2.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 3}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:55:46.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mess-e-v-h-mascs-4-virs-ddr-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MESS-E%2FV%2FH-MASCS-4-VIRS-DDR-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mess-e-v-h-mascs-4-virs-ddr-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'messenger', u'mercury'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MESSENGER-E-V-H-MASCS-4-VIRS-DERIVED-DATA-V2-0/98fb-2py6', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 711,data.nasa.gov,azm7-xkna,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/azm7-xkna', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:07:08.000Z', u'id': u'azm7-xkna', u'createdAt': u'2018-06-26T07:07:58.000Z', u'description': u'This data set contains CODMAC level 3 instrument checkout data acquired by the Rosetta Orbiter ALICE UV Spectrometer during the first earth swing-by phase of the Rosetta mission, which occurred 2004-10-17 to 2005-04-04.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:07:08.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ROSETTA-ORBITER CAL ALICE 3 EAR1 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:07:58.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-cal-alice-3-ear1-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-CAL-ALICE-3-EAR1-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-cal-alice-3-ear1-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'moon', u'international rosetta mission', u'calibration'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-CAL-ALICE-3-EAR1-V1-0/azm7-xkna', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 712,data.nasa.gov,asbp-6uwe,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/asbp-6uwe', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:55:23.000Z', u'id': u'asbp-6uwe', u'createdAt': u'2018-06-26T06:44:37.000Z', u'description': u'This dataset contains RESAMPLED DATA of the second Earth Flyby(EAR2). The closest approach (CA) took place on November 13, 2007 at 20:57', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:55:23.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ROSETTA-ORBITER EARTH RPCMAG 4 EAR2 RESAMPLED V3.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:44:37.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-e-rpcmag-4-ear2-resampled-v3.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-E-RPCMAG-4-EAR2-RESAMPLED-V3.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-e-rpcmag-4-ear2-resampled-v3.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'international rosetta mission', u'unknown', u'earth'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-EARTH-RPCMAG-4-EAR2-RESAMPLED-V3-0/asbp-6uwe', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 713,data.nasa.gov,atgu-gxt7,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/atgu-gxt7', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:51:49.000Z', u'id': u'atgu-gxt7', u'createdAt': u'2018-06-26T07:08:20.000Z', u'description': u'The Cassini Radio Science Saturn Ring and Atmospheric Occultation experiments (SROC24) Raw Data Archive is a time-ordered collection of radio science raw data acquired on January 2, 10, 17, and on March 22, 2017, during the Cassini Extended Extended Mission.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:51:49.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CASSINI RSS RAW DATA SET - SROC24 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:08:20.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-rss-1-sroc24-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-S-RSS-1-SROC24-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-rss-1-sroc24-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'saturn', u'cassini-huygens'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-RSS-RAW-DATA-SET-SROC24-V1-0/atgu-gxt7', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 714,data.nasa.gov,74u8-ytat,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/74u8-ytat', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:14:47.000Z', u'id': u'74u8-ytat', u'createdAt': u'2018-06-26T06:47:34.000Z', u'description': u'The data set contains measurements from both the infrared interferometer spectrometer and the broadband reflected solar radiometer and ancillary data. The data set is ordered by time as measured by the Flight Data System Count (FDSC). This represents the data frame number, modulo 60. Also included is pointing and other information on the geometry associated with a given data record.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:14:47.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VG1/VG2 JUPITER IRIS 3 RDR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:47:34.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-vg2-j-iris-3-rdr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG1%2FVG2-J-IRIS-3-RDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-vg2-j-iris-3-rdr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'comet sl9/jupiter collision', u'jupiter', u'voyager'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG1-VG2-JUPITER-IRIS-3-RDR-V1-0/74u8-ytat', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 715,data.nasa.gov,azx6-8irc,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/azx6-8irc', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T06:53:41.000Z', u'id': u'azx6-8irc', u'createdAt': u'2018-06-25T21:01:39.000Z', u'description': u'APXS, HAZCAM, MB, MI, MTES, NAVCAM, PANCAM, SPICE', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T06:53:41.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Mars Exploration Rovers Data Release 12', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:01:39.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-620', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-620', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mtes', u'spice', u'apxs', u'pds', u'mi', u'pancam', u'hazcam', u'navcam', u'mb'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Mars-Exploration-Rovers-Data-Release-12/azx6-8irc', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 716,data.nasa.gov,b2pd-hzik,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,20,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/b2pd-hzik', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:57:07.000Z', u'id': u'b2pd-hzik', u'createdAt': u'2018-06-26T07:06:37.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:57:07.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MER 2 MARS NAVIGATION CAMERA RANGE RDR OPS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 20, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.392317422778761, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:06:37.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer2-m-navcam-5-range-ops-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MER2-M-NAVCAM-5-RANGE-OPS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer2-m-navcam-5-range-ops-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars exploration rover', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MER-2-MARS-NAVIGATION-CAMERA-RANGE-RDR-OPS-V1-0/b2pd-hzik', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 717,data.nasa.gov,b2u9-w6pj,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/b2u9-w6pj', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:32:48.000Z', u'id': u'b2u9-w6pj', u'createdAt': u'2018-06-26T06:11:38.000Z', u'description': u'Mars Atmosphere and Volatile Evolution (MAVEN) Imagining Ultraviolet Spectrometer (IUVS) Derived-level Data Product Bundle', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:32:48.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'Mars Atmosphere and Volatile Evolution (MAVEN) Imagining Ultraviolet Spectrometer (IUVS) Derived-level Data Product Bundle', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:11:38.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:maven.iuvs.derived', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewBundle.jsp?identifier=urn%3Anasa%3Apds%3Amaven.iuvs.derived&version=7.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:maven.iuvs.derived', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'maven', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Mars-Atmosphere-and-Volatile-Evolution-MAVEN-Imagi/b2u9-w6pj', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 718,data.nasa.gov,b8jv-jx89,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/b8jv-jx89', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:30:22.000Z', u'id': u'b8jv-jx89', u'createdAt': u'2018-06-26T06:30:30.000Z', u'description': u'This data set contains raw EDR images acquired by the OSIRIS Narrow Angle\nCamera during the prelanding phase of the Rosetta mission at the comet 67P,\ncovering the period from 2014-05-07 to 2014-06-04.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:30:22.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ROSETTA-ORBITER COMET PRELANDING OSINAC 2 EDR DATA MTP 003', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:30:30.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-osinac-2-prl-67pchuryumov-m03-v1.1', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-C-OSINAC-2-PRL-67PCHURYUMOV-M03-V1.1', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-osinac-2-prl-67pchuryumov-m03-v1.1', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'67p/churyumov-gerasimenko 1 (1969 r1)', u'international rosetta mission'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-COMET-PRELANDING-OSINAC-2-EDR-DATA/b8jv-jx89', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 719,data.nasa.gov,bave-7rf9,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/bave-7rf9', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:36:43.000Z', u'id': u'bave-7rf9', u'createdAt': u'2018-06-26T06:27:36.000Z', u'description': u'N/A', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:36:43.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CASSINI ORBITER RADAR ALTIMETER BURST DATA RECORD', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:27:36.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-ssa-radar-3-abdr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-SSA-RADAR-3-ABDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-ssa-radar-3-abdr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'cassini-huygens', u'titan'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-ORBITER-RADAR-ALTIMETER-BURST-DATA-RECORD/bave-7rf9', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 720,data.nasa.gov,bbth-ew7n,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,94,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/bbth-ew7n', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T17:56:32.000Z', u'id': u'bbth-ew7n', u'createdAt': u'2018-06-26T03:30:51.000Z', u'description': u'World Wind is a collection of components that interactively display 3D geographic information within Java applications or applets.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T17:56:32.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'jason.duley@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'NASA World Wind API', u'columns_field_name': [], u'page_views': {u'page_views_total': 94, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 3.0, u'page_views_total_log': 6.569855608330948, u'page_views_last_month': 7}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T03:30:51.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:jason.duley@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://data.nasa.gov/developer'], u'key': u'Common-Core_References'}, {u'value': u'API-21', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://worldwind.arc.nasa.gov/', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'2015-11-30T00:00:00.000Z', u'key': u'Common-Core_Issued'}, {u'value': u'Jason Duley', u'key': u'Common-Core_Contact-Name'}, {u'value': u'API-21', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'api', u'elevation model', u'earth science research', u'map', u'google earth'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NASA-World-Wind-API/bbth-ew7n', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 721,data.nasa.gov,bccd-hmea,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/bccd-hmea', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:37:26.000Z', u'id': u'bccd-hmea', u'createdAt': u'2018-06-26T06:12:35.000Z', u'description': u'A compilation of published lightcurve- derived parameters for asteroids.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:37:26.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ASTEROID LIGHTCURVE DERIVED DATA V4.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:12:35.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-derived-lightcurve-v4.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-5-DDR-DERIVED-LIGHTCURVE-V4.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-derived-lightcurve-v4.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'asteroid', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ASTEROID-LIGHTCURVE-DERIVED-DATA-V4-0/bccd-hmea', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 722,data.nasa.gov,bhis-rmcq,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/bhis-rmcq', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T07:13:47.000Z', u'id': u'bhis-rmcq', u'createdAt': u'2018-06-25T21:02:14.000Z', u'description': u'Data Dictionary and Index Files', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T07:13:47.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Data Dictionary (1r54)', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:02:14.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-657', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-657', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'pds', u'index', u'dictionary'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Data-Dictionary-1r54-/bhis-rmcq', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 723,data.nasa.gov,bd8q-k3ie,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/bd8q-k3ie', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:48:25.000Z', u'id': u'bd8q-k3ie', u'createdAt': u'2018-06-26T06:33:21.000Z', u'description': u'This data set is a collectin of published lightcurves of tran-Neptunian objects published through the given STOP TIME. It is updated annually.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:48:25.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'TRANS-NEPTUNIAN OBJECT LIGHTCURVES V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:33:21.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-3-rdr-tno-lc-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-3-RDR-TNO-LC-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-3-rdr-tno-lc-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'1998 hk151', u'support archives', u'2001 fz173', u'2001 cz31', u'2000 gn171', u'2000 eb173', u'1996 gq21', u'1999 kr16', u'1999 de9', u'1996 to66', u'1996 tp66', u'1998 xy95', u'1998 wh24', u'1998 vg44', u'1994 vk8', u'1998 bu48', u'1997 cs29'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/TRANS-NEPTUNIAN-OBJECT-LIGHTCURVES-V1-0/bd8q-k3ie', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 724,data.nasa.gov,i4t2-pzpx,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/i4t2-pzpx', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T05:47:33.000Z', u'id': u'i4t2-pzpx', u'createdAt': u'2018-06-25T20:55:36.000Z', u'description': u'CRaTER, DLRE, LAMP, LEND, LOLA, LROC, Mini-RF, RSS', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T05:47:33.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Lunar Reconnaissance Orbiter Data Release 12', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:55:36.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-494', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-494', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mini-rf', u'rss', u'lroc', u'lola', u'lend', u'lamp', u'dlre', u'crater', u'pds'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Lunar-Reconnaissance-Orbiter-Data-Release-12/i4t2-pzpx', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 725,data.nasa.gov,bfv3-n3bf,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/bfv3-n3bf', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:20:16.000Z', u'id': u'bfv3-n3bf', u'createdAt': u'2018-06-26T06:51:08.000Z', u'description': u'This data set contains images of the Saturn system from the CANADA-FRANCE-HAWAII telescope with the Quick Infrared Camera in early August 1995.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:20:16.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CFHT SR QUIRC RAW AND CALIBRATED RING PLANE CROSSING 1.O', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:51:08.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.cfht-s-quirc-1-3-rpx-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CFHT-S-QUIRC-1%2F3-RPX-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.cfht-s-quirc-1-3-rpx-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'tethys', u'saturn ring plane crossing 1995', u'saturn', u's rings', u'dione', u'titan'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CFHT-SR-QUIRC-RAW-AND-CALIBRATED-RING-PLANE-CROSSI/bfv3-n3bf', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 726,data.nasa.gov,bi6w-p4x4,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,265,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/bi6w-p4x4', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:21:28.000Z', u'id': u'bi6w-p4x4', u'createdAt': u'2018-06-25T20:46:13.000Z', u'description': u'Earth Science data access made simple. Our weather system includes the dynamics of the atmosphere and its interaction with the oceans and land. The improvement of our understanding of weather processes and phenomena is crucial in gaining an understanding of the Earth system.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:21:28.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'Steven.J.Kempler@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Mirador - Weather', u'columns_field_name': [], u'page_views': {u'page_views_total': 265, u'page_views_last_week_log': 2.0, u'page_views_last_week': 3, u'page_views_last_month_log': 3.5849625007211565, u'page_views_total_log': 8.05528243550119, u'page_views_last_month': 11}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:46:13.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:Steven.J.Kempler@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'NASA-0000083', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'http://mirador.gsfc.nasa.gov/cgi-bin/mirador/presentNavigation.pl?tree=scienceArea&scienceArea=Weather', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Steven Kempler', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000083', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'pressure', u'wind', u'ges disc', u'clouds', u'ice', u'mirador', u'climate', u'atmospheric temperature', u'atmospheric height', u'atmospheric moisture', u'atmospheric radiation', u'geodata', u'terrestrial water', u'snow', u'rain'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Mirador-Weather/bi6w-p4x4', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 727,data.nasa.gov,bj36-zvun,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,34,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/bj36-zvun', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-08-02T15:26:58.000Z', u'id': u'bj36-zvun', u'createdAt': u'2018-06-26T22:17:01.000Z', u'description': u'This archive contains Mars Exploration Rover Miniature Thermal Emission Spectrometer (Mini-TES) Emissivity Reduced Data Record (EMR) products and ancillary files. The Mini-TES EMR products archived on this volume are the original products used during mission operations by the Mars Exploration Rover project.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-08-02T15:26:58.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'homas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MER1 MARS MINIATURE THERMAL EMISSION SPECTROMETER EMR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 34, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 5.129283016944966, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T22:17:01.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer1-m-mtes-4-emr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MER1-M-MTES-4-EMR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer1-m-mtes-4-emr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars exploration rover', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MER1-MARS-MINIATURE-THERMAL-EMISSION-SPECTROMETER-/bj36-zvun', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 728,data.nasa.gov,bj4u-ajez,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/bj4u-ajez', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:10:22.000Z', u'id': u'bj4u-ajez', u'createdAt': u'2018-06-26T07:08:45.000Z', u'description': u'The whole-genome sequences of eight fungal strains that were selected for exposure to microgravity at the International Space Station are presented here. These baseline sequences will help to understand the observed production of novel bioactive compounds.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:10:22.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Whole genome sequencing and assembly of Eukaryotic microbes isolated from ISS environmental surface Kirovograd region soil Chernobyl Nuclear Power Plant and Chernobyl Exclusion Zone', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.0, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:08:45.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-132', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-132', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'nucleic acid extraction', u'radiation', u'sequence assembly', u'sample collection', u'nucleic acid sequencing', u'library construction'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Whole-genome-sequencing-and-assembly-of-Eukaryotic/bj4u-ajez', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 729,data.nasa.gov,bs3s-8pk7,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/bs3s-8pk7', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T05:46:56.000Z', u'id': u'bs3s-8pk7', u'createdAt': u'2018-06-25T20:55:19.000Z', u'description': u'CIRS, INMS, ISS, MAG, MIMI, RADAR, RSS, SPICE, UVIS, VIMS', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T05:46:56.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Cassini Data Release 34', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:55:19.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-475', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-475', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mag', u'radar', u'inms', u'iss', u'spice', u'uvis', u'vims', u'pds', u'mimi', u'rss', u'cirs'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Cassini-Data-Release-34/bs3s-8pk7', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 730,data.nasa.gov,bt9g-vndp,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/bt9g-vndp', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:09:24.000Z', u'id': u'bt9g-vndp', u'createdAt': u'2018-06-26T06:53:15.000Z', u'description': u'This data set contains radar data of the lunar surface from bistatic measurements utilizing the Aricebo Observatory transmitter and LRO Mini-RF receiver.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:09:24.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'LRO MOON MINI-RF 2/3/5 BISTATIC RADAR V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:53:15.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lro-l-mrflro-2-3-5-bistatic-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=LRO-L-MRFLRO-2%2F3%2F5-BISTATIC-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lro-l-mrflro-2-3-5-bistatic-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'moon', u'lunar reconnaissance orbiter'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/LRO-MOON-MINI-RF-2-3-5-BISTATIC-RADAR-V2-0/bt9g-vndp', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 731,data.nasa.gov,bu55-gteg,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/bu55-gteg', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:55:57.000Z', u'id': u'bu55-gteg', u'createdAt': u'2018-06-26T07:08:15.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:55:57.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MER 2 MARS HAZARD AVOID CAMERA SLOPE RDR OPS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:08:15.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer2-m-hazcam-5-slope-ops-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MER2-M-HAZCAM-5-SLOPE-OPS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer2-m-hazcam-5-slope-ops-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'mars exploration rover'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MER-2-MARS-HAZARD-AVOID-CAMERA-SLOPE-RDR-OPS-V1-0/bu55-gteg', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 732,data.nasa.gov,c5wm-8kq3,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/c5wm-8kq3', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T03:28:54.000Z', u'id': u'c5wm-8kq3', u'createdAt': u'2018-06-26T06:32:31.000Z', u'description': u'This dataset contains raw counts from the CONTOUR Forward Imager (CFI) instrument during ground calibration in the Optical Calibration Facility (OCF) at JHU/APL in 2002.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T03:28:54.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CONTOUR FORWARD IMAGER GROUND OCF DATA', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:32:31.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.con-cal-cfi-1-edr-ground-ocf-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CON-CAL-CFI-1-EDR-GROUND-OCF-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.con-cal-cfi-1-edr-ground-ocf-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'unknown', u'contour mission'], u'categories': [u'environment'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CONTOUR-FORWARD-IMAGER-GROUND-OCF-DATA/c5wm-8kq3', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 733,data.nasa.gov,c8hs-tfqn,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/c8hs-tfqn', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:17:17.000Z', u'id': u'c8hs-tfqn', u'createdAt': u'2018-06-26T06:49:59.000Z', u'description': u'This dataset contains RAW DATA from the RPCICA instrument.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:17:17.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ROSETTA-ORBITER CHECK RPCICA 2 CVP UNCALIBRATED V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:49:59.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-x-rpcica-2-cvp-raw-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-X-RPCICA-2-CVP-RAW-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-x-rpcica-2-cvp-raw-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'unknown', u'international rosetta mission'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-CHECK-RPCICA-2-CVP-UNCALIBRATED-V1/c8hs-tfqn', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 734,data.nasa.gov,ccw4-eczt,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ccw4-eczt', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:31:49.000Z', u'id': u'ccw4-eczt', u'createdAt': u'2018-06-26T06:25:32.000Z', u'description': u'TBD (one or two paragraph summary)', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:31:49.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MSL MARS SAMPLE ANALYSIS AT MARS 4 RDR LEVEL 1B V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:25:32.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.msl-m-sam-4-rdr-l1b-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MSL-M-SAM-4-RDR-L1B-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.msl-m-sam-4-rdr-l1b-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars science laboratory', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MSL-MARS-SAMPLE-ANALYSIS-AT-MARS-4-RDR-LEVEL-1B-V1/ccw4-eczt', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 735,data.nasa.gov,cddu-q2rh,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/cddu-q2rh', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:25:15.000Z', u'id': u'cddu-q2rh', u'createdAt': u'2018-06-26T06:20:18.000Z', u'description': u'This data set contains images acquired by the OSIRIS Wide Angle Camera during the EARTH SWING-BY 2 mission phase', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:25:15.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ROSETTA-ORBITER EARTH SWING-BY 2 OSIWAC 2 EDR V1.4', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:20:18.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-e-osiwac-2-ear2-earthswingby2-v1.4', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-E-OSIWAC-2-EAR2-EARTHSWINGBY2-V1.4', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-e-osiwac-2-ear2-earthswingby2-v1.4', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'calibration', u'dark', u'earth', u'vega', u'jupiter', u'moon', u'international rosetta mission', u'16 cyg b'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-EARTH-SWING-BY-2-OSIWAC-2-EDR-V1-4/cddu-q2rh', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 736,data.nasa.gov,bwcp-zsdx,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,16,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/bwcp-zsdx', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:26:33.000Z', u'id': u'bwcp-zsdx', u'createdAt': u'2018-06-26T06:54:07.000Z', u'description': u'This data set is intended to include all reported timings of observed asteroid occultation events through Apr. 11, 2006, as well as asteroid occultation axes derived from those timings by David W. Dunham and David Herald. Some occultations by planetary satellites are also included.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:26:33.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ASTEROID OCCULTATIONS V4.1', u'columns_field_name': [], u'page_views': {u'page_views_total': 16, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.08746284125034, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:54:07.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-3-rdr-occultations-v4.1', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-3-RDR-OCCULTATIONS-V4.1', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-3-rdr-occultations-v4.1', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'support archives', u'asteroid', u'satellite'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ASTEROID-OCCULTATIONS-V4-1/bwcp-zsdx', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 737,data.nasa.gov,c2vx-j9ed,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,510,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/c2vx-j9ed', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T17:47:07.000Z', u'id': u'c2vx-j9ed', u'createdAt': u'2018-06-26T03:30:48.000Z', u'description': u'API using comprehensive data set from The Meteoritical Society that contains information on all of the known meteorite landings.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T17:47:07.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'jason.duley@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Meteorite Landings API', u'columns_field_name': [], u'page_views': {u'page_views_total': 510, u'page_views_last_week_log': 2.584962500721156, u'page_views_last_week': 5, u'page_views_last_month_log': 4.169925001442312, u'page_views_total_log': 8.997179480937621, u'page_views_last_month': 17}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T03:30:48.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:jason.duley@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://data.nasa.gov/developer'], u'key': u'Common-Core_References'}, {u'value': u'API-17', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://data.nasa.gov/api-documents/foundry/#/data.nasa.gov/gh4g-9sfh', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'2015-11-30T00:00:00.000Z', u'key': u'Common-Core_Issued'}, {u'value': u'Jason Duley', u'key': u'Common-Core_Contact-Name'}, {u'value': u'API-17', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'coordinates', u'api', u'space science', u'landing site', u'earth science', u'mass', u'size'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Meteorite-Landings-API/c2vx-j9ed', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 738,data.nasa.gov,c4e2-tjg6,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/c4e2-tjg6', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:49:50.000Z', u'id': u'c4e2-tjg6', u'createdAt': u'2018-06-26T07:01:17.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:49:50.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VG1/VG2 SR/UR/NR UVS EDITED/RESAMPLED RING OCCULTATION V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:01:17.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-vg2-sr-ur-nr-uvs-2-4-occ-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG1%2FVG2-SR%2FUR%2FNR-UVS-2%2F4-OCC-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-vg2-sr-ur-nr-uvs-2-4-occ-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u's rings', u'voyager', u'n rings', u'u rings'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG1-VG2-SR-UR-NR-UVS-EDITED-RESAMPLED-RING-OCCULTA/c4e2-tjg6', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 739,data.nasa.gov,c4i9-w9uu,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/c4i9-w9uu', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:58:48.000Z', u'id': u'c4i9-w9uu', u'createdAt': u'2018-06-26T06:39:48.000Z', u'description': u'This data set contains images acquired by the OSIRIS Narrow Angle Camera during the CRUISE 4-1 mission phase', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:58:48.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ROSETTA-ORBITER CRUISE 4-1 OSINAC 3 RDR V1.4', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:39:48.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-x-osinac-3-cr4a-cruise4a-v1.4', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-X-OSINAC-3-CR4A-CRUISE4A-V1.4', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-x-osinac-3-cr4a-cruise4a-v1.4', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'58 aql', u'jupiter', u'16 cyg b', u'calibration', u'unknown', u'international rosetta mission'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-CRUISE-4-1-OSINAC-3-RDR-V1-4/c4i9-w9uu', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 740,data.nasa.gov,crsr-262a,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/crsr-262a', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:19:50.000Z', u'id': u'crsr-262a', u'createdAt': u'2018-06-26T06:51:40.000Z', u'description': u'This data set is intended to include all published groundbased asteroid radar detections. The file is based on the collection of asteroid radar detections established by Steven J. Ostro and currently maintained by Lance A.M. Benner. The file includes disc-integrated radar properties extracted from the published papers.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:19:50.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ASTEROID RADAR V15.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:51:40.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-radar-v15.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-5-DDR-RADAR-V15.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-radar-v15.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'asteroid', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ASTEROID-RADAR-V15-0/crsr-262a', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 741,data.nasa.gov,cn99-pzq4,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/cn99-pzq4', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:22:47.000Z', u'id': u'cn99-pzq4', u'createdAt': u'2018-06-26T06:51:54.000Z', u'description': u'This data set is intended to include all reported timings of observed asteroid occultation events as well as asteroid occultation axes derived from those timings by David W. Dunham and David Herald. Some occultations by planetary satellites are also included. This version is complete through the end of 2007, and contains additional events from 2008.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:22:47.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ASTEROID OCCULTATIONS V6.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:51:54.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-3-rdr-occultations-v6.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-3-RDR-OCCULTATIONS-V6.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-3-rdr-occultations-v6.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'support archives', u'satellite', u'asteroid'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ASTEROID-OCCULTATIONS-V6-0/cn99-pzq4', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 742,data.nasa.gov,cx3e-3x9g,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,410,1.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/cx3e-3x9g', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T17:47:05.000Z', u'id': u'cx3e-3x9g', u'createdAt': u'2018-06-26T03:30:47.000Z', u'description': u'The MODIS Web service provides users with subsets of MODIS Land Products through standards based SOAP (Simple Object Access Protocol) Web service.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T17:47:05.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'jason.duley@nasa.gov', u'download_count': 1, u'columns_description': [], u'name': u'MODIS Web Service API', u'columns_field_name': [], u'page_views': {u'page_views_total': 410, u'page_views_last_week_log': 2.584962500721156, u'page_views_last_week': 5, u'page_views_last_month_log': 4.906890595608519, u'page_views_total_log': 8.682994583681683, u'page_views_last_month': 29}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T03:30:47.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:jason.duley@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://data.nasa.gov/developer'], u'key': u'Common-Core_References'}, {u'value': u'API-16', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'http://daac.ornl.gov/MODIS/MODIS-menu/modis_webservice.html', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'2015-11-30T00:00:00.000Z', u'key': u'Common-Core_Issued'}, {u'value': u'Jason Duley', u'key': u'Common-Core_Contact-Name'}, {u'value': u'API-16', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'python', u'java', u'collections', u'products', u'matlab', u'r', u'api', u'modis', u'perl', u'kepler'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MODIS-Web-Service-API/cx3e-3x9g', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 743,data.nasa.gov,bhd4-cidu,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/bhd4-cidu', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:58:23.000Z', u'id': u'bhd4-cidu', u'createdAt': u'2018-06-26T07:11:28.000Z', u'description': u'Astronauts have been previously shown to exhibit decreased salivary lysozyme and increased dental calculus and gingival inflammation in response to space flight host factors that could contribute to oral diseases such as caries and periodontitis. However the specific physiological response of caries-causing bacteria such as Streptococcus mutans to space flight and/or ground-based simulated microgravity has not been extensively investigated. In this study High Aspect Ratio Vessel (HARV) S. mutans simulated microgravity and normal gravity cultures were assessed for changes in metabolite and transcriptome profiles H2O2 resistance and competence in sucrose-containing biofilm media. Stationary phase S. mutans simulated microgravity cultures displayed increased killing by H2O2 compared to normal gravity control cultures but competence was not affected. RNA-seq analysis revealed that expression of 153 genes was up-regulated >= 2-fold and 94 genes down-regulated >= 2-fold during simulated microgravity HARV growth. These included a number of genes located on extrachromosomal elements as well as genes involved in carbohydrate metabolism translation and stress responses. Collectively these results suggest that growth under microgravity analog conditions promotes changes in S. mutans gene expression and physiology that may translate to an altered cariogenic potential of this organism during space flight missions. Overall design: Differential gene expression was compared between RNA from S. mutans grown in normal gravity HARVs (n=3 independent cultures) and RNA from S. mutans grown in simulated microgravity HARVs (n=3 independent cultures)', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:58:23.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Streptococcus mutans differential gene expression in response to simulated microgravity', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:11:28.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-106', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-106', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'sample collection', u'weightlessness simulation', u'sequence analysis data transformation', u'library construction', u'nucleic acid sequencing', u'nucleic acid extraction'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Streptococcus-mutans-differential-gene-expression-/bhd4-cidu', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 744,data.nasa.gov,epmw-irk7,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,16,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/epmw-irk7', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:25:43.000Z', u'id': u'epmw-irk7', u'createdAt': u'2018-06-25T20:47:17.000Z', u'description': u'Cloud-Aerosol Lidar and Infrared Pathfinder Satellite Observations (CALIPSO) was launched on April 28, 2006 to study the impact of clouds and aerosols on the Earth\u2019s radiation budget and climate. It flies in formation with five other satellites in the international \u201cA-Train\u201d (PDF) constellation for coincident Earth observations. The CALIPSO satellite comprises three instruments, the Cloud-Aerosol LIdar with Orthogonal Polarization (CALIOP), the Imaging Infrared Radiometer (IIR), and the Wide Field Camera (WFC). CALIPSO is a joint satellite mission between NASA and the French Agency, CNES. These data consist 5 km aerosol layer data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:25:43.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'john.m.kusterer@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CALIPSO Lidar L2 Aerosol Profile Data V3-02', u'columns_field_name': [], u'page_views': {u'page_views_total': 16, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 2.0, u'page_views_total_log': 4.08746284125034, u'page_views_last_month': 3}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:47:17.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:john.m.kusterer@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:004'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2011-11-01/2013-02-28', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'NASA-0000150', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'John M. Kusterer', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000150', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'atmospheric science', u'climate', u'aerosol', u'radiation', u'cloud', u'eos', u'satellite'], u'categories': [u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CALIPSO-Lidar-L2-Aerosol-Profile-Data-V3-02/epmw-irk7', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 745,data.nasa.gov,cvk7-uar9,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/cvk7-uar9', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T06:51:48.000Z', u'id': u'cvk7-uar9', u'createdAt': u'2018-06-25T20:59:50.000Z', u'description': u'RSS', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T06:51:48.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Odyssey Radio Science Data (96)', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:59:50.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-571', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-571', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'rss', u'pds'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Odyssey-Radio-Science-Data-96-/cvk7-uar9', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 746,data.nasa.gov,d22u-ibv5,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,14,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/d22u-ibv5', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T12:56:47.000Z', u'id': u'd22u-ibv5', u'createdAt': u'2018-06-26T03:30:29.000Z', u'description': u'The Earth Resources Observation and Science (EROS) Center manages the this gallery of images of the 50 U.S. states plus Puerto Rico as derived by Landsat data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T12:56:47.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'james.r.irons@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u""Earth Resources Observation and Science (EROS) Center's Landsat State Mosaics Gallery"", u'columns_field_name': [], u'page_views': {u'page_views_total': 14, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.9068905956085187, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T03:30:29.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:james.r.irons@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'NASA-913', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'http://eros.usgs.gov/imagegallery/landsat-state-mosaics', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'2014-04-29T00:00:00.000Z', u'key': u'Common-Core_Issued'}, {u'value': u'Charles Ichoku', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-913', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'earth science', u'images', u'mosaic', u'usgs', u'imagery', u'landsat'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Earth-Resources-Observation-and-Science-EROS-Cente/d22u-ibv5', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 747,data.nasa.gov,d8ci-h2zs,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/d8ci-h2zs', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:40:25.000Z', u'id': u'd8ci-h2zs', u'createdAt': u'2018-06-26T06:59:17.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:40:25.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VOYAGER 2 SATURN PLASMA DERIVED ION FITS 96 SEC V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:59:17.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-s-pls-5-summ-ion-fit-96sec-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG2-S-PLS-5-SUMM-ION-FIT-96SEC-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-s-pls-5-summ-ion-fit-96sec-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'saturn', u'voyager'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VOYAGER-2-SATURN-PLASMA-DERIVED-ION-FITS-96-SEC-V1/d8ci-h2zs', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 748,data.nasa.gov,daj7-k9b3,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/daj7-k9b3', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:07:05.000Z', u'id': u'daj7-k9b3', u'createdAt': u'2018-06-26T06:39:39.000Z', u'description': u'Data collected by the Dust Flux Monitor Instrument (DFMI) of the Stardust satellite, taken during the early cruise phase of the mission. These data were determined by peer review to be of no scientific use.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:07:05.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'STARDUST C/E/L DUST FLUX MONITOR INSTRUMENT-2-EDR-V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:39:39.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.stardust-c-e-l-dfmi-2-edr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=STARDUST-C%2FE%2FL-DFMI-2-EDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.stardust-c-e-l-dfmi-2-edr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'81p/wild 2 (1978 a2)', u'stardust'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/STARDUST-C-E-L-DUST-FLUX-MONITOR-INSTRUMENT-2-EDR-/daj7-k9b3', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 749,data.nasa.gov,db89-ffrq,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/db89-ffrq', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:47:05.000Z', u'id': u'db89-ffrq', u'createdAt': u'2018-06-26T06:14:35.000Z', u'description': u'This data set is intended to include published broadband colors of centaurs and Transneptunian Objects (TNOs) published through December 2006. It supersedes all versions of the TNO colors data set EAR-A-3-RDR-TNO-PHOT.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:47:05.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'TNO AND CENTAUR COLORS V4.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:14:35.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-compil-3-tno-cen-color-v4.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-COMPIL-3-TNO-CEN-COLOR-V4.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-compil-3-tno-cen-color-v4.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'support archives', u'asteroid'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/TNO-AND-CENTAUR-COLORS-V4-0/db89-ffrq', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 750,data.nasa.gov,d42m-2z6n,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,14,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/d42m-2z6n', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:07:14.000Z', u'id': u'd42m-2z6n', u'createdAt': u'2018-06-26T07:08:06.000Z', u'description': u'This data set contains daily tables of time ordered, 28-second-resolution plasma parameters, mainly of the solar wind, as observed on the Moon at the Apollo 15 ALSEP site by the Apollo 15 Solar Wind Spectrometer from 31 July 1971 through 30 June 1972.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:07:14.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'APOLLO 15 ALSEP/SWS SOLAR WIND 28-SEC RESOLUTION TABLES V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 14, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.9068905956085187, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:08:06.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.a15a-l-sws-3-solar-wind-28s-res-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=A15A-L-SWS-3-SOLAR-WIND-28S-RES-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.a15a-l-sws-3-solar-wind-28s-res-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'moon', u'apollo 15'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/APOLLO-15-ALSEP-SWS-SOLAR-WIND-28-SEC-RESOLUTION-T/d42m-2z6n', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 751,data.nasa.gov,d7mr-ie8p,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/d7mr-ie8p', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:43:25.000Z', u'id': u'd7mr-ie8p', u'createdAt': u'2018-06-26T06:13:21.000Z', u'description': u'NEAR EDR volume sets contain a single data set, from one instrument and one mission phase (defined in the phase table in /AAREADME.TXT).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:43:25.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'NEAR MSI IMAGES FOR EROS/FLY/BY', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:13:21.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-msi-3-edr-eros-fly-by-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NEAR-A-MSI-3-EDR-EROS%2FFLY%2FBY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-msi-3-edr-eros-fly-by-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'eros', u'near earth asteroid rendezvous'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEAR-MSI-IMAGES-FOR-EROS-FLY-BY/d7mr-ie8p', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 752,data.nasa.gov,dbp7-y783,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/dbp7-y783', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-08-02T15:35:07.000Z', u'id': u'dbp7-y783', u'createdAt': u'2018-06-26T06:12:30.000Z', u'description': u'This data set consists of the Diviner Lunar Radiometer Experiment Global Cumulative Products also known as GCPs. The DLRE is a surface pushbroom mapper that measures emitted thermal radiation and reflected solar radiation from the surface of the moon. Two Diviner solar channels measure 0.3-3 micrometers reflected solar radiation. Three Diviner channels near 8 micrometers classify regolith mineralogy by mapping the location of the Christiansen feature. The remaining four Diviner channels measure surface temperature in four spectral bands ranging from 12.5 micrometers to beyond 200 micrometers.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-08-02T15:35:07.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'homas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'LRO DLRE 5 GLOBAL CUMULATIVE PRODUCTS', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:12:30.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lro-l-dlre-5-gcp-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=LRO-L-DLRE-5-GCP-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lro-l-dlre-5-gcp-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'lunar reconnaissance orbiter', u'moon'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/LRO-DLRE-5-GLOBAL-CUMULATIVE-PRODUCTS/dbp7-y783', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 753,data.nasa.gov,df9k-k8d7,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/df9k-k8d7', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:19:43.000Z', u'id': u'df9k-k8d7', u'createdAt': u'2018-06-26T06:55:48.000Z', u'description': u'This data set present engineering data of the COPS, DFMS and RTOF ROSINA sensors during the Lutetia flyby phase', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:19:43.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ROSETTA-ORBITER LUTETIA ROSINA 2 AST2 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:55:48.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-a-rosina-2-ast2-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-A-ROSINA-2-AST2-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-a-rosina-2-ast2-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'21 lutetia', u'earth', u'unknown', u'2867 steins', u'67p/churyumov-gerasimenko 1 (1969 r1)', u'international rosetta mission'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-LUTETIA-ROSINA-2-AST2-V1-0/df9k-k8d7', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 754,data.nasa.gov,dm5e-2kzn,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/dm5e-2kzn', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:27:51.000Z', u'id': u'dm5e-2kzn', u'createdAt': u'2018-06-26T06:55:33.000Z', u'description': u'This data set is intended to include all published groundbased asteroid radar detections. The entries were collected by Steven J. Ostro, and selected data have been collected from the published literature.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:27:51.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ASTEROID RADAR V13.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:55:33.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-radar-v13.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-5-DDR-RADAR-V13.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-radar-v13.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'asteroid', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ASTEROID-RADAR-V13-0/dm5e-2kzn', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 755,data.nasa.gov,dm6a-x52a,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/dm6a-x52a', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:44:30.000Z', u'id': u'dm6a-x52a', u'createdAt': u'2018-06-26T07:00:27.000Z', u'description': u'Voyager 2 Energetic Particle (LECP) data from the Uranus far encounter\nperiod between 1986-01-19T01:36:24 and 1986-02-07T05:55:18. The data\nset provides 6.4 minute counting rate and flux measurements during the\ninstrument stepping operation.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:44:30.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VG2 LECP 6.4 MINUTE URANUS\n FAR ENCOUNTER STEP DATA', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:00:27.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-u-lecp-3-step-6.4min-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG2-U-LECP-3-STEP-6.4MIN-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-u-lecp-3-step-6.4min-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'voyager'], u'categories': [u'social services'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG2-LECP-6-4-MINUTE-URANUS-FAR-ENCOUNTER-STEP-DATA/dm6a-x52a', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 756,data.nasa.gov,de6q-f92w,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/de6q-f92w', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:08:57.000Z', u'id': u'de6q-f92w', u'createdAt': u'2018-06-26T06:42:44.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:08:57.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'LP MOON ER LEVEL 4 ELECTRON DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:42:44.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lp-l-er-4-electron-data-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=LP-L-ER-4-ELECTRON-DATA-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lp-l-er-4-electron-data-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'lunar prospector', u'moon'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/LP-MOON-ER-LEVEL-4-ELECTRON-DATA-V1-0/de6q-f92w', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 757,data.nasa.gov,df8n-jc57,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,15,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/df8n-jc57', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:51:10.000Z', u'id': u'df8n-jc57', u'createdAt': u'2018-06-26T06:34:28.000Z', u'description': u'This dataset provides asteroid taxonomic classifications of the Tholen, Barucci, and Tedesco classification systems.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:51:10.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ASTEROID TAXONOMY V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 15, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 4.0, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:34:28.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-taxonomy-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-5-DDR-TAXONOMY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-taxonomy-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'asteroid', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ASTEROID-TAXONOMY-V1-0/df8n-jc57', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 758,data.nasa.gov,didd-3wd5,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/didd-3wd5', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T03:29:49.000Z', u'id': u'didd-3wd5', u'createdAt': u'2018-06-26T06:25:28.000Z', u'description': u'Abstract ======== The Mercury Dual Imaging System (MDIS) consists of two cameras, a Wide Angle Camera (WAC) and a Narrow Angle Camera (NAC), mounted on a common pivot platform. This dataset includes the Calibrated Data Record (CDR) version of valid images than can be turned into physical units, that were acquired during the cruise phase to Mercury, and includes post- launch checkout images, flyby images of Earth, Venus, Mercury, images acquired from Mercury orbit, and inflight calibration images. This CDR dataset is the product of conversion of raw data (Experiment Data Records, or EDRs) to one of three options: physical units of radiance; or radiance factor or I/F, with or without an empirical correction for time variable instrument responsivity. In addition to the imagery, anciliary information (including calibration files used to calibrate the data) is included.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T03:29:49.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MESSENGER MDIS CALIBRATED DATA RECORD V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:25:28.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mess-e-v-h-mdis-4-cdr-caldata-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MESS-E%2FV%2FH-MDIS-4-CDR-CALDATA-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mess-e-v-h-mdis-4-cdr-caldata-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'saturn', u'messenger', u'cal target', u'dark sky', u'ob star', u'space', u'spacecraft deck', u'starfield', u'2p/encke 1 (1818 w1)', u'c/ison (2012 s1)', u'm7', u'pleiades', u'earth', u'jupiter', u'mars', u'mercury', u'neptune', u'uranus', u'venus', u'moon', u'alioth', u'arcturus', u'epsilon centauri', u'eta carinae', u'fomalhaut', u'mirzam', u'rigel', u'sirius', u'star', u'vega'], u'categories': [u'public safety'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MESSENGER-MDIS-CALIBRATED-DATA-RECORD-V1-0/didd-3wd5', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 759,data.nasa.gov,dnhm-hkjn,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/dnhm-hkjn', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:09:32.000Z', u'id': u'dnhm-hkjn', u'createdAt': u'2018-06-26T06:48:09.000Z', u'description': u'This data set contains CODMAC level 3 instrument checkout data acquired by the Rosetta Orbiter ALICE UV Spectrometer during the second cruise phase of the Rosetta mission, which occurred 2005-04-05 to 2006-07-28.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:09:32.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ROSETTA-ORBITER 9P/CAL/CHECK ALICE 3 CR2 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:48:09.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-cal-x-alice-3-cr2-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-C%2FCAL%2FX-ALICE-3-CR2-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-cal-x-alice-3-cr2-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'9p/tempel 1 (1867 g1)', u'international rosetta mission', u'unknown', u'calibration'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-9P-CAL-CHECK-ALICE-3-CR2-V1-0/dnhm-hkjn', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 760,data.nasa.gov,dqvc-62j4,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/dqvc-62j4', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:39:31.000Z', u'id': u'dqvc-62j4', u'createdAt': u'2018-06-26T06:14:45.000Z', u'description': u'N/A', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:39:31.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CASSINI ORBITER SSA RADAR 5 STDR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:14:45.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-ssa-radar-5-stdr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-SSA-RADAR-5-STDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-ssa-radar-5-stdr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'cassini-huygens', u'titan'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-ORBITER-SSA-RADAR-5-STDR-V1-0/dqvc-62j4', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 761,data.nasa.gov,bsbc-p7hr,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/bsbc-p7hr', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:49:19.000Z', u'id': u'bsbc-p7hr', u'createdAt': u'2018-06-26T06:59:37.000Z', u'description': u""NASA's International Halley Watch (IHW) has created a Comet Halley Archive. The collection of data spans the full wavelength range as submitted by scientists to the IHW. The observations belong to one of the following Disciplines: Amateur, Astrometry, Infrared Studies, Large-Scale Phenomena, Meteor Studies, Near-Nucleus Studies, Photometry and Polarimetry, Radio Studies, and Spectroscopy and Spectrophotometry. The data collected by these nine disciplines were augmented by Spacecraft measurements. The data were submitted to IHW, but the evaluation and selection for the Archive has been the primary responsibility of the Discipline Specialist Teams for each network in cooperation with the Lead Center. The data from the Large-Scale Phenomena Network has been compressed images of Halley and 173 data used for calibration. The calibration data consists of the following: laboratory data (CALIBRATION_SPOTS, PHOTOMETRY WEDGE), standard stars (STDSTARS, STAND_ STAR, AQR STAND, COMA STAND), and open clusters (NGC1039, NGC1817). These compressed images, spanning dates 1985 September 21 through 1987 April 25 comprise the first 18 volumes (Image Data) of the IHW Chronological Data Archive Collection. A set of subsampled or 'browse' images covering the same date range is on volumes 19 trough 23 (Mixed Data) of the IHW Chronological Data Archive Collection. In addition to the digital archive, 'The International Halley Watch Atlas of large-Scale Phenomena' (Brandt, John C., Niedner, Malcolm B. Jr., Rahe, Jurgen, 1992) provides many analogue images of the data in both black and white and color representation."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:49:19.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'IHW COMET HALLEY LSPN IMAGE DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:59:37.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ihw-c-lspn-2-didr-halley-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=IHW-C-LSPN-2-DIDR-HALLEY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ihw-c-lspn-2-didr-halley-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'international halley watch', u'star', u'open cluster', u'halley'], u'categories': [u'economy', u'finance', u'social services'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/IHW-COMET-HALLEY-LSPN-IMAGE-DATA-V1-0/bsbc-p7hr', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 762,data.nasa.gov,dwin-4xfa,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,22,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/dwin-4xfa', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-08-02T15:26:57.000Z', u'id': u'dwin-4xfa', u'createdAt': u'2018-06-26T22:17:05.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-08-02T15:26:57.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'homas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MER 2 MARS HAZARD AVOID CAMERA TERRAIN WEDGE RDR OPS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 22, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 4.523561956057013, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T22:17:05.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer2-m-hazcam-5-wedge-ops-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MER2-M-HAZCAM-5-WEDGE-OPS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer2-m-hazcam-5-wedge-ops-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'mars exploration rover'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MER-2-MARS-HAZARD-AVOID-CAMERA-TERRAIN-WEDGE-RDR-O/dwin-4xfa', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 763,data.nasa.gov,e6jm-q29f,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/e6jm-q29f', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:55:10.000Z', u'id': u'e6jm-q29f', u'createdAt': u'2018-06-26T06:35:44.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:55:10.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VG2 SAT MAG RESAMPLED HELIOGRAPHIC (RTN) COORDS 1.92SEC V1.1', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:35:44.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-s-mag-4-rdr-hgcoords-1.92sec-v1.1', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG2-S-MAG-4-RDR-HGCOORDS-1.92SEC-V1.1', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-s-mag-4-rdr-hgcoords-1.92sec-v1.1', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'saturn', u'voyager'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG2-SAT-MAG-RESAMPLED-HELIOGRAPHIC-RTN-COORDS-1-92/e6jm-q29f', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 764,data.nasa.gov,efx8-kzdh,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/efx8-kzdh', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:03:01.000Z', u'id': u'efx8-kzdh', u'createdAt': u'2018-09-05T23:03:01.000Z', u'description': u'This data set contains Raw data taken by the New Horizons Radio Science Experiment instrument during the post-launch checkout mission phase. This is VERSION 1.0 of this data set.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:03:01.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': None, u'columns_description': [], u'name': u'NEW HORIZONS \n REX POST-LAUNCH CHECKOUT \n RAW V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:03:01.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-rex-2-launch-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-X-REX-2-LAUNCH-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-rex-2-launch-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'new horizons', u'calibration'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-REX-POST-LAUNCH-CHECKOUT-RAW-V1-0/efx8-kzdh', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 765,data.nasa.gov,e8xm-7fwi,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,27,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/e8xm-7fwi', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:03:30.000Z', u'id': u'e8xm-7fwi', u'createdAt': u'2018-06-26T07:08:11.000Z', u'description': u'This data set is intended to include all reported timings of observed asteroid occultation events through Feb. 23, 2005, as well as asteroid occultation axes derived from those timings by David W. Dunham and David Herald. Some occultations by planetary satellites are also included.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:03:30.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ASTEROID OCCULTATIONS', u'columns_field_name': [], u'page_views': {u'page_views_total': 27, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.0, u'page_views_total_log': 4.807354922057604, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:08:11.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-3-rdr-occultations-v3.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-3-RDR-OCCULTATIONS-V3.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-3-rdr-occultations-v3.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'support archives', u'asteroid', u'satellite'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ASTEROID-OCCULTATIONS/e8xm-7fwi', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 766,data.nasa.gov,edcu-hk6a,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/edcu-hk6a', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:05:30.000Z', u'id': u'edcu-hk6a', u'createdAt': u'2018-06-26T07:07:25.000Z', u'description': u'Imaging of the Saturn system at a wavelength in the far or extreme ultraviolet.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:05:30.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CASSINI ORBITER N/A UVIS IMAGE AT ONE WAVELENGTH', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:07:25.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-x-uvis-2-wav-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-X-UVIS-2-WAV-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-x-uvis-2-wav-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'cassini-huygens'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-ORBITER-N-A-UVIS-IMAGE-AT-ONE-WAVELENGTH/edcu-hk6a', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 767,data.nasa.gov,eie8-bers,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/eie8-bers', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:10:05.000Z', u'id': u'eie8-bers', u'createdAt': u'2018-06-26T06:44:40.000Z', u'description': u'This data set contains CODMAC level 2 data acquired by the Rosetta Orbiter ALICE UV Spectrometer during the comet 67P/Churyumov-Gerasimenko prelanding mission phase, which took place between 2014-01-21 and 2014-11-18.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:10:05.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ROSETTA-ORBITER 67P/CAL ALICE 2 PRL V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:44:40.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-cal-alice-2-prl-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-C%2FCAL-ALICE-2-PRL-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-cal-alice-2-prl-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'67p/churyumov-gerasimenko 1 (1969 r1)', u'international rosetta mission', u'calibration'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-67P-CAL-ALICE-2-PRL-V1-0/eie8-bers', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 768,data.nasa.gov,ej9x-28bq,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ej9x-28bq', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:08:28.000Z', u'id': u'ej9x-28bq', u'createdAt': u'2018-06-26T06:48:29.000Z', u'description': u'This data set contains Sloan Digital Sky Survey (SDSS) asteroid photometric observations classified according to the SDSS-based Asteroid Taxonomy, as developed by Carvano et al. (2010).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:08:28.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'SDSS-BASED ASTEROID TAXONOMY V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:48:29.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-i0035-5-sdsstax-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-I0035-5-SDSSTAX-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-i0035-5-sdsstax-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'asteroid', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/SDSS-BASED-ASTEROID-TAXONOMY-V1-0/ej9x-28bq', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 769,data.nasa.gov,ejpq-s4qp,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ejpq-s4qp', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:58:14.000Z', u'id': u'ejpq-s4qp', u'createdAt': u'2018-06-26T07:07:06.000Z', u'description': u'This data set contains radiometrically calibrated Spectroscopic and Continuum data, in the form of table files, taken during the Lutetia Fly-by phase of the Rosetta mission by the MIRO instrument.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:58:14.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ROSETTA-ORBITER LUTETIA MIRO 3 AST2 LUTETIA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:07:06.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-a-miro-3-ast2-lutetia-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-A-MIRO-3-AST2-LUTETIA-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-a-miro-3-ast2-lutetia-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'21 lutetia', u'international rosetta mission', u'calibration'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-LUTETIA-MIRO-3-AST2-LUTETIA-V1-0/ejpq-s4qp', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 770,data.nasa.gov,eqw5-hseq,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/eqw5-hseq', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T05:47:08.000Z', u'id': u'eqw5-hseq', u'createdAt': u'2018-06-25T20:55:23.000Z', u'description': u'APXS, ChemCam, DAN, Hazcam, MAHLI, MARDI, Mastcam, Navcam, REMS, SPICE, SAM', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T05:47:08.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Mars Science Laboratory Data Release 2', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:55:23.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-479', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-479', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mastcam', u'mardi', u'dan', u'apxs', u'pds', u'hazcam', u'chemcam', u'navcam', u'rems', u'mahli', u'spice', u'sam'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Mars-Science-Laboratory-Data-Release-2/eqw5-hseq', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 771,data.nasa.gov,erz8-qdfd,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,81,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/erz8-qdfd', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:03:21.000Z', u'id': u'erz8-qdfd', u'createdAt': u'2018-09-05T23:03:20.000Z', u'description': u'We investigated differentially regulated and stably expressed genes in human Jurkat T lymphocytic cells in 5min simulated microgravity and hypergravity and compared expression profiles to identify gravity-regulated and unaffected genes as well as adaptation processes.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:03:21.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'Gene expression response to simulated gravity and hypergravity in human T cells', u'columns_field_name': [], u'page_views': {u'page_views_total': 81, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 3.0, u'page_views_total_log': 6.357552004618085, u'page_views_last_month': 7}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:03:20.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-189', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-189', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'microgravity', u'treatment protocol', u'growth protocol', u'rna extraction', u'nucleic acid hybridization', u'labeling', u'scan protocol', u'hypergravity', u'normalization data transformation'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Gene-expression-response-to-simulated-gravity-and-/erz8-qdfd', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 772,data.nasa.gov,e4yn-6hxz,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/e4yn-6hxz', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:10:34.000Z', u'id': u'e4yn-6hxz', u'createdAt': u'2018-06-26T06:44:56.000Z', u'description': u'This data set contains Mars Express ASPERA-3 Neutral Particle Imager (NPI) data for the second mission extension (October 1, 2007 - May 31, 2009). These data are provided in units of count rate (counts/second).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:10:34.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MARS EXPRESS ASPERA-3 RAW-CAL NTRL PARTICLE IMAGER EXT2 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:44:56.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mex-m-aspera3-2-3-edr-rdr-npi-ext2-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MEX-M-ASPERA3-2%2F3-EDR%2FRDR-NPI-EXT2-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mex-m-aspera3-2-3-edr-rdr-npi-ext2-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'solar wind', u'mars express'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MARS-EXPRESS-ASPERA-3-RAW-CAL-NTRL-PARTICLE-IMAGER/e4yn-6hxz', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 773,data.nasa.gov,egzp-j273,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/egzp-j273', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:54:43.000Z', u'id': u'egzp-j273', u'createdAt': u'2018-06-26T07:05:58.000Z', u'description': u'This data set contains the NEAR magnetometer (MAG) data for the CRUISE4 phase. The data set begins on 1998-12-24T00:00:00.000 and ends 2000-01-10T23:59:59.999 . The data are raw telemetry data, provided in engineering units, that have been reformatted into FITS file format (NASA Office of Science and Technology (NOST), 100-1.0). In addition to the raw magnetometer data, a calibration file and algorithm are available. This data set is archived as a set of CDROM images as a part of the NEAR EDR volume set.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:54:43.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'NEAR MAG DATA FOR CRUISE4', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:05:58.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-mag-2-edr-cruise4-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NEAR-A-MAG-2-EDR-CRUISE4-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-mag-2-edr-cruise4-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'near earth asteroid rendezvous', u'solar system'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEAR-MAG-DATA-FOR-CRUISE4/egzp-j273', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 774,data.nasa.gov,eksy-g6d3,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/eksy-g6d3', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:55:06.000Z', u'id': u'eksy-g6d3', u'createdAt': u'2018-06-26T07:08:44.000Z', u'description': u'Continuous monitoring of bacterial community structure in the ISS-Kibo. This data contains numerous sequence reads of 16S rRNA gene fragments.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:55:06.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Microbial monitoring in the ISS-Kibo', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 3.0, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:08:44.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-82', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-82', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'library construction', u'nucleic acid extraction', u'location', u'collection set', u'nucleic acid sequencing', u'sequence analysis data transformation', u'sample collection'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Microbial-monitoring-in-the-ISS-Kibo/eksy-g6d3', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 775,data.nasa.gov,f7rm-few4,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/f7rm-few4', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:51:42.000Z', u'id': u'f7rm-few4', u'createdAt': u'2018-06-26T07:05:37.000Z', u'description': u'This data set contains CODMAC level 2 calibration, and instrument checkout data acquired by the Rosetta Orbiter ALICE UV Spectrometer during the second commissioning phase of the Rosetta mission', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:51:42.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ROSETTA-ORBITER CAL/CHECK ALICE 2 CVP2 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:05:37.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-cal-x-alice-2-cvp2-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-CAL%2FX-ALICE-2-CVP2-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-cal-x-alice-2-cvp2-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'calibration', u'international rosetta mission', u'unknown'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-CAL-CHECK-ALICE-2-CVP2-V1-0/f7rm-few4', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 776,data.nasa.gov,f93g-9865,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/f93g-9865', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:32:44.000Z', u'id': u'f93g-9865', u'createdAt': u'2018-06-26T06:57:28.000Z', u'description': u'This data set includes calibration observations in the Eight Color Asteroid System of the stars observed by the Hayabusa AMICA camera during the cruise phase of that mission. The observations were made in June 2008 by D.J. Tholen.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:32:44.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'HAYABUSA AMICA GROUNDBASED CALIBRATION V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:57:28.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-cal-i1376-3-amicacal-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-CAL-I1376-3-AMICACAL-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-cal-i1376-3-amicacal-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'support archives', u'calibration'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/HAYABUSA-AMICA-GROUNDBASED-CALIBRATION-V1-0/f93g-9865', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 777,data.nasa.gov,fbti-uiv4,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,21,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/fbti-uiv4', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:02:38.000Z', u'id': u'fbti-uiv4', u'createdAt': u'2018-09-05T23:02:37.000Z', u'description': u'The Cassini Radio Science Saturn Gravity and Ring Occultation experiments (SAGR18) Raw Data Archive is a time-ordered collection of radio science raw data acquired on May 8, 15, 21, June 9, and 22, 2017, during the Cassini Extended Extended Mission.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:02:38.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': None, u'columns_description': [], u'name': u'CASSINI RSS RAW DATA SET - SAGR18 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 21, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.459431618637297, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:02:37.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-rss-1-sagr18-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-S-RSS-1-SAGR18-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-rss-1-sagr18-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'saturn', u'cassini-huygens'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-RSS-RAW-DATA-SET-SAGR18-V1-0/fbti-uiv4', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 778,data.nasa.gov,fcek-8b2m,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/fcek-8b2m', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:37:39.000Z', u'id': u'fcek-8b2m', u'createdAt': u'2018-06-26T06:27:43.000Z', u'description': u'Published colors of Trans-Neptunian objects through December 2001.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:37:39.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'TRANS-NEPTUNIAN OBJECT PHOTOMETRY V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:27:43.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-3-rdr-tno-phot-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-3-RDR-TNO-PHOT-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-3-rdr-tno-phot-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'support archives', u'asteroid'], u'categories': [u'infrastructure'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/TRANS-NEPTUNIAN-OBJECT-PHOTOMETRY-V2-0/fcek-8b2m', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 779,data.nasa.gov,fgby-encs,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,19,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/fgby-encs', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:02:59.000Z', u'id': u'fgby-encs', u'createdAt': u'2018-09-05T23:02:59.000Z', u'description': u'This data set contains Raw data taken by the New Horizons Multispectral Visible Imaging Camera instrument during the Pluto encounter mission phase. This is VERSION 1.0 of this data set.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:02:59.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': None, u'columns_description': [], u'name': u'NEW HORIZONS \n MVIC PLUTO ENCOUNTER \n RAW V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 19, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.321928094887363, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:02:59.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-p-mvic-2-pluto-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-P-MVIC-2-PLUTO-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-p-mvic-2-pluto-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'nix', u'new horizons', u'pluto'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-MVIC-PLUTO-ENCOUNTER-RAW-V1-0/fgby-encs', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 780,data.nasa.gov,famx-ki57,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/famx-ki57', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:19:41.000Z', u'id': u'famx-ki57', u'createdAt': u'2018-06-26T06:50:47.000Z', u'description': u'In this G-Z dataset, observations from channels E1 to E5 (table below) are included since cometary ions were not detected in the higher energy channels. For each of these channels, particle counts are accumulated in eight azimuthal sectors of 45 deg. width in each telescope. The sectors are numbered from 1 to 8 anticlockwise when viewed from above the ecliptic, with Sector 1 centered on the sun- Earth line, i.e. it views in the sunward direction and detects ions streaming away from the Sun. At Giacobini-Zinner, a complete 3- dimensional distribution function was obtained at 32 s intervals during the main encounter phase, changing to 64 s at greater distances e.g. after 1830 UT on 12 September outbound.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:19:41.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ICE ENERGETIC PARTICLE ANISOTROPY SPECTROMETER DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:50:47.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ice-c-epas-3-rdr-giacobin-zin-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=ICE-C-EPAS-3-RDR-GIACOBIN-ZIN-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ice-c-epas-3-rdr-giacobin-zin-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'international cometary explorer', u'giacobini-zinner'], u'categories': [u'social services'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ICE-ENERGETIC-PARTICLE-ANISOTROPY-SPECTROMETER-DAT/famx-ki57', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 781,data.nasa.gov,fb3q-7vs4,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,175,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/fb3q-7vs4', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:03:24.000Z', u'id': u'fb3q-7vs4', u'createdAt': u'2018-09-05T23:03:24.000Z', u'description': u'Results from C-20A science flights (30 October to 2 November 2017) collecting airborne microorganisms in the troposphere and lower stratosphere.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:03:24.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'NASA Aircraft Bioaerosol Collector (ABC)', u'columns_field_name': [], u'page_views': {u'page_views_total': 175, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 3.9068905956085187, u'page_views_total_log': 7.459431618637297, u'page_views_last_month': 14}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:03:24.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-170', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-170', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'nucleic acid extraction', u'sample collection protocol', u'altitude', u'radiation', u'sample concentration', u'sequence data analysis', u'nucleic acid sequencing', u'protocol', u'library construction'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NASA-Aircraft-Bioaerosol-Collector-ABC-/fb3q-7vs4', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 782,data.nasa.gov,fpc6-c559,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,16,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/fpc6-c559', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T05:43:29.000Z', u'id': u'fpc6-c559', u'createdAt': u'2018-06-25T20:54:33.000Z', u'description': u'GDAL is an open source translator library for raster geospatial data formats that presents a single abstract data model to the calling application for all supported formats. By providing integration into the GDAL command line utilities, GIBS imagery can be easily included in imagery processing workflows, including bulk access.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T05:43:29.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'ryan.a.boller@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'GIBS Geospatial Data Abstraction Library (GDAL)', u'columns_field_name': [], u'page_views': {u'page_views_total': 16, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 4.08746284125034, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:54:33.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:ryan.a.boller@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'NASA-426', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'http://www.gdal.org/', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Ryan Boller', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-426', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'digital', u'tiles', u'gdal', u'imagery', u'maps', u'geography'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GIBS-Geospatial-Data-Abstraction-Library-GDAL-/fpc6-c559', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 783,data.nasa.gov,fmnm-rscy,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/fmnm-rscy', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:13:33.000Z', u'id': u'fmnm-rscy', u'createdAt': u'2018-06-26T07:11:21.000Z', u'description': u'Gene expression profile of two-week-old etiolated Arabidopsis seedlings under microgravity on board space flight BRIC16 were compared with ground grown control in both wild-type and act2-3 mutant plants.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:13:33.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Transcriptomics analysis of etiolated Arabidopsis thaliana seedlings in response to microgravity', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:11:21.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-44', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-44', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'growth protocol', u'p-mtab-41648', u'p-mtab-41647', u'p-mtab-41646', u'radiation dosimetry', u'p-mtab-41645', u'absorbed radiation dose', u'microgravity', u'genotype', u'nucleic acid hybridization to array protocol', u'nucleic acid labeling protocol', u'nucleic acid extraction protocol'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Transcriptomics-analysis-of-etiolated-Arabidopsis-/fmnm-rscy', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 784,data.nasa.gov,fnxb-anbe,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/fnxb-anbe', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:58:52.000Z', u'id': u'fnxb-anbe', u'createdAt': u'2018-06-26T07:06:39.000Z', u'description': u'Encounter data for Vega-2 consisted of two files: DSFAST27 and Dvg2CLN1. The data were submitted by the Univ of Chicago group along with hard copy versions of the operating manual and a preprint of the results.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:58:52.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'VEGA2 DUST PARTICLE COUNTER MASS ANALYSER DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:06:39.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vega2-c-ducma-3-rdr-halley-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VEGA2-C-DUCMA-3-RDR-HALLEY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vega2-c-ducma-3-rdr-halley-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'vega 2', u'halley'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VEGA2-DUST-PARTICLE-COUNTER-MASS-ANALYSER-DATA-V1-/fnxb-anbe', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 785,data.nasa.gov,fuau-99fh,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/fuau-99fh', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:51:57.000Z', u'id': u'fuau-99fh', u'createdAt': u'2018-06-26T06:34:17.000Z', u'description': u'Radar-based shape models of small solar system bodies by Scott Hudson.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:51:57.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'SMALL BODY RADAR SHAPE MODELS V1.1', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:34:17.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-radarshape-models-v1.1', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-5-DDR-RADARSHAPE-MODELS-V1.1', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-radarshape-models-v1.1', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'1620 geographos', u'6489 golevka', u'4769 castalia', u'4197 toutatis', u'216 kleopatra', u'2063 bacchus', u'1998 ky26', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/SMALL-BODY-RADAR-SHAPE-MODELS-V1-1/fuau-99fh', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 786,data.nasa.gov,ftk4-2pdi,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ftk4-2pdi', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:02:04.000Z', u'id': u'ftk4-2pdi', u'createdAt': u'2018-06-26T07:05:39.000Z', u'description': u'This dataset provides taxonomic classifications of asteroids in each of five different systems: Tholen (1984, 1989) [THOLEN1984, THOLEN1989] et al. (1989) [TEDESCOETAL1989] [HOWELLETAL1994], and Xu et al. (1995) [XUETAL1995].', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:02:04.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ASTEROID TAXONOMY V3.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:05:39.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-taxonomy-v3.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-5-DDR-TAXONOMY-V3.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-taxonomy-v3.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'support archives', u'asteroid'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ASTEROID-TAXONOMY-V3-0/ftk4-2pdi', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 787,data.nasa.gov,fvy6-746t,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/fvy6-746t', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:52:39.000Z', u'id': u'fvy6-746t', u'createdAt': u'2018-06-26T06:17:29.000Z', u'description': u'The shape model of Mimas derived by Robert Gaskell from Cassini ISSNA and ISSWA images and Voyager 1 ISSN images. The model is provided in the implicitly connected quadrilateral (ICQ) format. This version of the model was prepared on June 26, 2012. Vertex-facet versions of the models are also provided.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:52:39.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'GASKELL MIMAS SHAPE MODEL V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:17:29.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-sa-issna-5-mimasshape-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-SA-ISSNA-5-MIMASSHAPE-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-sa-issna-5-mimasshape-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'voyager', u's1 mimas', u'cassini-huygens'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GASKELL-MIMAS-SHAPE-MODEL-V2-0/fvy6-746t', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 788,data.nasa.gov,7uua-mxsu,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/7uua-mxsu', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:04:33.000Z', u'id': u'7uua-mxsu', u'createdAt': u'2018-06-26T06:38:54.000Z', u'description': u'The Stooke Small Bodies Map collection contains maps of small solar system bodies in various projections, with and without latitude/longiude grids. The maps are based on the best available mission data for each object. The collection includes four asteroids: 243 Ida, 253 Mathilde, 433 Eros (pre-NEAR encounter) and 951 Gaspra; and five moons: J5 Amalthea, M1 Phobos, M2 Deimos, S7 Hyperion and S11 Epimetheus. The maps are in JPEG format and are presented as a document collection. The science data directory contains only a map list.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:04:33.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'STOOKE SMALL BODIES MAPS', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:38:54.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-3-rdr-stookemaps-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-3-RDR-STOOKEMAPS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-3-rdr-stookemaps-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'eros', u'gaspra', u'ida', u'mathilde', u'amalthea', u'deimos', u'epimetheus', u'hyperion', u'phobos', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/STOOKE-SMALL-BODIES-MAPS/7uua-mxsu', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 789,data.nasa.gov,fysy-69wu,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/fysy-69wu', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:27:49.000Z', u'id': u'fysy-69wu', u'createdAt': u'2018-06-26T06:56:14.000Z', u'description': u'The Cassini Radio Science Saturn and Ring Occultation Experiment (SROC4B) Raw Data Archive is a time-ordered collection of radio science raw data acquired on June 28, 2007, during the Tour subphase of the Cassini mission.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:27:49.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CASSINI RSS RAW DATA SET - SROC4B V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:56:14.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-rss-1-sroc4b-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-S-RSS-1-SROC4B-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-rss-1-sroc4b-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'saturn', u'cassini-huygens'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-RSS-RAW-DATA-SET-SROC4B-V1-0/fysy-69wu', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 790,data.nasa.gov,fwmy-s9hz,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/fwmy-s9hz', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:21:28.000Z', u'id': u'fwmy-s9hz', u'createdAt': u'2018-06-26T06:51:43.000Z', u'description': u'Absolute magnitudes and slopes, mostly IAU-adopted with exceptions noted, for all asteroids numbered as of the 2008 April 20 batch of Minor Planet Circulars.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:21:28.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ASTEROID ABSOLUTE MAGNITUDES V12.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 3.0, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:51:43.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-astermag-v12.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-5-DDR-ASTERMAG-V12.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-astermag-v12.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'asteroid', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ASTEROID-ABSOLUTE-MAGNITUDES-V12-0/fwmy-s9hz', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 791,data.nasa.gov,fxce-k96d,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,22,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/fxce-k96d', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:20:09.000Z', u'id': u'fxce-k96d', u'createdAt': u'2018-06-25T20:45:45.000Z', u'description': u'International Satellite Cloud Climatology Project (ISCCP) focuses on the distribution and variation of cloud radiative properties to improve the understanding of the effects of clouds on climate, the radiation budget, and the long-term global hydrologic cycle.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:20:09.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'JOHN.M.KUSTERER@NASA.GOV', u'download_count': 0, u'columns_description': [], u'name': u'International Satellite Cloud Climatology Project (ISCCP)', u'columns_field_name': [], u'page_views': {u'page_views_total': 22, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.523561956057013, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:45:45.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:JOHN.M.KUSTERER@NASA.GOV', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:004'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'NASA-0000055', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'Data sets must be requested. Use data ordering tool here https://eosweb.larc.nasa.gov/HORDERBIN/HTML_Start.cgi?project=ISCCP', u'key': u'Common-Core_Access-Level-Comment'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'John M. Kusterer', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000055', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'hydrology', u'renewable energy', u'clouds', u'radiation', u'climate'], u'categories': [u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/International-Satellite-Cloud-Climatology-Project-/fxce-k96d', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 792,data.nasa.gov,gbye-4apm,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/gbye-4apm', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:24:53.000Z', u'id': u'gbye-4apm', u'createdAt': u'2018-06-26T06:53:21.000Z', u'description': u'The Cassini Radio Science Titan Bistatic and Occultation Experiment (TBOC1) Raw Data Archive is a time-ordered collection of radio science raw data acquired on March 18 and 19, 2006, during the Tour subphase of the Cassini mission.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:24:53.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CASSINI RSS RAW DATA SET - TBOC1 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:53:21.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-ssa-rss-1-tboc1-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-SSA-RSS-1-TBOC1-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-ssa-rss-1-tboc1-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'titan', u'cassini-huygens'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-RSS-RAW-DATA-SET-TBOC1-V1-0/gbye-4apm', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 793,data.nasa.gov,gjc8-htxn,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/gjc8-htxn', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:53:00.000Z', u'id': u'gjc8-htxn', u'createdAt': u'2018-06-26T06:17:26.000Z', u'description': u'NULL', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:53:00.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MSL MARS MAST CAMERA 2 \n EDR ZSTACK V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:17:26.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.msl-m-mastcam-2-edr-z-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MSL-M-MASTCAM-2-EDR-Z-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.msl-m-mastcam-2-edr-z-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars science laboratory', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MSL-MARS-MAST-CAMERA-2-EDR-ZSTACK-V1-0/gjc8-htxn', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 794,data.nasa.gov,gk38-7vtb,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/gk38-7vtb', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:36:24.000Z', u'id': u'gk38-7vtb', u'createdAt': u'2018-06-26T06:27:23.000Z', u'description': u'In preparation for the concerted international study of Comet Halley, the IHW conducted a trial run with observations of Comet Crommelin, largely during February and March of 1984.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:36:24.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'IHW COMET IRPHOT EDITED REDUCED DATA RECORD CROMMELIN V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:27:23.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ihw-c-irphot-2-rdr-crommelin-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=IHW-C-IRPHOT-2-RDR-CROMMELIN-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ihw-c-irphot-2-rdr-crommelin-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'halley', u'international halley watch'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/IHW-COMET-IRPHOT-EDITED-REDUCED-DATA-RECORD-CROMME/gk38-7vtb', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 795,data.nasa.gov,giua-awnq,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/giua-awnq', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:00:51.000Z', u'id': u'giua-awnq', u'createdAt': u'2018-06-26T07:05:22.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:00:51.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MER 2 MARS PANORAMIC CAMERA SLOPE RDR OPS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:05:22.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer2-m-pancam-5-slope-ops-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MER2-M-PANCAM-5-SLOPE-OPS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer2-m-pancam-5-slope-ops-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars exploration rover', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MER-2-MARS-PANORAMIC-CAMERA-SLOPE-RDR-OPS-V1-0/giua-awnq', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 796,data.nasa.gov,gkqw-6gd9,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/gkqw-6gd9', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:55:48.000Z', u'id': u'gkqw-6gd9', u'createdAt': u'2018-06-26T07:08:47.000Z', u'description': u'The general objective of the study was to determine modulation of gene expression by environmental factors with a special emphasis on bone formation. For this reason the specific period of treatment was chosen between 5-6 days post-fertilization (dpf) when bone formation and calcification are taking place. This experiment was designed as a new type of gravitational experiment which we like to call relative microgravity referring to the fact that the larvae first grow in hyper gravity for 5 days and are then returned to 1g normal gravity for 1 day. Zebrafish embryos were placed on a Large Diameter Centrifuge at 3 hpf brought to a gravitational force of 3 g until 5 dpf. Reference embryos were kept in parallel at 1g (Inc). At 5dpf one batch was left at 3g (3g) one batch was returned to 1g (3g>1g) while a third batch was returned to 1g but left on the axis of the centrifuge (Axe; 3g>Axe). The experiment was repeated 4 times each time with 4 batches of 60 larvae.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:55:48.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'Exposure of zebrafish larvae to relative microgravity between 5-6 days post-fertilization', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:08:47.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-60', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-60', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'p-mtab-43165', u'hypergravity', u'normalization data transformation protocol', u'array scanning and feature extraction protocol', u'nucleic acid hybridization to array protocol', u'nucleic acid labeling protocol', u'nucleic acid extraction protocol', u'treatment protocol', u'growth protocol', u'p-mtab-43169', u'p-mtab-43168', u'p-mtab-43167', u'p-mtab-43166', u'p-mtab-43164', u'p-mtab-43163'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Exposure-of-zebrafish-larvae-to-relative-micrograv/gkqw-6gd9', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 797,data.nasa.gov,gydb-rtty,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/gydb-rtty', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:57:34.000Z', u'id': u'gydb-rtty', u'createdAt': u'2018-06-26T06:36:24.000Z', u'description': u'This dataset contains ROSETTA NAVCAM RAW DATA of the Escort Phase 4 from 15th Dec 2015 to 12th Jan 2016 when at the vicinity of target 67P/CG.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:57:34.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ROSETTA-ORBITER 67P NAVCAM 2 COMET ESCORT 4 MTP024 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:36:24.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-navcam-2-esc4-mtp024-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-C-NAVCAM-2-ESC4-MTP024-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-navcam-2-esc4-mtp024-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'zeta cas', u'calibration', u'alpha lyr', u'international rosetta mission', u'67p/churyumov-gerasimenko 1 (1969 r1)'], u'categories': [u'public safety'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-67P-NAVCAM-2-COMET-ESCORT-4-MTP024/gydb-rtty', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 798,data.nasa.gov,h3k5-avff,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/h3k5-avff', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T07:03:22.000Z', u'id': u'h3k5-avff', u'createdAt': u'2018-06-25T21:02:59.000Z', u'description': u'CDA, CIRS, ISS, RADAR, RSS, SPICE, VIMS', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T07:03:22.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Cassini Data Release 10', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:02:59.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-705', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-705', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'iss', u'cirs', u'rss', u'radar', u'cda', u'pds', u'spice', u'vims'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Cassini-Data-Release-10/h3k5-avff', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 799,data.nasa.gov,h6tp-f2wy,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,89,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/h6tp-f2wy', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T17:44:47.000Z', u'id': u'h6tp-f2wy', u'createdAt': u'2018-06-26T03:30:24.000Z', u'description': u'The Earth Observatory is part of the EOS Project Science Office located at NASA Goddard Space Flight Center.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T17:44:47.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'charles.m.ichoku@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'NASA Earth Observatory Images', u'columns_field_name': [], u'page_views': {u'page_views_total': 89, u'page_views_last_week_log': 1.5849625007211563, u'page_views_last_week': 2, u'page_views_last_month_log': 3.0, u'page_views_total_log': 6.491853096329675, u'page_views_last_month': 7}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T03:30:24.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:charles.m.ichoku@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'NASA-908', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'http://earthobservatory.nasa.gov/Images/?eocn=topnav&eoci=images', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'2015-08-21T00:00:00.000Z', u'key': u'Common-Core_Issued'}, {u'value': u'Charles Ichoku', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-908', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'land', u'remote sensing', u'snow and ice', u'water', u'life', u'heat', u'atmosphere', u'world of change', u'natural hazards', u'image of the day', u'astronomy', u'photos of earth', u'picture of the day', u'imagery', u'images', u'earth science', u'media gallery'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NASA-Earth-Observatory-Images/h6tp-f2wy', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 800,data.nasa.gov,h9ac-zfvc,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,20,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/h9ac-zfvc', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:58:07.000Z', u'id': u'h9ac-zfvc', u'createdAt': u'2018-06-26T07:04:52.000Z', u'description': u'The Surface Stereo Imager (SSI) experiment on the Mars Phoenix Lander consists of one instrument component plus command electronics. This SSI Imaging Science RDR data set contains Incidence Over Flux (IOF) data from the Surface Stereo Imager (SSI).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:58:07.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'PHOENIX MARS SURFACE STEREO IMAGER 5 INCID OVER FLX SCI V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 20, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 4.392317422778761, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:04:52.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.phx-m-ssi-5-iof-sci-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=PHX-M-SSI-5-IOF-SCI-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.phx-m-ssi-5-iof-sci-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'phoenix', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PHOENIX-MARS-SURFACE-STEREO-IMAGER-5-INCID-OVER-FL/h9ac-zfvc', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 801,data.nasa.gov,h9d8-neg4,2019-12-19,0.535294117647,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 1.0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': True, u'opfo': None, u'exco': True, u'opli': True, u'coac': True, u'opma': None}",2019-12-20,12347,2103.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/h9d8-neg4', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'geo', u'updatedAt': u'2018-06-27T19:27:12.000Z', u'id': u'h9d8-neg4', u'createdAt': u'2015-08-07T17:00:04.000Z', u'description': u'The Global Landslide Catalog (GLC) was developed with the goal of identifying rainfall-triggered landslide events around the world, regardless of size, impacts or location. The GLC considers all types of mass movements triggered by rainfall, which have been reported in the media, disaster databases, scientific reports, or other sources. The GLC has been compiled since 2007 at NASA Goddard Space Flight Center.', u'provenance': u'official', u'type': u'map', u'metadata_updated_at': u'2018-06-27T19:27:12.000Z', u'attribution': None, u'blob_mime_type': u'application/zip; charset=binary', u'attribution_link': u'http://ojo-streamer.herokuapp.com/contact', u'contact_email': u'dalia.b.kirschbaum@nasa.gov', u'download_count': 2103, u'columns_description': [], u'name': u'Global Landslide Catalog', u'columns_field_name': [], u'page_views': {u'page_views_total': 12347, u'page_views_last_week_log': 6.894817763307944, u'page_views_last_week': 118, u'page_views_last_month_log': 8.861086905995393, u'page_views_total_log': 13.591989767615125, u'page_views_last_month': 464}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': None}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'026:001', u'key': u'Common-Core_Program-Code'}, {u'value': u'026:00', u'key': u'Common-Core_Bureau-Code'}], u'domain_tags': [u'global landslide catalog', u'landslide', u'mudslide', u'glc'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Global-Landslide-Catalog/h9d8-neg4', u'preview_image_url': u'https://data.nasa.gov/views/h9d8-neg4/files/3c920c1f-0a20-47ac-9a87-883744d21c4e', u'owner': {u'display_name': u'Dalia Kirschbaum', u'id': u'kwks-zf6x'}, u'metadata': {u'domain': u'data.nasa.gov', u'license': u'Open Data Commons Open Database License'}}}" 802,data.nasa.gov,hate-ax6x,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,45,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/hate-ax6x', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T16:56:11.000Z', u'id': u'hate-ax6x', u'createdAt': u'2018-06-26T03:42:47.000Z', u'description': u'This is an API for the Earth Polychromatic Imaging Camera.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T16:56:11.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'alexander.marshak-1@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'EPIC Daily Blue Marble API', u'columns_field_name': [], u'page_views': {u'page_views_total': 45, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 2.321928094887362, u'page_views_total_log': 5.523561956057013, u'page_views_last_month': 4}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T03:42:47.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:alexander.marshak-1@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'http://epic.gsfc.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'API-106', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'http://epic.gsfc.nasa.gov/about.html', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'2015-06-13T00:00:00.000Z', u'key': u'Common-Core_Issued'}, {u'value': u'Alexander Marshak', u'key': u'Common-Core_Contact-Name'}, {u'value': u'API-106', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'space', u'api', u'imaging', u'imagery', u'earth science'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/EPIC-Daily-Blue-Marble-API/hate-ax6x', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 803,data.nasa.gov,hav7-nc8e,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/hav7-nc8e', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:03:09.000Z', u'id': u'hav7-nc8e', u'createdAt': u'2018-09-05T23:03:09.000Z', u'description': u'These investigations studied the fundamentals of how plants perceive gravity and develop in microgravity. It informs how gene regulation is altered by spaceflight conditions.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:03:09.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': None, u'columns_description': [], u'name': u'Biological Research in Canisters-16 (BRIC-16): Investigations of the plant cytoskeleton in microgravity with gene profiling and cytochemistry', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:03:09.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-121', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-121', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'microgravity', u'data collection', u'nucleic acid hybridization', u'labeling', u'rna extraction', u'sample collection', u'data processing'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Biological-Research-in-Canisters-16-BRIC-16-Invest/hav7-nc8e', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 804,data.nasa.gov,hi25-4key,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/hi25-4key', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T07:14:42.000Z', u'id': u'hi25-4key', u'createdAt': u'2018-06-25T21:02:36.000Z', u'description': u'GRS, THEMIS, SPICE', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T07:14:42.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Odyssey Data Release 19', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:02:36.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-680', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-680', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'themis', u'spice', u'pds', u'grs'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Odyssey-Data-Release-19/hi25-4key', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 805,data.nasa.gov,hj3a-m4gj,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/hj3a-m4gj', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:20:38.000Z', u'id': u'hj3a-m4gj', u'createdAt': u'2018-06-26T06:51:12.000Z', u'description': u'This data set contains the EDR data from the MSL Radiation Assessment Detector (RAD) instrument. The EDR data are raw data reconstructed from telemetry data products.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:20:38.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MSL MARS RADIATION ASSESSMENT DETECTOR EDR', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:51:12.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.msl-m-rad-2-edr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MSL-M-RAD-2-EDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.msl-m-rad-2-edr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'mars science laboratory'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MSL-MARS-RADIATION-ASSESSMENT-DETECTOR-EDR/hj3a-m4gj', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 806,data.nasa.gov,hezt-hz7i,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/hezt-hz7i', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:02:31.000Z', u'id': u'hezt-hz7i', u'createdAt': u'2018-06-26T07:06:38.000Z', u'description': u'This data set contains Raw data taken by the New Horizons Solar Wind Around Pluto instrument during the Jupiter encounter mission phase. This is VERSION 3.0 of this data set.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:02:31.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'NEW HORIZONS\n SWAP JUPITER ENCOUNTER\n RAW V3.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:06:38.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-j-swap-2-jupiter-v3.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-J-SWAP-2-JUPITER-V3.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-j-swap-2-jupiter-v3.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'new horizons', u'solar wind'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-SWAP-JUPITER-ENCOUNTER-RAW-V3-0/hezt-hz7i', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 807,data.nasa.gov,hkkk-cpmy,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,14,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/hkkk-cpmy', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:55:29.000Z', u'id': u'hkkk-cpmy', u'createdAt': u'2018-06-26T06:35:35.000Z', u'description': u'This data set contains tables of time ordered, hourly averaged plasma parameters, mainly of the solar wind, as observed on the Moon at the Apollo 15 ALSEP site by the Apollo 15 Solar Wind Spectrometer from 31 July 1971 through 30 June 1972.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:55:29.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'APOLLO 15 ALSEP/SWS SOLAR WIND 1-HR AVG TABLES V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 14, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.9068905956085187, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:35:35.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.a15a-l-sws-4-solar-wind-1hr-avg-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=A15A-L-SWS-4-SOLAR-WIND-1HR-AVG-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.a15a-l-sws-4-solar-wind-1hr-avg-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'moon', u'apollo 15'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/APOLLO-15-ALSEP-SWS-SOLAR-WIND-1-HR-AVG-TABLES-V1-/hkkk-cpmy', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 808,data.nasa.gov,hmfk-9xmd,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/hmfk-9xmd', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:49:47.000Z', u'id': u'hmfk-9xmd', u'createdAt': u'2018-06-26T06:49:53.000Z', u'description': u'Unknown', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:49:47.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'HUYGENS TITAN GAS CHROMATOGRAPH MASS SPEC 3 DESCENT V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:49:53.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.hp-ssa-gcms-3-fco-descent-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=HP-SSA-GCMS-3-FCO%2FDESCENT-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.hp-ssa-gcms-3-fco-descent-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'titan', u'cassini-huygens'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/HUYGENS-TITAN-GAS-CHROMATOGRAPH-MASS-SPEC-3-DESCEN/hmfk-9xmd', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 809,data.nasa.gov,xpag-u768,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,14,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/xpag-u768', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:02:46.000Z', u'id': u'xpag-u768', u'createdAt': u'2018-09-05T23:02:45.000Z', u'description': u'The High Rate Detector (HRD) from the University of Chicago is an independent part of the CDA instrument on the Cassini Orbiter that measures the dust flux and particle mass distribution of dust particles hitting the HRD detectors. This data set includes all data from the HRD through the end of the mission, Sept. 15, 2017. Please refer to Srama et al. (2004) for a detailed HRD description.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:02:46.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': None, u'columns_description': [], u'name': u'CASSINI HIGH RATE DETECTOR V18.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 14, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.9068905956085187, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:02:45.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-d-hrd-3-cohrd-v18.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-D-HRD-3-COHRD-V18.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-d-hrd-3-cohrd-v18.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'cassini-huygens', u'dust'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-HIGH-RATE-DETECTOR-V18-0/xpag-u768', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 810,data.nasa.gov,swjd-vbtj,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,15,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/swjd-vbtj', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:22:27.000Z', u'id': u'swjd-vbtj', u'createdAt': u'2018-06-26T06:53:41.000Z', u'description': u'The Cassini Radio Science Saturn Gravity Science Experiment (SAGR9) Raw Data Archive is a time-ordered collection of radio science raw data acquired on October 8, 10, 23, 25, and on November 16, 2008, during the Cassini Extended Mission.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:22:27.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CASSINI RSS RAW DATA SET - SAGR9 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 15, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 4.0, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:53:41.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-rss-1-sagr9-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-S-RSS-1-SAGR9-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-rss-1-sagr9-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'saturn', u'cassini-huygens'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-RSS-RAW-DATA-SET-SAGR9-V1-0/swjd-vbtj', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 811,data.nasa.gov,sx8g-d3k7,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/sx8g-d3k7', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:04:44.000Z', u'id': u'sx8g-d3k7', u'createdAt': u'2018-06-26T06:38:53.000Z', u'description': u'This data set contains CODMAC level 2 instrument checkout data acquired by the Rosetta Orbiter ALICE UV Spectrometer during the second cruise phase of the Rosetta mission, which occurred 2005-04-05 to 2006-07-28.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:04:44.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ROSETTA-ORBITER 9P/CAL/CHECK ALICE 2 CR2 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:38:53.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-cal-x-alice-2-cr2-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-C%2FCAL%2FX-ALICE-2-CR2-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-cal-x-alice-2-cr2-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'international rosetta mission', u'9p/tempel 1 (1867 g1)', u'calibration', u'unknown'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-9P-CAL-CHECK-ALICE-2-CR2-V1-0/sx8g-d3k7', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 812,data.nasa.gov,sxk2-q5fx,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/sxk2-q5fx', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T06:50:54.000Z', u'id': u'sxk2-q5fx', u'createdAt': u'2018-06-25T20:58:36.000Z', u'description': u'CDA, CIRS, HRD, ISS, MAG, RADAR, RPWS, RSS, SPICE, UVIS, VIMS', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T06:50:54.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'PDS Cassini Data Release 23', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:58:36.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-559', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-559', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'cirs', u'iss', u'hrd', u'mag', u'vims', u'uvis', u'spice', u'rss', u'rpws', u'pds', u'radar', u'cda'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Cassini-Data-Release-23/sxk2-q5fx', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 813,data.nasa.gov,wigu-rhxr,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/wigu-rhxr', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:51:03.000Z', u'id': u'wigu-rhxr', u'createdAt': u'2018-06-26T06:39:16.000Z', u'description': u'This dataset contains RAW DATA of the EARTH 3 Swingby Phase from 13 November 2009 until 30 November 2009. The closest approach (CA) took place on 13 November 2009', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:51:03.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ROSETTA-ORBITER-EARTH/CAL-NAVCAM-2-EAR3-V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:39:16.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-e-cal-navcam-2-ear3-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-E%2FCAL-NAVCAM-2-EAR3-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-e-cal-navcam-2-ear3-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'earth', u'international rosetta mission', u'moon', u'calibration'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-EARTH-CAL-NAVCAM-2-EAR3-V1-0/wigu-rhxr', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 814,data.nasa.gov,v8g9-rzxm,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/v8g9-rzxm', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:27:36.000Z', u'id': u'v8g9-rzxm', u'createdAt': u'2018-06-25T20:47:43.000Z', u'description': u'Cloud-Aerosol Lidar and Infrared Pathfinder Satellite Observations (CALIPSO) was launched on April 28, 2006 to study the impact of clouds and aerosols on the Earth\u2019s radiation budget and climate. It flies in formation with five other satellites in the international \u201cA-Train\u201d (PDF) constellation for coincident Earth observations. The CALIPSO satellite comprises three instruments, the Cloud-Aerosol LIdar with Orthogonal Polarization (CALIOP), the Imaging Infrared Radiometer (IIR), and the Wide Field Camera (WFC). CALIPSO is a joint satellite mission between NASA and the French Agency, CNES. These data consist 5 km aerosol layer data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:27:36.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'john.m.kusterer@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CALIPSO Lidar L2 Vertical Feature Mask Data V3-30', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:47:43.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:john.m.kusterer@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:004'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2013-03-01/2014-01-01', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'NASA-0000178', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'John M. Kusterer', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000178', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'radiation', u'climate', u'aerosol', u'satellite', u'cloud', u'atmospheric science', u'eos'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CALIPSO-Lidar-L2-Vertical-Feature-Mask-Data-V3-30/v8g9-rzxm', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 815,data.nasa.gov,mjbk-4wkh,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/mjbk-4wkh', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:59:30.000Z', u'id': u'mjbk-4wkh', u'createdAt': u'2018-06-26T07:05:02.000Z', u'description': u""NASA's International Halley Watch (IHW) has created a Comet Halley Archive. The collection of data spans the full wavelength range as submitted by scientists to the IHW. The observations belong to one of the following Disciplines: Amateur, Astrometry, Infrared Studies, Large-Scale Phenomena, Meteor Studies, Near-Nucleus Studies, Photometry and Polarimetry, Radio Studies, and Spectroscopy and Spectrophotometry. The data collected by these nine disciplines were augmented by Spacecraft measurements. The data were submitted to IHW, but the evaluation and selection for the Archive has been the primary responsibility of the Discipline Specialist Teams for each network in cooperation with the Lead Center. The visual data for Orionid contains 1045 observations, spanning dates from 1982 October 20 through 1987 October 31."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:59:30.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'IHW COMET HALLEY METEOR ORIONID VISUAL DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:05:02.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ihw-c-msnvis-3-rdr-halley-orionid-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=IHW-C-MSNVIS-3-RDR-HALLEY-ORIONID-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ihw-c-msnvis-3-rdr-halley-orionid-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'halley', u'international halley watch', u'orionid'], u'categories': [u'economy'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/IHW-COMET-HALLEY-METEOR-ORIONID-VISUAL-DATA-V1-0/mjbk-4wkh', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 816,data.nasa.gov,rnrq-kz3t,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/rnrq-kz3t', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:34:57.000Z', u'id': u'rnrq-kz3t', u'createdAt': u'2018-06-26T06:12:11.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:34:57.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MER 1 MARS PANORAMIC CAMERA INVERSE LUT RDR OPS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:12:11.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer1-m-pancam-3-ilut-ops-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MER1-M-PANCAM-3-ILUT-OPS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer1-m-pancam-3-ilut-ops-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'mars exploration rover'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MER-1-MARS-PANORAMIC-CAMERA-INVERSE-LUT-RDR-OPS-V1/rnrq-kz3t', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 817,data.nasa.gov,rqcj-ayck,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/rqcj-ayck', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:21:11.000Z', u'id': u'rqcj-ayck', u'createdAt': u'2018-06-26T06:19:18.000Z', u'description': u""The Huygens Atmospheric Instrument is one of the six experiment onboard the Huygens probe. HASI is a muultisensor package designed to measure the physical quantities characterizing Titan's atmosphere during entry and descent phase and at the surface."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:21:11.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'HUYGENS ENGINEERING DATA', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:19:18.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.hp-ssa-hk-2-3-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=HP-SSA-HK-2%2F3-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.hp-ssa-hk-2-3-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'cassini-huygens', u'titan'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/HUYGENS-ENGINEERING-DATA/rqcj-ayck', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 818,data.nasa.gov,mbjj-32hw,2019-12-19,0.288235294118,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.4, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,4622,6.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/mbjj-32hw', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'tabular', u'updatedAt': u'2018-04-02T21:05:17.000Z', u'id': u'mbjj-32hw', u'createdAt': u'2017-05-23T05:49:52.000Z', u'description': u'The Global Landslide Catalog (GLC) was developed with the goal of identifying rainfall-triggered landslide events around the world, regardless of size, impacts or location. The GLC considers all types of mass movements triggered by rainfall, which have been reported in the media, disaster databases, scientific reports, or other sources. The GLC has been compiled since 2007 at NASA Goddard Space Flight Center. This is a unique data set with the ID tag \u201cGLC\u201d in the landslide editor.

This dataset on data.nasa.gov was a one-time export from the Global Landslide Catalog maintained separately. It is current as of March 7, 2016. The original catalog is available here: http://ojo-streamer.herokuapp.com/

To export GLC data, you must agree to the \u201cTerms and Conditions\u201d. We request that anyone using the GLC cite the two sources of this database:

Kirschbaum, D. B., Adler, R., Hong, Y., Hill, S., & Lerner-Lam, A. (2010). A global landslide catalog for hazard applications: method, results, and limitations. Natural Hazards, 52(3), 561\u2013575. doi:10.1007/s11069-009-9401-4. [1]
Kirschbaum, D.B., T. Stanley, Y. Zhou (In press, 2015). Spatial and Temporal Analysis of a Global Landslide Catalog. Geomorphology. doi:10.1016/j.geomorph.2015.03.016. [2]

Terms and Conditions: http://ojo-wiki.herokuapp.com/index.php/Terms_and_Conditions', u'provenance': u'official', u'type': u'map', u'metadata_updated_at': u'2017-05-23T06:20:35.000Z', u'attribution': u'National Aeronautics and Space Administration', u'blob_mime_type': None, u'attribution_link': u'https://landslides.nasa.gov', u'contact_email': None, u'download_count': 6, u'columns_description': [], u'name': u'Map of Landslides by Country - Based on Global Landslide Catalog Export', u'columns_field_name': [], u'page_views': {u'page_views_total': 4622, u'page_views_last_week_log': 4.321928094887363, u'page_views_last_week': 19, u'page_views_last_month_log': 5.930737337562887, u'page_views_total_log': 12.174613647235942, u'page_views_last_month': 60}, u'columns_name': [], u'parent_fxf': [u'dd9e-wu2v'], u'columns_datatype': [], u'data_updated_at': u'2018-04-02T21:05:17.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [], u'domain_tags': [], u'categories': [u'health'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Map-of-Landslides-by-Country-Based-on-Global-Lands/mbjj-32hw', u'owner': {u'display_name': u'Jaime Sanchez | Solutions Architect', u'id': u'5gst-5ji3'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 819,data.nasa.gov,qfmy-jqqu,2019-12-19,0.276470588235,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.2, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,4019,5.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/view/qfmy-jqqu', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'tabular', u'updatedAt': u'2018-04-02T21:05:17.000Z', u'id': u'qfmy-jqqu', u'createdAt': u'2017-05-23T05:44:24.000Z', u'description': u'', u'provenance': u'community', u'type': u'datalens', u'metadata_updated_at': u'2017-05-23T06:18:53.000Z', u'attribution': u'National Aeronautics and Space Administration', u'blob_mime_type': None, u'attribution_link': u'https://landslides.nasa.gov', u'contact_email': None, u'download_count': 5, u'columns_description': [], u'name': u'Landslide Data Lens', u'columns_field_name': [], u'page_views': {u'page_views_total': 4019, u'page_views_last_week_log': 3.1699250014423126, u'page_views_last_week': 8, u'page_views_last_month_log': 4.857980995127573, u'page_views_total_log': 11.97297978606629, u'page_views_last_month': 28}, u'columns_name': [], u'parent_fxf': [u'dd9e-wu2v'], u'columns_datatype': [], u'data_updated_at': u'2018-04-02T21:05:17.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [], u'domain_tags': [], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Landslide-Data-Lens/qfmy-jqqu', u'owner': {u'display_name': u'Jaime Sanchez | Solutions Architect', u'id': u'5gst-5ji3'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 820,data.nasa.gov,dd9e-wu2v,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,31171,7708.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/dd9e-wu2v', u'resource': {u'hide_from_data_json': False, u'columns_format': [{}, {}, {}, {}, {}, {}, {}, {}, {}, {}, {}, {}, {}, {}, {}, {}, {}, {}, {}, {}, {}, {}, {}, {}, {}, {}, {}, {}, {}, {u'align': u'right', u'rdf': u'http://www.w3.org/2003/01/geo/wgs84_pos#long', u'noCommas': u'false', u'precisionStyle': u'standard'}, {u'align': u'right', u'rdf': u'http://www.w3.org/2003/01/geo/wgs84_pos#lat', u'noCommas': u'false', u'precisionStyle': u'standard'}], u'lens_view_type': u'tabular', u'updatedAt': u'2018-04-02T21:16:03.000Z', u'id': u'dd9e-wu2v', u'createdAt': u'2016-03-07T21:03:03.000Z', u'description': u'The Global Landslide Catalog (GLC) was developed with the goal of identifying rainfall-triggered landslide events around the world, regardless of size, impacts or location. The GLC considers all types of mass movements triggered by rainfall, which have been reported in the media, disaster databases, scientific reports, or other sources. The GLC has been compiled since 2007 at NASA Goddard Space Flight Center. This is a unique data set with the ID tag \u201cGLC\u201d in the landslide editor.\r\n\r\nThis dataset on data.nasa.gov was a one-time export from the Global Landslide Catalog maintained separately. It is current as of March 7, 2016. The original catalog is available here: http://www.arcgis.com/home/webmap/viewer.html?url=https%3A%2F%2Fmaps.nccs.nasa.gov%2Fserver%2Frest%2Fservices%2Fglobal_landslide_catalog%2Fglc_viewer_service%2FFeatureServer&source=sd\r\n\r\nTo export GLC data, you must agree to the \u201cTerms and Conditions\u201d. We request that anyone using the GLC cite the two sources of this database:\r\n\r\nKirschbaum, D. B., Adler, R., Hong, Y., Hill, S., & Lerner-Lam, A. (2010). A global landslide catalog for hazard applications: method, results, and limitations. Natural Hazards, 52(3), 561\u2013575. doi:10.1007/s11069-009-9401-4. [1]\r\nKirschbaum, D.B., T. Stanley, Y. Zhou (In press, 2015). Spatial and Temporal Analysis of a Global Landslide Catalog. Geomorphology. doi:10.1016/j.geomorph.2015.03.016. [2]', u'provenance': u'official', u'type': u'dataset', u'metadata_updated_at': u'2018-04-02T21:16:03.000Z', u'attribution': u'National Aeronautics and Space Administration', u'blob_mime_type': None, u'attribution_link': u'https://landslides.nasa.gov', u'contact_email': u'dalia.b.kirschbaum@nasa.gov', u'download_count': 7708, u'columns_description': [u'', u'news source', u'', u'', u'', u'', u'', u'', u'', u'', u'title of news story', u'', u'', u'cause of landslide', u'', u'', u'news entity', u'', u'', u'location is accurate within this range', u'', u'', u'environment where landslide occurred', u'', u'', u'', u'', u'', u'', u'', u''], u'name': u'Global Landslide Catalog Export', u'columns_field_name': [u'event_time', u'source_link', u'event_id', u'photo_link', u'event_import_id', u'event_import_source', u'last_edited_date', u'gazeteer_distance', u'submitted_date', u'admin_division_name', u'event_title', u'country_name', u'created_date', u'landslide_trigger', u'event_description', u'notes', u'source_name', u'event_date', u'location_description', u'location_accuracy', u'landslide_category', u'landslide_size', u'landslide_setting', u'fatality_count', u'injury_count', u'storm_name', u'country_code', u'admin_division_population', u'gazeteer_closest_point', u'longitude', u'latitude'], u'page_views': {u'page_views_total': 31171, u'page_views_last_week_log': 5.700439718141093, u'page_views_last_week': 51, u'page_views_last_month_log': 8.005624549193879, u'page_views_total_log': 14.927963101003467, u'page_views_last_month': 256}, u'columns_name': [u'event_time', u'source_link', u'event_id', u'photo_link', u'event_import_id', u'event_import_source', u'last_edited_date', u'gazeteer_distance', u'submitted_date', u'admin_division_name', u'event_title', u'country_name', u'created_date', u'landslide_trigger', u'event_description', u'notes', u'source_name', u'event_date', u'location_description', u'location_accuracy', u'landslide_category', u'landslide_size', u'landslide_setting', u'fatality_count', u'injury_count', u'storm_name', u'country_code', u'admin_division_population', u'gazeteer_closest_point', u'longitude', u'latitude'], u'parent_fxf': None, u'columns_datatype': [u'Calendar date', u'URL', u'Number', u'URL', u'Number', u'Text', u'Calendar date', u'Number', u'Calendar date', u'Text', u'Text', u'Text', u'Calendar date', u'Text', u'Text', u'Text', u'Text', u'Calendar date', u'Text', u'Text', u'Text', u'Text', u'Text', u'Number', u'Number', u'Text', u'Text', u'Number', u'Text', u'Number', u'Number'], u'data_updated_at': u'2018-04-02T21:05:17.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'dalia.b.kirschbaum@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'026:001', u'key': u'Common-Core_Program-Code'}, {u'value': u'true', u'key': u'Common-Core_Is-Quality-Data'}, {u'value': u'en-US', u'key': u'Common-Core_Language'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://landslides.nasa.gov', u'key': u'Common-Core_Homepage'}, {u'value': u'026:00', u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Dalia B. Kirschbaum', u'key': u'Common-Core_Contact-Name'}], u'domain_tags': [u'landslide', u'citizen science', u'hazards', u'mudslide', u'earth'], u'categories': [u'health'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Global-Landslide-Catalog-Export/dd9e-wu2v', u'owner': {u'display_name': u'nasa-data', u'id': u'isxt-qkkm'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 821,data.nasa.gov,angv-aquq,2019-12-19,0.288235294118,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.4, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8977,6.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/view/angv-aquq', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'tabular', u'updatedAt': u'2018-04-02T21:05:17.000Z', u'id': u'angv-aquq', u'createdAt': u'2016-03-23T16:58:13.000Z', u'description': u'

The Global Landslide Catalog (GLC) was developed with the goal of identifying rainfall-triggered landslide events around the world, regardless of size, impacts or location. The GLC considers all types of mass movements triggered by rainfall, which have been reported in the media, disaster databases, scientific reports, or other sources.

The GLC has been compiled since 2007 at NASA Goddard Space Flight Center. This is a unique data set with the ID tag \u201cGLC\u201d in the landslide editor.\n

This dataset on data.nasa.gov was a one-time export from the Global Landslide Catalog maintained separately. It is current as of March 7, 2016. The original catalog is available here: http://ojo-streamer.herokuapp.com/\n

To export GLC data, you must agree to the \u201cTerms and Conditions\u201d. We request that anyone using the GLC cite the two sources of this database:\n

Kirschbaum, D. B., Adler, R., Hong, Y., Hill, S., & Lerner-Lam, A. (2010). A global landslide catalog for hazard applications: method, results, and limitations. Natural Hazards, 52(3), 561\u2013575. doi:10.1007/s11069-009-9401-4. [1]\n

Kirschbaum, D.B., T. Stanley, Y. Zhou (In press, 2015). Spatial and Temporal Analysis of a Global Landslide Catalog. Geomorphology. doi:10.1016/j.geomorph.2015.03.016. [2]\n

Terms and Conditions: http://ojo-wiki.herokuapp.com/index.php/Terms_and_Conditions

', u'provenance': u'official', u'type': u'datalens', u'metadata_updated_at': u'2016-03-30T18:35:49.000Z', u'attribution': u'National Aeronautics and Space Administration', u'blob_mime_type': None, u'attribution_link': u'https://landslides.nasa.gov', u'contact_email': None, u'download_count': 6, u'columns_description': [], u'name': u'Global Landslide Data - Export - Visual Explorer', u'columns_field_name': [], u'page_views': {u'page_views_total': 8977, u'page_views_last_week_log': 5.459431618637297, u'page_views_last_week': 43, u'page_views_last_month_log': 7.392317422778761, u'page_views_total_log': 13.132178380915544, u'page_views_last_month': 167}, u'columns_name': [], u'parent_fxf': [u'dd9e-wu2v'], u'columns_datatype': [], u'data_updated_at': u'2018-04-02T21:05:17.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [], u'domain_tags': [], u'categories': [u'health'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Global-Landslide-Data-Export-Visual-Explorer/angv-aquq', u'owner': {u'display_name': u'nasa-data', u'id': u'isxt-qkkm'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 822,data.nasa.gov,vyzu-gm3d,2019-12-19,0.535294117647,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 1.0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': True, u'opfo': None, u'exco': True, u'opli': True, u'coac': True, u'opma': None}",2019-12-20,6926,1879.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/vyzu-gm3d', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'tabular', u'updatedAt': u'2019-11-25T14:52:48.000Z', u'id': u'vyzu-gm3d', u'createdAt': u'2018-08-06T17:25:14.000Z', u'description': u'This entry does not contain data itself, it is for the website, the NASA Disasters Mapping Portal: https://maps.disasters.nasa.gov\n\nThe Disasters Mapping Portal contains numerous datasets that can be streamed from the Portal into GIS software. \n\nThe Disasters Applications area promotes the use of Earth observations to improve prediction of, preparation for, response to, and recovery from natural and technological disasters. Disaster applications and applied research on natural hazards support emergency mitigation approaches, such as early warning systems, and providing information and maps to disaster response and recovery teams.', u'provenance': u'official', u'type': u'dataset', u'metadata_updated_at': u'2019-11-25T14:52:48.000Z', u'attribution': u'NASA Disasters Program', u'blob_mime_type': None, u'attribution_link': u'https://maps.disasters.nasa.gov/', u'contact_email': u'jeremy.j.kirkendall@nasa.gov', u'download_count': 1879, u'columns_description': [], u'name': u'NASA Disasters Mapping Portal', u'columns_field_name': [], u'page_views': {u'page_views_total': 6926, u'page_views_last_week_log': 4.643856189774724, u'page_views_last_week': 24, u'page_views_last_month_log': 7.6582114827517955, u'page_views_total_log': 12.758014958495274, u'page_views_last_month': 201}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-08-06T17:25:14.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'jeremy.j.kirkendall@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'026:001', u'key': u'Common-Core_Program-Code'}, {u'value': u'2017 - Present', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'en-US', u'key': u'Common-Core_Language'}, {u'value': u'https://maps.disasters.nasa.gov/', u'key': u'Common-Core_References'}, {u'value': u'Global', u'key': u'Common-Core_Geographic-Coverage'}, {u'value': u'NASA Disasters Program', u'key': u'Common-Core_Publisher'}, {u'value': u'Event-Specific and Near-Real Time Products', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://maps.disasters.nasa.gov/', u'key': u'Common-Core_Homepage'}, {u'value': u'Disasters', u'key': u'Common-Core_Theme'}, {u'value': u'026:00', u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Jeremy Kirkendall', u'key': u'Common-Core_Contact-Name'}], u'domain_tags': [u'disasters', u'earth observations', u'predictions', u'preparation', u'natural', u'technological', u'emergency', u'early', u'warning', u'maps', u'response', u'recovery', u'nasa disasters program'], u'categories': [u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NASA-Disasters-Mapping-Portal/vyzu-gm3d', u'owner': {u'display_name': u'Jeremy Kirkendall', u'id': u'24va-269s'}, u'metadata': {u'domain': u'data.nasa.gov', u'license': u'Open Data Commons Open Database License'}}}" 823,data.nasa.gov,c282-txys,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,15,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/c282-txys', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:27:55.000Z', u'id': u'c282-txys', u'createdAt': u'2018-06-26T06:22:32.000Z', u'description': u'The High Rate Detector (HRD) from the University of Chicago is an independent part of the CDA instrument on the Cassini Orbiter that measures the dust flux and particle mass distribution of dust particles hitting the HRD detectors. This data set includes all data from the HRD through Dec. 31, 2009. Please refer to Srama et al. (2004) for a detailed HRD description.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:27:55.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CASSINI HIGH RATE DETECTOR V7.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 15, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:22:32.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-d-hrd-3-cohrd-v7.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-D-HRD-3-COHRD-V7.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-d-hrd-3-cohrd-v7.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'dust', u'cassini-huygens', u'calibration'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-HIGH-RATE-DETECTOR-V7-0/c282-txys', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 824,data.nasa.gov,fxn4-cuhe,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,205,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/fxn4-cuhe', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:19:44.000Z', u'id': u'fxn4-cuhe', u'createdAt': u'2018-06-25T20:45:37.000Z', u'description': u'Sea level rise is caused by the thermal expansion of sea water due to climate warming and widespread melting of land ice. The TOPEX/POSEIDON mission a joint satellite mission between NASA and the French space agency CNES, which operated between 1992 and 2005 to collect ocean surface and sea level data to support the mission of understanding ocean circulation.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:19:44.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'randal.k.jackson@jpl.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'SEA LEVEL (TOPEX/POSEIDON)', u'columns_field_name': [], u'page_views': {u'page_views_total': 205, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 3.1699250014423126, u'page_views_total_log': 7.6865005271832185, u'page_views_last_month': 8}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:45:37.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:randal.k.jackson@jpl.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'1992-01-01/2002-01-01', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'global', u'key': u'Common-Core_Geographic-Coverage'}, {u'value': u'NASA-0000047', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Randal Jackson', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000047', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'climate', u'carbon dioxide', u'arctic sea ice', u'apps', u'ephemerides', u'geodetics', u'land ice', u'news', u'radar', u'waves', u'electricity'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/SEA-LEVEL-TOPEX-POSEIDON-/fxn4-cuhe', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 825,data.nasa.gov,ifca-uxz9,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,202,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ifca-uxz9', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-08-30T17:09:36.000Z', u'id': u'ifca-uxz9', u'createdAt': u'2018-06-26T07:11:45.000Z', u'description': u'NASA images collection', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-08-30T17:09:36.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'nasa-dl-niep-avail-bugs@mail.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'NASA Images', u'columns_field_name': [], u'page_views': {u'page_views_total': 202, u'page_views_last_week_log': 1.5849625007211563, u'page_views_last_week': 2, u'page_views_last_month_log': 4.08746284125034, u'page_views_total_log': 7.6653359171851765, u'page_views_last_month': 16}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:11:45.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:nasa-dl-niep-avail-bugs@mail.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'NASA_IMAGES_COLLECTION_DATASET', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'NASA Images API Contact', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA_IMAGES_COLLECTION_DATASET', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'images', u'nasa'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NASA-Images/ifca-uxz9', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 826,data.nasa.gov,d8i6-j4mr,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,15,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/d8i6-j4mr', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:43:52.000Z', u'id': u'd8i6-j4mr', u'createdAt': u'2018-06-26T06:33:43.000Z', u'description': u'The CheMin instrument determines the mineralogy and elemental composition of powdered samples through the combined application of X-ray diffraction (XRD, producing mineral identification and quantification) and X-ray fluorescence (chemical analysis based on Energy Dispersive Histograms, EDH). This CheMin RDR data set contains tables of energy and X-ray diffraction data derived from raw CheMin observations.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:43:52.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MSL MARS CHEMISTRY AND MINERALOGY 4 RDR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 15, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 4.0, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:33:43.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.msl-m-chemin-4-rdr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MSL-M-CHEMIN-4-RDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.msl-m-chemin-4-rdr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'mars science laboratory'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MSL-MARS-CHEMISTRY-AND-MINERALOGY-4-RDR-V1-0/d8i6-j4mr', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 827,data.nasa.gov,hdkb-rtwn,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,49,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/hdkb-rtwn', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:03:17.000Z', u'id': u'hdkb-rtwn', u'createdAt': u'2018-09-05T23:03:17.000Z', u'description': u'Cell cycle and cell proliferation are decoupled under altered gravity conditions. We have previously shown that semisolid cell cultures of Arabidopsis suffer overall genome changes in response to altered gravity and also that cell cycle stages duration is altered. By using synchronized cell cultures we will demonstrate the precise alterations in cell cycle duration and also the transcriptional signature in any of them. - Experiments consists on exposures of Arabidopsis cell cultures to 1g control/simulated microgravity (RPM) conditions. Asynchronous cells exposed for 14 h + Syncronous populations choosen to have an enrichment of cell cycle phases were used (being T7/T10 samples on G2 phase T14/T16 samples on G1 phase). 6 dye-swap - time course,treated vs untreated comparison', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:03:17.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'Gravitational signature of synchronized cell cultures in particular cell cycle stages', u'columns_field_name': [], u'page_views': {u'page_views_total': 49, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 2.0, u'page_views_total_log': 5.643856189774724, u'page_views_last_month': 3}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:03:17.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-144', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-144', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'growth protocol', u'simulated microgravity', u'cell cycle phase', u'sample treatment protocol', u'normalization data transformation', u'array scanning protocol', u'nucleic acid hybridization', u'labeling', u'rna extraction', u'p-gse60473-3', u'p-gse60473-2', u'p-gse60473-10', u'p-gse60473-9', u'p-gse60473-6', u'p-gse60473-5', u'p-gse60473-4'], u'categories': [u'finance', u'education'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Gravitational-signature-of-synchronized-cell-cultu/hdkb-rtwn', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 828,data.nasa.gov,9ky5-pni6,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,15,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/9ky5-pni6', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:24:57.000Z', u'id': u'9ky5-pni6', u'createdAt': u'2018-06-26T06:22:22.000Z', u'description': u'This archive contains data from the RPC-MIP instrument onboard ROSETTA Orbiter, acquired during the prelanding part 1 phase at the vicinity of the comet 67P/CG. It also contains documentation which describes the MIP experiment. The data archived in this data set conform to the Planetary Data System Standards, Version 3.6.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:24:57.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ROSETTA-ORBITER 67P RPCMIP 3 PRL1 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 15, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 4.0, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:22:22.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-rpcmip-3-prl1-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-C-RPCMIP-3-PRL1-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-rpcmip-3-prl1-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'67p/churyumov-gerasimenko 1 (1969 r1)', u'international rosetta mission'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-67P-RPCMIP-3-PRL1-V1-0/9ky5-pni6', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 829,data.nasa.gov,sfda-eh48,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,24,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/sfda-eh48', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:21:30.000Z', u'id': u'sfda-eh48', u'createdAt': u'2018-06-25T20:46:14.000Z', u'description': u""The Multi-angle Imaging SpectroRadiometer (MISR) was successfully launched into sun-synchronous polar orbit aboard Terra, NASA's first Earth Observing System (EOS) spacecraft, on December 18, 1999. MISR measurements are designed to improve our understanding of the Earth's environment and climate. Viewing the sunlit Earth simultaneously at nine widely-spaced angles, MISR provides radiometrically and geometrically calibrated images in four spectral bands at each of the angles. Spatial sampling of 275 and 1100 meters is provided on a global basis."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:21:30.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'john.m.kusterer@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Multi-angle Imaging SpectroRadiometer (MISR)', u'columns_field_name': [], u'page_views': {u'page_views_total': 24, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 4.643856189774724, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:46:14.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:john.m.kusterer@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:004'], u'key': u'Common-Core_Program-Code'}, {u'value': u'https://eosweb.larc.nasa.gov/projects-supported-list', u'key': u'Common-Core_Described-By'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'NASA-0000084', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'John M. Kusterer', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000084', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'moisture', u'landsat', u'climate', u'terra', u'terrain', u'data center'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Multi-angle-Imaging-SpectroRadiometer-MISR-/sfda-eh48', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 830,data.nasa.gov,wuks-faw6,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/wuks-faw6', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:24:08.000Z', u'id': u'wuks-faw6', u'createdAt': u'2018-06-26T06:55:54.000Z', u'description': u'This dataset is comprised of asteroid flux data measured in 26 filters using the McCord dual beam photometer, and covering the range 0.32 - 1.08 microns for 285 numbered asteroids, as published in Chapman & Gaffey (1979b) and McFadden, et al. (1984).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:24:08.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'24-COLOR ASTEROID SURVEY', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:55:54.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-dbp-3-rdr-24color-v2.1', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-DBP-3-RDR-24COLOR-V2.1', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-dbp-3-rdr-24color-v2.1', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'79 eurynome', u'785 zwetana', u'783 nora', u'782 montefiore', u'781 kartvelia', u'78 diana', u'773 irmintraud', u'772 tanete', u'770 bali', u'760 massinga', u'758 mancunia', u'750 oskar', u'747 winchester', u'741 botolphia', u'739 mandeville', u'714 ulula', u'712 boliviana', u'71 niobe', u'704 interamnia', u'7 iris', u'696 leonora', u'695 bella', u'69 hesperia', u'68 leto', u'676 melitta', u'674 rachele', u'660 crescentia', u'66 maja', u'654 zelinda', u'65 cybele', u'648 pippa', u'64 angelina', u'639 latona', u'63 ausonia', u'628 christine', u'624 hektor', u'62 erato', u'617 patroclus', u'613 ginevra', u'60 echo', u'6 hebe', u'599 luisa', u'588 achilles', u'584 semiramis', u'582 olympia', u'58 concordia', u'5797 bivoj', u'579 sidonia', u'574 reginhild', u'563 suleika', u'562 salome', u'560 delila', u'558 carmen', u'554 peraga', u'54 alexandra', u'532 herculina', u'53 kalypso', u'526 jena', u'52 europa', u'513 centesima', u'511 davida', u'510 mabella', u'51 nemausa', u'505 cava', u'5 astraea', u'496 gryphia', u'490 veritas', u'488 kreusa', u'481 emita', u'17 thetis', u'asteroid', u'976 benjamina', u'97 klotho', u'969 leocadia', u'944 hidalgo', u'94 aurora', u'93 minerva', u'925 alphonsina', u'92 undina', u'911 agamemnon', u'909 ulla', u'90 antiope', u'9 metis', u'895 helio', u'89 julia', u'887 alinda', u'884 priamus', u'88 thisbe', u'87 sylvia', u'85 io', u'846 lipperta', u'84 klio', u'48 doris', u'472 roma', u'471 papagena', u'468 lina', u'462 eriphyla', u'46 hestia', u'453 tea', u'45 eugenia', u'446 aeternitas', u'441 bathilde', u'44 nysa', u'439 ohio', u'435 ella', u'434 hungaria', u'433 eros', u'43 ariadne', u'426 hippo', u'423 diotima', u'42 isis', u'419 aurelia', u'416 vaticana', u'415 palatia', u'413 edburga', u'41 daphne', u'409 aspasia', u'403 cyane', u'402 chloe', u'40 harmonia', u'4 vesta', u'391 ingeborg', u'39 laetitia', u'389 industria', u'386 siegena', u'375 ursula', u'374 burgundia', u'372 palma', u'37 fides', u'365 corduba', u'363 padua', u'361 bononia', u'36 atalante', u'356 liguria', u'354 eleonora', u'349 dembowska', u'347 pariana', u'345 tercidina', u'344 desiderata', u'341 california', u'340 eduarda', u'34 circe', u'339 dorothea', u'338 budrosa', u'337 devosa', u'335 roberta', u'326 tamara', u'325 heidelberga', u'324 bamberga', u'323 brucia', u'32 pomona', u'313 chaldaea', u'3102 krok', u'31 euphrosyne', u'308 polyxo', u'30 urania', u'3 juno', u'293 brasilia', u'29 amphitrite', u'281 lucretia', u'28 bellona', u'279 thule', u'27 euterpe', u'268 adorea', u'264 libussa', u'262 valda', u'26 proserpina', u'258 tyche', u'25 phocaea', u'246 asporina', u'243 ida', u'24 themis', u'236 honoria', u'230 athamantis', u'23 thalia', u'221 eos', u'2201 oljato', u'220 stephania', u'22 kalliope', u'217 eudora', u'216 kleopatra', u'213 lilaea', u'210 isabella', u'21 lutetia', u'208l acrimosa', u'200 dynamene', u'20 massalia', u'2 pallas', u'198 ampella', u'197 arete', u'196 philomela', u'194 prokne', u'192 nausikaa', u'1915 quetzalcoatl', u'19 fortuna', u'1862 apollo', u'185 eunike', u'1830 pogson', u'181 eucharis', u'18 melpomene', u'176 iduna', u'175 andromache', u'1727 mette', u'1717 arlon', u'170 maria', u'169 zelia', u'1685 toro', u'167 urda', u'166 rhodope', u'1656 suomi', u'1645 waterfield', u'164 eva', u'1636 porter', u'163 erigone', u'1627 ivar', u'1620 geographos', u'16 psyche', u'1595 tanga', u'1580 betulia', u'158 koronis', u'1566 icarus', u'156 xanthippe', u'1529 oterma', u'1512 oulu', u'150 nuwa', u'15 eunomia', u'1493 sigrid', u'149 medusa', u'145 adeona', u'1449 virtanen', u'144 vibilia', u'141 lumen', u'140 siwa', u'14 irene', u'139 juewa', u'1364 safara', u'136 austria', u'1330 spiridonia', u'1317 silvretta', u'130 elektra', u'13 egeria', u'129 antigone', u'1284 latvia', u'128 nemesis', u'1263 varsavia', u'124 alkeste', u'122 gerda', u'1212 francette', u'121 hermione', u'1208 troilus', u'12 victoria', u'1199 geldonia', u'119 althaea', u'1173 anchises', u'1172 aneas', u'1162 larissa', u'116 sirona', u'115 thyra', u'113 amalthea', u'1103 sequoia', u'110 lydia', u'11 parthenope', u'1088 mitaka', u'108 hecuba', u'1075 helina', u'106 dione', u'1058 grubba', u'1055 tynka', u'105 artemis', u'1036 ganymed', u'1025 riema', u'1019 strackea', u'1015 christa', u'10 hygiea', u'1 ceres', u'support archives', u'839 valborg', u'83 beatrix', u'82 alkmene', u'811 nauheima', u'801 helwerthia', u'80 sappho', u'8 flora', u'790 pretoria'], u'categories': [u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/24-COLOR-ASTEROID-SURVEY/wuks-faw6', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 831,data.nasa.gov,96b8-sh24,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,24,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/96b8-sh24', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:15:50.000Z', u'id': u'96b8-sh24', u'createdAt': u'2018-06-26T06:49:05.000Z', u'description': u'This data set contains archival raw, partially processed, and ancillary/supporting radio science data acquired during the Lunar Reconnaissance Orbiter (LRO) mission. The radio observations were carried out using the LRO spacecraft and Earth-based stations of the commercial Universal Space Network (USN), the Ka-band ground station at White Sands, New Mexico (WS1), and the Next Generation Satellite Laser Ranging station in Greenbelt, Maryland (NGSLR). Additional data were provided by the NASA Deep Space Network (DSN) during commissioning. Ongoing participation by the International Laser Ranging Service (ILRS) network of stations provides further LR data that are processed by the Lunar Orbiter Laser Altimeter (LOLA) Science Operations Center (SOC). Of most interest are likely to be the Tracking Data Files in the TRK directory.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:15:50.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'LRO MOON RADIO SCIENCE RAW TRACKING DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 24, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.643856189774724, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:49:05.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lro-l-rss-1-tracking-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=LRO-L-RSS-1-TRACKING-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lro-l-rss-1-tracking-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'lunar reconnaissance orbiter', u'moon'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/LRO-MOON-RADIO-SCIENCE-RAW-TRACKING-DATA-V1-0/96b8-sh24', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 832,data.nasa.gov,ibfc-yy8j,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ibfc-yy8j', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:25:59.000Z', u'id': u'ibfc-yy8j', u'createdAt': u'2018-06-25T20:47:18.000Z', u'description': u'Cloud-Aerosol Lidar and Infrared Pathfinder Satellite Observations (CALIPSO) was launched on April 28, 2006 to study the impact of clouds and aerosols on the Earth\u2019s radiation budget and climate. It flies in formation with five other satellites in the international \u201cA-Train\u201d (PDF) constellation for coincident Earth observations. The CALIPSO satellite comprises three instruments, the Cloud-Aerosol LIdar with Orthogonal Polarization (CALIOP), the Imaging Infrared Radiometer (IIR), and the Wide Field Camera (WFC). CALIPSO is a joint satellite mission between NASA and the French Agency, CNES. These data consist 5 km aerosol layer data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:25:59.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'john.m.kusterer@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CALIPSO Lidar L2 Aerosol Profile Data V3-01', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:47:18.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:john.m.kusterer@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:004'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2006-06-13/2011-10-31', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'NASA-0000151', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'John M. Kusterer', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000151', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'radiation', u'atmospheric science', u'cloud', u'satellite', u'eos', u'climate', u'aerosol'], u'categories': [u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CALIPSO-Lidar-L2-Aerosol-Profile-Data-V3-01/ibfc-yy8j', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 833,data.nasa.gov,xsva-fn2n,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/xsva-fn2n', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:20:42.000Z', u'id': u'xsva-fn2n', u'createdAt': u'2018-06-26T06:55:52.000Z', u'description': u'The Juno Waves calibrated burst waveform full resolution data set includes all high rate science electric field waveforms from 50Hz up to 45.25 MHz and magnetic field waveforms from 50Hz to 20kHz with sample rates that depend on the receiver used to obtain the waveforms. This is the complete waveform data set containing all high rate binning mode data and record mode data received from Waves from launch until the end of mission including initial checkout, the Earth flyby, the Jupiter orbits and cruise. Data are acquired from the Waves Low Frequency Receiver (LFR) and High Frequency Receiver (HFR) and are typically losslessly compressed on board. These data are presented in binary SERIES objects. This data set comprises highest temporal resolution data obtained by Waves (or all other Juno instruments, for that matter). Pre-rendered spectrograms generated from these data are included as well to provide the user with a quick view of the content of the data. This data set should be among the last used of any in the Waves archive as it provides highly detailed information on very short isolated intervals in time. The Waves full resolution survey data provide context for these data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:20:42.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'JUNO E/J/S/SS WAVES CALIBRATED BURST FULL RESOLUTION V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:55:52.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.jno-e-j-ss-wav-3-cdr-bstfull-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=JNO-E%2FJ%2FSS-WAV-3-CDR-BSTFULL-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.jno-e-j-ss-wav-3-cdr-bstfull-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'earth', u'jupiter', u'solar system', u'juno'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/JUNO-E-J-S-SS-WAVES-CALIBRATED-BURST-FULL-RESOLUTI/xsva-fn2n', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 834,data.nasa.gov,ms96-tyt7,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ms96-tyt7', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:58:26.000Z', u'id': u'ms96-tyt7', u'createdAt': u'2018-06-26T07:05:19.000Z', u'description': u""This data set contains the Magellan Global Vector Data Record (GVDR), a sorted collection of scattering and emission measurements from the Magellan Mission. The sorting is into a grid of equal area 'pixels' distributed regularly about the planet. For data acquired from the same pixel but in different observing geometries, there is a second level of sorting to accommodate the different geometrical conditions. The 'pixel' dimension is 18.225 km. The GVDR is presented in Sinusoidal Equal Area (equatorial), Mercator (equatorial), and Polar Stereographic (polar) projections."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:58:26.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MGN V RDRS DERIVED GLOBAL VECTOR DATA RECORD V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:05:19.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgn-v-rdrs-5-gvdr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MGN-V-RDRS-5-GVDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgn-v-rdrs-5-gvdr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'venus', u'magellan'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MGN-V-RDRS-DERIVED-GLOBAL-VECTOR-DATA-RECORD-V1-0/ms96-tyt7', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 835,data.nasa.gov,uung-fjba,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/uung-fjba', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:11:01.000Z', u'id': u'uung-fjba', u'createdAt': u'2018-06-26T06:45:07.000Z', u'description': u'Spectrographic observations of Jupiter, Saturnian rings, satellites, atmospheres and the interplanetary medium in the far and extreme ultraviolet.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:11:01.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CASSINI ORBITER SATURN UVIS SPATIAL SPECTRAL IMAGE CUBE V1.4', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:45:07.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-uvis-2-cube-v1.4', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-S-UVIS-2-CUBE-V1.4', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-uvis-2-cube-v1.4', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'albiorix', u'saturn', u'siarnaq', u's rings', u'sun', u'janus', u'erriapus', u'phoebe', u'pan', u'enceladus', u'hyperion', u'skoll', u'dione', u'ymir', u'cassini-huygens', u'rhea', u'tarqeq', u'helene', u'calypso', u'tarvos', u'paaliaq', u'telesto', u'atlas', u'polydeuces', u'epimetheus', u'iapetus', u'mimas', u'pandora', u'star', u'ijiraq', u'prometheus', u'kiviuq', u'titan', u'tethys'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-ORBITER-SATURN-UVIS-SPATIAL-SPECTRAL-IMAGE/uung-fjba', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 836,data.nasa.gov,gj2j-qhiy,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/gj2j-qhiy', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:19:08.000Z', u'id': u'gj2j-qhiy', u'createdAt': u'2018-06-26T06:50:20.000Z', u'description': u'This data set includes calibrated images of Deep Impact mission target comet 9P/Tempel 1 taken from November 1997 through July 1999 using the University of Hawaii, 2.24 meter telescope and a Tektronics 2048x2048 CCD. Observations were made using the facility BVRI broadband filters. All data reductions were performed using the Image Reduction and Analysis Facility (IRAF). Data have been flattened, bias subtracted, trimmed, overscan corrected and cleaned for cosmic rays. This data set also includes tables of astrometric measurements of 9P/Tempel 1 as well as calibration frames taken from 1997 and into 2000. This is an ongoing, cumulative data set; reduced images of 9P/Tempel 1 images taken from 2000 through 2005 at the UH2.2m telescope are expected to be added in the future.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:19:08.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'UH2.2M REDUCED 9P/TEMPEL 1 IMAGES/ASTROMETRY V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:50:20.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.di-ear-c-i0034-3-uh22m-tmpl1-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DI%2FEAR-C-I0034-3-UH22M-TMPL1-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.di-ear-c-i0034-3-uh22m-tmpl1-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'support archives', u'deep impact', u'9p/tempel 1 (1867 g1)', u'calibration'], u'categories': [u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/UH2-2M-REDUCED-9P-TEMPEL-1-IMAGES-ASTROMETRY-V1-0/gj2j-qhiy', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 837,data.nasa.gov,qxp9-gidx,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/qxp9-gidx', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T07:13:41.000Z', u'id': u'qxp9-gidx', u'createdAt': u'2018-06-25T21:02:16.000Z', u'description': u'Data Dictionary and Index Files', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T07:13:41.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'PDS Data Dictionary (1r52)', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:02:16.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-659', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-659', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'index', u'pds', u'dictionary'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Data-Dictionary-1r52-/qxp9-gidx', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 838,data.nasa.gov,my24-atan,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/my24-atan', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:02:42.000Z', u'id': u'my24-atan', u'createdAt': u'2018-06-26T07:06:40.000Z', u'description': u'This data set includes the complete set of SPICE data for one NEAR mission phase in the form of SPICE kernels, which can be accessed using SPICE software available to read these files.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:02:42.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'NEAR SPICE KERNELS CRUISE2', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:06:40.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-spice-6-cruise2-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NEAR-A-SPICE-6-CRUISE2-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-spice-6-cruise2-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'near earth asteroid rendezvous', u'eros'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEAR-SPICE-KERNELS-CRUISE2/my24-atan', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 839,data.nasa.gov,vuzp-rqcf,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/vuzp-rqcf', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:44:19.000Z', u'id': u'vuzp-rqcf', u'createdAt': u'2018-06-26T06:33:39.000Z', u'description': u'The Cassini Magnetospheric Imaging Instrument(MIMI) Low Energy Magnetospheric Measurement System (LEMMS) uncalibrated data set includes all data collected from the MIMI Data Processing Unit during the mission. The original data has been decommutated and decoded by software at the Applied Physics Laboratory (APL) and has been then further ordered and filtered by software at Fundamental Technologies, LLC. The data is provided in an uncalibrated form in conjunction with a PDS MIMI calibration volume COMIMI_0000 which provides specific algorithms for the derivation of calibrated data. This data set includes uncalibrated values for each energy channel for the LEMMS sensor for all times during the mission including the Earth flyby, the Jupiter flyby, interplanetary cruise, and the entire Saturn tour. Data are presented in a set of tables which are of variable length and use a comma to separate various fields. This data set is intended to be the most comprehensive and complete data set included in the Cassini MIMI LEMMS archive. A browse data set is included with Key Parameter data that is calibrated using the algorithms provided in the Calibration volume. In addition, a series of images are provided with the KP browse data that displays the KP data which can lead the user to the particular times of interest. This data set should be among the first used by a user of any of the MIMI LEMMS archive as it will lead one to information required to search for more detailed or highly specialized features in the original data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:44:19.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CASSINI E/J/S/SW MIMI LEMMS SENSOR UNCALIBRATED DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:33:39.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-e-j-s-sw-mimi-2-lemms-uncalib-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-E%2FJ%2FS%2FSW-MIMI-2-LEMMS-UNCALIB-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-e-j-s-sw-mimi-2-lemms-uncalib-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'saturn', u'solar wind', u'cassini-huygens', u'earth', u'jupiter'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-E-J-S-SW-MIMI-LEMMS-SENSOR-UNCALIBRATED-DA/vuzp-rqcf', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 840,data.nasa.gov,tn48-ecwh,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/tn48-ecwh', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:00:11.000Z', u'id': u'tn48-ecwh', u'createdAt': u'2018-06-26T06:37:13.000Z', u'description': u'This data set contains 81 published spectra of asteroids obtained by Faith Vilas during the years 1982 - 1992.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:00:11.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VILAS ASTEROID SPECTRA V1.1', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:37:13.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-3-rdr-vilas-asteroid-spectra-v1.1', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-3-RDR-VILAS-ASTEROID-SPECTRA-V1.1', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-3-rdr-vilas-asteroid-spectra-v1.1', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'748 simeisa', u'76 freia', u'19 fortuna', u'2113 ehrdni', u'2241 alcathous', u'225 henrietta', u'187 lamberta', u'1867 deiphobus', u'1866 sisyphus', u'181 eucharis', u'1722 goffin', u'17 thetis', u'165 loreley', u'2357 phereclos', u'2674 pandarus', u'276 adelheid', u'292 ludovica', u'153 hilda', u'152 atala', u'31 euphrosyne', u'326 tamara', u'3288 seleucus', u'334 chicago', u'368 haidea', u'1512 oulu', u'1467 mashona', u'375 ursula', u'407 arachne', u'142 polana', u'1390 abastumani', u'409 aspasia', u'1368 numidia', u'134 sophrosyne', u'130 elektra', u'121 hermione', u'41 daphne', u'420 bertholda', u'433 eros', u'466 tisiphone', u'483 seppina', u'495 eulalia', u'499 venusia', u'528 rezia', u'54 alexandra', u'559 nanon', u'190 ismene', u'2 pallas', u'1208 troilus', u'1172 aneas', u'566 stereoskopia', u'570 kythera', u'606 brangane', u'624 hektor', u'643 scheherezade', u'asteroid', u'940 kordula', u'914 palisana', u'908 buda', u'884 priamus', u'877 walkure', u'87 sylvia', u'797 montana', u'776 berbericia', u'65 cybele', u'654 zelinda', u'66 maja', u'1167 dubiago', u'692 hippodamia', u'695 bella', u'709 fringilla', u'support archives', u'1 ceres', u'733 mocia', u'102 miriam', u'1036 ganymed', u'1162 larissa', u'773 irmintraud'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VILAS-ASTEROID-SPECTRA-V1-1/tn48-ecwh', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 841,data.nasa.gov,xpr2-xb6p,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/xpr2-xb6p', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:03:22.000Z', u'id': u'xpr2-xb6p', u'createdAt': u'2018-06-26T06:38:32.000Z', u'description': u'The Small Main-belt Asteroid Spectrographic Survey (SMASS) was initiated in 1990 with the goal of obtaining spectra over the visual wavelength region for a substantial number of small (D < 20 km) main-belt asteroids. Observations were primarily made using the 2.4 m Hiltner telescope, located at the Michigan-Dartmouth-MIT (MDM) Observatory on the southwest ridge of Kitt Peak in Arizona.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:03:22.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'SMASS ASTEROID SURVEY V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:38:32.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-m3spec-3-rdr-smass-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-M3SPEC-3-RDR-SMASS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-m3spec-3-rdr-smass-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'asteroid', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/SMASS-ASTEROID-SURVEY-V1-0/xpr2-xb6p', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 842,data.nasa.gov,ru8r-yhri,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ru8r-yhri', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:32:16.000Z', u'id': u'ru8r-yhri', u'createdAt': u'2018-06-26T07:00:59.000Z', u'description': u'The PLASMAG-1 instument package included six different sensors: A0 plasma impact detector for measuring neutral particle flux, (manufactured by R. Grard, ESA/ESTEC, Noordwijk, The Netherlands) A1 Faraday cup for measuring integral ion flux from solar direction, A2 Faraday cup for measuring integral ion flux and neutral particles from ram direction, A3 spherical electrostatic analyzer for measuring ions from ram direction in the energy range of 15 eV - 3.6 keV in 120 logarithmically spaced channels, A4 spherical electrostatic analyzer for measuring ions from solar direction in the energy range of 60 eV - 30 keV in 60 logarithmically spaced channels, A5 cylindrical electrostatic analyzer for measuring ions perpendicular to the ecliptic plane in the energy range of 2 eV - 10 keV in 30 logarithmically spaced channels.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:32:16.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'VEGA2 PLASMAG-1 PLASMA ENERGY ANALYSER DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:00:59.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vega2-c-pm1-2-rdr-halley-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VEGA2-C-PM1-2-RDR-HALLEY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vega2-c-pm1-2-rdr-halley-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'vega 2', u'halley'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VEGA2-PLASMAG-1-PLASMA-ENERGY-ANALYSER-DATA-V1-0/ru8r-yhri', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 843,data.nasa.gov,u2p7-37tf,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/u2p7-37tf', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:52:37.000Z', u'id': u'u2p7-37tf', u'createdAt': u'2018-06-26T06:24:10.000Z', u'description': u""A total of seven data sets are used to derive the wind profile. These include two trajectory data files (probe and orbiter), three frequency data files including the 'quicklook' data set comprising 1/2 resolution frequency data from the orbiter CDS, and two data files containing the full tape recorder (SDR) data. Additionally, the probe descent trajectory data are supplemented with probe descent velocity/altitude/pressure/time data from the Atmospheric Structure Instrument. Finally, the Jovian atmospheric structure, based on measurements by the Atmospheric Structure Instrument, is included."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:52:37.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'GALILEO PROBE DOPPLER WIND EXPERIMENT DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:24:10.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.gp-j-dwe-3-entry-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GP-J-DWE-3-ENTRY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.gp-j-dwe-3-entry-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'jupiter', u'galileo'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GALILEO-PROBE-DOPPLER-WIND-EXPERIMENT-DATA-V1-0/u2p7-37tf', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 844,data.nasa.gov,52si-34w5,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/52si-34w5', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:42:23.000Z', u'id': u'52si-34w5', u'createdAt': u'2018-06-26T06:30:59.000Z', u'description': u'The Lunar Prospector merged telemetry data set is a result of comparing the two Lunar Prospector telemetry data streams and selecting one of them. The Lunar Prospector raw telemetry data downlink stream contains data transmitted in real-time and data that was collected about 50 minutes prior and stored on the spacecraft. The merged telemetry data set contains raw science and instrument engineering data acquired by all of the science instruments (Gamma Ray, Neutron, and Alpha Particle Spectrometers, and the Magnetometer and Electron Reflectometer), along with spacecraft engineering data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:42:23.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'LP MOON MERGED TELEMETRY DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 2.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 3}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:30:59.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lp-l-eng-grs-ns-aps-mag-er-1-mdr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=LP-L-ENG%2FGRS%2FNS%2FAPS%2FMAG%2FER-1-MDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lp-l-eng-grs-ns-aps-mag-er-1-mdr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'moon', u'lunar prospector'], u'categories': [u'infrastructure'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/LP-MOON-MERGED-TELEMETRY-DATA-V1-0/52si-34w5', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 845,data.nasa.gov,h9yc-susk,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/h9yc-susk', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:42:22.000Z', u'id': u'h9yc-susk', u'createdAt': u'2018-06-26T06:30:58.000Z', u'description': u'The High Rate Detector (HRD) from the University of Chicago is an independent part of the CDA instrument on the Cassini Orbiter that measures the dust flux and particle mass distribution of dust particles hitting the HRD detectors. This data set includes all data from the HRD through July 28, 2008. Please refer to Srama et al. (2004) for a detailed HRD description.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:42:22.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CASSINI HIGH RATE DETECTOR V4.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:30:58.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-d-hrd-3-cohrd-v4.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-D-HRD-3-COHRD-V4.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-d-hrd-3-cohrd-v4.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'cassini-huygens', u'calibration', u'dust'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-HIGH-RATE-DETECTOR-V4-0/h9yc-susk', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 846,data.nasa.gov,psvu-9r5r,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/psvu-9r5r', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T05:47:29.000Z', u'id': u'psvu-9r5r', u'createdAt': u'2018-06-25T20:55:37.000Z', u'description': u'CRISM, CTX, HiRISE, MARCI, MCS, RSS, SHARAD, SPICE', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T05:47:29.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Mars Reconnaissance Orbiter Data 23', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:55:37.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-495', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-495', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'pds', u'spice', u'ctx', u'hirise', u'marci', u'mcs', u'sharad', u'crism', u'rss'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Mars-Reconnaissance-Orbiter-Data-23/psvu-9r5r', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 847,data.nasa.gov,euqh-7xpv,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/euqh-7xpv', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:56:30.000Z', u'id': u'euqh-7xpv', u'createdAt': u'2018-06-26T06:33:03.000Z', u'description': u'The weather station (WTHS) data consist of wind velocity, direction, and air temperature collected at Lunar Lake during the July and September field campaigns. Data were digitized at 30 minute intervals from stripchart recordings.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:56:30.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'FIELD EXP E WTHS CALIB RDR TEMPERATURE AND VELOCITY V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.0, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:33:03.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.fexp-e-wths-3-rdr-temp-velocity-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=FEXP-E-WTHS-3-RDR-TEMP-VELOCITY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.fexp-e-wths-3-rdr-temp-velocity-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'earth', u'geologic remote sensing field experiment'], u'categories': [u'social services'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/FIELD-EXP-E-WTHS-CALIB-RDR-TEMPERATURE-AND-VELOCIT/euqh-7xpv', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 848,data.nasa.gov,6h3s-4h89,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/6h3s-4h89', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:49:23.000Z', u'id': u'6h3s-4h89', u'createdAt': u'2018-06-26T06:15:04.000Z', u'description': u'This data set comprises a reduced, subsampled set of the data returned from the Apollo 17 Heat Flow Experiment from 12 December 1972 through 31 December 1974. The experiment consisted of two probes placed by the Apollo 17 astronauts in holes drilled in the lunar surface near the Apollo 17 Lunar Surface Experiments Package site to measure the thermal conductivity. The data consist of a set of ten ASCII tables with time, temperature differences, and average temperatures readings measured by the thermocouples in the heat flow probes and probe cables. The data have been restored and reformatted from binary data held on magnetic tapes at the NASA National Space Science Data Center (NSSDC) under NSSDC ID of PSPG-00022 (old NSSDC ID 72-096C-01A).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:49:23.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'APOLLO 17 HEAT FLOW THERMAL CONDUCTIVITY RDR SUBSAMPLED V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:15:04.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.a17a-l-hfe-3-thermal-conductivity-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=A17A-L-HFE-3-THERMAL-CONDUCTIVITY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.a17a-l-hfe-3-thermal-conductivity-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'apollo 17', u'moon'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/APOLLO-17-HEAT-FLOW-THERMAL-CONDUCTIVITY-RDR-SUBSA/6h3s-4h89', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 849,data.nasa.gov,2496-7rgs,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/2496-7rgs', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:44:37.000Z', u'id': u'2496-7rgs', u'createdAt': u'2018-06-26T06:32:44.000Z', u'description': u""NASA's International Halley Watch (IHW) has created a Comet Halley Archive. The collection of data spans the full wavelength range as submitted by scientists to the IHW. The observations belong to one of the following Disciplines: Amateur, Astrometry, Infrared Studies, Large-Scale Phenomena, Meteor Studies, Near-Nucleus Studies, Photometry and Polarimetry, Radio Studies, and Spectroscopy and Spectrophotometry. The data collected by these nine disciplines were augmented by Spacecraft measurements. The data were submitted to IHW, but the evaluation and selection for the Archive has been the primary responsibility of the Discipline Specialist Teams for each network in cooperation with the Lead Center. The visual data for Eta Aquarid contains 579 observations, spanning dates 1984 April 27 through 1987 May 11."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:44:37.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'IHW COMET HALLEY METEOR ETA AQUARID VISUAL DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:32:44.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ihw-c-msnvis-3-rdr-halley-eta-aquar-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=IHW-C-MSNVIS-3-RDR-HALLEY-ETA-AQUAR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ihw-c-msnvis-3-rdr-halley-eta-aquar-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'international halley watch', u'halley', u'eta-aquarid'], u'categories': [u'economy'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/IHW-COMET-HALLEY-METEOR-ETA-AQUARID-VISUAL-DATA-V1/2496-7rgs', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 850,data.nasa.gov,9fu2-6tba,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/9fu2-6tba', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:02:21.000Z', u'id': u'9fu2-6tba', u'createdAt': u'2018-09-05T23:02:20.000Z', u'description': u'This data set contains Raw data taken by the New Horizons Multispectral Visible Imaging Camera instrument during the pluto cruise mission phase. This is VERSION 1.0 of this data set. The spacecraft was in hibernation for much of the Pluto Cruise mission phase, and the focus for RALPH (MVIC and LEISA) during Annual CheckOuts one through four (ACO1-4) was preparation for the Pluto Encounter in 2015, including functional tests, and calibrations. Science observations performed during this phase included Uranus and Neptune at phase angles (44 degrees and 34 degrees, respectively) not available from Earth (MVIC), calibrations with Neptune as a navigation test target (MVIC), Sun in the Solar Illumination Assembly (SIA) (MVIC and LEISA), the M6 and M7 clusters (MVIC), and other calibrations (stray light, dark, interference with other instruments).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:02:21.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': None, u'columns_description': [], u'name': u'NEW HORIZONS \n MVIC PLUTO CRUISE \n RAW V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:02:20.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-mvic-2-plutocruise-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-X-MVIC-2-PLUTOCRUISE-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-mvic-2-plutocruise-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'uranus', u'new horizons', u'sun', u'calibration', u'kerberos', u'charon', u'neptune'], u'categories': [u'economy', u'public safety'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-MVIC-PLUTO-CRUISE-RAW-V1-0/9fu2-6tba', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 851,data.nasa.gov,sq9d-reac,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/sq9d-reac', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:34:46.000Z', u'id': u'sq9d-reac', u'createdAt': u'2018-06-26T06:58:53.000Z', u'description': u'This data set contains the Magellan Surface Characteristics Vector Data Record (SCVDR) which is an orbit-by-orbit reduction of Magellan scattering and emission measurements carried out at Stanford University. The SCVDR includes near-nadir scattering functions obtained by numerical inversion from altimetry (ALT) echoes, results (e.g., rms surface slopes and Fresnel reflectivity) from fitting analytic functions to those inversions, scattering function segments at oblique incidence angles derived from synthetic aperture radar (SAR) echoes, and estimates of surface emissivity derived from thermal microwave radiometry (RAD) measurements. The SCVDR is one of several inputs to the Global Vector Data Record (GVDR), a gridded summary of scattering results, also produced at Stanford.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:34:46.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MAGELLAN SURFACE CHARACTERISTICS VECTOR DATA RECORD', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:58:53.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgn-v-rdrs-5-scvdr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MGN-V-RDRS-5-SCVDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgn-v-rdrs-5-scvdr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'magellan', u'venus'], u'categories': [u'economy'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MAGELLAN-SURFACE-CHARACTERISTICS-VECTOR-DATA-RECOR/sq9d-reac', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 852,data.nasa.gov,qesx-a6xb,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/qesx-a6xb', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:13:49.000Z', u'id': u'qesx-a6xb', u'createdAt': u'2018-06-26T07:11:02.000Z', u'description': u'Space radiations and microgravity both could cause DNA damage in cells but the effects of microgravity on DNA damage response to space radiations are still controversial. A mRNA microarray and microRNA microarray in dauer larvae of Caenorhabditis elegans (C. elegans) that endured space xef xac x82ight environment and space radiations environment during 16.5-day Shenzhou-8 space mission were performed. In our study wild type and ced-1 mutant strains of C.elegans endured three conditions during shenzhou-8 spaceflight mission including spaceflight static condition(ss) spaceflight 1-g centrifugal condition(sc) and ground control condition(gc). Limited to the quantity of worm samples we performed technical-repeat test but not sample-repeat test.Accordingly xef xbc x8csix miRNA microarrays were performed.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:13:49.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'Synergistic effects of space radiation and microgravity (miRNA WT and ced-1 mutant)', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:11:02.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-166', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-166', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'rna extraction', u'absorbed radiation dose', u'weightlessness', u'normalization data transformation', u'nucleic acid hybridization', u'data collection', u'sample collection', u'labeling'], u'categories': [u'infrastructure'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Synergistic-effects-of-space-radiation-and-microgr/qesx-a6xb', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 853,data.nasa.gov,te8a-dcay,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/te8a-dcay', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:02:28.000Z', u'id': u'te8a-dcay', u'createdAt': u'2018-09-05T23:02:28.000Z', u'description': u'This data set contains Raw data taken by the New Horizons Linear Etalon Imaging Spectral Array instrument during the Pluto encounter mission phase. This is VERSION 3.0 of this data set. This data set contains LEISA observations taken during the the Approach (Jan-Jul, 2015), Encounter, Departure, and Transition mission sub-phases, including flyby observations taken on 14 July, 2015, and departure and calibration data through late October, 2016. This data set completes the Pluto mission phase deliveries for LEISA. This is version 3.0 of this dataset. Changes since version 2.0 include the addition of data downlinked between the end of January, 2016 and the end of October, 2016, completing the delivery of all data covering the Pluto Encounter and subsequent Calibration Campaign. It includes multi- map observations from the Approach phase, observations of the moons, and hi-res departure observations. It also includes functional tests from the Calibration Campaign including scans across the detector of Arcturus, and a second test of the Solar Illumination Assembly. Updates were made to the calibration files, documentation, and catalog files. The data were re-run through the pipeline, which changes the FITS headers of the raw files, but not the FITS data. The exceptions to that are products for which only sub-frame windows were downlinked in previous versions of this data set: those products have been re-downlinked either in full, or all regions outside the previously downloaded windows were downloaded and merged to form full-frame products. In so doing, some LEISA products have more frames downloaded, resulting in a change in the BANDS keyword value in PDS labels. Finally, the updated calibration files cause changes to all of the calibrated data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:02:28.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': None, u'columns_description': [], u'name': u'NEW HORIZONS \n LEISA PLUTO ENCOUNTER \n RAW V3.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:02:28.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-p-leisa-2-pluto-v3.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-P-LEISA-2-PLUTO-V3.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-p-leisa-2-pluto-v3.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'kerberos', u'pluto', u'nix', u'calibration', u'charon', u'hydra', u'new horizons'], u'categories': [u'economy', u'public safety'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-LEISA-PLUTO-ENCOUNTER-RAW-V3-0/te8a-dcay', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 854,data.nasa.gov,mh4u-jare,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/mh4u-jare', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:04:21.000Z', u'id': u'mh4u-jare', u'createdAt': u'2018-06-26T07:07:19.000Z', u'description': u'This data set contains calibrated narrow band filter images (350-950 nm) images of Mars acquired by the Deep Impact High Resolution Visible CCD (HRIV) for the EPOCh project during the second cruise phase of the EPOXI mission. One set of observations was acquired on 20-21 November 2009 to characterize Mars as an analog for extrasolar planets. The observing period lasted approximately 24 hours. HRIV images were acquired once per hour with the filters centered on 350, 750 and 950 nm, whereas the 450-, 550-, 650-, and 850-nm data were taken every 15 minutes. Version 2.0 includes the application of a horizontal destriping process and revised electronic crosstalk calibration files.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:04:21.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'EPOXI MARS OBS - HRIV CALIBRATED IMAGES V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:07:19.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dif-m-hriv-3-4-epoxi-mars-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DIF-M-HRIV-3%2F4-EPOXI-MARS-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dif-m-hriv-3-4-epoxi-mars-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'epoxi'], u'categories': [u'finance', u'infrastructure'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/EPOXI-MARS-OBS-HRIV-CALIBRATED-IMAGES-V2-0/mh4u-jare', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 855,data.nasa.gov,g52z-u8vi,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/g52z-u8vi', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T07:13:04.000Z', u'id': u'g52z-u8vi', u'createdAt': u'2018-06-25T21:02:28.000Z', u'description': u'GRS, THEMIS, SPICE', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T07:13:04.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Odyssey Data Release 27', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:02:28.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-672', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-672', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'spice', u'pds', u'themis', u'grs'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Odyssey-Data-Release-27/g52z-u8vi', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 856,data.nasa.gov,as5u-s66a,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/as5u-s66a', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:45:47.000Z', u'id': u'as5u-s66a', u'createdAt': u'2018-06-26T06:30:15.000Z', u'description': u'The PLASMAG-1 instument package included six different sensors: A0 plasma impact detector for measuring neutral particle flux, (manufactured by R. Grard, ESA/ESTEC, Noordwijk, The Netherlands) A1 Faraday cup for measuring integral ion flux from solar direction, A2 Faraday cup for measuring integral ion flux and neutral particles from ram direction, A3 spherical electrostatic analyzer for measuring ions from ram direction in the energy range of 15 eV - 3.6 keV in 120 logarithmically spaced channels, A4 spherical electrostatic analyzer for measuring ions from solar direction in the energy range of 60 eV - 30 keV in 60 logarithmically spaced channels, A5 cylindrical electrostatic analyzer for measuring ions perpendicular to the ecliptic plane in the energy range of 2 eV - 10 keV in 30 logarithmically spaced channels.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:45:47.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VEGA1 PLASMAG-1 PLASMA ENERGY ANALYSER DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:30:15.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vega1-c-pm1-2-rdr-halley-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VEGA1-C-PM1-2-RDR-HALLEY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vega1-c-pm1-2-rdr-halley-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'halley', u'vega 1'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VEGA1-PLASMAG-1-PLASMA-ENERGY-ANALYSER-DATA-V1-0/as5u-s66a', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 857,data.nasa.gov,2w4c-84xj,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/2w4c-84xj', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:54:22.000Z', u'id': u'2w4c-84xj', u'createdAt': u'2018-06-26T06:35:13.000Z', u'description': u'The Ulysses spacecraft was occulted by the Io Plasma Torus (IPT) during its Jupiter encounter on 8 February 1992. The Ulysses dual-frequency radio subsystem used by the Ulysses Solar Corona Experiment (SCE) was utilized to measure the electron content (column density) of the IPT [BIRDETAL1992B]. In the nominal mode for radio-sounding observations [BIRDETAL1992A], both downlinks (S-band: f_s = 2.3 GHz X-band: f_x = 8.4 GHz) are phase coherent with the uplink (S-band: f_u = 2.1 GHz). The dual-frequency radio-sounding technique exploits the dispersive nature of ionized media on the propagation of the two downlinks. The tiny Doppler shift due to plasma moving in and out of the ray path is greater at S-band than at the higher frequency X-band.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:54:22.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ULY JUP SCE DOPPLER HI-RES DATA', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 3.0, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:35:13.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.uly-j-sce-3-rdr-doppler-hires-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=ULY-J-SCE-3-RDR-DOPPLER-HIRES-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.uly-j-sce-3-rdr-doppler-hires-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'jupiter', u'ulysses'], u'categories': [u'economy'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ULY-JUP-SCE-DOPPLER-HI-RES-DATA/2w4c-84xj', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 858,data.nasa.gov,pyus-egzt,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/pyus-egzt', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:40:26.000Z', u'id': u'pyus-egzt', u'createdAt': u'2018-06-26T06:32:42.000Z', u'description': u'This is a compilation of published lightcurve results up through 23 January, 1996. This compilation is maintained by Alan Harris, JPL.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:40:26.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ASTEROID LIGHTCURVE DERIVED DATA V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 2.321928094887362, u'page_views_total_log': 3.0, u'page_views_last_month': 4}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:32:42.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-derived-lightcurve-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-5-DDR-DERIVED-LIGHTCURVE-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-derived-lightcurve-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'asteroid', u'support archives'], u'categories': [u'environment', u'infrastructure'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ASTEROID-LIGHTCURVE-DERIVED-DATA-V2-0/pyus-egzt', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 859,data.nasa.gov,nfba-fkgu,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/nfba-fkgu', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:38:36.000Z', u'id': u'nfba-fkgu', u'createdAt': u'2018-06-26T06:18:59.000Z', u'description': u'This data set is intended to include all reported timings of observed asteroid, planet, and planetary satellite occultation events as well as occultation axes derived from those timings by David W. Dunham and David Herald. This version is complete through the end of 2009.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:38:36.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ASTEROID OCCULTATIONS V8.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:18:59.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-3-rdr-occultations-v8.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-3-RDR-OCCULTATIONS-V8.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-3-rdr-occultations-v8.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'satellite', u'asteroid', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ASTEROID-OCCULTATIONS-V8-0/nfba-fkgu', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 860,data.nasa.gov,wjph-akju,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/wjph-akju', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:15:02.000Z', u'id': u'wjph-akju', u'createdAt': u'2018-06-26T06:53:35.000Z', u'description': u'This data set consists of 4-second edited, wave electric field intensities from the Voyager 2 Plasma Wave Receiver (PWS) spectrum analyzer obtained in the vicinity of the Neptunian magnetosphere. For each 4-second interval, a field strength is determined for each of the 16 spectrum analyzer channels whose center frequencies range from 10 Hertz to 56.2 kiloHertz and which are logarithmically spaced in frequency, four channels per decade. The time associated with each set of intensities (16 channels) is the time of the beginning of the scan. During data gaps where complete 4-second spectra are missing, no entries exist in the file, that is, the gaps are not zero-filled or tagged in any other way. When one or more channels are missing within a scan, the missing measurements are zero-filled. Data are edited but not calibrated. The data numbers in this data set can be plotted in raw form for event searches and simple trend analysis since they are roughly proportional to the log of the electric field strength. Calibration procedures and tables are provided for use with this data set', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:15:02.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'VG2 NEP PWS EDITED RDR UNCALIB SPECTRUM ANALYZER 4SEC V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:53:35.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-n-pws-2-rdr-sa-4sec-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG2-N-PWS-2-RDR-SA-4SEC-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-n-pws-2-rdr-sa-4sec-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'voyager', u'neptune', u'comet sl9/jupiter collision'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG2-NEP-PWS-EDITED-RDR-UNCALIB-SPECTRUM-ANALYZER-4/wjph-akju', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 861,data.nasa.gov,wsrn-u3aw,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/wsrn-u3aw', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:53:33.000Z', u'id': u'wsrn-u3aw', u'createdAt': u'2018-06-26T07:08:35.000Z', u'description': u'In recent times long-term stay has become a common occurrence in the International Space Station (ISS). However adaptation to the space environment can sometimes pose physiological problems to the astronauts after their return. Therefore it is important to develop healthcare technologies for astronauts. In this study hair an easy-to-obtain sample was identified as the candidate. In order to investigate the genetic changes in human hair during space flight the hair follicles of 10 astronauts were analyzed by DNA microarray and real time q-PCR analyses. Space environment induced gene expression of hair follicles of astronaut was measured 6 differnent times included 2 in flight on orbit. Ten independent experiments were performed on differing astronauts. and the sampling day was differed for each astronaut because of their schedules.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:53:33.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Effects of a Closed Space Environment on Gene Expression in Hair Follicles of Astronauts in the International Space Station', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:08:35.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-174', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-174', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'spaceflight', u'exposure duration', u'nucleic acid hybridization', u'normalization data transformation', u'treatment protocol', u'data collection', u'rna extraction', u'labeling', u'sex'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Effects-of-a-Closed-Space-Environment-on-Gene-Expr/wsrn-u3aw', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 862,data.nasa.gov,s7dg-zbck,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/s7dg-zbck', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:02:36.000Z', u'id': u's7dg-zbck', u'createdAt': u'2018-09-05T23:02:36.000Z', u'description': u'This data set contains Calibrated data taken by the New Horizons Linear Etalon Imaging Spectral Array instrument during the pluto cruise mission phase. This is VERSION 1.0 of this data set. The spacecraft was in hibernation for much of the Pluto Cruise mission phase, and the focus for RALPH (which includes both MVIC and LEISA sensors) during Annual CheckOuts one through eight (ACO1-8) was preparation for the Pluto Encounter in 2015, including functional tests, and calibrations. Observations performed during this phase for LEISA were for the Pluto Encounter Rehearsal in 2013, a test of the Sun in the Solar Illumination Assembly (SIA), Vega and Arcturus calibrations, and other calibrations (stray light, dark, flat fields, interference with other instruments).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:02:36.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': None, u'columns_description': [], u'name': u'NEW HORIZONS \n LEISA PLUTO CRUISE \n CALIBRATED V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:02:36.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-leisa-3-plutocruise-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-X-LEISA-3-PLUTOCRUISE-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-leisa-3-plutocruise-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'calibration', u'sun', u'new horizons'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-LEISA-PLUTO-CRUISE-CALIBRATED-V1-0/s7dg-zbck', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 863,data.nasa.gov,iwkk-8izi,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/iwkk-8izi', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:37:15.000Z', u'id': u'iwkk-8izi', u'createdAt': u'2018-06-26T07:11:25.000Z', u'description': u'Changes in the physical environment modulate cell responses and may lead to the impairment or even failure of tissue function as a result of mechanotransduction processes. It has been suggested that this situation occurs in some age-related diseases and some pathological conditions observed in space such as cardiovascular deconditioning bone loss muscle atrophy and impaired immune responses. All of these are associated with endothelial dysfunction but the precise mechanism is still unclear. We used the microarray approach to obtain insights into the mechanism responsible for endothelial dysfunction by taking advantage of the challenging environment of gravitational unloading onboard the International Space Station. The effects of gravitational unloading on HUVEC gene expression were investigated by means of cDNA microarray analyses of six randomly chosen samples (three for each of the two conditions of spaceflight and 1g) using Affymetrix Gene Human 1.0 ST Arrays', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:37:15.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Expression data from SPHINX (SPaceflight of Huvec: an INtegrated eXperiment)', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:11:25.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-52', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-52', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'image_aquisition', u'microgravity', u'spaceflight', u'labeling', u'nucleic_acid_extraction', u'specified_biomaterial_action', u'feature_extraction', u'grow', u'hybridization', u'bioassay_data_transformation', u'p-gse43582-5', u'p-gse43582-4', u'p-gse43582-2', u'p-gse43582-7', u'p-gse43582-8', u'p-gse43582-3', u'p-gse43582-6', u'p-gse43582-1'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Expression-data-from-SPHINX-SPaceflight-of-Huvec-a/iwkk-8izi', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 864,data.nasa.gov,qrhu-qpbr,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/qrhu-qpbr', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:52:16.000Z', u'id': u'qrhu-qpbr', u'createdAt': u'2018-06-26T06:16:12.000Z', u'description': u'A floppy was received at IHW-Lead Center through Dr. Oyama. It contained the following description: ***SUISEI ESP / Solar Wind Parameters *** T. Mukai Institute of Space and Astronautical Science Sagamihara, Kanagawa 229 Japan', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:52:16.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'SUISEI ENERGY SPECTRUM PARTICLE MEASUREMENTS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:16:12.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.suisei-c-esp-3-rdr-halley-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=SUISEI-C-ESP-3-RDR-HALLEY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.suisei-c-esp-3-rdr-halley-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'suisei', u'halley'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/SUISEI-ENERGY-SPECTRUM-PARTICLE-MEASUREMENTS-V1-0/qrhu-qpbr', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 865,data.nasa.gov,mfpn-2hyc,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/mfpn-2hyc', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:40:07.000Z', u'id': u'mfpn-2hyc', u'createdAt': u'2018-06-26T06:59:05.000Z', u'description': u'This archive contains data from the RPC-MIP instrument onboard ROSETTA Orbiter, acquired during the comet escort part 2 phase at the vicinity of 67P. It also contains documentation which describes the MIP experiment. The data archived in this data set conform to the Planetary Data System Standards, Version 3.6.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:40:07.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ROSETTA-ORBITER 67P RPCMIP 3 ESC2 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:59:05.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-rpcmip-3-esc2-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-C-RPCMIP-3-ESC2-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-rpcmip-3-esc2-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'international rosetta mission', u'67p/churyumov-gerasimenko 1 (1969 r1)'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-67P-RPCMIP-3-ESC2-V1-0/mfpn-2hyc', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 866,data.nasa.gov,7vrd-mpsq,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/7vrd-mpsq', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:56:18.000Z', u'id': u'7vrd-mpsq', u'createdAt': u'2018-06-26T06:47:04.000Z', u'description': u'Abstract ======== The Mercury Dual Imaging System (MDIS) consists of two cameras, a Wide Angle Camera (WAC) and a Narrow Angle Camera (NAC), mounted on a common pivot platform. This dataset includes Derived Data Records of geometric information for each image pixel, for the WAC and NAC. The are 5 image planes for information for each pixel: planetocentric longitude, positive east; planetocentric latitude; solar incidence angle; emission angle; and phase angle.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:56:18.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MESSENGER MDIS DERIVED DATA RECORDS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:47:04.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mess-e-v-h-mdis-6-ddr-geomdata-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MESS-E%2FV%2FH-MDIS-6-DDR-GEOMDATA-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mess-e-v-h-mdis-6-ddr-geomdata-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mercury', u'messenger'], u'categories': [u'public safety'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MESSENGER-MDIS-DERIVED-DATA-RECORDS-V1-0/7vrd-mpsq', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 867,data.nasa.gov,rva4-bjy4,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/rva4-bjy4', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:32:18.000Z', u'id': u'rva4-bjy4', u'createdAt': u'2018-06-26T06:57:27.000Z', u'description': u'This archive contains Mars Exploration Rover Miniature Thermal Emission Spectrometer (Mini-TES) Emissivity Reduced Data Record (EMR) products and ancillary files. The Mini-TES EMR products archived on this volume are the original products used during mission operations by the Mars Exploration Rover project.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:32:18.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MER2 MARS MINIATURE THERMAL EMISSION SPECTROMETER EMR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:57:27.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer2-m-mtes-4-emr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MER2-M-MTES-4-EMR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer2-m-mtes-4-emr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'mars exploration rover'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MER2-MARS-MINIATURE-THERMAL-EMISSION-SPECTROMETER-/rva4-bjy4', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 868,data.nasa.gov,qetx-qtig,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/qetx-qtig', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:18:46.000Z', u'id': u'qetx-qtig', u'createdAt': u'2018-06-26T06:55:44.000Z', u'description': u'TBD (one or two paragraph summary)', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:18:46.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MSL MARS SAMPLE ANALYSIS AT MARS 5 RDR LEVEL 2 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:55:44.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.msl-m-sam-5-rdr-l2-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MSL-M-SAM-5-RDR-L2-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.msl-m-sam-5-rdr-l2-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'mars science laboratory'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MSL-MARS-SAMPLE-ANALYSIS-AT-MARS-5-RDR-LEVEL-2-V1-/qetx-qtig', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 869,data.nasa.gov,fqkp-4uis,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/fqkp-4uis', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:30:19.000Z', u'id': u'fqkp-4uis', u'createdAt': u'2018-06-26T06:24:01.000Z', u'description': u'The PHX Atmospheric Lidar Profiles product contains raw (volts and counts) laser scattering atmospheric profiles for photon counting data at 532nm, and analog data at both 532 and 1064nm wavelengths. The range data is provided as a time series of profiles between 5 and 90 min in total duration, with each profile representing an accumulation or average over 1.28-20.24 sec. Supplemental data of estimated laser power (given as a voltage) and inter-profile analog background skylight estimates are also provided.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:30:19.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PHOENIX MARS MET LIDAR ATMOSPHERIC PROFILES RDR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:24:01.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.phx-m-met-3-l-rdr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=PHX-M-MET-3-L-RDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.phx-m-met-3-l-rdr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'phoenix'], u'categories': [u'demographics', u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PHOENIX-MARS-MET-LIDAR-ATMOSPHERIC-PROFILES-RDR-V1/fqkp-4uis', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 870,data.nasa.gov,sq8g-t9qc,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/sq8g-t9qc', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:09:44.000Z', u'id': u'sq8g-t9qc', u'createdAt': u'2018-06-25T20:40:41.000Z', u'description': u'Tiny solid and liquid particles suspended in the atmosphere are called aerosols. Windblown dust, sea salts, volcanic ash, smoke from wildfires, and pollution from factories are all examples of aerosols. Depending upon their size, type, and location, aerosols can either cool the surface, or warm it. They can help clouds to form, or they can inhibit cloud formation. And if inhaled, some aerosols can be harmful to people\u2019s health.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:09:44.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'charles.m.ichoku@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'Earth Observatory Aerosol Optical Depth', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:40:41.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:charles.m.ichoku@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2005-01-01/2013-01-01', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'Earth', u'key': u'Common-Core_Geographic-Coverage'}, {u'value': u'NASA-0000032__1', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'http://earthobservatory.nasa.gov/', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Charles Ichoku', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000032__1', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'aerosol', u'optical', u'depth', u'earth science'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Earth-Observatory-Aerosol-Optical-Depth/sq8g-t9qc', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 871,data.nasa.gov,7jme-unm3,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/7jme-unm3', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T07:13:07.000Z', u'id': u'7jme-unm3', u'createdAt': u'2018-06-25T21:02:05.000Z', u'description': u'Data Dictionary and Index Files', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T07:13:07.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Data Dictionary (1r64)', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:02:05.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-647', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-647', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'index', u'pds', u'dictionary'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Data-Dictionary-1r64-/7jme-unm3', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 872,data.nasa.gov,7x3h-ansd,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/7x3h-ansd', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:28:33.000Z', u'id': u'7x3h-ansd', u'createdAt': u'2018-06-25T20:48:59.000Z', u'description': u'Cloud-Aerosol Lidar and Infrared Pathfinder Satellite Observations (CALIPSO) was launched on April 28, 2006 to study the impact of clouds and aerosols on the Earth\u2019s radiation budget and climate. It flies in formation with five other satellites in the international \u201cA-Train\u201d (PDF) constellation for coincident Earth observations. The CALIPSO satellite comprises three instruments, the Cloud-Aerosol LIdar with Orthogonal Polarization (CALIOP), the Imaging Infrared Radiometer (IIR), and the Wide Field Camera (WFC). CALIPSO is a joint satellite mission between NASA and the French Agency, CNES. These data consist 5 km aerosol layer data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:28:33.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'john.m.kusterer@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CALIPSO Lidar L1B Profile Data V2-02', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:48:59.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:john.m.kusterer@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:004'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2008-09-14/2009-02-16', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'NASA-0000195', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'John M. Kusterer', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000195', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'eos', u'climate', u'aerosol', u'satellite', u'cloud', u'atmospheric science', u'radiation'], u'categories': [u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CALIPSO-Lidar-L1B-Profile-Data-V2-02/7x3h-ansd', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 873,data.nasa.gov,iqxu-i9i2,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/iqxu-i9i2', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:46:42.000Z', u'id': u'iqxu-i9i2', u'createdAt': u'2018-06-26T07:01:48.000Z', u'description': u'NLR Level 2 Data Products include the along-track profiles of NLR data in SI units, together with spacecraft position, orientation, and timing data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:46:42.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'NEAR NLR LEVEL 2 DATA PRODUCTS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:01:48.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-nlr-5-cdr-eros-orbit-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NEAR-A-NLR-5-CDR-EROS%2FORBIT-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-nlr-5-cdr-eros-orbit-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'eros', u'near earth asteroid rendezvous'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEAR-NLR-LEVEL-2-DATA-PRODUCTS-V1-0/iqxu-i9i2', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 874,data.nasa.gov,iazm-2zqa,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,22,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/iazm-2zqa', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:23:34.000Z', u'id': u'iazm-2zqa', u'createdAt': u'2018-06-25T20:46:53.000Z', u'description': u'The SDA dataset uses the spectral behavior of AOD to partition between fine and coarse modes, without a size-cutoff radius of the type used by the Dubovik and King [2000] inversion algorithm. The SDA data are derived from the direct-Sun observations rather than almucantar scans. Datasets are available at annual, monthly and daily accrurals.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:23:34.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'Brent.N.Holben@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'AERONET-SDA Retrievals', u'columns_field_name': [], u'page_views': {u'page_views_total': 22, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 4.523561956057013, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:46:53.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:Brent.N.Holben@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'NASA-0000127', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Brent Holben', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000127', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'radiation', u'clouds', u'precipitable water', u'inversions', u'aerosols', u'earth science', u'satellite'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/AERONET-SDA-Retrievals/iazm-2zqa', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 875,data.nasa.gov,is4a-pdjc,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/is4a-pdjc', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:25:11.000Z', u'id': u'is4a-pdjc', u'createdAt': u'2018-06-26T06:54:05.000Z', u'description': u'Detector responses and derived quantities from the Galileo dust detector as well as spacecraft geometry information for reliable impacts from launch through 2001. See Gruen et al. (Plan. Sp. Sci. 43, 953-969, 1995) and Krueger et al. (Plan. Sp. Sci. 47, 85-106, 1999; Plan. Sp. Sci. 49, 1285-1301, 2001) for more information.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:25:11.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'GALILEO DUST DETECTION SYSTEM V3.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:54:05.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-d-gdds-5-dust-v3.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GO-D-GDDS-5-DUST-V3.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-d-gdds-5-dust-v3.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'galileo', u'dust'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GALILEO-DUST-DETECTION-SYSTEM-V3-0/is4a-pdjc', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 876,data.nasa.gov,if9v-t5b9,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/if9v-t5b9', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:43:58.000Z', u'id': u'if9v-t5b9', u'createdAt': u'2018-06-26T06:33:50.000Z', u'description': u'This data set includes the complete set of SPICE data for one NEAR mission phase in the form of SPICE kernels, which can be accessed using SPICE software available to read these files.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:43:58.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'NEAR SPICE KERNELS EROS/SURFACE', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:33:50.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-spice-6-eros-surface-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NEAR-A-SPICE-6-EROS%2FSURFACE-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-spice-6-eros-surface-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'near earth asteroid rendezvous', u'eros'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEAR-SPICE-KERNELS-EROS-SURFACE/if9v-t5b9', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 877,data.nasa.gov,iwpf-7e26,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/iwpf-7e26', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:54:13.000Z', u'id': u'iwpf-7e26', u'createdAt': u'2018-06-26T06:49:36.000Z', u'description': u'This data set contains Raw data taken by the New Horizons Linear Etalon Imaging Spectral Array instrument during the Jupiter encounter mission phase.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:54:13.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'NEW HORIZONS LEISA JUPITER ENCOUNTER V1.1', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:49:36.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-j-leisa-2-jupiter-v1.1', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-J-LEISA-2-JUPITER-V1.1', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-j-leisa-2-jupiter-v1.1', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'ganymede', u'j1 io', u'earth', u'jupiter', u'j rings', u'new horizons', u'callisto', u'j2 europa'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-LEISA-JUPITER-ENCOUNTER-V1-1/iwpf-7e26', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 878,data.nasa.gov,iwx3-ze2d,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/iwx3-ze2d', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:39:04.000Z', u'id': u'iwx3-ze2d', u'createdAt': u'2018-06-26T06:15:44.000Z', u'description': u'The Micro-Imaging Dust Analysis System (MIDAS) is an instrument on the ROSETTA Orbiter that will provide 3D images and statistical parameters of pristine cometary particles hitting the detector. This data set includes all data from the CRUISE 2 mission phase.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:39:04.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ROSETTA-ORBITER CHECK MIDAS 3 CR2 PC1-2 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:15:44.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-x-midas-3-cr2-pc1-2-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-X-MIDAS-3-CR2-PC1-2-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-x-midas-3-cr2-pc1-2-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'unknown', u'international rosetta mission'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-CHECK-MIDAS-3-CR2-PC1-2-V1-0/iwx3-ze2d', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 879,data.nasa.gov,j2dt-bqhn,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,34,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/j2dt-bqhn', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:03:12.000Z', u'id': u'j2dt-bqhn', u'createdAt': u'2018-06-26T07:07:15.000Z', u'description': u'This data set contains Calibrated data taken by the New Horizons Long Range Reconnaissance Imager instrument during the Pluto encounter mission phase. This is VERSION 1.0 of this data set.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:03:12.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'NEW HORIZONS\n LORRI PLUTO ENCOUNTER\n CALIBRATED V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 34, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 5.129283016944966, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:07:15.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-p-lorri-3-pluto-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-P-LORRI-3-PLUTO-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-p-lorri-3-pluto-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'charon', u'new horizons', u'hydra', u'nix', u'pluto'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-LORRI-PLUTO-ENCOUNTER-CALIBRATED-V1-0/j2dt-bqhn', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 880,data.nasa.gov,j4fy-nvws,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/j4fy-nvws', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:29:31.000Z', u'id': u'j4fy-nvws', u'createdAt': u'2018-06-26T06:56:51.000Z', u'description': u'TBD', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:29:31.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ODYSSEY THEMIS IR PBT V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:56:51.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ody-m-thm-5-irpbt-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=ODY-M-THM-5-IRPBT-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ody-m-thm-5-irpbt-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'2001 mars odyssey'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ODYSSEY-THEMIS-IR-PBT-V1-0/j4fy-nvws', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 881,data.nasa.gov,js2x-b7sc,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/js2x-b7sc', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:09:49.000Z', u'id': u'js2x-b7sc', u'createdAt': u'2018-06-26T07:08:37.000Z', u'description': u'We report the findings of an animal experiment onboard STS-135 investigating the molecular aspects of the impact of spaceflight on retinal biology by performing differential gene expression profiling between mice flown onboard STS-135 and their ground control counterparts.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:09:49.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'Spaceflight effects on the mouse retina: Histological gene expression and epigenetic changes after flight on STS-135', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:08:37.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-87', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-87', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'radiation dosimetry', u'spaceflight', u'absorbed radiation dose', u'normalization data transformation', u'nucleic acid hybridization', u'sample collection', u'labeling', u'rna extraction', u'data collection'], u'categories': [u'social services', u'environment'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Spaceflight-effects-on-the-mouse-retina-Histologic/js2x-b7sc', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 882,data.nasa.gov,jers-v5ph,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,16,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/jers-v5ph', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:14:03.000Z', u'id': u'jers-v5ph', u'createdAt': u'2018-06-26T07:11:13.000Z', u'description': u'Technology demonstration of a nanopore sequencer operating aboard the ISS in comparison with the same sequencer on the ground.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:14:03.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'Biomolecule Sequencer', u'columns_field_name': [], u'page_views': {u'page_views_total': 16, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.08746284125034, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:11:13.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-84', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-84', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'nucleic acid sequencing', u'library construction', u'sequence assembly', u'microgravity', u'sample collection', u'nucleic acid extraction'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Biomolecule-Sequencer/jers-v5ph', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 883,data.nasa.gov,jfqf-pbfw,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,21,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/jfqf-pbfw', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:02:54.000Z', u'id': u'jfqf-pbfw', u'createdAt': u'2018-06-26T06:39:10.000Z', u'description': u'Unknown', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:02:54.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CASSINI ORBITER RADAR ALTIMETER BURST DATA RECORD SUMMARY', u'columns_field_name': [], u'page_views': {u'page_views_total': 21, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.459431618637297, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:39:10.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-ssa-radar-3-abdr-csv-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-SSA-RADAR-3-ABDR-CSV-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-ssa-radar-3-abdr-csv-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'titan', u'cassini-huygens'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-ORBITER-RADAR-ALTIMETER-BURST-DATA-RECORD-/jfqf-pbfw', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 884,data.nasa.gov,ja92-j26t,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ja92-j26t', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:32:11.000Z', u'id': u'ja92-j26t', u'createdAt': u'2018-06-25T20:55:17.000Z', u'description': u'PDS Software Release Product Tools (3.3.0)', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:32:11.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'PDS Software Release Product Tools (3.3.0)', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:55:17.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-473', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-473', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'software', u'pds', u'product', u'tool'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Software-Release-Product-Tools-3-3-0-/ja92-j26t', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 885,data.nasa.gov,jhnp-4rit,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/jhnp-4rit', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T05:45:58.000Z', u'id': u'jhnp-4rit', u'createdAt': u'2018-06-25T20:54:52.000Z', u'description': u'APXS, ChemCam, CheMin, DAN, Hazcam, MAHLI, MARDI, Mastcam, Navcam, RAD, REMS, SAM, SPICE', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T05:45:58.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Mars Science Laboratory Data Release 5', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:54:52.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-447', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-447', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mardi', u'rems', u'chemin', u'hazcam', u'rad', u'mastcam', u'chemcam', u'navcam', u'mahli', u'spice', u'sam', u'apxs', u'dan'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Mars-Science-Laboratory-Data-Release-5/jhnp-4rit', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 886,data.nasa.gov,jraw-4fns,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/jraw-4fns', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:50:59.000Z', u'id': u'jraw-4fns', u'createdAt': u'2018-06-26T06:15:51.000Z', u'description': u'This data set contains Mars Express ASPERA-3 Neutral Particle Imager (NPI) data for the third mission extension (January 1, 2010 - Dec. 31, 2012). These data are provided in units of count rate (counts/second).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:50:59.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MARS EXPRESS ASPERA-3 RAW-CAL NTRL PARTICLE IMAGER EXT3 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:15:51.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mex-m-aspera3-2-3-edr-rdr-npi-ext3-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MEX-M-ASPERA3-2%2F3-EDR%2FRDR-NPI-EXT3-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mex-m-aspera3-2-3-edr-rdr-npi-ext3-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'solar wind', u'mars express', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MARS-EXPRESS-ASPERA-3-RAW-CAL-NTRL-PARTICLE-IMAGER/jraw-4fns', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 887,data.nasa.gov,jrmd-3rq8,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,28,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/jrmd-3rq8', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-08-02T15:26:20.000Z', u'id': u'jrmd-3rq8', u'createdAt': u'2018-06-26T22:16:57.000Z', u'description': u'Optical shape models of 9 planetary moons and asteroids, derived from spacecraft imaging by P. Thomas', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-08-02T15:26:20.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'homas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'SMALL BODY SHAPE MODELS V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 28, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 2.321928094887362, u'page_views_total_log': 4.857980995127573, u'page_views_last_month': 4}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T22:16:57.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-shape-models-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-5-DDR-SHAPE-MODELS-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-shape-models-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'gaspra', u'deimos', u'ida', u'janus', u'epimetheus', u'support archives', u'mathilde', u'hyperion', u'phobos', u'4 vesta'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/SMALL-BODY-SHAPE-MODELS-V2-0/jrmd-3rq8', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 888,data.nasa.gov,k7xd-55fn,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/k7xd-55fn', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:09:17.000Z', u'id': u'k7xd-55fn', u'createdAt': u'2018-06-26T07:08:18.000Z', u'description': u'This data set contains raw EDR images acquired by the OSIRIS Narrow Angle\nCamera during the prelanding phase of the Rosetta mission at the comet 67P,\ncovering the period from 2014-10-24 to 2014-11-21.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:09:17.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ROSETTA-ORBITER COMET PRELANDING OSINAC 2 EDR MTP 009 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:08:18.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-osinac-2-prl-67pchuryumov-m09-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-C-OSINAC-2-PRL-67PCHURYUMOV-M09-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-osinac-2-prl-67pchuryumov-m09-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'67p/churyumov-gerasimenko 1 (1969 r1)', u'international rosetta mission'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-COMET-PRELANDING-OSINAC-2-EDR-MTP-/k7xd-55fn', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 889,data.nasa.gov,k8ch-n8qk,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/k8ch-n8qk', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:49:07.000Z', u'id': u'k8ch-n8qk', u'createdAt': u'2018-06-26T07:08:01.000Z', u'description': u'This is a Solar Conjunction measurement covering the time 2006-03-28T00:29:04.500 to 2006-03-28T02:38:57.500.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:49:07.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ROSETTA-ORBITER SUN RSI 1/2/3 CRUISE 2 0021 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 3.0, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:08:01.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-x-rsi-1-2-3-cr2-0021-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-X-RSI-1%2F2%2F3-CR2-0021-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-x-rsi-1-2-3-cr2-0021-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'sun', u'international rosetta mission'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-SUN-RSI-1-2-3-CRUISE-2-0021-V1-0/k8ch-n8qk', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 890,data.nasa.gov,kkqw-yu3e,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/kkqw-yu3e', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-08-02T15:35:25.000Z', u'id': u'kkqw-yu3e', u'createdAt': u'2018-06-26T06:11:34.000Z', u'description': u'This version of the Phoenix bundle was created by the PDS Atmospheres node in 2014', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-08-02T15:35:25.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'homas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'Phoenix Mission Bundle', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:11:34.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:phx_mission_bundle', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewBundle.jsp?identifier=urn%3Anasa%3Apds%3Aphx_mission_bundle&version=1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:phx_mission_bundle', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'phoenix', u'mars', u'phoenix, mars, mission'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Phoenix-Mission-Bundle/kkqw-yu3e', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 891,data.nasa.gov,kd7v-yz7c,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/kd7v-yz7c', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:52:14.000Z', u'id': u'kd7v-yz7c', u'createdAt': u'2018-06-26T06:19:30.000Z', u'description': u'This data set tabulates the IAU-adopted absolute V magnitude and slope parameter for all numbered asteroids as of the given stop date. The data set is updated yearly.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:52:14.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ASTEROID ABSOLUTE MAGNITUDES V7.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:19:30.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-astermag-v7.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-5-DDR-ASTERMAG-V7.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-astermag-v7.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'asteroid', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ASTEROID-ABSOLUTE-MAGNITUDES-V7-0/kd7v-yz7c', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 892,data.nasa.gov,kfs8-x87r,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,14,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/kfs8-x87r', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:48:30.000Z', u'id': u'kfs8-x87r', u'createdAt': u'2018-06-26T06:33:09.000Z', u'description': u'This data set includes a substantial collection of navigation and other ancillary data for the Viking Orbiter spacecraft (VO1 and VO2) in the form of SPICE kernels, which can be accessed using SPICE software. The SPICE data contains geometric and other ancillary information needed to recover the full value of science instrument data. In particular SPICE kernels provide spacecraft and planetary ephemerides, instrument mounting alignments, spacecraft orientation, spacecraft sequences of events, and data needed for relevant time conversions.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:48:30.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'VO1/VO2 MARS SPICE KERNELS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 14, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.9068905956085187, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:33:09.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vo1-vo2-m-spice-6-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VO1%2FVO2-M-SPICE-6-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vo1-vo2-m-spice-6-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'viking'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VO1-VO2-MARS-SPICE-KERNELS-V1-0/kfs8-x87r', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 893,data.nasa.gov,kgk9-uxzq,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/kgk9-uxzq', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:12:33.000Z', u'id': u'kgk9-uxzq', u'createdAt': u'2018-06-26T06:40:11.000Z', u'description': u'Galileo Orbiter Magnetometer (MAG) calibrated averaged data from the Ida flyby in RTN coordinates. These data cover the interval 1993-08-28 00:56 to 1993-08-28 23:59.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:12:33.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'GALILEO ORBITER A MAG SUMM IDA SUMMARY V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 2.321928094887362, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 4}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:40:11.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-a-mag-4-summ-ida-summary-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GO-A-MAG-4-SUMM-IDA-SUMMARY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-a-mag-4-summ-ida-summary-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'ida', u'galileo'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GALILEO-ORBITER-A-MAG-SUMM-IDA-SUMMARY-V1-0/kgk9-uxzq', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 894,data.nasa.gov,kqyz-8g2i,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,30,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/kqyz-8g2i', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:02:07.000Z', u'id': u'kqyz-8g2i', u'createdAt': u'2018-09-05T23:02:06.000Z', u'description': u'The Cassini Radio Science Saturn Ring and Atmospheric Occultation experiments (SROC25) Raw Data Archive is a time-ordered collection of radio science raw data acquired on April 6, 20, and on May 28, 2017, during the Cassini Extended Extended Mission.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:02:07.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'CASSINI RSS RAW DATA SET - SROC25 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 30, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 2.584962500721156, u'page_views_total_log': 4.954196310386876, u'page_views_last_month': 5}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:02:06.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-rss-1-sroc25-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-S-RSS-1-SROC25-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-rss-1-sroc25-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'saturn', u'cassini-huygens'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-RSS-RAW-DATA-SET-SROC25-V1-0/kqyz-8g2i', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 895,data.nasa.gov,krbx-i6rm,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,16,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/krbx-i6rm', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-18T21:38:06.000Z', u'id': u'krbx-i6rm', u'createdAt': u'2018-06-26T22:17:07.000Z', u'description': u'added ARCHIVE_STATUS, ,This data set contains the R_EDR data for the Galileo Orbiter PPR instrument for the period corresponding to the Venus encounter observations in February 1990.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-18T21:38:06.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'GLL PPR VENUS ENCOUNTER EDR', u'columns_field_name': [], u'page_views': {u'page_views_total': 16, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 4.08746284125034, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T22:17:07.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-cal-ppr-2-edr-venus-calibration-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GO-CAL-PPR-2-EDR-VENUS-CALIBRATION-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-cal-ppr-2-edr-venus-calibration-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'venus', u'galileo'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GLL-PPR-VENUS-ENCOUNTER-EDR/krbx-i6rm', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 896,data.nasa.gov,ksdr-nni8,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,13,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ksdr-nni8', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:49:45.000Z', u'id': u'ksdr-nni8', u'createdAt': u'2018-06-26T07:01:17.000Z', u'description': u'This data set comprises calibrated data from the LROC NAC and WAC cameras. The science data is comprised of calibrated raw images, along with pointing data and housekeeping information.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:49:45.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'LRO MOON LROC 5 RDR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 13, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 3.8073549220576037, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:01:17.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lro-l-lroc-5-rdr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=LRO-L-LROC-5-RDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lro-l-lroc-5-rdr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'lunar reconnaissance orbiter', u'moon'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/LRO-MOON-LROC-5-RDR-V1-0/ksdr-nni8', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 897,data.nasa.gov,kwat-dq76,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/kwat-dq76', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:03:08.000Z', u'id': u'kwat-dq76', u'createdAt': u'2018-06-26T06:39:45.000Z', u'description': u'TBD', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:03:08.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'GLL EARTH UVS EARTH ENCOUNTER EDR', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:39:45.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-e-uvs-2-edr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GO-E-UVS-2-EDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-e-uvs-2-edr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'galileo'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GLL-EARTH-UVS-EARTH-ENCOUNTER-EDR/kwat-dq76', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 898,data.nasa.gov,mgnq-higj,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,13,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/mgnq-higj', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:57:12.000Z', u'id': u'mgnq-higj', u'createdAt': u'2018-06-26T06:36:14.000Z', u'description': u'This data set contains the bandpasses of the filters used in conjunction the NEAR Multispectral Imager. One file is included for each filter, giving the scaled response as a function of wavelength. This information was provided by Scott Murchie.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:57:12.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'NEAR MULTISPECTRAL IMAGER V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 13, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 3.8073549220576037, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:36:14.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-msi-6-rdr-instrument-info-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NEAR-MSI-6-RDR-INSTRUMENT-INFO-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-msi-6-rdr-instrument-info-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'near earth asteroid rendezvous'], u'categories': [u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEAR-MULTISPECTRAL-IMAGER-V1-0/mgnq-higj', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 899,data.nasa.gov,kxyb-mnpa,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/kxyb-mnpa', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:54:09.000Z', u'id': u'kxyb-mnpa', u'createdAt': u'2018-06-26T06:59:22.000Z', u'description': u'Names, designations, and discovery circumstances for the numbered asteroids.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:54:09.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ASTEROID NAMES AND DISCOVERY V6.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:59:22.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-astnames-discovery-v6.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-5-DDR-ASTNAMES-DISCOVERY-V6.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-astnames-discovery-v6.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'asteroid', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ASTEROID-NAMES-AND-DISCOVERY-V6-0/kxyb-mnpa', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 900,data.nasa.gov,ky5a-tsah,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,17,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ky5a-tsah', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:49:13.000Z', u'id': u'ky5a-tsah', u'createdAt': u'2018-06-26T06:14:50.000Z', u'description': u'This data set comprises uncalibrated\nand calibrated data from the Cassini Composite Infrared Spectrometer\n(CIRS) instrument. The basic data is comprised of uncalibrated raw spectra,\nalong with along with pointing and geometry information, and\nhousekeeping information. Also included are calibrated power spectra,\nand documentation.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:49:13.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CASSINI SATURN CIRS TIME-SEQUENTIAL DATA V3.2', u'columns_field_name': [], u'page_views': {u'page_views_total': 17, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 4.169925001442312, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:14:50.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-cirs-2-3-4-tsdr-v3.2', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-S-CIRS-2%2F3%2F4-TSDR-V3.2', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-cirs-2-3-4-tsdr-v3.2', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'cassini-huygens', u's rings', u'iapetus', u'rhea', u'saturn', u'enceladus', u'prometheus', u'janus', u'epimetheus', u'pan', u'tethys', u'titan', u'pandora', u'helene', u'calypso', u'dione', u'telesto', u'phoebe', u'hyperion', u'atlas', u'mimas'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-SATURN-CIRS-TIME-SEQUENTIAL-DATA-V3-2/ky5a-tsah', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 901,data.nasa.gov,mngp-3ucj,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/mngp-3ucj', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:15:17.000Z', u'id': u'mngp-3ucj', u'createdAt': u'2018-06-26T06:47:49.000Z', u'description': u'This Voyager 1 & 2 Saturn data set is available on magnetic tape.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:15:17.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VG1/VG2 SATURN IMAGING SCIENCE SUBSYSTEM EDITED EDR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:47:49.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-vg2-s-iss-2-edr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG1%2FVG2-S-ISS-2-EDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-vg2-s-iss-2-edr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'dark', u'rock', u'telesto', u'tethys', u'rhea', u'titan', u'phoebe', u'pandora', u'mimas', u'janus', u'iapetus', u'hyperion', u'helene', u'epimetheus', u'enceladus', u'dione b', u'dione', u'calypso', u'saturn', u'unknown', u's rings', u'voyager', u'comet sl9/jupiter collision'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG1-VG2-SATURN-IMAGING-SCIENCE-SUBSYSTEM-EDITED-ED/mngp-3ucj', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 902,data.nasa.gov,myhr-k82q,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/myhr-k82q', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:08:24.000Z', u'id': u'myhr-k82q', u'createdAt': u'2018-06-26T06:42:28.000Z', u'description': u'This data set contains information on the dust environment in interplanetary space within the inner solar system and in the Jupiter system, within and without the Jovian magnetosphere and around the Galilean satellites.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:08:24.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'GALILEO DUST DETECTION SYSTEM V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:42:28.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-d-gdds-5-dust-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GO-D-GDDS-5-DUST-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-d-gdds-5-dust-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'dust', u'comet sl9/jupiter collision', u'galileo'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GALILEO-DUST-DETECTION-SYSTEM-V2-0/myhr-k82q', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 903,data.nasa.gov,n7g2-i5zc,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/n7g2-i5zc', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T07:22:11.000Z', u'id': u'n7g2-i5zc', u'createdAt': u'2018-06-25T21:06:13.000Z', u'description': u'PDS Validation Tool (2.0.1) and Product Tools (2.0.1)', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T07:22:11.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'PDS Software Release Validation Tool (2.0.1) and Product Tools (2.0.1)', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:06:13.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-783', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-783', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'tool', u'pds', u'validation'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Software-Release-Validation-Tool-2-0-1-and-Pro/n7g2-i5zc', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 904,data.nasa.gov,naud-4dvv,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/naud-4dvv', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:52:23.000Z', u'id': u'naud-4dvv', u'createdAt': u'2018-06-26T07:08:23.000Z', u'description': u'Raw, uncalibrated engineering, housekeeping and scientific data collected from the Thermal Evolved Gas Analyzer (TEGA) aboard the 2007 Mars Phoenix Lander.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:52:23.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'PHX MARS THERMAL EVOLVED GAS ANALYZER 2 ENGEDR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:08:23.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.phx-m-tega-2-engedr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=PHX-M-TEGA-2-ENGEDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.phx-m-tega-2-engedr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'phoenix', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PHX-MARS-THERMAL-EVOLVED-GAS-ANALYZER-2-ENGEDR-V1-/naud-4dvv', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 905,data.nasa.gov,nfk7-65e6,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/nfk7-65e6', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:07:36.000Z', u'id': u'nfk7-65e6', u'createdAt': u'2018-06-26T06:41:27.000Z', u'description': u'This ROSETTA data set present engineering data of the COPS, DFMS and RTOF ROSINA sensors during the Prelanding phase', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:07:36.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ROSETTA-ORBITER 67P ROSINA 2\n PRL V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:41:27.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-rosina-2-prl-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-C-ROSINA-2-PRL-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-rosina-2-prl-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'international rosetta mission', u'67p/churyumov-gerasimenko 1 (1969 r1)'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-67P-ROSINA-2-PRL-V1-0/nfk7-65e6', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 906,data.nasa.gov,nqsq-ytyq,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/nqsq-ytyq', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:49:17.000Z', u'id': u'nqsq-ytyq', u'createdAt': u'2018-06-26T07:01:01.000Z', u'description': u'This data set contains Raw data taken by the New Horizons Solar Wind Around Pluto instrument during the post-launch checkout mission phase.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:49:17.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'NEW HORIZONS SWAP POST-LAUNCH CHECKOUT V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:01:01.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-swap-2-launch-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-X-SWAP-2-LAUNCH-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-swap-2-launch-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'new horizons', u'solar wind'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-SWAP-POST-LAUNCH-CHECKOUT-V2-0/nqsq-ytyq', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 907,data.nasa.gov,nrjk-js2r,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/nrjk-js2r', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:24:41.000Z', u'id': u'nrjk-js2r', u'createdAt': u'2018-06-26T06:53:16.000Z', u'description': u'In preparation for the concerted international study of Comet Halley, the IHW conducted a trial run with observations of Comet Crommelin, largely during February and March of 1984.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:24:41.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'IHW COMET NNSN CALIB EXPERIMENT DATA RECORD CROMMELIN V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:53:16.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ihw-c-nnsn-3-edr-crommelin-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=IHW-C-NNSN-3-EDR-CROMMELIN-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ihw-c-nnsn-3-edr-crommelin-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'international halley watch', u'halley'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/IHW-COMET-NNSN-CALIB-EXPERIMENT-DATA-RECORD-CROMME/nrjk-js2r', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 908,data.nasa.gov,p8xj-sazk,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/p8xj-sazk', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:25:13.000Z', u'id': u'p8xj-sazk', u'createdAt': u'2018-06-26T06:23:25.000Z', u'description': u'This data set is a collection of asteroid taxonomic classifications from various classification methods, collected from the literature.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:25:13.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ASTEROID TAXONOMY V6.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:23:25.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-taxonomy-v6.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-5-DDR-TAXONOMY-V6.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-taxonomy-v6.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'support archives', u'asteroid'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ASTEROID-TAXONOMY-V6-0/p8xj-sazk', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 909,data.nasa.gov,kjck-33iv,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,18,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/kjck-33iv', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:13:25.000Z', u'id': u'kjck-33iv', u'createdAt': u'2018-06-26T06:47:12.000Z', u'description': u'This dataset contains pixel located, reflectance-calibrated, near-IR spectral image data acquired from November 2008 through August 2009 by the Moon Mineralogy Mapper instrument during the Chandrayaan-1 mission to the Moon.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:13:25.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CH1-ORB MOON M3 4 L2 REFLECTANCE NEAR-IR SPECTRAL IMGS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 18, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 4.247927513443585, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:47:12.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ch1-orb-l-m3-4-l2-reflectance-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CH1-ORB-L-M3-4-L2-REFLECTANCE-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ch1-orb-l-m3-4-l2-reflectance-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'chandrayaan-1', u'moon'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CH1-ORB-MOON-M3-4-L2-REFLECTANCE-NEAR-IR-SPECTRAL-/kjck-33iv', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 910,data.nasa.gov,m6s2-8pqc,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/m6s2-8pqc', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:11:13.000Z', u'id': u'm6s2-8pqc', u'createdAt': u'2018-06-26T06:45:13.000Z', u'description': u'This data set contains the Mark Robinson Digital Image Map (DIM) products for asteroid 433 Eros, based on optical data from the NEAR MSI instrument.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:11:13.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'NEAR MSI DIM EROS GLOBAL BASEMAPS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:45:13.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-msi-5-dim-eros-orbit-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NEAR-A-MSI-5-DIM-EROS%2FORBIT-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-msi-5-dim-eros-orbit-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'eros', u'near earth asteroid rendezvous'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEAR-MSI-DIM-EROS-GLOBAL-BASEMAPS-V1-0/m6s2-8pqc', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 911,data.nasa.gov,m7kv-mwnu,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/m7kv-mwnu', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:00:05.000Z', u'id': u'm7kv-mwnu', u'createdAt': u'2018-06-26T07:06:41.000Z', u'description': u'This dataset contains raw clear-filter, CN, OH and dust continuum images of comet C/ISON (2012 S1) acquired by the Medium Resolution Visible CCD (MRI) from 17 January through 06 March 2013 during the Cruise 3 phase of the EPOXI mission.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:00:05.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'EPOXI C/ISON (2012 S1) - MRI RAW IMAGES V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:06:41.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dif-c-mri-2-epoxi-ison-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DIF-C-MRI-2-EPOXI-ISON-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dif-c-mri-2-epoxi-ison-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'c/ison (2012 s1)', u'epoxi'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/EPOXI-C-ISON-2012-S1-MRI-RAW-IMAGES-V1-0/m7kv-mwnu', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 912,data.nasa.gov,m9db-cpj6,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/m9db-cpj6', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:49:16.000Z', u'id': u'm9db-cpj6', u'createdAt': u'2018-06-26T06:15:10.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:49:16.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MER 1 MARS MICROSCOPIC IMAGER RADIOMETRIC RDR OPS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:15:10.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer1-m-mi-3-radiometric-ops-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MER1-M-MI-3-RADIOMETRIC-OPS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer1-m-mi-3-radiometric-ops-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars exploration rover', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MER-1-MARS-MICROSCOPIC-IMAGER-RADIOMETRIC-RDR-OPS-/m9db-cpj6', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 913,data.nasa.gov,mdjc-9u3r,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/mdjc-9u3r', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:25:26.000Z', u'id': u'mdjc-9u3r', u'createdAt': u'2018-06-26T06:20:21.000Z', u'description': u'NEAR EDR volume sets contain a single data set, from one instrument and one mission phase (defined in the phase table in /AAREADME.TXT).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:25:26.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'NEAR NLR DATA FOR CRUISE2', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:20:21.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-nlr-2-edr-cruise2-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NEAR-A-NLR-2-EDR-CRUISE2-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-nlr-2-edr-cruise2-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'near earth asteroid rendezvous', u'solar system'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEAR-NLR-DATA-FOR-CRUISE2/mdjc-9u3r', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 914,data.nasa.gov,mj2a-3vfs,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/mj2a-3vfs', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:18:49.000Z', u'id': u'mj2a-3vfs', u'createdAt': u'2018-06-26T06:50:00.000Z', u'description': u'This data set contains the data from the Galileo dust detector system (GDDS) from start of mission through the end of mission. Included are the dust impact data, noise data, laboratory calibration data, and location and orientation of the spacecraft and instrument.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:18:49.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'GALILEO DUST DETECTION SYSTEM V4.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:50:00.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-d-gdds-5-dust-v4.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GO-D-GDDS-5-DUST-V4.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-d-gdds-5-dust-v4.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'calibration', u'dust', u'galileo'], u'categories': [u'environment'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GALILEO-DUST-DETECTION-SYSTEM-V4-0/mj2a-3vfs', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 915,data.nasa.gov,n46y-rpkr,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/n46y-rpkr', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:01:32.000Z', u'id': u'n46y-rpkr', u'createdAt': u'2018-06-26T07:05:34.000Z', u'description': u'This data set contains CODMAC level 3 data acquired by the Rosetta Orbiter ALICE UV Spectrometer during the 67P/Churyumov-Gerasimenko comet escort 1 mission phase, which took place between 2014-11-19 and 2015-03-10.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:01:32.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ROSETTA-ORBITER 67P/CAL ALICE 3 ESC1 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:05:34.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-cal-alice-3-esc1-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-C%2FCAL-ALICE-3-ESC1-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-cal-alice-3-esc1-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'67p/churyumov-gerasimenko 1 (1969 r1)', u'international rosetta mission', u'calibration'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-67P-CAL-ALICE-3-ESC1-V1-0/n46y-rpkr', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 916,data.nasa.gov,n64x-q6pr,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,14,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/n64x-q6pr', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:58:37.000Z', u'id': u'n64x-q6pr', u'createdAt': u'2018-06-26T07:07:01.000Z', u'description': u'This data set is intended to include all groundbased asteroid radar detections. These entries were collected by Steven J. Ostro, and selected data have been provided as collected from the published literature.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:58:37.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ASTEROID RADAR V6.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 14, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.9068905956085187, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:07:01.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-radar-v6.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-5-DDR-RADAR-V6.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-radar-v6.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'asteroid', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ASTEROID-RADAR-V6-0/n64x-q6pr', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 917,data.nasa.gov,njbg-zizu,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/njbg-zizu', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:11:31.000Z', u'id': u'njbg-zizu', u'createdAt': u'2018-06-26T06:45:21.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:11:31.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'VG1/VG2 JUPITER IMAGING SCIENCE SUBSYSTEM EDITED EDR V3.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:45:21.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-vg2-j-iss-2-edr-v3.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG1%2FVG2-J-ISS-2-EDR-V3.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-vg2-j-iss-2-edr-v3.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'j rings', u'comet sl9/jupiter collision', u'voyager', u'jupiter'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG1-VG2-JUPITER-IMAGING-SCIENCE-SUBSYSTEM-EDITED-E/njbg-zizu', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 918,data.nasa.gov,p2if-dkkz,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/p2if-dkkz', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:56:39.000Z', u'id': u'p2if-dkkz', u'createdAt': u'2018-06-26T07:03:44.000Z', u'description': u'The Mars Global Surveyor spacecraft included a laser altimeter instrument. The primary objective of the Mars Orbiter Laser Altimeter (MOLA) is to determine globally the topography of Mars at a level suitable for addressing problems in geology and geophysics.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:56:39.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MOLA INITIAL EXPERIMENT GRIDDED DATA RECORD', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 2.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 3}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:03:44.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgs-m-mola-5-iegdr-l3-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MGS-M-MOLA-5-IEGDR-L3-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgs-m-mola-5-iegdr-l3-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars global surveyor', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MOLA-INITIAL-EXPERIMENT-GRIDDED-DATA-RECORD/p2if-dkkz', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 919,data.nasa.gov,pebg-r86e,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/pebg-r86e', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:49:53.000Z', u'id': u'pebg-r86e', u'createdAt': u'2018-06-26T06:33:58.000Z', u'description': u'Calibrated spectra from the Visible Spectrometer (VSP) aboard the Lunar Crater Observation and Sensing Satellite (LCROSS).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:49:53.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'LCROSS EARTH/MOON VISIBLE SPECTROMETER 3 CAL V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:33:58.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lcross-e-l-vsp-3-cal-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=LCROSS-E%2FL-VSP-3-CAL-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lcross-e-l-vsp-3-cal-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'earth', u'moon', u'lunar crater observation and sensing satellite', u'calibration'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/LCROSS-EARTH-MOON-VISIBLE-SPECTROMETER-3-CAL-V1-0/pebg-r86e', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 920,data.nasa.gov,phxz-ya4r,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/phxz-ya4r', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:01:14.000Z', u'id': u'phxz-ya4r', u'createdAt': u'2018-06-26T07:05:27.000Z', u'description': u'This data set contains reduced spectral images of 9P/Tempel 1 acquired by the Deep Impact High Resolution Instrument Infrared Spectrometer during the encounter phase of the mission.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:01:14.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'DEEP IMPACT 9P/TEMPEL ENCOUNTER - REDUCED HRII SPECTRA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:05:27.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dif-c-hrii-3-4-9p-encounter-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DIF-C-HRII-3%2F4-9P-ENCOUNTER-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dif-c-hrii-3-4-9p-encounter-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'9p/tempel 1 (1867 g1)', u'deep impact'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/DEEP-IMPACT-9P-TEMPEL-ENCOUNTER-REDUCED-HRII-SPECT/phxz-ya4r', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 921,data.nasa.gov,q538-wkc2,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,69,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/q538-wkc2', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-08-02T15:26:56.000Z', u'id': u'q538-wkc2', u'createdAt': u'2018-06-26T22:17:04.000Z', u'description': u'The Cassini Radio Science Saturn Ring and Atmospheric Occultation experiments (SROC11) Raw Data Archive is a time-ordered collection of radio science raw data acquired on January 26-27, 2010, during the Cassini Extended Mission.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-08-02T15:26:56.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'homas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CASSINI RSS RAW DATA SET - SROC11 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 69, u'page_views_last_week_log': 1.5849625007211563, u'page_views_last_week': 2, u'page_views_last_month_log': 2.0, u'page_views_total_log': 6.129283016944967, u'page_views_last_month': 3}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T22:17:04.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-rss-1-sroc11-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-S-RSS-1-SROC11-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-rss-1-sroc11-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'saturn', u'cassini-huygens'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-RSS-RAW-DATA-SET-SROC11-V1-0/q538-wkc2', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 922,data.nasa.gov,peez-gi9e,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/peez-gi9e', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T06:51:18.000Z', u'id': u'peez-gi9e', u'createdAt': u'2018-06-25T20:58:30.000Z', u'description': u'CAPS, CIRS, HRD, INMS, ISS, MIMI, RADAR, RPWS, RSS, SPICE, UVIS, VIMS', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T06:51:18.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Cassini Data Release 24', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:58:30.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-552', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-552', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'caps', u'vims', u'rss', u'radar', u'spice', u'rpws', u'mimi', u'hrd', u'inms', u'cirs', u'iss', u'uvis', u'pds'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Cassini-Data-Release-24/peez-gi9e', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 923,data.nasa.gov,pryh-bvtb,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/pryh-bvtb', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:20:03.000Z', u'id': u'pryh-bvtb', u'createdAt': u'2018-06-26T06:55:50.000Z', u'description': u'This is a Solar Conjunction measurement covering the time 2006-04-10T06:51:16.000 to 2006-04-10T09:09:36.500.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:20:03.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ROSETTA-ORBITER SUN RSI 1/2/3 CRUISE 2 0031 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:55:50.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-x-rsi-1-2-3-cr2-0031-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-X-RSI-1%2F2%2F3-CR2-0031-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-x-rsi-1-2-3-cr2-0031-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'sun', u'international rosetta mission'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-SUN-RSI-1-2-3-CRUISE-2-0031-V1-0/pryh-bvtb', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 924,data.nasa.gov,qby5-rsxd,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/qby5-rsxd', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:36:38.000Z', u'id': u'qby5-rsxd', u'createdAt': u'2018-06-26T07:00:29.000Z', u'description': u'This data set contains digitized plots of the density of the lunar atmosphere as measured by the Apollo 15 Cold Cathode Ion Gage from 31 July 1971 through 12 September 1973.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:36:38.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'APOLLO 15 ALSEP/CCIG REDUCED ATMOSPHERIC DENSITY PLOTS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 3.0, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:00:29.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.a15a-l-ccig-3-atmos-density-plots-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=A15A-L-CCIG-3-ATMOS-DENSITY-PLOTS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.a15a-l-ccig-3-atmos-density-plots-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'moon', u'apollo 15'], u'categories': [u'social services'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/APOLLO-15-ALSEP-CCIG-REDUCED-ATMOSPHERIC-DENSITY-P/qby5-rsxd', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 925,data.nasa.gov,qw4j-qnx3,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/qw4j-qnx3', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:10:36.000Z', u'id': u'qw4j-qnx3', u'createdAt': u'2018-06-26T06:44:58.000Z', u'description': u'Galileo Orbiter Magnetometer (MAG) calibrated averaged data from the Gaspra flyby in RTN coordinates. These data cover the interval 1991-10-29 06:03 to 1991-10-30 02:51.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:10:36.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'GALILEO ORBITER A MAG SUMM GASPRA SUMMARY V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:44:58.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-a-mag-4-summ-gaspra-summary-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GO-A-MAG-4-SUMM-GASPRA-SUMMARY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-a-mag-4-summ-gaspra-summary-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'galileo', u'gaspra'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GALILEO-ORBITER-A-MAG-SUMM-GASPRA-SUMMARY-V1-0/qw4j-qnx3', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 926,data.nasa.gov,r33w-ufyc,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/r33w-ufyc', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T06:51:50.000Z', u'id': u'r33w-ufyc', u'createdAt': u'2018-06-25T20:59:46.000Z', u'description': u'Agile, CCD47, Clio, MIR, NIR, NSP, PHOTDOC, PHOTGJON, TLP, VIS, VSP', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T06:51:50.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Lunar Crater Observation and Sensing Satellite Data Release 1', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:59:46.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-568', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-568', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'photgjon', u'tlp', u'ccd47', u'pds', u'vis', u'vsp', u'photdoc', u'nsp', u'nir', u'mir', u'agile', u'clio'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Lunar-Crater-Observation-and-Sensing-Satellite/r33w-ufyc', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 927,data.nasa.gov,r5v5-twkk,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/r5v5-twkk', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:52:15.000Z', u'id': u'r5v5-twkk', u'createdAt': u'2018-06-26T07:08:21.000Z', u'description': u'This dataset contains EDITED RAW DATA of the RPCIES instrument taken during the asteroid Steins encounter (AST1). Included are the data taken between 11 Jul 2008 and 06 Sep 2008.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:52:15.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ROSETTA-ORBITER STEINS RPCIES 2 AST1 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:08:21.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-a-rpcies-2-ast1-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-A-RPCIES-2-AST1-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-a-rpcies-2-ast1-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'international rosetta mission', u'2867 steins'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-STEINS-RPCIES-2-AST1-V1-0/r5v5-twkk', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 928,data.nasa.gov,q3xf-8h7j,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/q3xf-8h7j', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T07:18:40.000Z', u'id': u'q3xf-8h7j', u'createdAt': u'2018-06-25T21:06:04.000Z', u'description': u'RSS', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T07:18:40.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Odyssey Radio Science Data (18)', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:06:04.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-773', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-773', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'pds', u'rss'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Odyssey-Radio-Science-Data-18-/q3xf-8h7j', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 929,data.nasa.gov,py48-ccdc,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/py48-ccdc', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:36:26.000Z', u'id': u'py48-ccdc', u'createdAt': u'2018-06-26T07:03:30.000Z', u'description': u'This dataset contains ROSETTA NAVCAM RAW DATA of the Prelanding Phase from 21 Jan 2014 until 30 April 2014 before reaching target 67P/CG.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:36:26.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ROSETTA-ORBITER CHECK NAVCAM 2 PRELANDING COMMISSIONING V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:03:30.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-x-navcam-2-prl-com-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-X-NAVCAM-2-PRL-COM-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-x-navcam-2-prl-com-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'checkout', u'international rosetta mission'], u'categories': [u'public safety'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-CHECK-NAVCAM-2-PRELANDING-COMMISSI/py48-ccdc', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 930,data.nasa.gov,q2rm-p8td,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/q2rm-p8td', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:38:55.000Z', u'id': u'q2rm-p8td', u'createdAt': u'2018-06-26T07:01:29.000Z', u'description': u""This data set has been generated by NASA's Galileo Project in order to distribute the images acquired by the Solid State Imaging (SSI) camera to the scientists and later to the Planetary Data System (PDS). The collection resides on volumes GO_0007 thru GO_0015 and consists of all images acquired by the Galileo spacecraft during the Gaspra and the second encounter with the Earth (Earth2). Included are images of Gaspra, the Earth's Moon and the Earth taken during the 1991 and 1992 encounters (SCLK 99757945 through 166324700), as well as additional star and calibration data."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:38:55.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'GALILEO ORBITER ASTEROID AND EARTH 2 SOLID STATE IMAGING 2 R', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:01:29.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-a-e-ssi-2-redr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GO-A%2FE-SSI-2-REDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-a-e-ssi-2-redr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'gaspra', u'jupiter', u'moon', u'dark sky', u'comet sl9/jupiter collision', u'earth', u'non science', u'galileo'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GALILEO-ORBITER-ASTEROID-AND-EARTH-2-SOLID-STATE-I/q2rm-p8td', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 931,data.nasa.gov,qjkf-f9ni,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/qjkf-f9ni', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:34:21.000Z', u'id': u'qjkf-f9ni', u'createdAt': u'2018-06-26T06:11:53.000Z', u'description': u'The LADEE bundle was created by the PDS Atmospheres node in 2014', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:34:21.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'LADEE Mission Bundle', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:11:53.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:ladee_mission_bundle', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewBundle.jsp?identifier=urn%3Anasa%3Apds%3Aladee_mission_bundle&version=1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:ladee_mission_bundle', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'moon', u'ladee'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/LADEE-Mission-Bundle/qjkf-f9ni', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 932,data.nasa.gov,qjyn-mb4i,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/qjyn-mb4i', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:19:46.000Z', u'id': u'qjyn-mb4i', u'createdAt': u'2018-06-25T20:46:18.000Z', u'description': u'Our mission is to help you picture climate change and environmental changes happening on our home planet. Here you can search for and retrieve satellite images of Earth. Download them; export them to GoogleEarth; perform basic analysis. Tracking regional and global changes around the world just got easier.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:19:46.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'Charles.Ichoku@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'NASA Earth Observations (NEO)', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:46:18.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:Charles.Ichoku@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'NASA-0000087__2', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'http://neo.sci.gsfc.nasa.gov/', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Charles Ichoku', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000087__2', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'raw', u'land', u'eos', u'energy', u'earth science', u'atmosphere', u'web mapping', u'ocean', u'life'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NASA-Earth-Observations-NEO-/qjyn-mb4i', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 933,data.nasa.gov,qui3-r5yt,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/qui3-r5yt', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:39:45.000Z', u'id': u'qui3-r5yt', u'createdAt': u'2018-06-26T07:00:13.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:39:45.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VG2 JUP EPHEMERIS HELIOGRAPHIC COORDS BROWSE V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:00:13.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-j-pos-6-summ-hgcoords-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG2-J-POS-6-SUMM-HGCOORDS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-j-pos-6-summ-hgcoords-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'voyager', u'jupiter'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG2-JUP-EPHEMERIS-HELIOGRAPHIC-COORDS-BROWSE-V1-0/qui3-r5yt', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 934,data.nasa.gov,qy3x-xdx7,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/qy3x-xdx7', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:29:53.000Z', u'id': u'qy3x-xdx7', u'createdAt': u'2018-06-26T06:57:01.000Z', u'description': u'Unknown', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:29:53.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'GO ASTROID PLS SUMM IDA ET V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:57:01.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-a-pls-4-summ-iet-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GO-A-PLS-4-SUMM-IET-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-a-pls-4-summ-iet-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'galileo', u'ida'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GO-ASTROID-PLS-SUMM-IDA-ET-V1-0/qy3x-xdx7', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 935,data.nasa.gov,r22z-87y4,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/r22z-87y4', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:30:43.000Z', u'id': u'r22z-87y4', u'createdAt': u'2018-06-26T06:24:16.000Z', u'description': u'The rover engineering files on this CD contain raw and reduced (engineering unit) values for each and every rover channel as defined within the Missions Ground Data System Channel Parameter Table (CPT) configuration file.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:30:43.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MARS PATHFINDER ROVER MARS ENG 2/3 EDR/RDR VERSION 1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:24:16.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mpfr-m-rvreng-2-3-edr-rdr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MPFR-M-RVRENG-2%2F3-EDR%2FRDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mpfr-m-rvreng-2-3-edr-rdr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'mars pathfinder'], u'categories': [u'infrastructure'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MARS-PATHFINDER-ROVER-MARS-ENG-2-3-EDR-RDR-VERSION/r22z-87y4', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 936,data.nasa.gov,r524-wjz9,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/r524-wjz9', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:29:23.000Z', u'id': u'r524-wjz9', u'createdAt': u'2018-06-26T06:56:47.000Z', u'description': u'This data set comprises calibrated data from the LROC NAC and WAC cameras. The science data is comprised of calibrated raw images, along with pointing data and housekeeping information.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:29:23.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'LRO MOON LROC 3 CDR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:56:47.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lro-l-lroc-3-cdr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=LRO-L-LROC-3-CDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lro-l-lroc-3-cdr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'lunar reconnaissance orbiter', u'moon'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/LRO-MOON-LROC-3-CDR-V1-0/r524-wjz9', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 937,data.nasa.gov,r5aa-9477,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/r5aa-9477', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:41:17.000Z', u'id': u'r5aa-9477', u'createdAt': u'2018-06-26T06:59:22.000Z', u'description': u'This data set contains Raw data taken by the New Horizons Long Range Reconnaissance Imager instrument during the Pluto encounter mission phase. This is VERSION 1.0 of this data set.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:41:17.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'NEW HORIZONS\n LORRI PLUTO ENCOUNTER\n RAW V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:59:22.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-p-lorri-2-pluto-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-P-LORRI-2-PLUTO-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-p-lorri-2-pluto-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'new horizons', u'charon', u'pluto', u'nix', u'hydra'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-LORRI-PLUTO-ENCOUNTER-RAW-V1-0/r5aa-9477', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 938,data.nasa.gov,r8nb-g47x,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/r8nb-g47x', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:00:14.000Z', u'id': u'r8nb-g47x', u'createdAt': u'2018-06-26T06:37:14.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:00:14.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MARINER 10 MERC PLS RDR ELECTRON COUNTS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:37:14.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.m10-h-pls-3-rdr-electron-counts-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=M10-H-PLS-3-RDR-ELECTRON-COUNTS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.m10-h-pls-3-rdr-electron-counts-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mercury', u'mariner 10'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MARINER-10-MERC-PLS-RDR-ELECTRON-COUNTS-V1-0/r8nb-g47x', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 939,data.nasa.gov,rvka-ad8v,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/rvka-ad8v', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:55:31.000Z', u'id': u'rvka-ad8v', u'createdAt': u'2018-06-26T06:35:36.000Z', u'description': u'This data set contains raw data from the Plasma Science instrument (PLS) on the Galileo spacecraft for all Jupiter orbits. These data have been reformatted into ASCII tables to facilitate data processing and analysis.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:55:31.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'GALILEO JUPITER RDR FULL RESOLUTION PLASMA DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:35:36.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-j-pls-3-rdr-fullres-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GO-J-PLS-3-RDR-FULLRES-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-j-pls-3-rdr-fullres-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'jupiter', u'europa', u'io', u'galileo', u'callisto', u'ganymede'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GALILEO-JUPITER-RDR-FULL-RESOLUTION-PLASMA-DATA-V1/rvka-ad8v', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 940,data.nasa.gov,rw3m-dc8i,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/rw3m-dc8i', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:24:56.000Z', u'id': u'rw3m-dc8i', u'createdAt': u'2018-06-26T06:53:29.000Z', u'description': u'This data set contains lunar polar mosaics composed of calibrated data acquired from the Mini-RF (Mini-SAR) Forerunner instrument during the Chandrayaan-1 mission. The mosaics are made from data collected during multiple orbits.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:24:56.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CH1-ORB MOON MINI-RF 5 POLAR MOSAIC CALIBRATED DATA REC V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:53:29.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ch1-orb-l-mrffr-5-cdr-mosaic-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CH1-ORB-L-MRFFR-5-CDR-MOSAIC-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ch1-orb-l-mrffr-5-cdr-mosaic-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'moon', u'chandrayaan-1'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CH1-ORB-MOON-MINI-RF-5-POLAR-MOSAIC-CALIBRATED-DAT/rw3m-dc8i', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 941,data.nasa.gov,rsmh-5q3q,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/rsmh-5q3q', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:43:43.000Z', u'id': u'rsmh-5q3q', u'createdAt': u'2018-06-26T07:01:12.000Z', u'description': u'The Surface Stereo Imager (SSI) experiment on the Mars Phoenix Lander consists of one instrument component plus command electronics. This SSI Imaging Operations RDR data set contains mosaic data from the Surface Stereo Imager (SSI).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:43:43.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'PHOENIX MARS SURFACE STEREO IMAGER 5 MOSAIC OPS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:01:12.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.phx-m-ssi-5-mosaic-ops-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=PHX-M-SSI-5-MOSAIC-OPS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.phx-m-ssi-5-mosaic-ops-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'phoenix', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PHOENIX-MARS-SURFACE-STEREO-IMAGER-5-MOSAIC-OPS-V1/rsmh-5q3q', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 942,data.nasa.gov,s82u-rf7b,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/s82u-rf7b', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:06:34.000Z', u'id': u's82u-rf7b', u'createdAt': u'2018-06-26T07:07:51.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:06:34.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VG1 SAT MAG RESAMPLED HELIOGRAPHIC (RTN) COORDS 9.60SEC V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:07:51.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-s-mag-4-summ-hgcoords-9.60sec-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG1-S-MAG-4-SUMM-HGCOORDS-9.60SEC-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-s-mag-4-summ-hgcoords-9.60sec-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'voyager', u'saturn'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG1-SAT-MAG-RESAMPLED-HELIOGRAPHIC-RTN-COORDS-9-60/s82u-rf7b', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 943,data.nasa.gov,s4tr-tmnp,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/s4tr-tmnp', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:03:00.000Z', u'id': u's4tr-tmnp', u'createdAt': u'2018-06-26T07:06:25.000Z', u'description': u'This data set contains calibrated images acquired by the OSIRIS Wide Angle\nCamera during the escort phase of the Rosetta mission at the comet 67P,\ncovering the period from 2014-11-21 to 2014-12-19.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:03:00.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ROSETTA-ORBITER COMET ESCORT1 OSIWAC 3 RDR MTP 010 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 1.5849625007211563, u'page_views_last_week': 2, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 3.0, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:06:25.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-osiwac-3-esc1-67pchuryumov-m10-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-C-OSIWAC-3-ESC1-67PCHURYUMOV-M10-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-osiwac-3-esc1-67pchuryumov-m10-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'international rosetta mission', u'67p/churyumov-gerasimenko 1 (1969 r1)'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-COMET-ESCORT1-OSIWAC-3-RDR-MTP-010/s4tr-tmnp', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 944,data.nasa.gov,s6ua-nkmu,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/s6ua-nkmu', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T07:16:52.000Z', u'id': u's6ua-nkmu', u'createdAt': u'2018-06-25T21:03:25.000Z', u'description': u'RSS', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T07:16:52.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Odyssey Radio Science Data (72)', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:03:25.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-731', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-731', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'rss', u'pds'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Odyssey-Radio-Science-Data-72-/s6ua-nkmu', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 945,data.nasa.gov,ujg7-f7gx,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ujg7-f7gx', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:23:55.000Z', u'id': u'ujg7-f7gx', u'createdAt': u'2018-06-26T06:57:24.000Z', u'description': u'This is a comprehensive tabulation of asteroid spin vector determinations, compiled by Agnieszka Kryszczynska and based on the earlier compilation by Per Magnusson. This is the Oct. 21, 2007 version of the compilation, containing 863 spin vector determinations.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:23:55.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ASTEROID SPIN VECTOR COMPILATION V5.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:57:24.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-asteroid-spin-vectors-v5.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-5-DDR-ASTEROID-SPIN-VECTORS-V5.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-asteroid-spin-vectors-v5.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'asteroid', u'support archives'], u'categories': [u'environment', u'infrastructure', u'housing & development'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ASTEROID-SPIN-VECTOR-COMPILATION-V5-0/ujg7-f7gx', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 946,data.nasa.gov,sihn-p9e4,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,57,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/sihn-p9e4', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-08-02T15:26:57.000Z', u'id': u'sihn-p9e4', u'createdAt': u'2018-06-26T22:16:58.000Z', u'description': u'This dataset contains RESAMPLED DATA of the MARS Flyby (MSB). Included are the data of the very Flyby from February 23 until February 27,2007 and the data of the Passive Checkouts PC3 ( August 29, 2006), PC4 (November 23 - December 21,2006) and PC5 (May 22, 2007)', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-08-02T15:26:57.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'homas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ROSETTA-ORBITER MARS RPCMAG 4 MARS RESAMPLED V3.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 57, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 5.857980995127572, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T22:16:58.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-m-rpcmag-4-mars-resampled-v3.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-M-RPCMAG-4-MARS-RESAMPLED-V3.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-m-rpcmag-4-mars-resampled-v3.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'international rosetta mission', u'mars', u'unknown'], u'categories': [u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-MARS-RPCMAG-4-MARS-RESAMPLED-V3-0/sihn-p9e4', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 947,data.nasa.gov,t4x6-c373,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,24,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/t4x6-c373', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:51:47.000Z', u'id': u't4x6-c373', u'createdAt': u'2018-06-26T06:16:09.000Z', u'description': u'The Clementine spacecraft included a Light Imaging Detection and Ranging (LIDAR) instrument. The LIDAR instrument measured the slant range from the spacecraft to the lunar surface. This data set contains topography data derived from the LIDAR measurements.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:51:47.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CLEM1 LUNAR TOPOGRAPHY V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 24, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 4.643856189774724, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:16:09.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.clem1-l-lidar-5-topo-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CLEM1-L-LIDAR-5-TOPO-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.clem1-l-lidar-5-topo-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'moon', u'deep space program science experiment'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CLEM1-LUNAR-TOPOGRAPHY-V1-0/t4x6-c373', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 948,data.nasa.gov,tb77-k322,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/tb77-k322', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:19:00.000Z', u'id': u'tb77-k322', u'createdAt': u'2018-06-26T06:50:12.000Z', u'description': u'This data set contains the thermal electron density and temperature in the PLS energy range (10-5950 eV) from Voyager 2 at Uranus derived by fitting the low energy electron component with a Maxwellian distribution, and the moment density and temperature of the hot electrons calculated after the signal from the thermal component is subtracted from the electron spectra. The moment density and temperature obtained by integrating over the entire measured distribution function are also given. This is a subset of the data set VG2-U-PLS-5-RDR-ELEFIT-48SEC which should be obtained before this data is used, since it contains information on the type of fit performed and LECP contamination of the data. Spacecraft charging may result in underestimation of thermal electron density in some regions. The first six columns are the time tag (year, day, hour, min, sec, msec), columns 7 and 8 are the total moment density and temperature, columns 9 and 10 are the fit density and temperature of the thermal electron component, and 11 and 12 are the moment density and temperature of the suprathermal electrons. Each row has the format (6I4,6E12.4). Values of 1.E32 indicate that the parameter could not be obtained from the data using the standard analysis technique. Additional information about this dataset and the instrument which produced it can be found elsewhere in this catalog. An overview of the data in this data set can be found in Sittler et al. (1987) and a complete instrument description can be found in bridge (1977).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:19:00.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'VG2 URA PLS DERIVED SUMM ELECTRON BROWSE 48SEC V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:50:12.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-u-pls-5-summ-elebr-48sec-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG2-U-PLS-5-SUMM-ELEBR-48SEC-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-u-pls-5-summ-elebr-48sec-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'uranus', u'comet sl9/jupiter collision', u'voyager'], u'categories': [u'demographics'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG2-URA-PLS-DERIVED-SUMM-ELECTRON-BROWSE-48SEC-V1-/tb77-k322', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 949,data.nasa.gov,thfr-w3aq,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/thfr-w3aq', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:23:12.000Z', u'id': u'thfr-w3aq', u'createdAt': u'2018-06-26T06:57:24.000Z', u'description': u'Mars Exploration Rover 2 Pancam Radiometrically Calibrated Reduced Data Record', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:23:12.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MER 2 MARS PANCAM RADIOMETRICALLY\n CALIBRATED RDR V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:57:24.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer2-m-pancam-3-radcal-rdr-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MER2-M-PANCAM-3-RADCAL-RDR-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer2-m-pancam-3-radcal-rdr-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'mars exploration rover'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MER-2-MARS-PANCAM-RADIOMETRICALLY-CALIBRATED-RDR-V/thfr-w3aq', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 950,data.nasa.gov,thmw-ckbc,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/thmw-ckbc', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:41:10.000Z', u'id': u'thmw-ckbc', u'createdAt': u'2018-06-26T06:30:26.000Z', u'description': u'This data set contains radiometrically calibrated MER-1 Navcam data. The calibration has removed bias, dark current, and flatfield effects from the raw Navcam data, resulting in estimated radiance-on-sensor data in units of W/m^2/nm/sr. No geometric or camera-model calibrations or transformations have been applied.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:41:10.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MER 1 MARS NAVCAM 3 RADIOMETRIC RDR SCI V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:30:26.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer1-m-navcam-3-radiometric-sci-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MER1-M-NAVCAM-3-RADIOMETRIC-SCI-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer1-m-navcam-3-radiometric-sci-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'mars exploration rover'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MER-1-MARS-NAVCAM-3-RADIOMETRIC-RDR-SCI-V1-0/thmw-ckbc', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 951,data.nasa.gov,uech-6e88,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/uech-6e88', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:29:09.000Z', u'id': u'uech-6e88', u'createdAt': u'2018-06-26T06:57:13.000Z', u'description': u'This data set is intended to include all reported timings of observed asteroid occultation events through Mar. 1, 2004, as well as asteroid occultation axes derived from those timings by David W. Dunham and David Herald.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:29:09.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ASTEROID OCCULTATIONS V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:57:13.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-3-rdr-occultations-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-3-RDR-OCCULTATIONS-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-3-rdr-occultations-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'asteroid', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ASTEROID-OCCULTATIONS-V2-0/uech-6e88', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 952,data.nasa.gov,uf2q-3jii,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,17,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/uf2q-3jii', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:42:13.000Z', u'id': u'uf2q-3jii', u'createdAt': u'2018-06-26T06:45:42.000Z', u'description': u'Galileo Orbiter Magnetometer (MAG) calibrated high-resolution data from the Venus flyby in spacecraft, VSO coordinates. These data cover the interval 1990-02-09 03:07 to 1990-02-10 08:34.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:42:13.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'GALILEO ORBITER V MAG RDR VENUS HIGH RES V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 17, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.169925001442312, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:45:42.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-v-mag-3-rdr-venus-high-res-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GO-V-MAG-3-RDR-VENUS-HIGH-RES-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-v-mag-3-rdr-venus-high-res-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'venus', u'galileo'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GALILEO-ORBITER-V-MAG-RDR-VENUS-HIGH-RES-V1-0/uf2q-3jii', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 953,data.nasa.gov,uqnn-vvsc,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/uqnn-vvsc', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:57:07.000Z', u'id': u'uqnn-vvsc', u'createdAt': u'2018-06-26T06:36:10.000Z', u'description': u'This data set contains the data from the Galileo dust detector system (GDDS) from start of mission through the end of mission. Included are the dust impact data, noise data, laboratory calibration data, and location and orientation of the spacecraft and instrument.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:57:07.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'GALILEO DUST DETECTION SYSTEM V4.1', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:36:10.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-d-gdds-5-dust-v4.1', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GO-D-GDDS-5-DUST-V4.1', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-d-gdds-5-dust-v4.1', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'galileo', u'calibration', u'dust'], u'categories': [u'environment'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GALILEO-DUST-DETECTION-SYSTEM-V4-1/uqnn-vvsc', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 954,data.nasa.gov,uv5h-ga5q,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/uv5h-ga5q', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:42:32.000Z', u'id': u'uv5h-ga5q', u'createdAt': u'2018-06-26T06:31:07.000Z', u'description': u'This data set contains X-Ray Spectrometer (XRS) observations made during the fourth cruise phase of the NEAR mission. The individual observations are combined into a single file per day for each sensor.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:42:32.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'NEAR XRS SPECTRA FOR CRUISE 4 PHASE', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:31:07.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-xrs-2-edr-cruise4-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NEAR-A-XRS-2-EDR-CRUISE4-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-xrs-2-edr-cruise4-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'near earth asteroid rendezvous', u'solar system'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEAR-XRS-SPECTRA-FOR-CRUISE-4-PHASE/uv5h-ga5q', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 955,data.nasa.gov,uw64-fzbt,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/uw64-fzbt', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:47:35.000Z', u'id': u'uw64-fzbt', u'createdAt': u'2018-06-26T06:45:37.000Z', u'description': u'The Juno MWR EDR data set will ultimately include all uncalibrated MWR science data records for the entire Juno mission. This volume will contain only those data obtained through the cruise phase of the Juno mission, when this phase of the mission is completed. The objective for these data is to provide calibration for the MWR instrument; however, it is anticipated that they may someday be useful for astrophysics. This volume consists of reformatted and uncalibrated data records. The reformatting operation reassembles received instrument data packets into one-hour-long records of time-ordered data corresponding to 100-ms observations made by the MWR instrument. This data set is intended to preserve the full content of the uncalibrated instrument packets and is to be used only as a last resort. The level 3 MWR archived data are designed to be complete and more easily used.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:47:35.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'JUNO MWR CRUISE/SKY EDR DATA RECORDS V1.2', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 2.584962500721156, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 5}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:45:37.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.jno-x-mwr-2-edr-v1.2', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=JNO-X-MWR-2-EDR-V1.2', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.jno-x-mwr-2-edr-v1.2', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'juno', u'jupiter'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/JUNO-MWR-CRUISE-SKY-EDR-DATA-RECORDS-V1-2/uw64-fzbt', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 956,data.nasa.gov,v7ie-wb9v,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/v7ie-wb9v', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:56:11.000Z', u'id': u'v7ie-wb9v', u'createdAt': u'2018-06-26T06:35:49.000Z', u'description': u'This data set contains images acquired by the OSIRIS Wide Angle Camera during the STEINS_FLY-BY mission phase', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:56:11.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ROSETTA-ORBITER STEINS_FLY-BY OSIWAC 3 RDR V1.4', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:35:49.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-a-osiwac-3-ast1-steinsflyby-v1.4', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-A-OSIWAC-3-AST1-STEINSFLYBY-V1.4', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-a-osiwac-3-ast1-steinsflyby-v1.4', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'vega', u'16 cyg b', u'international rosetta mission', u'2867 steins'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-STEINS_FLY-BY-OSIWAC-3-RDR-V1-4/v7ie-wb9v', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 957,data.nasa.gov,v7ij-7nmn,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/v7ij-7nmn', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:57:52.000Z', u'id': u'v7ij-7nmn', u'createdAt': u'2018-06-26T07:07:05.000Z', u'description': u""Electron plasma density data set for Jupiter's outer magnetosphere derived from high-resolution wideband measurements of low-frequency radio and plasma waves obtained by Voyagers 1 and 2 during their 1979 flybys. Density data were measured at 1-second intervals."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:57:52.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VG2 J PLASMA WAVE SPECTROMETER DENSITY 1S V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:07:05.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-j-pws-5-ddr-plasma-density-1s-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG2-J-PWS-5-DDR-PLASMA-DENSITY-1S-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-j-pws-5-ddr-plasma-density-1s-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'voyager', u'jupiter'], u'categories': [u'demographics'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG2-J-PLASMA-WAVE-SPECTROMETER-DENSITY-1S-V1-0/v7ij-7nmn', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 958,data.nasa.gov,weev-p4qw,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,13,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/weev-p4qw', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:30:06.000Z', u'id': u'weev-p4qw', u'createdAt': u'2018-06-26T06:23:50.000Z', u'description': u'Data taken by the sensors of the Rover Environmental Monitoring Station (REMS) aboard the Mars Science Laboratory, in physical units.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:30:06.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MSL MARS ROVER ENV MONITORING STATION 4 ENVRDR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 13, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.8073549220576037, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:23:50.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.msl-m-rems-4-envrdr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MSL-M-REMS-4-ENVRDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.msl-m-rems-4-envrdr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars science laboratory', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MSL-MARS-ROVER-ENV-MONITORING-STATION-4-ENVRDR-V1-/weev-p4qw', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 959,data.nasa.gov,wftd-hvbt,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/wftd-hvbt', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:13:23.000Z', u'id': u'wftd-hvbt', u'createdAt': u'2018-06-26T06:47:10.000Z', u'description': u'NEAR MAG RDR volume sets contain a single data set, from one instrument and one mission phase (defined in the phase table in /AAREADME.TXT).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:13:23.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'NEAR MAG DATA FOR EROS/FLY/BY', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:47:10.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-mag-3-rdr-eros-fly-by-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NEAR-A-MAG-3-RDR-EROS%2FFLY%2FBY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-mag-3-rdr-eros-fly-by-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'near earth asteroid rendezvous', u'eros'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEAR-MAG-DATA-FOR-EROS-FLY-BY/wftd-hvbt', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 960,data.nasa.gov,vbji-hyra,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,13,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/vbji-hyra', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:11:07.000Z', u'id': u'vbji-hyra', u'createdAt': u'2018-06-26T06:45:09.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:11:07.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VG1 SAT PWS RESAMPLED SPECTRAL ANALYZER 48SEC V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 13, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.8073549220576037, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:45:09.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-s-pws-4-summ-sa-48sec-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG1-S-PWS-4-SUMM-SA-48SEC-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg1-s-pws-4-summ-sa-48sec-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'voyager', u'saturn'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG1-SAT-PWS-RESAMPLED-SPECTRAL-ANALYZER-48SEC-V1-0/vbji-hyra', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 961,data.nasa.gov,vifj-aerg,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/vifj-aerg', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:54:52.000Z', u'id': u'vifj-aerg', u'createdAt': u'2018-06-26T07:07:21.000Z', u'description': u'The Giotto Radio Science Original Experiment Data Set includes two types of data -- an Archival Tracking Data File (ATDF) from closed loop receivers and Original Data Records (ODRs) from open loop receivers.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:54:52.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'GIOTTO RADIO SCIENCE ORIGINAL EXPERIMENT DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:07:21.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.gio-c-gre-1-edr-halley-addenda-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GIO-C-GRE-1-EDR-HALLEY-ADDENDA-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.gio-c-gre-1-edr-halley-addenda-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'giotto', u'halley'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GIOTTO-RADIO-SCIENCE-ORIGINAL-EXPERIMENT-DATA-V1-0/vifj-aerg', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 962,data.nasa.gov,vjhw-jhir,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/vjhw-jhir', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:45:06.000Z', u'id': u'vjhw-jhir', u'createdAt': u'2018-06-26T06:32:45.000Z', u'description': u'This data set contains Mars Express ASPERA-3 Electron Spectrometer (ELS) data for the second mission extension (October 1, 2007 - May 31, 2009). These data are provided in raw units of counts/accumulation.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:45:06.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MARS EXPRESS ASPERA-3 RAW EDR ELECTRON SPECTROMTR EXT2 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:32:45.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mex-m-aspera3-2-edr-els-ext2-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MEX-M-ASPERA3-2-EDR-ELS-EXT2-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mex-m-aspera3-2-edr-els-ext2-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'solar wind', u'mars express', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MARS-EXPRESS-ASPERA-3-RAW-EDR-ELECTRON-SPECTROMTR-/vjhw-jhir', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 963,data.nasa.gov,vr8t-s9bj,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,15,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/vr8t-s9bj', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:09:59.000Z', u'id': u'vr8t-s9bj', u'createdAt': u'2018-06-26T06:52:01.000Z', u'description': u'This dataset contains the raw telemetry from the Ground Support Equipment (GSE) facilities used to integrate the spacecraft components at JHU/APL in 2002. The documentation on volume CON_0001 under /DOCUMENT/HARCH describes when tests were run.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:09:59.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CONTOUR TELEMETRY GSE DATA', u'columns_field_name': [], u'page_views': {u'page_views_total': 15, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:52:01.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.con-cal-tlm-1-edr-ground-gse-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CON-CAL-TLM-1-EDR-GROUND-GSE-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.con-cal-tlm-1-edr-ground-gse-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'contour mission', u'unknown'], u'categories': [u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CONTOUR-TELEMETRY-GSE-DATA/vr8t-s9bj', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 964,data.nasa.gov,vs5u-aag2,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,16,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/vs5u-aag2', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:52:22.000Z', u'id': u'vs5u-aag2', u'createdAt': u'2018-06-26T06:14:31.000Z', u'description': u'This archive contains position and orientation information for various coordinate systems indexed by the Rover Motion Counter (RMC).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:52:22.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MER 1 MARS ENGINEERING ROVER MOTION COUNTER OPS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 16, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.08746284125034, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:14:31.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer1-m-eng-6-rmc-ops-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MER1-M-ENG-6-RMC-OPS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer1-m-eng-6-rmc-ops-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars exploration rover', u'mars'], u'categories': [u'infrastructure'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MER-1-MARS-ENGINEERING-ROVER-MOTION-COUNTER-OPS-V1/vs5u-aag2', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 965,data.nasa.gov,vtar-kh9s,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,15,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/vtar-kh9s', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:05:00.000Z', u'id': u'vtar-kh9s', u'createdAt': u'2018-06-26T07:07:11.000Z', u'description': u'Calibrated image data from the Mid Infrared Camera 1 (MIR1) aboard the Lunar Crater Observation and Sensing Satellite (LCROSS).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:05:00.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'LCROSS EARTH/MOON 1ST MID IR CAMERA 3 CAL V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 15, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:07:11.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lcross-e-l-mir1-3-cal-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=LCROSS-E%2FL-MIR1-3-CAL-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.lcross-e-l-mir1-3-cal-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'lunar crater observation and sensing satellite', u'test image', u'earth', u'moon', u'calibration'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/LCROSS-EARTH-MOON-1ST-MID-IR-CAMERA-3-CAL-V1-0/vtar-kh9s', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 966,data.nasa.gov,vv5j-whbv,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,61,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/vv5j-whbv', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:21:19.000Z', u'id': u'vv5j-whbv', u'createdAt': u'2018-06-25T20:46:10.000Z', u'description': u""Earth Science data access made simple. NASA's role in climate variability study is centered around providing the global scale observational data sets on oceans and ice, their forcings, and the interactions with the entire Earth system."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:21:19.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'Steven.J.Kempler@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Mirador - Climate Variability and Change', u'columns_field_name': [], u'page_views': {u'page_views_total': 61, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 2.321928094887362, u'page_views_total_log': 5.954196310386876, u'page_views_last_month': 4}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:46:10.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:Steven.J.Kempler@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'NASA-0000081', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'http://mirador.gsfc.nasa.gov/cgi-bin/mirador/presentNavigation.pl?tree=scienceArea&scienceArea=Climate%20Variability%20and%20Change', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Steven Kempler', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000081', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'ges disc', u'clouds', u'rain', u'atmospheric height', u'snow', u'atmospheric temperature', u'trace gases', u'ice', u'mirador', u'atmospheric radiation', u'climate', u'surface radiation', u'aerosols', u'wind', u'geodata'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Mirador-Climate-Variability-and-Change/vv5j-whbv', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 967,data.nasa.gov,vxxs-rabt,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,16,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/vxxs-rabt', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:51:43.000Z', u'id': u'vxxs-rabt', u'createdAt': u'2018-06-26T06:16:04.000Z', u'description': u'TBD (one or two paragraph summary)', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:51:43.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MSL MARS SAMPLE ANALYSIS AT MARS 3 RDR LEVEL 1A V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 16, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.08746284125034, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:16:04.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.msl-m-sam-3-rdr-l1a-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MSL-M-SAM-3-RDR-L1A-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.msl-m-sam-3-rdr-l1a-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'mars science laboratory'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MSL-MARS-SAMPLE-ANALYSIS-AT-MARS-3-RDR-LEVEL-1A-V1/vxxs-rabt', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 968,data.nasa.gov,vy82-3rva,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/vy82-3rva', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:27:21.000Z', u'id': u'vy82-3rva', u'createdAt': u'2018-06-26T06:22:04.000Z', u'description': u'This data set contains calibrated summary averaged Cassini magnetometer data, for the entire Cassini mission.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:27:21.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CASSINI ORBITER MAG CALIBRATED SUMMARY AVERAGED V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:22:04.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-e-sw-j-s-mag-4-summ-averaged-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-E%2FSW%2FJ%2FS-MAG-4-SUMM-AVERAGED-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-e-sw-j-s-mag-4-summ-averaged-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'saturn', u'earth', u'jupiter', u'cassini-huygens', u'solar wind'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-ORBITER-MAG-CALIBRATED-SUMMARY-AVERAGED-V1/vy82-3rva', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 969,data.nasa.gov,sgse-yzsk,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/sgse-yzsk', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:02:25.000Z', u'id': u'sgse-yzsk', u'createdAt': u'2018-09-05T23:02:24.000Z', u'description': u'This data set contains Calibrated data taken by the New Horizons Solar Wind Around Pluto instrument during the Pluto encounter mission phase. This is VERSION 1.0 of this data set.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:02:25.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'NEW HORIZONS \n SWAP PLUTO ENCOUNTER \n CALIBRATED V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:02:24.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-p-swap-3-pluto-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-P-SWAP-3-PLUTO-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-p-swap-3-pluto-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'new horizons'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-SWAP-PLUTO-ENCOUNTER-CALIBRATED-V1-0/sgse-yzsk', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 970,data.nasa.gov,sn87-x9gy,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/sn87-x9gy', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:30:01.000Z', u'id': u'sn87-x9gy', u'createdAt': u'2018-06-26T06:57:05.000Z', u'description': u'This dataset contains the Galileo spacecraft trajectory during the interplanetary cruise. The data have been derived from SPICE kernels at a 1 minute sample rate. The data are provided in RTN coordinates.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:30:01.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'GALILEO CRUISE POSITION DATA (RTN COORDINATES)', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:57:05.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-ss-pos-6-summ-cruise-rtn-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GO-SS-POS-6-SUMM-CRUISE-RTN-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-ss-pos-6-summ-cruise-rtn-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'galileo'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GALILEO-CRUISE-POSITION-DATA-RTN-COORDINATES-/sn87-x9gy', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 971,data.nasa.gov,spce-tzbe,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/spce-tzbe', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:33:44.000Z', u'id': u'spce-tzbe', u'createdAt': u'2018-06-26T06:11:49.000Z', u'description': u'This bundle contains the data collected by the Accelerometers and Reaction Wheels (ACCEL) aboard the Mars Atmosphere and Volatile EvolutioN (MAVEN) satellite, along with the documents and other information necessary for the interpretation of that data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:33:44.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MAVEN Accelerometer Data', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:11:49.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:maven_accel', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewBundle.jsp?identifier=urn%3Anasa%3Apds%3Amaven_accel&version=1.1', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:maven_accel', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'maven'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MAVEN-Accelerometer-Data/spce-tzbe', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 972,data.nasa.gov,u7an-99x8,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,19,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/u7an-99x8', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:01:15.000Z', u'id': u'u7an-99x8', u'createdAt': u'2018-06-26T07:06:47.000Z', u'description': u'This dataset provides the results of principal component analysis of the ECAS photometric data for minor planets.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:01:15.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'EIGHT COLOR ASTEROID SURVEY PRINCIPAL COMPONENTS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 19, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.0, u'page_views_total_log': 4.321928094887363, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:06:47.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-2cp-5-ddr-ecas-principal-comp-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-2CP-5-DDR-ECAS-PRINCIPAL-COMP-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-2cp-5-ddr-ecas-principal-comp-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'asteroid', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/EIGHT-COLOR-ASTEROID-SURVEY-PRINCIPAL-COMPONENTS-V/u7an-99x8', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 973,data.nasa.gov,uff7-hehb,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/uff7-hehb', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:35:03.000Z', u'id': u'uff7-hehb', u'createdAt': u'2018-06-26T06:12:14.000Z', u'description': u'This data set includes the 111,226 calibrated spectra of asteroid 25143 Itokawa returned by the Near-Infrared Spectrometer (NIRS) instrument of the Hayabusa mission. The data cover the Itokawa encounter phases of the mission, from Aug. 31 through November 24, 2005.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:35:03.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'HAYABUSA NIRS CALIBRATED SPECTRA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:12:14.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.hay-a-nirs-3-nirscal-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=HAY-A-NIRS-3-NIRSCAL-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.hay-a-nirs-3-nirscal-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'calibration', u'asteroid', u'25143 itokawa', u'hayabusa'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/HAYABUSA-NIRS-CALIBRATED-SPECTRA-V1-0/uff7-hehb', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 974,data.nasa.gov,utk8-2fpv,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/utk8-2fpv', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:16:55.000Z', u'id': u'utk8-2fpv', u'createdAt': u'2018-06-26T06:48:56.000Z', u'description': u'This data set contains images acquired by the OSIRIS Narrow Angle Camera during the LUTETIA FLY-BY mission phase', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:16:55.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ROSETTA-ORBITER LUTETIA FLY-BY OSINAC 2 EDR V1.1', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:48:56.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-a-osinac-2-ast2-lutetiaflyby-v1.1', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-A-OSINAC-2-AST2-LUTETIAFLYBY-V1.1', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-a-osinac-2-ast2-lutetiaflyby-v1.1', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'international rosetta mission', u'21 lutetia', u'16 cyg b', u'vega'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-LUTETIA-FLY-BY-OSINAC-2-EDR-V1-1/utk8-2fpv', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 975,data.nasa.gov,vrpr-rcwj,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/vrpr-rcwj', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:20:41.000Z', u'id': u'vrpr-rcwj', u'createdAt': u'2018-06-26T06:21:46.000Z', u'description': u'This dataset includes reduced data records from the HiRISE instrument on MRO.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:20:41.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MRO MARS HIGH RESOLUTION IMAGE SCIENCE EXPERIMENT RDR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:21:46.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mro-m-hirise-3-rdr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MRO-M-HIRISE-3-RDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mro-m-hirise-3-rdr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars reconnaissance orbiter', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MRO-MARS-HIGH-RESOLUTION-IMAGE-SCIENCE-EXPERIMENT-/vrpr-rcwj', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 976,data.nasa.gov,vw8g-9v4r,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/vw8g-9v4r', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:21:03.000Z', u'id': u'vw8g-9v4r', u'createdAt': u'2018-06-26T06:51:45.000Z', u'description': u'The shape model of Dione derived by Robert Gaskell from Cassini images. The model is provided in the implicitly connected quadrilateral (ICQ) format. This version of the model was prepared on July 23, 2012. Vertex-facet versions of the models are also provided.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:21:03.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'GASKELL DIONE SHAPE MODEL V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:51:45.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-sa-issna-isswa-5-dioneshape-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-SA-ISSNA%2FISSWA-5-DIONESHAPE-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-sa-issna-isswa-5-dioneshape-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'cassini-huygens', u's4 dione'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GASKELL-DIONE-SHAPE-MODEL-V1-0/vw8g-9v4r', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 977,data.nasa.gov,w67d-f2vx,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/w67d-f2vx', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T05:48:16.000Z', u'id': u'w67d-f2vx', u'createdAt': u'2018-06-25T20:55:52.000Z', u'description': u'CAPS, HRD, INMS, ISS, MAG, MIMI, RADAR, SPICE, UVIS, VIMS', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T05:48:16.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Cassini Data Release 29', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:55:52.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-511', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-511', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'radar', u'mag', u'hrd', u'pds', u'mimi', u'uvis', u'caps', u'vims', u'iss', u'inms', u'spice'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Cassini-Data-Release-29/w67d-f2vx', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 978,data.nasa.gov,wgxm-jfvp,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/wgxm-jfvp', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:49:19.000Z', u'id': u'wgxm-jfvp', u'createdAt': u'2018-06-26T06:34:25.000Z', u'description': u'This data set consists of the set of images obtained by the VSK-Fregat experiment on the Phobos 2 spacecraft. This data set is saved for historical reasons, but is not considered to be of archival quality.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:49:19.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'PHOBOS 2 MARS VSK-FREGAT EDR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:34:25.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.phb2-m-vsk-2-edr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=PHB2-M-VSK-2-EDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.phb2-m-vsk-2-edr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'phobos', u'phobos 2', u'jupiter'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PHOBOS-2-MARS-VSK-FREGAT-EDR-V1-0/wgxm-jfvp', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 979,data.nasa.gov,x9cd-zf9d,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,13,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/x9cd-zf9d', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:39:38.000Z', u'id': u'x9cd-zf9d', u'createdAt': u'2018-06-26T07:00:57.000Z', u'description': u'This dataset contains pixel located, radiometrically-calibrated data collected by M3 instrument on Chandrayaan-1.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:39:38.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CH1-ORB MOON M3 4 L1B RADIANCE NEAR-IR SPECTRAL IMAGES V3.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 13, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.8073549220576037, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:00:57.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ch1-orb-l-m3-4-l1b-radiance-v3.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CH1-ORB-L-M3-4-L1B-RADIANCE-V3.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ch1-orb-l-m3-4-l1b-radiance-v3.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'chandrayaan-1', u'moon'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CH1-ORB-MOON-M3-4-L1B-RADIANCE-NEAR-IR-SPECTRAL-IM/x9cd-zf9d', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 980,data.nasa.gov,vd23-fi4x,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/vd23-fi4x', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:02:19.000Z', u'id': u'vd23-fi4x', u'createdAt': u'2018-09-05T23:02:18.000Z', u'description': u'This data set contains Raw data taken by the New Horizons Student Dust Counter instrument during the pluto cruise mission phase. This is VERSION 1.0 of this data set.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:02:19.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': None, u'columns_description': [], u'name': u'NEW HORIZONS \n SDC PLUTO CRUISE \n RAW V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:02:18.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-sdc-2-plutocruise-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-X-SDC-2-PLUTOCRUISE-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-sdc-2-plutocruise-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'dust', u'new horizons'], u'categories': [u'education', u'politics', u'housing & development'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-SDC-PLUTO-CRUISE-RAW-V1-0/vd23-fi4x', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 981,data.nasa.gov,vh43-zyzv,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/vh43-zyzv', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:54:19.000Z', u'id': u'vh43-zyzv', u'createdAt': u'2018-06-26T06:19:26.000Z', u'description': u'This volume contains the digital numbers (DN) contained in the telemetry (TM) packages of the VIR instrument on board of the spacecraft DAWN. The data are from the Vesta Encounter phase, which occurred 2011-05-03 to 2012-07-18.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:54:19.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'DAWN VIR RAW (EDR) VESTA INFRARED SPECTRA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:19:26.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dawn-a-vir-2-edr-ir-vesta-spectra-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DAWN-A-VIR-2-EDR-IR-VESTA-SPECTRA-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dawn-a-vir-2-edr-ir-vesta-spectra-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'4 vesta', u'dawn mission to vesta and ceres'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/DAWN-VIR-RAW-EDR-VESTA-INFRARED-SPECTRA-V1-0/vh43-zyzv', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 982,data.nasa.gov,w6cr-avib,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/w6cr-avib', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T07:12:42.000Z', u'id': u'w6cr-avib', u'createdAt': u'2018-06-25T21:01:59.000Z', u'description': u'Data Dictionary and Index Files', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T07:12:42.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Data Dictionary (1r69)', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:01:59.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-641', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-641', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'index', u'pds', u'dictionary'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Data-Dictionary-1r69-/w6cr-avib', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 983,data.nasa.gov,was4-j263,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,13,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/was4-j263', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:05:12.000Z', u'id': u'was4-j263', u'createdAt': u'2018-06-26T07:07:18.000Z', u'description': u'This data set contains the Magellan Full resolution basic image data records (F-BIDR) - SAR image data acquired along one orbit.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:05:12.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MGN V RDRS DERIVED BASIC IMAGE DATA RECORD FULL RES V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 13, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.8073549220576037, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:07:18.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgn-v-rdrs-5-bidr-full-res-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MGN-V-RDRS-5-BIDR-FULL-RES-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgn-v-rdrs-5-bidr-full-res-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'magellan', u'venus'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MGN-V-RDRS-DERIVED-BASIC-IMAGE-DATA-RECORD-FULL-RE/was4-j263', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 984,data.nasa.gov,wbwh-p7nr,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/wbwh-p7nr', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:20:44.000Z', u'id': u'wbwh-p7nr', u'createdAt': u'2018-06-26T06:51:13.000Z', u'description': u'not applicable', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:20:44.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MER 2 MARS NAVIGATION CAMERA ANAGLYPH RDR OPS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:51:13.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer2-m-navcam-5-anaglyph-ops-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MER2-M-NAVCAM-5-ANAGLYPH-OPS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mer2-m-navcam-5-anaglyph-ops-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'mars exploration rover'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MER-2-MARS-NAVIGATION-CAMERA-ANAGLYPH-RDR-OPS-V1-0/wbwh-p7nr', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 985,data.nasa.gov,wt6w-zv9e,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/wt6w-zv9e', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:28:10.000Z', u'id': u'wt6w-zv9e', u'createdAt': u'2018-06-26T06:22:40.000Z', u'description': u'NEAR EDR volume sets contain a single data set, from one instrument and one mission phase (defined in the phase table in /AAREADME.TXT).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:28:10.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'NEAR MSI IMAGES FOR CRUISE4', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:22:40.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-msi-3-edr-cruise4-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NEAR-A-MSI-3-EDR-CRUISE4-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-msi-3-edr-cruise4-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'near earth asteroid rendezvous', u'eros'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEAR-MSI-IMAGES-FOR-CRUISE4/wt6w-zv9e', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 986,data.nasa.gov,wt77-ba9i,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/wt77-ba9i', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:42:35.000Z', u'id': u'wt77-ba9i', u'createdAt': u'2018-06-26T06:13:11.000Z', u'description': u'The data set covers the period Jan 25 through Feb 18, 1992 (days 25 to 48 inclusive).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:42:35.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ULY JUP MAGNETIC FIELD JOVIGRAPHIC SYS III LH COORDS 60 AVGS', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:13:11.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.uly-j-vhm-fgm-4-summ-jgcoords-60s-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=ULY-J-VHM%2FFGM-4-SUMM-JGCOORDS-60S-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.uly-j-vhm-fgm-4-summ-jgcoords-60s-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'jupiter', u'ulysses'], u'categories': [u'public safety'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ULY-JUP-MAGNETIC-FIELD-JOVIGRAPHIC-SYS-III-LH-COOR/wt77-ba9i', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 987,data.nasa.gov,wuwi-9d9g,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/wuwi-9d9g', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T06:58:51.000Z', u'id': u'wuwi-9d9g', u'createdAt': u'2018-06-25T21:03:27.000Z', u'description': u'RSS', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T06:58:51.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Odyssey Radio Science Data (70)', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:03:27.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-733', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-733', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'pds', u'rss'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Odyssey-Radio-Science-Data-70-/wuwi-9d9g', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 988,data.nasa.gov,x6zy-cvi9,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/x6zy-cvi9', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:47:26.000Z', u'id': u'x6zy-cvi9', u'createdAt': u'2018-06-26T06:41:25.000Z', u'description': u'This dataset contains calibrated, 1.05- to 4.8-micron spectral images of the Moon acquired the High Resolution Infrared Spectrometer (HRII) from 29 December 2007 through 18 December 2009 during several in-flight instrument calibrations for the EPOXI mission.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:47:26.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'EPOXI INFLIGHT LUNAR CALS - HRII CALIBRATED SPECTRA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:41:25.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dif-l-hrii-3-4-epoxi-lunar-cals-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DIF-L-HRII-3%2F4-EPOXI-LUNAR-CALS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dif-l-hrii-3-4-epoxi-lunar-cals-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'epoxi', u'moon'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/EPOXI-INFLIGHT-LUNAR-CALS-HRII-CALIBRATED-SPECTRA-/x6zy-cvi9', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 989,data.nasa.gov,x85g-vnaj,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/x85g-vnaj', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:20:37.000Z', u'id': u'x85g-vnaj', u'createdAt': u'2018-06-26T06:20:06.000Z', u'description': u""This data set contains low-resolution (R~150) near-infrared (0.7-2.5 microns) spectra of 90 main belt asteroids observed with the SpeX instrument on the NASA Infrared Telescope Facility (IRTF) on Mauna Kea, Hawai'i. This data set archives reduced, calibrated spectra of targets of opportunity observed from 2001 to 2012."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:20:37.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'REDDY MAIN BELT ASTEROID SPECTRA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:20:06.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-i0046-3-reddymbspec-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-I0046-3-REDDYMBSPEC-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-i0046-3-reddymbspec-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'101 helena', u'446 aeternitas', u'135 hertha', u'863 benkoela', u'349 dembowska', u'458 hercynia', u'214 aschera', u'620 drakonia', u'167 urda', u'877 walkure', u'243 ida', u'1086 nata', u'253 mathilde', u'41 daphne', u'276 adelheid', u'264 libussa', u'762 pulcova', u'419 aurelia', u'30 urania', u'support archives', u'317 roxane', u'20 massalia', u'12 victoria', u'1124 stroobantia', u'66 maja', u'951 gaspra', u'182 elsa', u'105 artemis', u'470 kilia', u'22 kalliope', u'4 vesta', u'213 lilaea', u'663 gerlinde', u'asteroid', u'56 melete', u'858 el djezair', u'569 misa', u'130 elektra', u'670 ottegebe', u'379 huenna', u'403 cyane', u'308 polyxo', u'1626 sadeya', u'1329 eliane', u'63 ausonia', u'121 hermione', u'283 emma', u'472 roma', u'184 dejopeja', u'45 eugenia', u'192 nausikaa', u'1830 pogson', u'2045 peking', u'138 tolosa', u'442 eichsfeldia', u'434 hungaria', u'2 pallas', u'2014 vasilevskis', u'1929 kollaa', u'1284 latvia', u'37 fides', u'170 maria', u'289 nenetta', u'84 klio', u'1251 hedera', u'1145 robelmonte', u'256 walpurga', u'9 metis', u'482 petrina', u'233 asterope', u'64 angelina', u'273 atropos', u'255 oppavia', u'741 botolphia', u'809 lundia', u'389 industria', u'87 sylvia', u'44 nysa', u'51 nemausa', u'2011 veteraniya', u'306 unitas', u'113 amalthea', u'385 ilmatar', u'1883 rimito', u'704 interamnia', u'1717 arlon', u'502 sigune', u'872 holda', u'504 cora', u'1 ceres'], u'categories': [u'infrastructure'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/REDDY-MAIN-BELT-ASTEROID-SPECTRA-V1-0/x85g-vnaj', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 990,data.nasa.gov,xjb9-gbur,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/xjb9-gbur', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:12:10.000Z', u'id': u'xjb9-gbur', u'createdAt': u'2018-06-26T06:49:11.000Z', u'description': u'Galileo Magnetometer observations of the asteroid Gaspra, extracted from the Galileo archive', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:12:10.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'IDA GALILEO MAGNETOMETER/TRAJECTORY DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:49:11.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-a-mag-pos-3-rdr-summ-traj-ida-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GO-A-MAG%2FPOS-3-RDR%2FSUMM%2FTRAJ-IDA-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-a-mag-pos-3-rdr-summ-traj-ida-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'ida', u'galileo'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/IDA-GALILEO-MAGNETOMETER-TRAJECTORY-DATA-V1-0/xjb9-gbur', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 991,data.nasa.gov,xp33-y3kz,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/xp33-y3kz', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:15:58.000Z', u'id': u'xp33-y3kz', u'createdAt': u'2018-06-26T06:47:59.000Z', u'description': u'This data set includes J, H, and Ks magnitudes from the Two Micron All-Sky Survey (2MASS) for sources which were positionally associated with asteroids, comets, planets, and planetary satellites. This version includes the 2MASS Extended Mission.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:15:58.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'2MASS ASTEROID AND COMET SURVEY V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:47:59.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-i0054-i0055-5-2mass-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-I0054%2FI0055-5-2MASS-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-i0054-i0055-5-2mass-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'asteroid', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/2MASS-ASTEROID-AND-COMET-SURVEY-V2-0/xp33-y3kz', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 992,data.nasa.gov,xuvj-a3rb,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,30,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/xuvj-a3rb', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:03:19.000Z', u'id': u'xuvj-a3rb', u'createdAt': u'2018-09-05T23:03:19.000Z', u'description': u'We investigated differentially regulated genes in human Jurkat T lymphocytic cells in 20s and 5min microgravity and in hypergravity and compared expression profiles to identify potential gravity-regulated genes and adaptation processes.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:03:19.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'Dynamic gene expression response to altered gravity in human T cells (sounding rocket flight)', u'columns_field_name': [], u'page_views': {u'page_views_total': 30, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.954196310386876, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:03:19.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-188', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-188', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'microgravity', u'growth protocol', u'rna extraction', u'labeling', u'nucleic acid hybridization', u'normalization data transformation', u'treatment protocol', u'scan protocol'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Dynamic-gene-expression-response-to-altered-gravit/xuvj-a3rb', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 993,data.nasa.gov,wmrc-pfps,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/wmrc-pfps', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:02:42.000Z', u'id': u'wmrc-pfps', u'createdAt': u'2018-09-05T23:02:42.000Z', u'description': u'This data set contains Raw data taken by the New Horizons Student Dust Counter instrument during the post-launch checkout mission phase. This is VERSION 3.0 of this data set.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:02:42.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'NEW HORIZONS \n SDC POST-LAUNCH CHECKOUT \n RAW V3.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:02:42.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-sdc-2-launch-v3.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NH-X-SDC-2-LAUNCH-V3.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.nh-x-sdc-2-launch-v3.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'dust', u'new horizons'], u'categories': [u'education', u'politics', u'housing & development'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEW-HORIZONS-SDC-POST-LAUNCH-CHECKOUT-RAW-V3-0/wmrc-pfps', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 994,data.nasa.gov,y2ex-g3ru,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/y2ex-g3ru', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:32:56.000Z', u'id': u'y2ex-g3ru', u'createdAt': u'2018-06-26T06:25:52.000Z', u'description': u'This data set contains ion flux data recorded by the COSPIN High Flux Telescope (HFT) during the Ulysses Jupiter encounter 1992-Jan-25 to 1992-Feb-18.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:32:56.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ULY JUP COSPIN HIGH FLUX TELESCOPE HIGH RES. ION FLUX', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:25:52.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.uly-j-cospin-hft-3-rdr-flux-hires-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=ULY-J-COSPIN-HFT-3-RDR-FLUX-HIRES-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.uly-j-cospin-hft-3-rdr-flux-hires-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'ulysses', u'jupiter'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ULY-JUP-COSPIN-HIGH-FLUX-TELESCOPE-HIGH-RES-ION-FL/y2ex-g3ru', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 995,data.nasa.gov,y8ma-vcbx,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/y8ma-vcbx', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:57:43.000Z', u'id': u'y8ma-vcbx', u'createdAt': u'2018-06-26T06:36:28.000Z', u'description': u'This data set contains raw 9P/Tempel 1 and science calibration images acquired by the Deep Impact Impactor Targeting Sensor Visible CCD during the 9P encounter phase of the mission.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:57:43.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'DEEP IMPACT 9P/TEMPEL ENCOUNTER - RAW ITS DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:36:28.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dii-c-its-2-9p-encounter-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DII-C-ITS-2-9P-ENCOUNTER-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dii-c-its-2-9p-encounter-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'calibration', u'deep impact', u'9p/tempel 1 (1867 g1)'], u'categories': [u'demographics'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/DEEP-IMPACT-9P-TEMPEL-ENCOUNTER-RAW-ITS-DATA-V1-0/y8ma-vcbx', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 996,data.nasa.gov,y8ph-fbir,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/y8ph-fbir', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:43:09.000Z', u'id': u'y8ph-fbir', u'createdAt': u'2018-06-26T06:43:07.000Z', u'description': u'In preparation for the concerted international study of Comet Halley, the IHW conducted a trial run with observations of Comet Crommelin, largely during February and March of 1984.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:43:09.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'IHW COMET IRFTAB EDITED REDUCED DATA RECORD GZ V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:43:07.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ihw-c-irftab-2-rdr-gz-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=IHW-C-IRFTAB-2-RDR-GZ-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ihw-c-irftab-2-rdr-gz-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'international halley watch', u'halley'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/IHW-COMET-IRFTAB-EDITED-REDUCED-DATA-RECORD-GZ-V1-/y8ph-fbir', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 997,data.nasa.gov,ukix-nfam,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ukix-nfam', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:23:02.000Z', u'id': u'ukix-nfam', u'createdAt': u'2018-06-26T06:55:25.000Z', u'description': u'This data set contains Spectroscopic, Continuum and Engineering data, in the form of table files, taken during the second Earth swing-by phase of the Rosetta mission by the MIRO instrument. It also contains data taken during the immediately preceding 6th Payload Checkout.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:23:02.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ROSETTA-ORBITER EARTH MIRO 2 EAR2 EARTH2 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:55:25.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-e-miro-2-ear2-earth2-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-E-MIRO-2-EAR2-EARTH2-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-e-miro-2-ear2-earth2-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'moon', u'calibration', u'international rosetta mission', u'earth'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-EARTH-MIRO-2-EAR2-EARTH2-V1-0/ukix-nfam', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 998,data.nasa.gov,ukpu-j8re,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ukpu-j8re', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T06:51:20.000Z', u'id': u'ukpu-j8re', u'createdAt': u'2018-06-25T20:58:32.000Z', u'description': u'M3', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T06:51:20.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Chandrayaan-1 Moon Mineralogy Mapper (M3) Release 1', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:58:32.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-555', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-555', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'pds', u'm3'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Chandrayaan-1-Moon-Mineralogy-Mapper-M3-Releas/ukpu-j8re', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 999,data.nasa.gov,ya43-m7k4,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,16,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ya43-m7k4', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:58:16.000Z', u'id': u'ya43-m7k4', u'createdAt': u'2018-06-26T07:07:42.000Z', u'description': u""Plasma electron number density from Jupiter's magnetosphere, derived from measurements of radio and plasma waves obtained by Galileo"", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:58:16.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'GALILEO JUPITER PWS DERIVED PLASMA DENSITY FULL RES V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 16, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 4.08746284125034, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:07:42.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-j-pws-5-ddr-plasma-density-full-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GO-J-PWS-5-DDR-PLASMA-DENSITY-FULL-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-j-pws-5-ddr-plasma-density-full-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'galileo', u'jupiter'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GALILEO-JUPITER-PWS-DERIVED-PLASMA-DENSITY-FULL-RE/ya43-m7k4', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1000,data.nasa.gov,yd9q-piw3,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,62,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/yd9q-piw3', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T07:02:28.000Z', u'id': u'yd9q-piw3', u'createdAt': u'2018-06-25T21:01:24.000Z', u'description': u'CRISM, CTX, HiRISE, MARCI, MCS, RSS, SHARAD, SPICE', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T07:02:28.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'PDS Mars Reconnaissance Orbiter Data 5', u'columns_field_name': [], u'page_views': {u'page_views_total': 62, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 5.977279923499917, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:01:24.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-605', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-605', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'pds', u'ctx', u'rss', u'hirise', u'mcs', u'spice', u'sharad', u'crism', u'marci'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Mars-Reconnaissance-Orbiter-Data-5/yd9q-piw3', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1001,data.nasa.gov,yjtr-gnsu,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,20,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/yjtr-gnsu', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:37:35.000Z', u'id': u'yjtr-gnsu', u'createdAt': u'2018-06-26T06:12:40.000Z', u'description': u'This archive contains Thermal Emission Spectrometer (TES) 25-micron global surface temperature data, collected during the ANS portion of the Mars Global Surveyor (MGS) orbit, displayed as GIF images.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:37:35.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MGS SAMPLER THERMAL EMISSION SPECTROMETER GLOBAL TEMPERATURE', u'columns_field_name': [], u'page_views': {u'page_views_total': 20, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.392317422778761, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:12:40.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgs-m-tes-5-sampler-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MGS-M-TES-5-SAMPLER-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgs-m-tes-5-sampler-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'mars global surveyor'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MGS-SAMPLER-THERMAL-EMISSION-SPECTROMETER-GLOBAL-T/yjtr-gnsu', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1002,data.nasa.gov,yfd5-hjgb,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/yfd5-hjgb', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:57:08.000Z', u'id': u'yfd5-hjgb', u'createdAt': u'2018-06-26T06:36:11.000Z', u'description': u'This dataset contains EDITED RAW DATA of the Rosetta RPCIES instrument taken during the Cruise 5 phase (CR5). Included are the data taken between 26 Apr 2010 and 02 May 2010.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:57:08.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ROSETTA-ORBITER SOLAR WIND RPCIES 2 CR5 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:36:11.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-ss-rpcies-2-cr5-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-SS-RPCIES-2-CR5-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-ss-rpcies-2-cr5-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'international rosetta mission', u'solar wind'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-SOLAR-WIND-RPCIES-2-CR5-V1-0/yfd5-hjgb', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1003,data.nasa.gov,yikn-i9tg,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/yikn-i9tg', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:41:58.000Z', u'id': u'yikn-i9tg', u'createdAt': u'2018-06-26T06:43:02.000Z', u'description': u'This data set contains raw science calibration images acquired by the Deep Impact High Resolution Instrument Visible CCD during the cruise phase of the mission.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:41:58.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'DEEP IMPACT 9P/TEMPEL CRUISE - RAW HRIV CALIB DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:43:02.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dif-cal-hriv-2-9p-cruise-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DIF-CAL-HRIV-2-9P-CRUISE-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dif-cal-hriv-2-9p-cruise-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'calibration', u'deep impact'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/DEEP-IMPACT-9P-TEMPEL-CRUISE-RAW-HRIV-CALIB-DATA-V/yikn-i9tg', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1004,data.nasa.gov,ykyv-tyzi,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,16,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ykyv-tyzi', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:40:27.000Z', u'id': u'ykyv-tyzi', u'createdAt': u'2018-06-26T07:03:38.000Z', u'description': u'Absolute magnitudes and slopes, mostly IAU-adopted with exceptions noted, for all asteroids numbered as of the 2006 March 14 batch of Minor Planet Circulars.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:40:27.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ASTEROID ABSOLUTE MAGNITUDES V10.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 16, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 4.08746284125034, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:03:38.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-astermag-v10.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-5-DDR-ASTERMAG-V10.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-astermag-v10.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'asteroid', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ASTEROID-ABSOLUTE-MAGNITUDES-V10-0/ykyv-tyzi', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1005,data.nasa.gov,yswk-tif9,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/yswk-tif9', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:52:24.000Z', u'id': u'yswk-tif9', u'createdAt': u'2018-06-26T06:34:37.000Z', u'description': u'This data set present plasma wave spectrometer data from the IDS instrument flown aboard the Deep Space 1 spacecraft. The data are observations of Comet 19P/Borrelly 1 obtained during the flyby of 22 September 2001.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:52:24.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'DS1 IDS (PLASMA WAVE SPECTROMETER) DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:34:37.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ds1-c-ids-3-rdr-borrelly-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DS1-C-IDS-3-RDR-BORRELLY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ds1-c-ids-3-rdr-borrelly-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'deep space 1', u'19p/borrelly 1 (1904 y2)'], u'categories': [u'social services'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/DS1-IDS-PLASMA-WAVE-SPECTROMETER-DATA-V1-0/yswk-tif9', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1006,data.nasa.gov,yufr-ikvx,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/yufr-ikvx', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:46:42.000Z', u'id': u'yufr-ikvx', u'createdAt': u'2018-06-26T06:27:12.000Z', u'description': u'The Magellan (MGN) Bistatic Radar (BSR) Raw Data Archive (RDA) is a time-ordered collection of raw and partially processed data from bistatic radar experiments conducted using the Magellan spacecraft while it orbited Venus.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:46:42.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MAGELLAN BISTATIC RADAR RAW DATA RECORDS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:27:12.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgn-v-rss-1-bsr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MGN-V-RSS-1-BSR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgn-v-rss-1-bsr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'venus', u'magellan'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MAGELLAN-BISTATIC-RADAR-RAW-DATA-RECORDS-V1-0/yufr-ikvx', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1007,data.nasa.gov,yv3f-x389,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/yv3f-x389', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T17:47:36.000Z', u'id': u'yv3f-x389', u'createdAt': u'2018-06-26T03:30:58.000Z', u'description': u""PO.DAAC provides several ways to discover and access physical oceanography data, from the PO.DAAC Web Portal to FTP access to front-end user interfaces (see http://podaac.jpl.nasa.gov). That same data can also be discovered and accessed through PO.DAAC Web Services, enabling efficient machine-to-machine communication and data transfers. Dataset Search service searches PO.DAAC's dataset catalog."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T17:47:36.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'jason.duley@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'JPL Physical Oceanography Distributed Active Archive Center (PODAAC) Dataset Search API', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T03:30:58.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:jason.duley@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://data.nasa.gov/developer'], u'key': u'Common-Core_References'}, {u'value': u'API-29', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'http://podaac.jpl.nasa.gov/ws/search/dataset/index.html', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'2015-11-30T00:00:00.000Z', u'key': u'Common-Core_Issued'}, {u'value': u'Jason Duley', u'key': u'Common-Core_Contact-Name'}, {u'value': u'API-29', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'oceanography', u'api', u'granule', u'earth science research'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/JPL-Physical-Oceanography-Distributed-Active-Archi/yv3f-x389', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1008,data.nasa.gov,curw-efx4,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,45,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/curw-efx4', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:17:56.000Z', u'id': u'curw-efx4', u'createdAt': u'2018-06-26T06:49:20.000Z', u'description': u'This data set is a collection of asteroid taxonomic classifications from various classification methods, collected from the literature.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:17:56.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ASTEROID TAXONOMY V5.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 45, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 5.523561956057013, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:49:20.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-taxonomy-v5.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-5-DDR-TAXONOMY-V5.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-taxonomy-v5.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'asteroid', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ASTEROID-TAXONOMY-V5-0/curw-efx4', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1009,data.nasa.gov,fmmb-mw7q,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,40,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/fmmb-mw7q', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:05:43.000Z', u'id': u'fmmb-mw7q', u'createdAt': u'2018-06-26T07:07:27.000Z', u'description': u'Unprocessed experiment data from the CheMin instrument aboard the Mars Science Laboratory rover.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:05:43.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MSL MARS CHEMISTRY & MINERALOGY X-RAY INSTRUMENT 2 EDR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 40, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 5.357552004618084, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:07:27.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.msl-m-chemin-2-edr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MSL-M-CHEMIN-2-EDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.msl-m-chemin-2-edr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars science laboratory', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MSL-MARS-CHEMISTRY-MINERALOGY-X-RAY-INSTRUMENT-2-E/fmmb-mw7q', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1010,data.nasa.gov,qpcg-zars,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,18,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/qpcg-zars', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:01:23.000Z', u'id': u'qpcg-zars', u'createdAt': u'2018-06-26T06:39:49.000Z', u'description': u'This data set contains meteoroid orbits from photographic, TV system, and radar meteoroid surveys collected from the International Astronomical Union Meteor Data Center (IAU MDC) by Duncan Steel and reviewed and discussed in Steel (1996). The data cover the time period 1940-1983.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:01:23.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'METEOROID ORBITS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 18, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 2.0, u'page_views_total_log': 4.247927513443585, u'page_views_last_month': 3}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:39:49.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-vargbdet-5-metorb-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-VARGBDET-5-METORB-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-vargbdet-5-metorb-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'meteoroid', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/METEOROID-ORBITS-V1-0/qpcg-zars', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1011,data.nasa.gov,jiwn-bdhm,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/jiwn-bdhm', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:19:03.000Z', u'id': u'jiwn-bdhm', u'createdAt': u'2018-06-26T06:50:14.000Z', u'description': u'Unknown', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:19:03.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'GO V PWS REFORMATTED VENUS SPECTRUM ANALYZER FULL V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:50:14.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-v-pws-2-refdr-vsafull-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GO-V-PWS-2-REFDR-VSAFULL-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.go-v-pws-2-refdr-vsafull-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'galileo', u'venus'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GO-V-PWS-REFORMATTED-VENUS-SPECTRUM-ANALYZER-FULL-/jiwn-bdhm', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1012,data.nasa.gov,qckk-73zc,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/qckk-73zc', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:33:05.000Z', u'id': u'qckk-73zc', u'createdAt': u'2018-06-26T06:57:38.000Z', u'description': u'This data set contains radar-based shape models for small solar system bodies, prepared by various authors.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:33:05.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'SMALL BODY RADAR SHAPE MODELS V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:57:38.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-radarshape-models-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-5-DDR-RADARSHAPE-MODELS-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-radarshape-models-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'support archives', u'1998 ky26'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/SMALL-BODY-RADAR-SHAPE-MODELS-V2-0/qckk-73zc', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1013,data.nasa.gov,gc2m-k4gf,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/gc2m-k4gf', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T06:51:21.000Z', u'id': u'gc2m-k4gf', u'createdAt': u'2018-06-25T20:58:32.000Z', u'description': u'CRAT, DLRE, LAMP, LEND, LOLA, LROC, MRFLRO', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T06:51:21.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Lunar Reconnaissance Orbiter Data 4', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:58:32.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-554', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-554', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'lroc', u'lola', u'mrflro', u'lend', u'pds', u'crat', u'dlre', u'lamp'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Lunar-Reconnaissance-Orbiter-Data-4/gc2m-k4gf', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1014,data.nasa.gov,dya8-9e46,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/dya8-9e46', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:53:52.000Z', u'id': u'dya8-9e46', u'createdAt': u'2018-06-26T07:07:14.000Z', u'description': u'The Seven-color Asteroid Survey(SCAS) consists of photometry in seven filters from 0.9 to 2.3 microns, of a total of 126 asteroids of types S, K, and M.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:53:52.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'SEVEN COLOR ASTEROID SURVEY', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:07:14.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-3-rdr-scas-v1.1', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-3-RDR-SCAS-V1.1', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-3-rdr-scas-v1.1', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'asteroid', u'support archives'], u'categories': [u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/SEVEN-COLOR-ASTEROID-SURVEY/dya8-9e46', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1015,data.nasa.gov,f5vu-ckh8,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/f5vu-ckh8', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:56:43.000Z', u'id': u'f5vu-ckh8', u'createdAt': u'2018-06-26T07:03:45.000Z', u'description': u'The THEMIS VIS-EDR data set contains the raw visible observations. Each qube header includes basic parameters describing the observation.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:56:43.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ODYSSEY THEMIS VIS EDR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:03:45.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ody-m-thm-2-visedr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=ODY-M-THM-2-VISEDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ody-m-thm-2-visedr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'2001 mars odyssey'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ODYSSEY-THEMIS-VIS-EDR-V1-0/f5vu-ckh8', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1016,data.nasa.gov,edg4-66cd,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/edg4-66cd', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:20:22.000Z', u'id': u'edg4-66cd', u'createdAt': u'2018-06-26T06:51:10.000Z', u'description': u'The Cassini Radio Science Saturn Ring and Atmospheric Occultation experiments (SROC23) Raw Data Archive is a time-ordered collection of radio science raw data acquired on November 2, 12, 28, and on December 5 and 19, 2016, during the Cassini Extended Extended Mission.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:20:22.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CASSINI RSS RAW DATA SET - SROC23 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:51:10.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-rss-1-sroc23-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-S-RSS-1-SROC23-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-rss-1-sroc23-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'cassini-huygens', u'saturn'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-RSS-RAW-DATA-SET-SROC23-V1-0/edg4-66cd', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1017,data.nasa.gov,rdpm-at6g,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/rdpm-at6g', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:22:10.000Z', u'id': u'rdpm-at6g', u'createdAt': u'2018-06-26T06:23:12.000Z', u'description': u'The THEMIS IR-RDR data set contains the calibrated thermal infrared observations. Each qube header includes basic parameters describing the observation and file specific details of the calibration process.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:22:10.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ODYSSEY THEMIS IR RDR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:23:12.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ody-m-thm-3-irrdr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=ODY-M-THM-3-IRRDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ody-m-thm-3-irrdr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'2001 mars odyssey', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ODYSSEY-THEMIS-IR-RDR-V1-0/rdpm-at6g', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1018,data.nasa.gov,n43t-7vrp,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/n43t-7vrp', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:51:25.000Z', u'id': u'n43t-7vrp', u'createdAt': u'2018-06-26T06:14:55.000Z', u'description': u'This data set contains raw calibration images acquired by the Deep Impact Medium Resolution Visible CCD from 04 October 2007 through 09 January 2008 for the EPOXI mission.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:51:25.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'EPOXI INFLIGHT CALIBRATIONS - MRI RAW IMAGES V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:14:55.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dif-cal-mri-2-epoxi-calibrations-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DIF-CAL-MRI-2-EPOXI-CALIBRATIONS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dif-cal-mri-2-epoxi-calibrations-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'calibration', u'epoxi'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/EPOXI-INFLIGHT-CALIBRATIONS-MRI-RAW-IMAGES-V1-0/n43t-7vrp', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1019,data.nasa.gov,ptqg-h5d4,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ptqg-h5d4', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:01:07.000Z', u'id': u'ptqg-h5d4', u'createdAt': u'2018-06-26T07:06:46.000Z', u'description': u'TBD', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:01:07.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MRO ACCELEROMETER RAW DATA RECORDS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:06:46.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mro-m-accel-2-acceldata-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MRO-M-ACCEL-2-ACCELDATA-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mro-m-accel-2-acceldata-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars reconnaissance orbiter', u'mars'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MRO-ACCELEROMETER-RAW-DATA-RECORDS-V1-0/ptqg-h5d4', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1020,data.nasa.gov,7mr9-bgz9,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/7mr9-bgz9', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:05:27.000Z', u'id': u'7mr9-bgz9', u'createdAt': u'2018-06-26T07:07:20.000Z', u'description': u'The Cassini Radio Science Solar Corona Characterization Experiment (SCC10) Raw Data Archive is a time-ordered collection of radio science raw data acquired from October 5 to November 14, 2012, during the Cassini Extended Mission.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:05:27.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CASSINI RSS RAW DATA SET - SCC10 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:07:20.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-ss-rss-1-scc10-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-SS-RSS-1-SCC10-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-ss-rss-1-scc10-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'cassini-huygens', u'solar system'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-RSS-RAW-DATA-SET-SCC10-V1-0/7mr9-bgz9', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1021,data.nasa.gov,hzvq-mh6u,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/hzvq-mh6u', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:47:16.000Z', u'id': u'hzvq-mh6u', u'createdAt': u'2018-06-26T06:15:37.000Z', u'description': u'The Cassini Radio Science Rhea Gravity Science Experiment (DIGR4) Raw Data Archive is a time-ordered collection of radio science raw data acquired on June 15, 16 and 17, 2015, during the Cassini Extended Extended Mission.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:47:16.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CASSINI RSS RAW DATA SET - DIGR4 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:15:37.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-ssa-rss-1-digr4-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-SSA-RSS-1-DIGR4-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-ssa-rss-1-digr4-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'cassini-huygens', u'dione'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-RSS-RAW-DATA-SET-DIGR4-V1-0/hzvq-mh6u', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1022,data.nasa.gov,7j9r-6r68,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/7j9r-6r68', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:06:10.000Z', u'id': u'7j9r-6r68', u'createdAt': u'2018-06-26T07:07:39.000Z', u'description': u'IAU-adopted magnitude parameters (absolute V magnitude and slope parameter) for all numbered asteroids.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:06:10.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ASTEROID ABSOLUTE MAGNITUDES V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:07:39.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-astermag-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-5-DDR-ASTERMAG-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-astermag-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'asteroid', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ASTEROID-ABSOLUTE-MAGNITUDES-V2-0/7j9r-6r68', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1023,data.nasa.gov,fea5-i8bh,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,322,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/fea5-i8bh', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T05:44:43.000Z', u'id': u'fea5-i8bh', u'createdAt': u'2018-06-25T20:54:31.000Z', u'description': u'The WMTS implementation standard provides a standards-based solution for serviing digital maps using predefined image tiles. Through the constructs of the specification, a WMTS service advertises imagery layers (e.g. imagery product) and defines the coordinate reference system, scale, and tiling grid available for access.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T05:44:43.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'ryan.a.boller@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'GIBS Web Map Tile Service (WMTS)', u'columns_field_name': [], u'page_views': {u'page_views_total': 322, u'page_views_last_week_log': 2.584962500721156, u'page_views_last_week': 5, u'page_views_last_month_log': 4.643856189774724, u'page_views_total_log': 8.335390354693924, u'page_views_last_month': 24}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:54:31.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:ryan.a.boller@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'NASA-423', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'http://www.opengeospatial.org/standards/wmts', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Ryan Boller', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-423', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'wmts', u'maps', u'imagery', u'tiles', u'scale', u'digital'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GIBS-Web-Map-Tile-Service-WMTS-/fea5-i8bh', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1024,data.nasa.gov,kg9g-f2wt,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,319,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/kg9g-f2wt', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:19:42.000Z', u'id': u'kg9g-f2wt', u'createdAt': u'2018-06-25T20:45:37.000Z', u'description': u'Global surface temperatures in 2010 tied 2005 as the warmest on record. The International Satellite Cloud Climatology Project (ISCCP) was established in 1982 as part of the World Climate Research Programme (WCRP) to collect and analyze the global distribution of clouds, their properties, and their diurnal, seasonal, and interannual variations. The LAS provides data for Monthly Near-Surface Air Temperature Averages from 1994 to 2008.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:19:42.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'randal.k.jackson@jpl.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Monthly Near-Surface Air Temperature Averages', u'columns_field_name': [], u'page_views': {u'page_views_total': 319, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 2.807354922057604, u'page_views_total_log': 8.321928094887362, u'page_views_last_month': 6}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:45:37.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:randal.k.jackson@jpl.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'1994-01-01/2008-01-01', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'global', u'key': u'Common-Core_Geographic-Coverage'}, {u'value': u'NASA-0000046', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Randal Jackson', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000046', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'electricity', u'ephemerides', u'waves', u'geodetics', u'news', u'radar', u'land ice', u'apps', u'arctic sea ice', u'carbon dioxide', u'climate'], u'categories': [u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Monthly-Near-Surface-Air-Temperature-Averages/kg9g-f2wt', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1025,data.nasa.gov,gk5i-fxnp,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,291,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/gk5i-fxnp', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:03:22.000Z', u'id': u'gk5i-fxnp', u'createdAt': u'2018-09-05T23:03:22.000Z', u'description': u'The present study concerns the effects of 21 days of sustained recumbence (bedrest) on skeletal muscle gene expression. 14 male subjects participated in normoxic bedrest (NBR) with muscle unloading for 21 days this is a substudy of tha PlanHab-study which apart from normoxic bedrest also involved hypoxic bedrest and hypoxic ambulation. Throughout both bedrest interventions each subject remained in a horizontal position at all times. He was allowed one pillow for the head and to occasionally lean on an elbow while eating or being transferred to a gurney. Muscular exercise was prohibited. During the HAMB confinement each subject was allowed to move freely within the hypoxic area. To mimic a normal level of physical activity subjects performed 30 minutes of low-to-moderate-intensity exercise twice daily. Muscle samples from Vastus lateralis.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:03:22.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'Effects of 21 days of bedrest on human skeletal muscle gene expression', u'columns_field_name': [], u'page_views': {u'page_views_total': 291, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 4.392317422778761, u'page_views_total_log': 8.189824558880018, u'page_views_last_month': 20}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:03:22.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-195', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-195', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'treatment protocol', u'sampling time', u'normalization data transformation', u'scan protocol', u'nucleic acid hybridization', u'labeling', u'rna extraction', u'sample collection'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Effects-of-21-days-of-bedrest-on-human-skeletal-mu/gk5i-fxnp', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1026,data.nasa.gov,hjbw-ww9w,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,274,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/hjbw-ww9w', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:03:25.000Z', u'id': u'hjbw-ww9w', u'createdAt': u'2018-09-05T23:03:25.000Z', u'description': u'The vestibular system receives a permanent influence from gravity and reflexively controls equilibrium. If we assume gravity has remained constant during the species evolution will its sensory system adapt to abrupt loss of that force? We address this question in the land snail Helix lucorum exposed to 30 days of near weightlessness aboard the Bion-M1 satellite and studied geotactic behavior of postflight snails differential gene expressions in statocyst transcriptome and electrophysiological responses of mechanoreceptors to applied tilts. Each approach revealed plastic changes in the snail s vestibular system assumed in response to spaceflight. Absence of light during the mission also affected statocyst physiology as revealed by comparison to dark-conditioned control groups. Readaptation to normal tilt responses occurred at ~20 h following return to Earth. Despite the permanence of gravity the snail responded in a compensatory manner to its loss and readapted once gravity was restored.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:03:25.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'Adaptive changes in the vestibular system of land snail to a 30-day spaceflight and readaptation on return to Earth', u'columns_field_name': [], u'page_views': {u'page_views_total': 274, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 3.700439718141092, u'page_views_total_log': 8.103287808412023, u'page_views_last_month': 12}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:03:25.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-192', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-192', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'light cycle', u'animal housing', u'sample collection', u'water deprivation', u'food deprivation', u'nucleic acid extraction', u'library construction', u'nucleic acid sequencing', u'spaceflight'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Adaptive-changes-in-the-vestibular-system-of-land-/hjbw-ww9w', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1027,data.nasa.gov,7yme-6yjr,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,239,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/7yme-6yjr', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T17:34:49.000Z', u'id': u'7yme-6yjr', u'createdAt': u'2018-06-26T03:28:47.000Z', u'description': u'The NASA Earth Exchange (NEX) Global Daily Downscaled Projections (NEX-GDDP) dataset is comprised of downscaled climate scenarios that are derived from the General Circulation Model (GCM) runs conducted under the Coupled Model Intercomparison Project Phase 5 (CMIP5) [Taylor et al. 2012] and across the two of the four greenhouse gas emissions scenarios known as Representative Concentration Pathways (RCPs) [Meinshausen et al. 2011] developed for the Fifth Assessment Report of the Intergovernmental Panel on Climate Change (IPCC AR5). The dataset is an ensemble of projections from 21 different models and two RCPs (RCP 4.5 and RCP 8.5), and provides daily estimates of maximum and minimum temperatures and precipitation using a daily Bias-Correction - Spatial Disaggregation (BCSD) method (Thrasher, et al., 2012). The data spans the entire globe with a 0.25 degree (~25-kilometer) spatial resolution for the periods from 1950 through 2005 (Historical) and from 2006 to 2100 (Climate Projections).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T17:34:49.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'rama.nemani@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Amazon Web Services: NASA Earth Exchange (NEX) Global Daily Downscaled Projections (NEX-GDDP)', u'columns_field_name': [], u'page_views': {u'page_views_total': 239, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 3.9068905956085187, u'page_views_total_log': 7.906890595608519, u'page_views_last_month': 14}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T03:28:47.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:rama.nemani@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'OCIO-Fitara-108', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'AWS NEX', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://aws.amazon.com/nasa/nex/', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'2015-06-01T00:00:00.000Z', u'key': u'Common-Core_Issued'}, {u'value': u'Ramakrishna Nemani', u'key': u'Common-Core_Contact-Name'}, {u'value': u'OCIO-Fitara-108', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'amazon web services', u'climate', u'earth science', u'aws'], u'categories': [u'demographics', u'public safety'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Amazon-Web-Services-NASA-Earth-Exchange-NEX-Global/7yme-6yjr', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1028,data.nasa.gov,jg42-svwa,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/jg42-svwa', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:27:54.000Z', u'id': u'jg42-svwa', u'createdAt': u'2018-06-26T07:01:43.000Z', u'description': u'This data set contains the Peter Thomas shape models for small solar system bodies, as well as image mosaics constructed from these models. The current version of the data set contains the following: 243 Ida, 951 Gaspra, M1 Phobos, M2 Deimos, S7 Hyperion, S10 Janus, S11 Epimetheus.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:27:54.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'SMALL BODY SHAPE MODELS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:01:43.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-shape-models-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-5-DDR-SHAPE-MODELS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-shape-models-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'asteroid', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/SMALL-BODY-SHAPE-MODELS-V1-0/jg42-svwa', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1029,data.nasa.gov,nbdg-3ryy,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/nbdg-3ryy', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-20T07:08:23.000Z', u'id': u'nbdg-3ryy', u'createdAt': u'2018-06-25T21:03:24.000Z', u'description': u'RSS', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-20T07:08:23.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PDS Odyssey Radio Science Data (73)', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T21:03:24.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'restricted public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.jpl.nasa.gov/'], u'key': u'Common-Core_References'}, {u'value': u'NASA-730', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.jpl.nasa.gov/tools/subscription_service/SS-Release.shtml', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-730', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'rss', u'pds'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PDS-Odyssey-Radio-Science-Data-73-/nbdg-3ryy', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1030,data.nasa.gov,rxgr-6rf2,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/rxgr-6rf2', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:25:49.000Z', u'id': u'rxgr-6rf2', u'createdAt': u'2018-06-26T06:53:56.000Z', u'description': u'The Clementine Bistatic Radar Raw Data Archive (BSR-RDA) is a time-ordered collection of raw and partially processed data from bistatic radar scattering experiments conducted using the Clementine spacecraft while it orbited the Moon.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:25:49.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CLEM1 LUNAR RADIO SCIENCE RAW BISTATIC RADAR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:53:56.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.clem1-l-rss-1-bsr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CLEM1-L-RSS-1-BSR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.clem1-l-rss-1-bsr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'moon', u'deep space program science experiment'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CLEM1-LUNAR-RADIO-SCIENCE-RAW-BISTATIC-RADAR-V1-0/rxgr-6rf2', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1031,data.nasa.gov,x4xv-v6qf,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/x4xv-v6qf', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:06:46.000Z', u'id': u'x4xv-v6qf', u'createdAt': u'2018-06-26T06:48:17.000Z', u'description': u'The Cassini Radio Science Titan Bistatic and Occultation Experiment (TBOC2) Raw Data Archive is a time-ordered collection of radio science raw data acquired on May 20, 2006, during the Tour subphase of the Cassini mission.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:06:46.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CASSINI RSS RAW DATA SET - TBOC2 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:48:17.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-ssa-rss-1-tboc2-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-SSA-RSS-1-TBOC2-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-ssa-rss-1-tboc2-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'cassini-huygens', u'titan'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-RSS-RAW-DATA-SET-TBOC2-V1-0/x4xv-v6qf', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1032,data.nasa.gov,bg6s-kh9m,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,102,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/bg6s-kh9m', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:19:32.000Z', u'id': u'bg6s-kh9m', u'createdAt': u'2018-06-25T20:45:35.000Z', u'description': u'Carbon dioxide (CO2) is an important greenhouse gas released through natural processes such as respiration and volcano eruptions and through huma activities such as deforestation and burning fossil fuels. AIRS is the Atmospheric InfraRed Sounder, AIRS, was launched aboard the Aqua Spacecraft in 2002 as part of NASA\u2019s Earth Observing System Afternoon Constellation of satellites known as the \u2018A-Train\u2019.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:19:32.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'randal.k.jackson@jpl.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Monthly Carbon Dioxide in Troposphere (AIRS on AQUA)', u'columns_field_name': [], u'page_views': {u'page_views_total': 102, u'page_views_last_week_log': 2.0, u'page_views_last_week': 3, u'page_views_last_month_log': 2.0, u'page_views_total_log': 6.6865005271832185, u'page_views_last_month': 3}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:45:35.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:randal.k.jackson@jpl.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2002-01-01/2012-01-01', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'global', u'key': u'Common-Core_Geographic-Coverage'}, {u'value': u'NASA-0000044', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Randal Jackson', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000044', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'electricity', u'arctic sea ice', u'apps', u'news', u'land ice', u'geodetics', u'ephemerides', u'carbon dioxide', u'climate', u'waves', u'radar'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Monthly-Carbon-Dioxide-in-Troposphere-AIRS-on-AQUA/bg6s-kh9m', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1033,data.nasa.gov,6bvb-dkat,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,50,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/6bvb-dkat', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:08:32.000Z', u'id': u'6bvb-dkat', u'createdAt': u'2018-06-25T20:40:41.000Z', u'description': u'Tiny solid and liquid particles suspended in the atmosphere are called aerosols. Windblown dust, sea salts, volcanic ash, smoke from wildfires, and pollution from factories are all examples of aerosols. Depending upon their size, type, and location, aerosols can either cool the surface, or warm it. They can help clouds to form, or they can inhibit cloud formation. And if inhaled, some aerosols can be harmful to people\u2019s health.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:08:32.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'charles.m.ichoku@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Earth Observatory Aerosol Optical Depth', u'columns_field_name': [], u'page_views': {u'page_views_total': 50, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 5.672425341971496, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:40:41.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:charles.m.ichoku@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2005-01-01/2013-01-01', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'Earth', u'key': u'Common-Core_Geographic-Coverage'}, {u'value': u'NASA-0000032', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'http://earthobservatory.nasa.gov/', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Charles Ichoku', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000032', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'depth', u'optical', u'aerosol', u'earth science'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Earth-Observatory-Aerosol-Optical-Depth/6bvb-dkat', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1034,data.nasa.gov,yk9g-h38b,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/yk9g-h38b', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T03:28:49.000Z', u'id': u'yk9g-h38b', u'createdAt': u'2018-06-26T06:21:56.000Z', u'description': u'This dataset contains Raw clear-filter, C2, CN, OH and dust continuum images of comet C/Garradd (2009 P1) acquired by the Medium Resolution Visible CCD (MRI) from 20 February through 09 April 2012 during the Cruise 3 phase of the EPOXI mission.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T03:28:49.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'EPOXI C/GARRADD (2009 P1) - MRI RAW IMAGES V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:21:56.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dif-c-mri-2-epoxi-garradd-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DIF-C-MRI-2-EPOXI-GARRADD-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dif-c-mri-2-epoxi-garradd-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'epoxi', u'c/garradd (2009 p1)'], u'categories': [u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/EPOXI-C-GARRADD-2009-P1-MRI-RAW-IMAGES-V1-0/yk9g-h38b', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1035,data.nasa.gov,ntuk-3ekb,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,23,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ntuk-3ekb', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-08-02T15:25:00.000Z', u'id': u'ntuk-3ekb', u'createdAt': u'2018-06-26T06:11:32.000Z', u'description': u""This dataset represents multiple products archived at the Land Processes DAAC for ASTER (Advanced Spaceborne Thermal Emission and Reflection Radiometer) aboard the Terra satellite. This dataset is provided by NASA EOSDIS as a single point of entry for this suite of products. The provided access URL is link to EOSDIS's Earthdata Search tool with a pre-populated query that will bring up all products archived by EOSDIS with imagery provided by the ASTER instrument."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-08-02T15:25:00.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'pdaac@usgs.gov', u'download_count': 0, u'columns_description': [], u'name': u'Advanced Spaceborne Thermal Emission and Reflection Radiometer (ASTER)', u'columns_field_name': [], u'page_views': {u'page_views_total': 23, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 4.584962500721157, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:11:32.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:lpdaac@usgs.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://lpdaac.usgs.gov/lpdaac/products/aster_product_table'], u'key': u'Common-Core_References'}, {u'value': u'-180.0, -90.0, 180.0, 90.0', u'key': u'Common-Core_Geographic-Coverage'}, {u'value': u'ASTER_NASA_EOSDIS_LPDAAC', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'EOSDIS', u'key': u'Common-Core_Publisher'}, {u'value': [u'geospatial'], u'key': u'Common-Core_Theme'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'LP DAAC User Services', u'key': u'Common-Core_Contact-Name'}, {u'value': u'ASTER_NASA_EOSDIS_LPDAAC', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'imagery theme', u'national geospatial data asset', u'ngda', u'visible wavelengths', u'infrared wavelengths', u'spectral/engineering', u'earth science'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Advanced-Spaceborne-Thermal-Emission-and-Reflectio/ntuk-3ekb', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1036,data.nasa.gov,diig-g8eg,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,20,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/diig-g8eg', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:23:19.000Z', u'id': u'diig-g8eg', u'createdAt': u'2018-06-26T06:21:36.000Z', u'description': u""The gravitational signature of the Moon was determined from velocity perturbations of the Clementine spacecraft as measured from the Doppler shift of the S-band radio tracking signal. Clementine was tracked by NASA's Deep Space Network (DSN) at Goldstone, California, Canberra, Australia, Madrid, Spain, as well as by the Pomonkey, Maryland, tracking station operated by the Naval Research Laboratory. The tracking data were used to determine the Clementine orbit about the Moon, as well as the lunar gravity field [ZUBERETAL1994]. A detailed description of how the Clementine orbits were computed and an assessment of their quality can be found in [LEMOINEETAL1995B]."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:23:19.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CLEM1 LUNAR GRAVITY V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 20, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.392317422778761, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:21:36.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.clem1-l-rss-5-gravity-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CLEM1-L-RSS-5-GRAVITY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.clem1-l-rss-5-gravity-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'moon', u'deep space program science experiment'], u'categories': [u'infrastructure'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CLEM1-LUNAR-GRAVITY-V1-0/diig-g8eg', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1037,data.nasa.gov,i5cu-m763,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,41,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/i5cu-m763', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:35:03.000Z', u'id': u'i5cu-m763', u'createdAt': u'2018-06-26T06:58:48.000Z', u'description': u'The Mars Global Surveyor spacecraft includes a laser altimeter instrument. The primary objective of the Mars Orbiter Laser Altimeter (MOLA) is to determine globally the topography of Mars at a level suitable for addressing problems in geology and geophysics. The MOLA Experiment Gridded Data Record (EGDR) is a topographic map of Mars based on altimetry data acquired by the MOLA instrument and accumulated over the course of the mission. The Mission Experiment Gridded Data Record (MEGDR), consists of data accumulated over the whole primary mission.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:35:03.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MOLA MISSION EXPERIMENT GRIDDED DATA RECORD', u'columns_field_name': [], u'page_views': {u'page_views_total': 41, u'page_views_last_week_log': 1.5849625007211563, u'page_views_last_week': 2, u'page_views_last_month_log': 2.0, u'page_views_total_log': 5.392317422778761, u'page_views_last_month': 3}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:58:48.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgs-m-mola-5-megdr-l3-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MGS-M-MOLA-5-MEGDR-L3-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mgs-m-mola-5-megdr-l3-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'mars global surveyor'], u'categories': [u'public safety'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MOLA-MISSION-EXPERIMENT-GRIDDED-DATA-RECORD/i5cu-m763', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1038,data.nasa.gov,bm7w-3qsm,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,20,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/bm7w-3qsm', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:25:10.000Z', u'id': u'bm7w-3qsm', u'createdAt': u'2018-06-26T06:53:31.000Z', u'description': u'Mars Pathfinder bounced down and rolled to a stop on the surface of Mars on July 4, 1997. It landed in an ancient floodplain in the Ares Vallis region of Chryse Planitia at 19.17 degrees North latitude, and 33.21 degrees West longitude. (See below for details.)', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:25:10.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MPF LANDER MARS IMAGER FOR MARS PATHFINDER 2 EDR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 20, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.392317422778761, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:53:31.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mpfl-m-imp-2-edr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MPFL-M-IMP-2-EDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mpfl-m-imp-2-edr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'sky', u'mars', u'calimg', u'mars pathfinder', u'deimos', u'phobos', u'unknown', u'altair', u'sun', u'vega', u'arcturus'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MPF-LANDER-MARS-IMAGER-FOR-MARS-PATHFINDER-2-EDR-V/bm7w-3qsm', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1039,data.nasa.gov,vqb8-588u,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,20,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/vqb8-588u', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:12:24.000Z', u'id': u'vqb8-588u', u'createdAt': u'2018-06-26T07:10:33.000Z', u'description': u'Spaceflight imposes numerous adaptive challenges for terrestrial life. The reduction in gravity or microgravity represents a novel environment that can disrupt homeostasis of many physiological processes. Additionally it is becoming increasingly clear that an organism s microbiome is critical for host health and examining its resiliency in microgravity represents a new frontier for space biology research. In this study we examine the impact of microgravity on the interactions between the squid Euprymna scolopes and its beneficial symbiont Vibrio fischeri which form a highly specific binary mutualism. First animals inoculated with V. fischeri aboard the space shuttle showed effective colonization of the host light organ the site of the symbiosis during spaceflight. Second RNA-Seq analysis of squid exposed to modeled microgravity conditions exhibited extensive differential gene expression in the presence and absence of the symbiotic partner. Transcriptomic analyses revealed in the absence of the symbiont during modeled microgravity there was an enrichment of genes and pathways associated with the innate immune and oxidative stress response. The results suggest that V. fischeri may help modulate the host stress responses under modeled microgravity. This study provides a window into the adaptive responses that the host animal and its symbiont use during modeled microgravity.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:12:24.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Effect of microgravity on an animal-bacteria symbiosis', u'columns_field_name': [], u'page_views': {u'page_views_total': 20, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.392317422778761, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:10:33.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-119', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-119', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'library construction', u'simulated microgravity', u'sequence analysis data transformation', u'nucleic acid sequencing', u'nucleic acid extraction', u'sample collection'], u'categories': [u'environment', u'social services', u'public safety'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Effect-of-microgravity-on-an-animal-bacteria-symbi/vqb8-588u', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1040,data.nasa.gov,uesc-2vtj,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,23,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/uesc-2vtj', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:28:14.000Z', u'id': u'uesc-2vtj', u'createdAt': u'2018-06-26T06:22:44.000Z', u'description': u'The Asteroid Photometric Catalog (3rd update), Lagerkvist, et.al., 1993 [LAGERKVISTETAL1993], is a compilation of all asteroid lightcurve photometry published up to and including the year 1992. The dataset includes the lightcurves in digital form and a table of references to all original publications.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:28:14.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ASTEROID PHOTOMETRIC CATALOG V1.1', u'columns_field_name': [], u'page_views': {u'page_views_total': 23, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 4.584962500721157, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:22:44.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-3-ddr-apc-lightcurve-v1.1', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-3-DDR-APC-LIGHTCURVE-V1.1', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-3-ddr-apc-lightcurve-v1.1', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'945 barcelona', u'1 ceres', u'10 hygiea', u'100 hekate', u'101 helena', u'1012 sarema', u'1013 tombecka', u'1018 arnolda', u'102 miriam', u'1029 la plata', u'103 hera', u'1036 ganymed', u'104 klymene', u'105 artemis', u'1057 wanda', u'1058 grubba', u'106 dione', u'1062 ljuba', u'1063 aquilegia', u'1067 lunaria', u'1068 nofretete', u'107 camilla', u'1076 viola', u'1079 mimosa', u'1084 tamariwa', u'109 felicitas', u'1090 sumida', u'1092 lilium', u'1095 tulipa', u'11 parthenope', u'110 lydia', u'111 ate', u'1111 reinmuthia', u'1112 polonia', u'1129 neujmina', u'113 amalthea', u'1137 raissa', u'1139 atami', u'114 kassandra', u'1143 odysseus', u'1149 volga', u'115 thyra', u'1159 granada', u'116 sirona', u'1167 dubiago', u'1168 brandia', u'1173 anchises', u'1178 irmela', u'118 peitho', u'1180 rita', u'1186 turnera', u'11868 kleinrichert', u'119 althaea', u'1192 prisma', u'1196 sheba', u'1197 rhodesia', u'12 victoria', u'120 lachesis', u'1207 ostenia', u'121 hermione', u'1210 morosovia', u'1212 francette', u'1219 britta', u'1220 crocus', u'1223 neckar', u'1224 fantasia', u'123 brunhild', u'1234 elyna', u'1236 thais', u'1237 genevieve', u'124 alkeste', u'1240 centenaria', u'1245 calvinia', u'125 liberatrix', u'1250 galanthus', u'1256 normannia', u'1257 mora', u'1259 ogyalla', u'126 velleda', u'1262 sniadeckia', u'1267 geertruida', u'1279 uganda', u'128 nemesis', u'1284 latvia', u'1288 santa', u'1289 kutaissi', u'129 antigone', u'1291 phryne', u'13 egeria', u'130 elektra', u'13014 hasslacher', u'1305 pongola', u'1317 silvretta', u'132 aethra', u'1321 majuba', u'1322 coppernicus', u'133 cyrene', u'1331 solvejg', u'1337 gerarda', u'134 sophrosyne', u'1346 gotha', u'135 hertha', u'1350 rosselia', u'136 austria', u'1362 griqua', u'1366 piccolo', u'1368 numidia', u'292 ludovica', u'2952 lilliputia', u'3 juno', u'30 urania', u'302 clarissa', u'304 olga', u'306 unitas', u'3063 makhaon', u'308 polyxo', u'31 euphrosyne', u'3102 krok', u'3103 eger', u'311 claudia', u'313 chaldaea', u'3169 ostro', u'317 roxane', u'3199 nefertiti', u'32 pomona', u'321 florentina', u'322 phaeo', u'323 brucia', u'324 bamberga', u'325 heidelberga', u'3254 bus', u'326 tamara', u'3268 de sanctis', u'329 svea', u'33 polyhymnia', u'3317 paris', u'332 siri', u'334 chicago', u'335 roberta', u'336 lacadiera', u'3361 orpheus', u'337 devosa', u'338 budrosa', u'34 circe', u'340 eduarda', u'343 ostara', u'344 desiderata', u'345 tercidina', u'346 hermentaria', u'347 pariana', u'349 dembowska', u'35 leukothea', u'352 gisela', u'3536 schleicher', u'354 eleonora', u'3540 protesilaos', u'3551 verenia', u'3552 don quixote', u'356 liguria', u'357 ninina', u'359 georgia', u'36 atalante', u'360 carlova', u'361 bononia', u'362 havnia', u'363 padua', u'364 isara', u'3651 friedman', u'3671 dionysus', u'3686 antoku', u'369 aeria', u'37 fides', u'372 palma', u'3737 beckman', u'375 ursula', u'376 geometria', u'377 campania', u'379 huenna', u'38 leda', u'381 myrrha', u'382 dodona', u'383 janina', u'385 ilmatar', u'386 siegena', u'387 aquitania', u'388 charybdis', u'389 industria', u'39 laetitia', u'3908 nyx', u'393 lampetia', u'394 arduina', u'396 aeolia', u'397 vienna', u'4 vesta', u'40 harmonia', u'4015 wilson-harrington', u'404 arsinoe', u'405 thia', u'407 arachne', u'409 aspasia', u'41 daphne', u'410 chloris', u'412 elisabetha', u'416 vaticana', u'417 suevia', u'418 alemannia', u'419 aurelia', u'42 isis', u'420 bertholda', u'422 berolina', u'423 diotima', u'429 lotis', u'43 ariadne', u'431 nephele', u'432 pythia', u'433 eros', u'434 hungaria', u'435 ella', u'437 rhodia', u'439 ohio', u'44 nysa', u'441 bathilde', u'4432 mcgraw-hill', u'444 gyptis', u'449 hamburga', u'45 eugenia', u'451 patientia', u'454 mathesis', u'458 hercynia', u'459 signe', u'46 hestia', u'462 eriphyla', u'464 megaira', u'4659 roddenberry', u'468 lina', u'47 aglaja', u'470 kilia', u'471 papagena', u'476 hedwig', u'478 tergeste', u'48 doris', u'482 petrina', u'483 seppina', u'484 pittsburghia', u'485 genua', u'487 venetia', u'488 kreusa', u'489 comacina', u'49 pales', u'4924 hiltner', u'495 eulalia', u'497 iva', u'498 tokio', u'5 astraea', u'50 virginia', u'501 urhixidur', u'502 sigune', u'504 cora', u'505 cava', u'5080 oja', u'51 nemausa', u'510 mabella', u'511 davida', u'512 taurinensis', u'513 centesima', u'514 armida', u'5145 pholus', u'516 amherstia', u'517 edith', u'519 sylvania', u'52 europa', u'520 franziska', u'521 brixia', u'528 rezia', u'529 preziosa', u'53 kalypso', u'532 herculina', u'534 nassovia', u'537 pauly', u'5370 taranis', u'539 pamina', u'54 alexandra', u'545 messalina', u'55 pandora', u'550 senta', u'554 peraga', u'556 phyllis', u'558 carmen', u'56 melete', u'560 delila', u'562 salome', u'563 suleika', u'566 stereoskopia', u'568 cheruskia', u'57 mnemosyne', u'support archives', u'137 meliboea', u'1379 lomonosowa', u'138 tolosa', u'1389 onnie', u'139 juewa', u'1392 pierre', u'1397 umtata', u'14 irene', u'140 siwa', u'1404 ajax', u'141 lumen', u'1416 renauxa', u'143 adria', u'1434 margot', u'1437 diomedes', u'144 vibilia', u'145 adeona', u'146 lucina', u'1468 zomba', u'147 protogeneia', u'1478 vihuri', u'148 gallia', u'1481 tubingia', u'1482 sebastiana', u'14827 hypnos', u'149 medusa', u'15 eunomia', u'150 nuwa', u'1504 lappeenranta', u'151 abundantia', u'1513 matra', u'152 atala', u'1522 kokkola', u'1523 pieksamaki', u'153 hilda', u'1533 saimaa', u'154 bertha', u'1556 wingolfia', u'156 xanthippe', u'1562 gondolatsch', u'1566 icarus', u'1576 fabiola', u'158 koronis', u'1580 betulia', u'1583 antilochus', u'1584 fuji', u'1585 union', u'159 aemilia', u'1590 tsiolkovskaja', u'1593 fagnes', u'16 psyche', u'1604 tombaugh', u'1609 brenda', u'161 athor', u'1615 bardwell', u'161989 cacus', u'162 laurentia', u'1620 geographos', u'1627 ivar', u'1628 strobel', u'163 erigone', u'164 eva', u'1641 tana', u'1644 rafita', u'1646 rosseland', u'165 loreley', u'1665 gaby', u'167 urda', u'1670 minnaert', u'1672 gezelle', u'1674 groeneveld', u'1685 toro', u'1687 glarona', u'1689 floris-jan', u'169 zelia', u'1693 hertzsprung', u'17 thetis', u'1709 ukraina', u'171 ophelia', u'1715 salli', u'172 baucis', u'1722 goffin', u'1723 klemola', u'1727 mette', u'173 ino', u'174 phaedra', u'1742 schaifers', u'1743 schmidt', u'1753 mieke', u'1757 porvoo', u'1759 kienle', u'1772 gagarin', u'178 belisana', u'1780 kippes', u'1789 dobrovolsky', u'179 klytaemnestra', u'1793 zoya', u'18 melpomene', u'181 eucharis', u'182 elsa', u'183 istria', u'184 dejopeja', u'185 eunike', u'186 celuta', u'1862 apollo', u'1863 antinous', u'1864 daedalus', u'1865 cerberus', u'189 phthia', u'1892 lucienne', u'19 fortuna', u'190 ismene', u'1902 shaposhnikov', u'1915 quetzalcoatl', u'1917 cuyo', u'192 nausikaa', u'1928 summa', u'194 prokne', u'1941 wild', u'1943 anteros', u'1946 walraven', u'1951 lick', u'1957 angara', u'196 philomela', u'1960 guisan', u'197 arete', u'1972 yi xing', u'2 pallas', u'20 massalia', u'200 dynamene', u'201 penelope', u'2017 wesson', u'203 pompeja', u'204 kallisto', u'206 hersilia', u'2060 chiron', u'2061 anza', u'2064 thomsen', u'2072 kosmodemyanskaya', u'208 lacrimosa', u'2088 sahlia', u'209 dido', u'21 lutetia', u'2100 ra-shalom', u'2109 dhotel', u'211 isolda', u'2113 ehrdni', u'213 lilaea', u'214 aschera', u'2156 kate', u'2159 kukkamaki', u'216 kleopatra', u'2167 erin', u'218 bianca', u'219 thusnelda', u'22 kalliope', u'2201 oljato', u'221 eos', u'222 lucia', u'224 oceana', u'225 henrietta', u'226 weringia', u'23 thalia', u'230 athamantis', u'2317 galya', u'233 asterope', u'2339 anacreon', u'234 barbara', u'235 carolina', u'236 honoria', u'2363 cebriones', u'238 hypatia', u'24 themis', u'241 germania', u'243 ida', u'245 vera', u'246 asporina', u'247 eukrate', u'248 lameia', u'249 ilse', u'25 phocaea', u'250 bettina', u'254 augusta', u'255 oppavia', u'258 tyche', u'259 aletheia', u'26 proserpina', u'2608 seneca', u'261 prymno', u'263 dresda', u'264 libussa', u'267 tirza', u'2674 pandarus', u'268 adorea', u'2687 tortali', u'269 justitia', u'27 euterpe', u'270 anahita', u'273 atropos', u'2744 birgitta', u'277 elvira', u'279 thule', u'2797 teucer', u'28 bellona', u'280 philia', u'281 lucretia', u'282 clorinde', u'283 emma', u'2830 greenwich', u'284 amalia', u'287 nephthys', u'288 glauke', u'289 nenetta', u'2895 memnon', u'29 amphitrite', u'291 alice', u'5761 andreivanov', u'579 sidonia', u'5797 bivoj', u'58 concordia', u'584 semiramis', u'588 achilles', u'59 elpis', u'590 tomyris', u'591 irmgard', u'593 titania', u'594 mireille', u'599 luisa', u'6 hebe', u'60 echo', u'600 musa', u'602 marianna', u'606 brangane', u'61 danae', u'618 elfriede', u'619 triberga', u'62 erato', u'621 werdandi', u'622 esther', u'624 hektor', u'628 christine', u'63 ausonia', u'631 philippina', u'632 pyrrha', u'639 latona', u'64 angelina', u'641 agnes', u'644 cosima', u'645 agrippina', u'65 cybele', u'653 berenike', u'654 zelinda', u'657 gunlod', u'658 asteria', u'659 nestor', u'66 maja', u'660 crescentia', u'67 asia', u'674 rachele', u'675 ludmilla', u'677 aaltje', u'678 fredegundis', u'679 pax', u'68 leto', u'683 lanzia', u'684 hildburg', u'688 melanie', u'69 hesperia', u'690 wratislavia', u'692 hippodamia', u'694 ekard', u'695 bella', u'699 hela', u'7 iris', u'70 panopaea', u'700 auravictrix', u'702 alauda', u'704 interamnia', u'7041 nantucket', u'705 erminia', u'709 fringilla', u'71 niobe', u'712 boliviana', u'714 ulula', u'716 berkeley', u'72 feronia', u'720 bohlinia', u'721 tabora', u'726 joella', u'73 klytia', u'733 mocia', u'736 harvard', u'737 arequipa', u'739 mandeville', u'74 galatea', u'746 marlu', u'747 winchester', u'75 eurydike', u'751 faina', u'753 tiflis', u'7550 woolum', u'76 freia', u'766 moguntia', u'77 frigga', u'771 libera', u'775 lumiere', u'776 berbericia', u'778 theobalda', u'779 nina', u'78 diana', u'783 nora', u'785 zwetana', u'79 eurynome', u'790 pretoria', u'792 metcalfia', u'796 sarita', u'798 ruth', u'8 flora', u'80 sappho', u'800 kressmannia', u'8013 gordonmoore', u'804 hispania', u'807 ceraskia', u'81 terpsichore', u'811 nauheima', u'814 tauris', u'82 alkmene', u'83 beatrix', u'832 karin', u'838 seraphina', u'8395 rembaut', u'84 klio', u'841 arabella', u'846 lipperta', u'849 ara', u'85 io', u'850 altona', u'852 wladilena', u'853 nansenia', u'856 backlunda', u'8589 stellaris', u'86 semele', u'863 benkoela', u'87 sylvia', u'870 manto', u'873 mechthild', u'876 scott', u'877 walkure', u'88 thisbe', u'887 alinda', u'89 julia', u'9 metis', u'900 rosalinde', u'905 universitas', u'908 buda', u'91 aegina', u'911 agamemnon', u'914 palisana', u'916 america', u'92 undina', u'925 alphonsina', u'93 minerva', u'939 isberga', u'94 aurora', u'940 kordula', u'944 hidalgo', u'95 arethusa', u'951 gaspra', u'952 caia', u'96 aegle', u'97 klotho', u'974 lioba', u'98 ianthe', u'980 anacostia', u'984 gretia', u'987 wallia', u'99 dike', u'994 otthild', u'995 sternberga', u'asteroid', u'asteroid 10475', u'asteroid 11457', u'asteroid 129442', u'asteroid 12989', u'asteroid 14761', u'asteroid 16382', u'asteroid 17383', u'asteroid 20749', u'asteroid 23429', u'asteroid 29196', u'asteroid 30762', u'asteroid 32755', u'asteroid 37546', u'asteroid 3757', u'asteroid 5646', u'asteroid 58119', u'asteroid 6178', u'asteroid 8252', u'asteroid 8253', u'asteroid 8794', u'asteroid 8796', u'asteroid 9286', u'asteroid 9527', u'asteroid 9723', u'asteroid 99980'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ASTEROID-PHOTOMETRIC-CATALOG-V1-1/uesc-2vtj', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1041,data.nasa.gov,jgec-nnuv,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,20,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/jgec-nnuv', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:29:36.000Z', u'id': u'jgec-nnuv', u'createdAt': u'2018-06-26T06:57:01.000Z', u'description': u'We present data tables giving basic orbital and physical parameters for well-observed or suspected binary/multiple minor planets and the Pluto system, based on a literature review. In total 194 companions in 183 systems are included. Listed data include: minor planet number, name, provisional designation, and dynamical type; heliocentric orbit semimajor axis, eccentricity, and inclination; primary and secondary diameter; primary spin period and albedo; companion orbit semimajor axis and orbital period; system mass and density; secondary designation; discovery method and year of announcement; and year of last update. This data set is complete for binary/multiple components reported through 31 March 2010.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:29:36.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'BINARY MINOR PLANETS V3.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 20, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 4.392317422778761, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:57:01.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-compil-5-binmp-v3.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-COMPIL-5-BINMP-V3.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-compil-5-binmp-v3.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'asteroid', u'support archives'], u'categories': [u'environment'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/BINARY-MINOR-PLANETS-V3-0/jgec-nnuv', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1042,data.nasa.gov,tcy5-7p8s,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,20,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/tcy5-7p8s', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:49:36.000Z', u'id': u'tcy5-7p8s', u'createdAt': u'2018-06-26T07:01:11.000Z', u'description': u'A seven-year radar survey of meteor showers has been carried out with the Canadian Meteor Orbit Radar (CMOR) from 2002-2008 (Brown et al. 2008, 2010). This survey resulted in the unambiguous detection and orbital characterization of 109 major and minor meteor showers. This data set includes a list of the detected meteor showers along with their orbital parameters.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:49:36.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CMOR METEOROID STREAM SURVEY V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 20, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.392317422778761, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:01:11.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-i0688-5-cmormetorb-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-I0688-5-CMORMETORB-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-i0688-5-cmormetorb-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'support archives', u'meteoroid'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CMOR-METEOROID-STREAM-SURVEY-V2-0/tcy5-7p8s', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1043,data.nasa.gov,x9pe-e7cg,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,13,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/x9pe-e7cg', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:10:26.000Z', u'id': u'x9pe-e7cg', u'createdAt': u'2018-06-26T06:44:47.000Z', u'description': u'This data set presents the photometry of comet 1P/Halley collected by the International Halley Watch (IHW) Infrared Studies Network (IRSN) over the period September 1984 to April 1988. Version 2 includes data submitted after the initial archive generation.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:10:26.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'IHW COMET HALLEY INFRARED PHOTOMETRY, V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 13, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.8073549220576037, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:44:47.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ihw-c-irphot-3-rdr-halley-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=IHW-C-IRPHOT-3-RDR-HALLEY-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ihw-c-irphot-3-rdr-halley-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'international halley watch', u'1p/halley 1 (1682 q1)'], u'categories': [u'social services'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/IHW-COMET-HALLEY-INFRARED-PHOTOMETRY-V2-0/x9pe-e7cg', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1044,data.nasa.gov,ubwi-t7ha,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ubwi-t7ha', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:55:39.000Z', u'id': u'ubwi-t7ha', u'createdAt': u'2018-06-26T07:03:14.000Z', u'description': u'This data set includes the complete set of SPICE data for one NEAR mission phase in the form of SPICE kernels, which can be accessed using SPICE software available to read these files.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:55:39.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'NEAR SPICE KERNELS EROS/FLY/BY', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:03:14.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-spice-6-eros-fly-by-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NEAR-A-SPICE-6-EROS%2FFLY%2FBY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-spice-6-eros-fly-by-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'near earth asteroid rendezvous', u'eros'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEAR-SPICE-KERNELS-EROS-FLY-BY/ubwi-t7ha', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1045,data.nasa.gov,w8pz-bsex,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,8,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/w8pz-bsex', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:06:13.000Z', u'id': u'w8pz-bsex', u'createdAt': u'2018-06-26T06:39:50.000Z', u'description': u'This data set is a collection of 3-micron spectra of 33 asteroids and Phobos and Deimos obtained by Andy Rivkin and collaborators. Nearly all these data have been published.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:06:13.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'RIVKIN THREE MICRON ASTEROID DATA V3.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 8, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.1699250014423126, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:39:50.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-3-rdr-rivkin-three-micron-v3.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-3-RDR-RIVKIN-THREE-MICRON-V3.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-3-rdr-rivkin-three-micron-v3.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'55 pandora', u'phobos', u'deimos', u'mathilde', u'eros', u'asteroid', u'92 undina', u'857 glasenappia', u'849 ara', u'796 sarita', u'785 zwetana', u'771 libera', u'77 frigga', u'758 mancunia', u'75 eurydike', u'64 angelina', u'620 drakonia', u'572 rebekka', u'50 virginia', u'497 iva', u'44 nysa', u'369 aeria', u'359 georgia', u'337 devosa', u'22 kalliope', u'216 kleopatra', u'21 lutetia', u'201 penelope', u'184 dejopeja', u'161 athor', u'16 psyche', u'136 austria', u'135 hertha', u'129 antigone', u'125 liberatrix', u'110 lydia', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/RIVKIN-THREE-MICRON-ASTEROID-DATA-V3-0/w8pz-bsex', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1046,data.nasa.gov,fg4u-ndgs,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/fg4u-ndgs', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:36:23.000Z', u'id': u'fg4u-ndgs', u'createdAt': u'2018-06-26T06:27:22.000Z', u'description': u'This data set includes names, designations, and discovery circumstances for the asteroids numbered as of April 20, 2008.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:36:23.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ASTEROID NAMES AND DISCOVERY V12.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:27:22.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-astnames-discovery-v12.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-5-DDR-ASTNAMES-DISCOVERY-V12.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-astnames-discovery-v12.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'asteroid', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ASTEROID-NAMES-AND-DISCOVERY-V12-0/fg4u-ndgs', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1047,data.nasa.gov,9h8a-dbyg,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/9h8a-dbyg', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T22:41:47.000Z', u'id': u'9h8a-dbyg', u'createdAt': u'2018-06-25T20:46:42.000Z', u'description': u'A catalog of NASA images and animations of our home planet.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T22:41:47.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'Charles.Ichoku@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Visible Earth', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 2.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 3}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:46:42.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:Charles.Ichoku@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'NASA-0000115', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'http://visibleearth.nasa.gov/', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Charles Ichoku', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000115', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'earth science', u'animation', u'visualization', u'imagery', u'gcmd'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Visible-Earth/9h8a-dbyg', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1048,data.nasa.gov,2ycb-fdvi,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,12,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/2ycb-fdvi', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:57:04.000Z', u'id': u'2ycb-fdvi', u'createdAt': u'2018-06-26T07:07:35.000Z', u'description': u'Abstract ======== This data set consists of the MESSENGER XRS reduced data record (RDR) footprints which are derived from the navigational meta-data for each calibrated data record (CDR) whose FOV_STATUS is 1 or 3; that is, when the field of view intersects the planet and is either partially or entirely sunlit. Each XRS observation results in four X-ray spectra. When an X-ray interacts with one of the four detectors, a charge or voltage pulse is generated. This signal is converted into one of 2^8 (256) channels, which are correlated to energy. Over a commanded integration time period a histogram of counts as a function of energy (channel number) is recorded. The EDRs are the number of events in each channel of the four detectors accumulated over the integration period. Channels above or below the useful energy range of the detectors are not transmitted. The result is three 244-channel GPC histograms and one 231-channel solar monitor histogram, each of which is designated as a single X-ray spectrum. Each observation is calibrated and processed into the CDR data set. For each CDR whose field of view is contained or partially contained on the planetary surface, a footprint is computed that corresponds to the perimeter of the planetary region within the instrument field of view during the integration time of the observation.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:57:04.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'MESSENGER H XRS 5 REDUCED DATA RECORD\n (RDR) FOOTPRINTS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 12, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.700439718141092, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:07:35.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mess-h-xrs-5-rdr-footprints-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MESS-H-XRS-5-RDR-FOOTPRINTS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mess-h-xrs-5-rdr-footprints-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'messenger', u'mercury'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MESSENGER-H-XRS-5-REDUCED-DATA-RECORD-RDR-FOOTPRIN/2ycb-fdvi', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1049,data.nasa.gov,2y52-kdhm,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/2y52-kdhm', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:30:26.000Z', u'id': u'2y52-kdhm', u'createdAt': u'2018-06-26T06:23:59.000Z', u'description': u""This data set includes the complete set of Deep Impact SPICE data files (``kernel files''), which can be accessed using SPICE software. The SPICE data contains geometric and other ancillary information needed to recover the full value of the science instrument data. In particular SPICE kernels provide spacecraft and planetary ephemerides, instrument mounting alignments, spacecraft orientation, spacecraft sequences of events, and data needed for relevant time conversions."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:30:26.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'DEEP IMPACT SPICE KERNELS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:23:59.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.di-c-spice-6-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DI-C-SPICE-6-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.di-c-spice-6-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'9p/tempel 1 (1867 g1)', u'deep impact'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/DEEP-IMPACT-SPICE-KERNELS-V1-0/2y52-kdhm', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1050,data.nasa.gov,mxdc-ryv5,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/mxdc-ryv5', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:56:19.000Z', u'id': u'mxdc-ryv5', u'createdAt': u'2018-06-26T07:03:32.000Z', u'description': u'52-color IR Spectra of Numbered Asteroids.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:56:19.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'52 COLOR ASTEROID SURVEY V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:03:32.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-rdr-3-52color-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-RDR-3-52COLOR-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-rdr-3-52color-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'584 semiramis', u'10 hygiea', u'101 helena', u'103 hera', u'1036 ganymed', u'1056 azalea', u'106 dione', u'11 parthenope', u'113 amalthea', u'114 kassandra', u'115 thyra', u'116 sirona', u'12 victoria', u'1219 britta', u'13 egeria', u'130 elektra', u'135 hertha', u'138 tolosa', u'145 adeona', u'15 eunomia', u'152 atala', u'153 hilda', u'16 psyche', u'1627 ivar', u'18 melpomene', u'1866 sisyphus', u'19 fortuna', u'2 pallas', u'20 massalia', u'21 lutetia', u'218 bianca', u'22 kalliope', u'221 eos', u'233 asterope', u'235 carolina', u'241 germania', u'246 asporina', u'25 phocaea', u'258 tyche', u'26 proserpina', u'264 libussa', u'267 tirza', u'27 euterpe', u'270 anahita', u'289 nenetta', u'29 amphitrite', u'3 juno', u'308 polyxo', u'31 euphrosyne', u'317 roxane', u'32 pomona', u'324 bamberga', u'33 polyhymnia', u'336 lacadiera', u'346 hermentaria', u'349 dembowska', u'352 gisela', u'354 eleonora', u'3551 verenia', u'356 liguria', u'364 isara', u'367 amicitia', u'368 haidea', u'37 fides', u'376 geometria', u'379 huenna', u'385 ilmatar', u'387 aquitania', u'389 industria', u'39 laetitia', u'4 vesta', u'40 harmonia', u'42 isis', u'422 berolina', u'43 ariadne', u'431 nephele', u'44 nysa', u'446 aeternitas', u'46 hestia', u'476 hedwig', u'5 astraea', u'511 davida', u'521 brixia', u'532 herculina', u'554 peraga', u'57 mnemosyne', u'704 interamnia', u'59 elpis', u'6 hebe', u'6063 jason', u'63 ausonia', u'ceres', u'asteroid', u'980 anacostia', u'96 aegle', u'support archives', u'92 undina', u'9 metis', u'89 julia', u'863 benkoela', u'86 semele', u'639 latona', u'64 angelina', u'849 ara', u'823 sisigambis', u'82 alkmene', u'65 cybele', u'80 sappho', u'773 irmintraud', u'772 tanete', u'653 berenike', u'661 cloelia', u'67 asia', u'674 rachele', u'68 leto', u'762 pulcova', u'76 freia', u'714 ulula', u'69 hesperia', u'7 iris', u'702 alauda'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/52-COLOR-ASTEROID-SURVEY-V2-0/mxdc-ryv5', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1051,data.nasa.gov,aute-8pn9,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/aute-8pn9', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:42:27.000Z', u'id': u'aute-8pn9', u'createdAt': u'2018-06-26T06:39:03.000Z', u'description': u'This data set contains the polarimetry of asteroid 25143 Itokawa published in Cellino et al. (2005). The observations were made from June 26 through July 3, 2004 with the Torino photopolarimeter at the 2.15 m telescope of the El Leoncito Observatory in Argentina. The degree of linear polarization was measured in five filters (Johnson-Cousins UBVRI).', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:42:27.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'POLARIMETRY OF ASTEROID ITOKAWA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:39:03.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-i0066-3-itokawapol-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-I0066-3-ITOKAWAPOL-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-i0066-3-itokawapol-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'25143 itokawa', u'support archives'], u'categories': [u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/POLARIMETRY-OF-ASTEROID-ITOKAWA-V1-0/aute-8pn9', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1052,data.nasa.gov,qw43-9m97,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/qw43-9m97', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:46:44.000Z', u'id': u'qw43-9m97', u'createdAt': u'2018-06-26T07:01:42.000Z', u'description': u'This data set contains documentation for the Deep Impact Mission archive. It specifically includes documentation for the raw and reduced cruise and 9P/Tempel 1 encounter data sets (for science and navigation) as well as the laboratory thermal-vacuum data sets.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:46:44.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'DEEP IMPACT DOCUMENTATION SET V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:01:42.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.di-c-hrii-hriv-mri-its-6-doc-set-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DI-C-HRII%2FHRIV%2FMRI%2FITS-6-DOC-SET-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.di-c-hrii-hriv-mri-its-6-doc-set-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'deep impact', u'9p/tempel 1 (1867 g1)', u'calibration'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/DEEP-IMPACT-DOCUMENTATION-SET-V1-0/qw43-9m97', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1053,data.nasa.gov,b9y2-ua73,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/b9y2-ua73', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:22:52.000Z', u'id': u'b9y2-ua73', u'createdAt': u'2018-06-26T06:53:30.000Z', u'description': u'The data set lists orbital and physical properties for well-observed or suspected binary/multiple minor planets including the Pluto system, as inspired by Richardson and Walsh (2006) and similar reviews (Merline et al., 2003; Noll, 2006; Pravec et al., 2006; Pravec and Harris, 2007; Descamps and Marchis, 2008; Noll et al., 2008; Walsh, 2009). In total 242 companions in 229 systems are included. Data are presented in three tables: one for orbital and physical properties; one for companion designations, discovery information, and reference codes for data values; and one giving full references for each reference code. This data set is complete for binary/multiple components reported through 31 March 2013.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:22:52.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'BINARY MINOR PLANETS V6.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:53:30.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-compil-5-binmp-v6.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-COMPIL-5-BINMP-V6.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-compil-5-binmp-v6.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'asteroid', u'support archives'], u'categories': [u'environment'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/BINARY-MINOR-PLANETS-V6-0/b9y2-ua73', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1054,data.nasa.gov,s4xe-42um,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/s4xe-42um', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:25:25.000Z', u'id': u's4xe-42um', u'createdAt': u'2018-06-25T20:47:13.000Z', u'description': u'Cloud-Aerosol Lidar and Infrared Pathfinder Satellite Observations (CALIPSO) was launched on April 28, 2006 to study the impact of clouds and aerosols on the Earth\u2019s radiation budget and climate. It flies in formation with five other satellites in the international \u201cA-Train\u201d (PDF) constellation for coincident Earth observations. The CALIPSO satellite comprises three instruments, the Cloud-Aerosol LIdar with Orthogonal Polarization (CALIOP), the Imaging Infrared Radiometer (IIR), and the Wide Field Camera (WFC). CALIPSO is a joint satellite mission between NASA and the French Agency, CNES. These data consist 5 km aerosol layer data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:25:25.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'john.m.kusterer@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CALIPSO Lidar L2 Aerosol Layer Data V2-01', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:47:13.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:john.m.kusterer@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:004'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2006-06-13/2008-09-13', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'NASA-0000146', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'John M. Kusterer', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000146', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'radiation', u'eos', u'aerosol', u'climate', u'satellite', u'cloud', u'atmospheric science'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CALIPSO-Lidar-L2-Aerosol-Layer-Data-V2-01/s4xe-42um', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1055,data.nasa.gov,ka24-zx6b,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ka24-zx6b', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T23:26:19.000Z', u'id': u'ka24-zx6b', u'createdAt': u'2018-06-25T20:47:24.000Z', u'description': u'Cloud-Aerosol Lidar and Infrared Pathfinder Satellite Observations (CALIPSO) was launched on April 28, 2006 to study the impact of clouds and aerosols on the Earth\u2019s radiation budget and climate. It flies in formation with five other satellites in the international \u201cA-Train\u201d (PDF) constellation for coincident Earth observations. The CALIPSO satellite comprises three instruments, the Cloud-Aerosol LIdar with Orthogonal Polarization (CALIOP), the Imaging Infrared Radiometer (IIR), and the Wide Field Camera (WFC). CALIPSO is a joint satellite mission between NASA and the French Agency, CNES. These data consist 5 km aerosol layer data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T23:26:19.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'john.m.kusterer@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CALIPSO Lidar L2 1/3 km Cloud Layer Data V1-10', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:47:24.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:john.m.kusterer@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:004'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2006-06-13/2007-03-13', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'NASA-0000158', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'John M. Kusterer', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000158', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'aerosol', u'climate', u'cloud', u'satellite', u'radiation', u'eos', u'atmospheric science'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CALIPSO-Lidar-L2-1-3-km-Cloud-Layer-Data-V1-10/ka24-zx6b', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1056,data.nasa.gov,7mdc-9m85,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/7mdc-9m85', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:12:55.000Z', u'id': u'7mdc-9m85', u'createdAt': u'2018-06-26T07:10:41.000Z', u'description': u'Drosophila samples were exposed to the levitation magnet inside a 25mm diameter tubes with 3 ml of yeast-based Drosophila food in the bottom and a chamber of only 5 mm of height over the food. This small region is needed in order to guarantee that all the flies were located in the effective g area so a maximum of 35 to 40 imagos or pupa can be exposed to each condition per experiment. All experiments were carried out with a parallel 1g external control in a temperature regulated incubator outside the magnet. Three experiments of different duration were performed inside the magnet system to analyze the effect of strong magnetic fields and magnetic levitation during different stages of the Drosophila development', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:12:55.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Transcription profiling of Drosophila exposed to a levitation magnet for different lengths of time', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:10:41.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-27', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-27', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'p-affy-6', u'feature_extraction', u'labeling', u'time', u'sex', u'gravity', u'temperature', u'nucleic_acid_extraction', u'hybridization', u'affymetrix:protocol:hybridization-unknown', u'p-affy-2', u'p-mtab-3463'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Transcription-profiling-of-Drosophila-exposed-to-a/7mdc-9m85', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1057,data.nasa.gov,7zb7-repg,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/7zb7-repg', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:05:57.000Z', u'id': u'7zb7-repg', u'createdAt': u'2018-06-26T07:07:34.000Z', u'description': u'The High Rate Detector (HRD) from the University of Chicago is an independent part of the CDA instrument on the Cassini Orbiter that measures the dust flux and particle mass distribution of dust particles hitting the HRD detectors. This data set includes all data from the HRD through June 30, 2010. Please refer to Srama et al. (2004) for a detailed HRD description.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:05:57.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CASSINI HIGH RATE DETECTOR V8.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:07:34.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-d-hrd-3-cohrd-v8.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-D-HRD-3-COHRD-V8.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-d-hrd-3-cohrd-v8.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'calibration', u'dust', u'cassini-huygens'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-HIGH-RATE-DETECTOR-V8-0/7zb7-repg', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1058,data.nasa.gov,emdw-nni8,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/emdw-nni8', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:21:15.000Z', u'id': u'emdw-nni8', u'createdAt': u'2018-06-26T06:57:08.000Z', u'description': u'This data set contains images of Kreutz sungrazing comets that were obtained by the SOHO spacecraft from 1996-2005. Images have been processed by subtracting a bias, correcting for vignetting, and normalizing by the exposure time. A median of four neighboring images is then subtracted to remove the background. The resulting image has units of DN/sec. A 41x41 pixel array centered on the comet has been extracted for archiving. Future updates will contain Kreutz comets discovered since 2005, comets from the other sungrazing families (Marsden, Meyer, and Kracht), and other comets observed by SOHO.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:21:15.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'SOHO LASCO COMET IMAGES V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:57:08.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.soho-c-lasco-4-cometimages-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=SOHO-C-LASCO-4-COMETIMAGES-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.soho-c-lasco-4-cometimages-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'c/soho (1997 b3)', u'c/soho (2003 w8)', u'c/soho (2003 w7)', u'c/soho (2003 w6)', u'c/soho (2003 w5)', u'c/soho (2003 x5)', u'c/soho (2003 x6)', u'c/soho (2003 x7)', u'c/soho (2003 x8)', u'c/soho (2003 x9)', u'c/soho (2003 y10)', u'c/soho (2003 y11)', u'c/soho (2003 y12)', u'c/soho (2003 w4)', u'c/soho (2003 w3)', u'c/soho (2003 v8)', u'c/soho (2003 v7)', u'c/soho (2003 v6)', u'c/soho (2003 y13)', u'c/soho (2003 y14)', u'c/soho (2003 y15)', u'c/soho (2003 y2)', u'c/soho (2003 y3)', u'c/soho (2003 y4)', u'c/soho (2003 y5)', u'c/soho (2003 y6)', u'c/soho (2003 v5)', u'c/soho (2003 v4)', u'c/soho (2003 y7)', u'c/soho (2003 y8)', u'c/soho (2003 y9)', u'c/soho (2003 v3)', u'c/soho (2003 v2)', u'c/soho (2003 u9)', u'c/soho (2003 u8)', u'c/soho (2003 u7)', u'c/soho (2003 u6)', u'c/soho (2003 u5)', u'c/soho (2003 t9)', u'c/soho (2003 t8)', u'c/soho (2004 a2)', u'c/soho (2003 t7)', u'c/soho (2003 t6)', u'c/soho (2003 t5)', u'c/soho (2003 t11)', u'c/soho (2003 t10)', u'c/soho (2003 s8)', u'c/soho (2003 s7)', u'c/soho (2003 s6)', u'c/soho (2003 s5)', u'c/soho (2003 r3)', u'c/soho (2003 r2)', u'c/soho (2003 q9)', u'c/soho (2003 q8)', u'c/soho (2003 q7)', u'c/soho (2004 b10)', u'c/soho (2004 f5)', u'c/soho (2003 q5)', u'c/soho (2003 q4)', u'c/soho (2003 q3)', u'c/soho (2003 q2)', u'c/soho (2003 q10)', u'c/soho (2004 f6)', u'c/soho (2004 f7)', u'c/soho (2003 p3)', u'c/soho (2003 p2)', u'c/soho (2003 p1)', u'c/soho (2003 o8)', u'c/soho (2004 g3)', u'c/soho (2004 g4)', u'c/soho (2004 g5)', u'c/soho (2004 g6)', u'c/soho (2004 g7)', u'c/soho (2003 o7)', u'c/soho (2004 g8)', u'c/soho (2003 o6)', u'c/soho (2004 g9)', u'c/soho (2003 o5)', u'c/soho (2003 o4)', u'c/soho (2003 n2)', u'c/soho (2003 n1)', u'c/soho (2003 m9)', u'c/soho (2004 h10)', u'c/soho (2003 m8)', u'c/soho (2003 m7)', u'c/soho (2004 h7)', u'c/soho (2003 m6)', u'c/soho (2003 m5)', u'c/soho (2004 h8)', u'c/soho (2003 m4)', u'c/soho (2003 m3)', u'c/soho (2003 m2)', u'c/soho (2004 h9)', u'c/soho (2004 j1)', u'c/soho (2004 j10)', u'c/soho (2004 j11)', u'c/soho (2004 j14)', u'c/soho (2004 j19)', u'c/soho (2004 j2)', u'c/soho (2003 m12)', u'c/soho (2003 m11)', u'c/soho (2003 m10)', u'c/soho (2003 m1)', u'c/soho (2003 l8)', u'c/soho (2003 l7)', u'c/soho (2003 l6)', u'c/soho (2004 j3)', u'c/soho (2004 j5)', u'c/soho (2004 j6)', u'c/soho (2004 j7)', u'c/soho (2004 j8)', u'c/soho (2004 j9)', u'c/soho (2004 k10)', u'c/soho (2004 k11)', u'c/soho (2004 k12)', u'c/soho (2004 k4)', u'c/soho (2003 l5)', u'c/soho (2005 y7)', u'c/soho (2004 k5)', u'c/soho (2004 k6)', u'c/soho (2004 k7)', u'c/soho (2005 y6)', u'c/soho (2005 y5)', u'c/soho (2005 y4)', u'c/soho (2004 k8)', u'c/soho (2004 k9)', u'c/soho (2004 l11)', u'c/soho (2005 y3)', u'c/soho (2005 y10)', u'c/soho (2005 x9)', u'c/soho (2005 x8)', u'c/soho (2005 x7)', u'c/soho (2005 x6)', u'c/soho (2005 x5)', u'c/soho (2005 x4)', u'c/soho (2005 x3)', u'c/soho (2004 l3)', u'c/soho (2004 l4)', u'c/soho (2005 x2)', u'c/soho (2005 w8)', u'c/soho (2005 w7)', u'c/soho (2005 w6)', u'c/soho (2005 w17)', u'c/soho (2005 w16)', u'c/soho (2005 w15)', u'c/soho (2005 w14)', u'c/soho (2005 w13)', u'c/soho (2005 w12)', u'c/soho (2005 w10)', u'c/soho (2004 l5)', u'c/soho (2004 l6)', u'c/soho (2004 l7)', u'c/soho (2005 v9)', u'c/soho (2005 v7)', u'c/soho (2005 v6)', u'c/soho (2005 v5)', u'c/soho (2005 v4)', u'c/soho (2005 v3)', u'c/soho (2005 v2)', u'c/soho (2005 u8)', u'c/soho (2005 u7)', u'c/soho (2004 l8)', u'c/soho (2004 l9)', u'c/soho (2004 m1)', u'c/soho (2004 m2)', u'c/soho (2005 u6)', u'c/soho (2005 u5)', u'c/soho (2005 u4)', u'c/soho (2004 m3)', u'c/soho (2004 m4)', u'c/soho (2004 m5)', u'c/soho (2004 m6)', u'c/soho (2004 m7)', u'c/soho (2004 n1)', u'c/soho (2004 n2)', u'c/soho (2004 n3)', u'c/soho (2005 u3)', u'c/soho (2005 u2)', u'c/soho (2005 t8)', u'c/soho (2005 t7)', u'c/soho (2005 t6)', u'c/soho (2004 n4)', u'c/soho (2004 n5)', u'c/soho (2004 n6)', u'c/soho (2004 o1)', u'c/soho (2004 o2)', u'c/soho (2004 o3)', u'c/soho (2004 p2)', u'c/soho (2005 t11)', u'c/soho (2005 t10)', u'c/soho (2004 p3)', u'c/soho (2004 p4)', u'c/soho (2005 s9)', u'c/soho (2005 s8)', u'c/soho (2005 s7)', u'c/soho (2004 p5)', u'c/soho (2004 p6)', u'c/soho (2005 s6)', u'c/soho (2003 l4)', u'c/soho (2003 l3)', u'c/soho (2004 p7)', u'c/soho (2004 q3)', u'c/soho (2004 q4)', u'c/soho (2003 k9)', u'c/soho (2003 k8)', u'c/soho (2003 k7)', u'c/soho (2003 k13)', u'c/soho (2003 k12)', u'c/soho (2003 k11)', u'c/soho (2003 k10)', u'c/soho (2003 j9)', u'c/soho (2003 j8)', u'c/soho (2004 q5)', u'c/soho (2003 j7)', u'c/soho (2003 j6)', u'c/soho (2003 j5)', u'c/soho (2003 j4)', u'c/soho (2004 q6)', u'c/soho (2004 r4)', u'c/soho (2004 r5)', u'c/soho (2004 r6)', u'c/soho (2004 r7)', u'c/soho (2003 j3)', u'c/soho (2003 j2)', u'c/soho (2003 h9)', u'c/soho (2004 s2)', u'c/soho (2004 s3)', u'c/soho (2003 h8)', u'c/soho (2003 h12)', u'c/soho (2004 s4)', u'c/soho (2004 t4)', u'c/soho (2003 h11)', u'c/soho (2003 h10)', u'c/soho (2003 g4)', u'c/soho (2003 f5)', u'c/soho (2004 t5)', u'c/soho (2003 f4)', u'c/soho (2003 f3)', u'c/soho (2004 t6)', u'c/soho (2004 t7)', u'c/soho (2003 e4)', u'c/soho (2003 e3)', u'c/soho (2003 e2)', u'c/soho (2003 d1)', u'c/soho (2004 t8)', u'c/soho (2004 u10)', u'c/soho (2004 u11)', u'c/soho (2004 u12)', u'c/soho (2004 u4)', u'c/soho (2003 c5)', u'c/soho (2003 c4)', u'c/soho (2003 c3)', u'c/soho (2003 c2)', u'c/soho (2003 c1)', u'c/soho (2003 b2)', u'c/soho (2004 u5)', u'c/soho (2004 u6)', u'c/soho (2003 a5)', u'c/soho (2003 a4)', u'c/soho (2003 a3)', u'c/soho (2002 y4)', u'c/soho (2002 y3)', u'c/soho (2002 x9)', u'c/soho (2002 x8)', u'c/soho (2002 x7)', u'c/soho (2004 u7)', u'c/soho (2002 x4)', u'c/soho (2002 x3)', u'c/soho (2002 x16)', u'c/soho (2002 x15)', u'c/soho (2002 x14)', u'c/soho (2002 x13)', u'c/soho (2002 x12)', u'c/soho (2002 x11)', u'c/soho (2002 x10)', u'c/soho (2002 w9)', u'c/soho (2002 w8)', u'c/soho (2002 w7)', u'c/soho (2002 w6)', u'c/soho (2004 u8)', u'c/soho (2004 u9)', u'c/soho (2004 v11)', u'c/soho (2004 v12)', u'c/soho (2002 w5)', u'c/soho (2004 v14)', u'c/soho (2002 w4)', u'c/soho (2002 w3)', u'c/soho (2002 w2)', u'c/soho (2002 w17)', u'c/soho (2002 w16)', u'c/soho (2002 w15)', u'c/soho (2002 w14)', u'c/soho (2002 w13)', u'c/soho (2002 w12)', u'c/soho (2002 w11)', u'c/soho (2002 w10)', u'c/soho (2004 v15)', u'c/soho (2004 v6)', u'c/soho (2004 v7)', u'c/soho (2004 v8)', u'c/soho (2004 w1)', u'c/soho (2002 w1)', u'c/soho (2002 v7)', u'c/soho (2004 w11)', u'c/soho (2004 w2)', u'c/soho (2004 w3)', u'c/soho (2004 w4)', u'c/soho (2004 w5)', u'c/soho (2004 w6)', u'c/soho (2004 w7)', u'c/soho (2004 w8)', u'c/soho (2002 v6)', u'c/soho (2004 w9)', u'c/soho (2004 x10)', u'c/soho (2004 x11)', u'c/soho (2004 x4)', u'c/soho (2002 v3)', u'c/soho (2002 u9)', u'c/soho (2004 x5)', u'c/soho (2004 x6)', u'c/soho (2002 u8)', u'c/soho (2002 u7)', u'c/soho (2002 u5)', u'c/soho (2002 u4)', u'c/soho (2002 u3)', u'c/soho (2002 u1)', u'c/soho (2002 t3)', u'c/soho (2002 s9)', u'c/soho (2004 x8)', u'c/soho (2004 x9)', u'c/soho (2002 s8)', u'c/soho (2002 s6)', u'c/soho (2002 s3)', u'c/soho (2004 y11)', u'c/soho (2002 s2)', u'c/soho (2002 s10)', u'c/soho (2002 r7)', u'c/soho (2002 r6)', u'c/soho (2002 q7)', u'c/soho (2002 q14)', u'c/soho (2002 q13)', u'c/soho (2002 q12)', u'c/soho (2004 y12)', u'c/soho (2004 y2)', u'c/soho (2002 q11)', u'c/soho (2002 p2)', u'c/soho (2002 o3)', u'c/soho (2002 o2)', u'c/soho (2002 o1)', u'c/soho (2002 n1)', u'c/soho (2002 m8)', u'c/soho (2002 m7)', u'c/soho (2002 m6)', u'c/soho (2002 m5)', u'c/soho (2002 m4)', u'c/soho (2002 m3)', u'c/soho (2004 y3)', u'c/soho (2004 y5)', u'c/soho (2002 m2)', u'c/soho (2002 m1)', u'c/soho (2002 l8)', u'c/soho (2004 y6)', u'c/soho (2004 y7)', u'c/soho (2004 y8)', u'c/soho (2002 l7)', u'c/soho (2002 l6)', u'c/soho (2004 y9)', u'c/soho (2005 a2)', u'c/soho (2005 a3)', u'c/soho (2002 l5)', u'c/soho (2002 l4)', u'c/soho (2005 a4)', u'c/soho (2005 a5)', u'c/soho (2005 b2)', u'c/soho (2002 l3)', u'c/soho (2002 l2)', u'c/soho (2002 l1)', u'c/soho (2002 k9)', u'c/soho (2005 b3)', u'c/soho (2005 c2)', u'c/soho (2005 c3)', u'c/soho (2005 d2)', u'c/soho (2002 k8)', u'c/soho (2002 k7)', u'c/soho (2002 k6)', u'c/soho (2002 k5)', u'c/soho (2002 k3)', u'c/soho (2005 d3)', u'c/soho (2005 d4)', u'c/soho (2002 k11)', u'c/soho (2002 k10)', u'c/soho (2002 j8)', u'c/soho (2005 d5)', u'c/soho (2005 e3)', u'c/soho (2005 e5)', u'c/soho (2005 e6)', u'c/soho (2001 k9)', u'c/soho (2001 k8)', u'c/soho (2001 k7)', u'c/soho (2001 k6)', u'c/soho (2001 k4)', u'c/soho (2001 k2)', u'c/soho (2001 k10)', u'c/soho (2001 j5)', u'c/soho (2001 j4)', u'c/soho (2001 j3)', u'c/soho (2001 j2)', u'c/soho (2001 h8)', u'c/soho (2005 e7)', u'c/soho (2005 e8)', u'c/soho (2001 h7)', u'c/soho (2001 h6)', u'c/soho (2001 h4)', u'c/soho (2001 h3)', u'c/soho (2001 h2)', u'c/soho (2001 h1)', u'c/soho (2001 g3)', u'c/soho (2001 g2)', u'c/soho (2001 f2)', u'c/soho (2001 c6)', u'c/soho (2001 c4)', u'c/soho (2001 c3)', u'c/soho (2005 e9)', u'c/soho (2001 c2)', u'c/soho (2005 f1)', u'c/soho (2005 f2)', u'c/soho (2001 b3)', u'c/soho (2001 a4)', u'c/soho (2001 a3)', u'c/soho (2000 y9)', u'c/soho (2000 y8)', u'c/soho (2005 f3)', u'c/soho (2005 f4)', u'c/soho (2005 f5)', u'c/soho (2005 g3)', u'c/soho (2000 y5)', u'c/soho (2000 y4)', u'c/soho (2000 x8)', u'c/soho (2000 x7)', u'c/soho (2000 x6)', u'c/soho (2005 g4)', u'c/soho (2005 g5)', u'c/soho (2000 x5)', u'c/soho (2000 x4)', u'c/soho (2005 g6)', u'c/soho (2005 g7)', u'c/soho (2005 h3)', u'c/soho (2000 x3)', u'c/soho (2000 x2)', u'c/soho (2000 x1)', u'c/soho (2000 w5)', u'c/soho (2000 w4)', u'c/soho (2000 w3)', u'c/soho (2005 h4)', u'c/soho (2000 w2)', u'c/soho (2000 v3)', u'c/soho (2000 v2)', u'c/soho (2000 v1)', u'c/soho (2000 u4)', u'c/soho (2000 u3)', u'c/soho (2000 u2)', u'c/soho (2000 u1)', u'c/soho (2005 h5)', u'c/soho (2005 h6)', u'c/soho (2005 h8)', u'c/soho (2005 j10)', u'c/soho (2005 j11)', u'c/soho (2005 j12)', u'c/soho (2005 j3)', u'c/soho (2005 j4)', u'c/soho (2005 j5)', u'c/soho (2000 t6)', u'c/soho (2000 t5)', u'c/soho (2000 t4)', u'c/soho (2000 t3)', u'c/soho (2000 t1)', u'c/soho (2000 s6)', u'c/soho (2000 p2)', u'c/soho (2000 p1)', u'c/soho (2000 n3)', u'c/soho (2000 n2)', u'c/soho (2000 n1)', u'c/soho (2000 m9)', u'c/soho (2000 m8)', u'c/soho (2000 m7)', u'c/soho (2000 m6)', u'c/soho (2000 m5)', u'c/soho (2005 j6)', u'c/soho (2005 j7)', u'c/soho (2005 j8)', u'c/soho (2000 m4)', u'c/soho (2000 m3)', u'c/soho (2000 m2)', u'c/soho (2000 m1)', u'c/soho (2005 j9)', u'c/soho (2005 k10)', u'c/soho (2000 l6)', u'c/soho (2000 l5)', u'c/soho (2000 l4)', u'c/soho (2005 k5)', u'c/soho (2005 k6)', u'c/soho (2000 l3)', u'c/soho (2000 l2)', u'c/soho (2000 l1)', u'c/soho (2000 k8)', u'c/soho (2000 k7)', u'c/soho (2000 k6)', u'c/soho (2000 k5)', u'c/soho (2000 k4)', u'c/soho (2000 k3)', u'c/soho (2000 j7)', u'c/soho (2000 j6)', u'c/soho (2000 j5)', u'c/soho (2000 j4)', u'c/soho (2000 j3)', u'c/soho (2000 h7)', u'c/soho (2000 h6)', u'c/soho (2000 h5)', u'c/soho (2005 k7)', u'c/soho (2005 k8)', u'c/soho (2005 l10)', u'c/soho (2005 l11)', u'c/soho (2005 l12)', u'c/soho (2005 l13)', u'c/soho (2000 h4)', u'c/soho (2004 e4)', u'c/soho (2005 l14)', u'c/soho (2005 l15)', u'c/soho (2004 e3)', u'c/soho (2005 l5)', u'c/soho (2005 l6)', u'c/soho (2005 l7)', u'c/soho (2005 l8)', u'c/soho (2005 l9)', u'c/soho (2005 m10)', u'c/soho (2004 e1)', u'c/soho (2004 d4)', u'c/soho (2004 d3)', u'c/soho (2004 d2)', u'c/soho (2004 c8)', u'c/soho (2005 m2)', u'c/soho (2005 m4)', u'c/soho (2004 c7)', u'c/soho (2004 c6)', u'c/soho (2004 c5)', u'c/soho (2005 m5)', u'c/soho (2005 m6)', u'c/soho (2004 c4)', u'c/soho (2004 c3)', u'c/soho (2004 b9)', u'c/soho (2004 b8)', u'c/soho (2005 m7)', u'c/soho (2004 b7)', u'c/soho (2004 b6)', u'c/soho (2004 b5)', u'c/soho (2005 m8)', u'c/soho (2004 b4)', u'c/soho (2000 h3)', u'c/soho (2000 h2)', u'c/soho (2000 g3)', u'c/soho (2000 f3)', u'c/soho (2000 f2)', u'c/soho (2000 f1)', u'c/soho (2000 e1)', u'c/soho (2000 d3)', u'c/soho (2000 d1)', u'c/soho (2000 c6)', u'c/soho (2000 b7)', u'c/soho (2000 b6)', u'c/soho (2000 b5)', u'c/soho (2000 b1)', u'c/soho (2005 m9)', u'c/soho (2005 n10)', u'c/soho (2005 n6)', u'c/soho (2005 n7)', u'c/soho (2005 n8)', u'c/soho (2005 n9)', u'c/soho (2000 a2)', u'c/soho (1999 y3)', u'c/soho (1999 x2)', u'c/soho (1999 w2)', u'c/soho (1999 w1)', u'c/soho (1999 v4)', u'c/soho (1999 v3)', u'c/soho (1999 v2)', u'c/soho (1999 u9)', u'c/soho (1999 u8)', u'c/soho (1999 u7)', u'c/soho (1999 u6)', u'c/soho (1999 u5)', u'c/soho (1999 s7)', u'c/soho (1999 s6)', u'c/soho (1999 s5)', u'c/soho (1999 s1)', u'c/soho (1999 r4)', u'c/soho (1999 r3)', u'c/soho (1999 q3)', u'c/soho (1999 q2)', u'c/soho (1999 q1)', u'c/soho (1999 p5)', u'c/soho (1999 p4)', u'c/soho (1999 p3)', u'c/soho (1999 p2)', u'c/soho (1999 o3)', u'c/soho (1999 o2)', u'c/soho (1999 o1)', u'c/soho (2005 o3)', u'c/soho (2005 o4)', u'c/soho (1999 n3)', u'c/soho (1999 n1)', u'c/soho (1999 m4)', u'c/soho (1999 m2)', u'c/soho (1999 m1)', u'c/soho (1999 l8)', u'c/soho (1999 l7)', u'c/soho (1999 l6)', u'c/soho (1999 l5)', u'c/soho (1999 l4)', u'c/soho (1999 l1)', u'c/soho (1999 k9)', u'c/soho (1999 k17)', u'c/soho (1999 k15)', u'c/soho (1999 k14)', u'c/soho (1999 k13)', u'c/soho (1999 k12)', u'c/soho (1999 k11)', u'c/soho (1999 k10)', u'c/soho (1999 k1)', u'c/soho (1999 j9)', u'c/soho (1999 j8)', u'c/soho (1999 j7)', u'c/soho (1999 j13)', u'c/soho (1999 j12)', u'c/soho (1999 j11)', u'c/soho (1999 j10)', u'c/soho (1999 j1)', u'c/soho (2005 o6)', u'c/soho (1999 h9)', u'c/soho (1999 h8)', u'c/soho (1999 h7)', u'c/soho (1999 h6)', u'c/soho (1999 h5)', u'c/soho (1999 h4)', u'c/soho (2005 p1)', u'c/soho (2005 p2)', u'c/soho (1999 h2)', u'c/soho (1999 g5)', u'c/soho (1999 g4)', u'c/soho (1999 g3)', u'c/soho (1999 g2)', u'c/soho (1999 e2)', u'c/soho (1999 c2)', u'c/soho (1999 c1)', u'c/soho (1998 x9)', u'c/soho (1998 x8)', u'c/soho (1998 x7)', u'c/soho (1998 x6)', u'c/soho (1998 x5)', u'c/soho (1998 x4)', u'c/soho (1998 x3)', u'c/soho (2005 p4)', u'c/soho (1998 x12)', u'c/soho (1998 x11)', u'c/soho (1998 x10)', u'c/soho (1998 w6)', u'c/soho (1998 w5)', u'c/soho (1998 w4)', u'c/soho (1998 v9)', u'c/soho (1998 v7)', u'c/soho (1998 v6)', u'c/soho (1998 v5)', u'c/soho (1998 v4)', u'c/soho (1998 v3)', u'c/soho (1998 v2)', u'c/soho (1998 v1)', u'c/soho (1998 u7)', u'c/soho (1998 u6)', u'c/soho (1998 m9)', u'c/soho (1998 m8)', u'c/soho (1998 m7)', u'c/soho (1998 m10)', u'c/soho (1998 l9)', u'c/soho (1998 l8)', u'c/soho (1998 l7)', u'c/soho (1998 l6)', u'c/soho (1998 l5)', u'c/soho (1998 l4)', u'c/soho (1998 l3)', u'c/soho (1998 l2)', u'c/soho (2005 p5)', u'c/soho (2005 p6)', u'c/soho (1998 l1)', u'c/soho (1998 k9)', u'c/soho (1998 k8)', u'c/soho (1998 k7)', u'c/soho (1997 u2)', u'c/soho (1997 u1)', u'c/soho (1997 t8)', u'c/soho (2005 q10)', u'c/soho (2005 q5)', u'c/soho (2005 q7)', u'c/soho (2005 q9)', u'c/soho (1997 t7)', u'c/soho (1997 t6)', u'c/soho (1997 t5)', u'c/soho (1997 t4)', u'c/soho (1997 t2)', u'c/soho (2005 r5)', u'c/soho (1997 s5)', u'c/soho (1997 s3)', u'c/soho (1997 s2)', u'c/soho (1997 s1)', u'c/soho (1997 r3)', u'c/soho (1997 r2)', u'c/soho (2005 r6)', u'c/soho (1997 r1)', u'c/soho (1997 q2)', u'c/soho (1997 q1)', u'c/soho (1997 p5)', u'c/soho (1997 p4)', u'c/soho (1997 p3)', u'c/soho (1997 p1)', u'c/soho (1997 o3)', u'c/soho (1997 n3)', u'c/soho (1997 m5)', u'c/soho (1997 m4)', u'c/soho (1997 m3)', u'c/soho (1997 m1)', u'c/soho (2005 r7)', u'c/soho (2005 s1)', u'c/soho (2005 s10)', u'c/soho (2005 s11)', u'c/soho (2005 s12)', u'c/soho (1997 l5)', u'c/soho (1997 l4)', u'c/soho (2005 s13)', u'c/soho (1997 l3)', u'c/soho (1997 k7)', u'c/soho (1997 k6)', u'c/soho (1997 k5)', u'c/soho (1997 k4)', u'c/soho (2005 s5)', u'c/soho (1997 k3)', u'c/soho (2005 y9)', u'c/soho (1997 k1)', u'c/soho (1997 j5)', u'c/soho (1997 j4)', u'c/soho (1997 j3)', u'c/soho (1997 h3)', u'c/soho (1997 g6)', u'c/soho (1997 g5)', u'c/soho (1997 g4)', u'c/soho (1997 g3)', u'c/soho (1997 e2)', u'c/soho (1997 b2)', u'c/soho (1996 y2)', u'c/soho (1996 y1)', u'c/soho (1996 x2)', u'c/soho (1996 x1)', u'c/soho (1996 v1)', u'c/soho (1996 s3)', u'c/soho (1996 r5)', u'c/soho (1996 r4)', u'c/soho (1996 q3)', u'c/soho (1996 q2)', u'c/soho (1996 o4)', u'c/soho (1996 o3)', u'c/soho (1996 o2)', u'c/soho (1996 o1)', u'c/soho (1996 m3)', u'c/soho (1996 m2)', u'c/soho (1996 m1)', u'c/soho (1996 l2)', u'c/soho (1996 l1)', u'c/soho (1996 h1)', u'c/soho (1996 f2)', u'c/soho (1996 e2)', u'c/soho (1996 d1)', u'c/soho (1996 b5)', u'c/soho (1996 b4)', u'c/soho (1996 b3)', u'c/soho (1996 a2)', u'calibration', u'solar and heliospheric observatory', u'c/soho (2002 j7)', u'c/soho (2002 j6)', u'c/soho (2002 j3)', u'c/soho (2002 j2)', u'c/soho (2002 j1)', u'c/soho (2002 h7)', u'c/soho (2002 h6)', u'c/soho (2002 h5)', u'c/soho (2002 h4)', u'c/soho (2002 h3)', u'c/soho (2002 h1)', u'c/soho (2002 g5)', u'c/soho (2002 g4)', u'c/soho (2002 g2)', u'c/soho (2002 f3)', u'c/soho (2002 f2)', u'c/soho (2002 e3)', u'c/soho (2002 e1)', u'c/soho (2002 d1)', u'c/soho (2002 c4)', u'c/soho (2002 c3)', u'c/soho (2001 y5)', u'c/soho (2001 y4)', u'c/soho (2001 y3)', u'c/soho (2001 y2)', u'c/soho (2001 x9)', u'c/soho (2001 x7)', u'c/soho (2001 x6)', u'c/soho (2001 x5)', u'c/soho (2001 x4)', u'c/soho (2001 w4)', u'c/soho (2001 w3)', u'c/soho (2001 v5)', u'c/soho (2001 v4)', u'c/soho (2001 v3)', u'c/soho (2001 v2)', u'c/soho (2001 v1)', u'c/soho (2001 u9)', u'c/soho (2001 u8)', u'c/soho (2001 u7)', u'c/soho (2001 u5)', u'c/soho (2001 u4)', u'c/soho (2001 u3)', u'c/soho (2001 u2)', u'c/soho (2001 u10)', u'c/soho (2001 u1)', u'c/soho (2001 t7)', u'c/soho (2001 t6)', u'c/soho (2001 t2)', u'c/soho (2001 s3)', u'c/soho (2001 s2)', u'c/soho (2001 r5)', u'c/soho (2001 r4)', u'c/soho (2001 r3)', u'c/soho (2001 r2)', u'c/soho (2001 q9)', u'c/soho (2001 p2)', u'c/soho (2001 o1)', u'c/soho (2001 m9)', u'c/soho (2001 m8)', u'c/soho (2001 m7)', u'c/soho (2001 m6)', u'c/soho (2001 m5)', u'c/soho (2001 m4)', u'c/soho (2001 m3)', u'c/soho (2001 m2)', u'c/soho (2001 m11)', u'c/soho (2001 l9)', u'c/soho (2001 l8)', u'c/soho (2001 l7)', u'c/soho (2001 l6)', u'c/soho (2001 l5)', u'c/soho (2001 l4)', u'c/soho (2001 l3)', u'c/soho (2001 l2)', u'c/soho (2001 l11)', u'c/soho (2001 l1)', u'c/soho (1998 k17)', u'c/soho (1998 k16)', u'c/soho (1998 k15)', u'c/soho (1998 k14)', u'c/soho (1998 k13)', u'c/soho (1998 k12)', u'c/soho (1998 k11)', u'c/soho (1998 k10)', u'c/soho (1998 j4)', u'c/soho (1998 j3)', u'c/soho (1998 j2)', u'c/soho (1998 h6)', u'c/soho (1998 h5)', u'c/soho (1998 h4)', u'c/soho (1998 h3)', u'c/soho (1998 h2)', u'c/soho (1998 g8)', u'c/soho (1998 g7)', u'c/soho (1998 g6)', u'c/soho (1998 g5)', u'c/soho (1998 g4)', u'c/soho (1998 g2)', u'c/soho (1998 f2)', u'c/soho (1998 f1)', u'c/soho (1998 e1)', u'c/soho (1998 b2)', u'c/soho (1998 a1)', u'c/soho (1997 y3)', u'c/soho (1997 y2)', u'c/soho (1997 y1)', u'c/soho (1997 x6)', u'c/soho (1997 x5)', u'c/soho (1997 x4)', u'c/soho (1997 x3)', u'c/soho (1997 x1)', u'c/soho (1997 w3)', u'c/soho (1997 w2)', u'c/soho (1997 w1)', u'c/soho (1997 v6)', u'c/soho (1997 v5)', u'c/soho (1997 v4)', u'c/soho (1997 v3)', u'c/soho (1997 v2)', u'c/soho (1997 u7)', u'c/soho (1997 u6)', u'c/soho (1997 u5)', u'c/soho (1997 u4)', u'c/soho (1997 u3)', u'c/soho (2003 x4)', u'c/soho (2003 x3)', u'c/soho (2003 x2)', u'c/soho (2003 x11)', u'c/soho (2003 x1)', u'c/soho (2003 x10)'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/SOHO-LASCO-COMET-IMAGES-V1-0/emdw-nni8', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1059,data.nasa.gov,pz4b-5uyd,2019-12-19,0.3,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': False, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,9,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/pz4b-5uyd', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-09-05T23:03:04.000Z', u'id': u'pz4b-5uyd', u'createdAt': u'2018-09-05T23:03:04.000Z', u'description': u'RR-1 is a validation flight to evaluate the hardware operational and science capabilities of the Rodent Research Project on the ISS. RNA DNA and protein were purified from liver tissues from RR-1 mice (female C57BL/6J 16wk old at time of launch). From each group two liver samples were collected and frozen immediately after euthanasia. The rest of the liver samples from each group were collected from frozen carcasses dissected post-flight. RNA-Seq whole genome and RNA BS-Seq (bisulfite sequencing) and proteomic expression profiling were performed. xc2 xa0RNA extracted from these tissues was re-sequenced; these data are available as part of GLDS-168 (https://genelab-data.ndc.nasa.gov/genelab/accession/GLDS-168). xc2 xa0', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-09-05T23:03:04.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': None, u'download_count': 0, u'columns_description': [], u'name': u'Rodent Research-1 (RR1) NASA Validation Flight: Mouse liver transcriptomic proteomic and epigenomic data', u'columns_field_name': [], u'page_views': {u'page_views_total': 9, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.3219280948873626, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-09-05T23:03:04.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-48', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-48', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'epitranscriptomics', u'library construction', u'protein extraction', u'tmt isobaric labeling', u'dna library construction', u'nucleic acid sequencing', u'mouse habitation', u'sample collection', u'labeling', u'extraction', u'dissection condition', u'5mc total rna methylation analysis', u'mass spectrometry', u'spaceflight', u'proteomics data transformation', u'mass spectrometry protocol', u'mouse habitation protocol', u'nucleic acid extraction', u'rna sequencing library construction'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Rodent-Research-1-RR1-NASA-Validation-Flight-Mouse/pz4b-5uyd', u'owner': {u'display_name': u'Taylor Yates', u'id': u'qm6d-8uaj'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1060,data.nasa.gov,quky-dywt,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/quky-dywt', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:34:42.000Z', u'id': u'quky-dywt', u'createdAt': u'2018-06-26T06:12:05.000Z', u'description': u'This bundle contains fully calibrated electron energy/angle (3D) distributions, pitch angle distributions, and omni-directional energy spectra. Tables of sensitivity and energy/angle maps included in files.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:34:42.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'MAVEN SWEA Calibrated Data Bundle', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:12:05.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:maven.swea.calibrated', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewBundle.jsp?identifier=urn%3Anasa%3Apds%3Amaven.swea.calibrated&version=3.6', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:maven.swea.calibrated', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'solar wind', u'mars', u'mars atmosphere and volatile evolution mission'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/MAVEN-SWEA-Calibrated-Data-Bundle/quky-dywt', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1061,data.nasa.gov,pv9d-5bgw,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/pv9d-5bgw', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:36:39.000Z', u'id': u'pv9d-5bgw', u'createdAt': u'2018-06-26T06:27:27.000Z', u'description': u'This product represents averaged radiometric diameters and geometric albedos derived from observations made by the Infrared Astronomical Satellite in 1983 for 1796 numbered asteroids and 88 unnumbered asteroids whose orbital elements were determined using astrometry from two or more apparitions.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:36:39.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'IMPS DIAMETERS AND ALBEDOS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:27:27.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.iras-a-fpa-3-rdr-imps-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=IRAS-A-FPA-3-RDR-IMPS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.iras-a-fpa-3-rdr-imps-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'infrared astronomical satellite', u'asteroid'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/IMPS-DIAMETERS-AND-ALBEDOS-V1-0/pv9d-5bgw', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1062,data.nasa.gov,7x85-yf8z,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/7x85-yf8z', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:55:45.000Z', u'id': u'7x85-yf8z', u'createdAt': u'2018-06-26T06:40:01.000Z', u'description': u""Abstract ======== The Mercury Dual Imaging System (MDIS) consists of two cameras, a Wide Angle Camera (WAC) and a Narrow Angle Camera (NAC), mounted on a common pivot platform. This dataset includes 3-Color Multispectral Reduced Data Records for the WAC. The 3-Color Map Projected Multispectral RDR (MD3) data set consists of a 3-color map of northern and equatorial latitudes acquired during MESSENGER's Extended Mission, and includes I/F in the 3 filters used for this map. This product has higher spatial resolution than, and complements, an 8-color multispectral map acquired during the primary mission. This product is photometrically normalized to a solar incidence angle (i) = 30 degrees, emission angle (e) = 0 degrees, and phase angle (g) = 30 degrees at a spatial sampling of 128 pixels per degree. The map is divided into 'tiles', each representing the NW, NE, SW, or SE quadrant of one of the 13 non-polar or one of the 2 polar quadrangles or 'Mercury charts' already defined by the USGS. Each tile is composed of 3 bands corresponding to 3 of the 11 WAC filters. Each tile also contains backplanes describing ancillary information. The subset of 3 of 11 available multispectral filters samples both albedo and spectral slope over MDIS's wavelength range. The fewer colors than in the Primary Mission 8-color product is to balance the higher spatial resolution to manage data volume during acquisition."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:55:45.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'3-COLOR MESSENGER MDIS MAP PROJECTED MULTISPECTRAL RDR V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:40:01.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mess-h-mdis-5-rdr-md3-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=MESS-H-MDIS-5-RDR-MD3-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.mess-h-mdis-5-rdr-md3-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mercury', u'messenger'], u'categories': [u'finance', u'public safety', u'infrastructure'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/3-COLOR-MESSENGER-MDIS-MAP-PROJECTED-MULTISPECTRAL/7x85-yf8z', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1063,data.nasa.gov,rcvp-gynt,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/rcvp-gynt', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:52:42.000Z', u'id': u'rcvp-gynt', u'createdAt': u'2018-06-26T06:34:45.000Z', u'description': u'This data set is a compilation of published diameters, albedos, and densities for Transneptunian Objects (TNOs) and Centaurs. A total of 167 objects are listed, many with more than one entry. This version covers published values through 31 March 2014.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:52:42.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'TNO AND CENTAUR DIAMETERS, ALBEDOS, AND DENSITIES V2.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:34:45.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-compil-5-tnocenalb-v2.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-COMPIL-5-TNOCENALB-V2.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-compil-5-tnocenalb-v2.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'asteroid', u'support archives'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/TNO-AND-CENTAUR-DIAMETERS-ALBEDOS-AND-DENSITIES-V2/rcvp-gynt', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1064,data.nasa.gov,yqv4-astq,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/yqv4-astq', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T22:49:41.000Z', u'id': u'yqv4-astq', u'createdAt': u'2018-06-25T20:49:10.000Z', u'description': u'Cloud-Aerosol Lidar and Infrared Pathfinder Satellite Observations (CALIPSO) was launched on April 28, 2006 to study the impact of clouds and aerosols on the Earth\u2019s radiation budget and climate. It flies in formation with five other satellites in the international \u201cA-Train\u201d (PDF) constellation for coincident Earth observations. The CALIPSO satellite comprises three instruments, the Cloud-Aerosol LIdar with Orthogonal Polarization (CALIOP), the Imaging Infrared Radiometer (IIR), and the Wide Field Camera (WFC). CALIPSO is a joint satellite mission between NASA and the French Agency, CNES. These data consist 5 km aerosol layer data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T22:49:41.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'john.m.kusterer@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CALIPSO Wide Field Camera (WFC) L1B Science 1 km Registered Science Data V3-02', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:49:10.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:john.m.kusterer@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:004'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2011-11-01/2014-01-01', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'NASA-0000205', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'John M. Kusterer', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000205', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'climate', u'radiation', u'satellite', u'aerosol', u'cloud', u'eos', u'atmospheric science'], u'categories': [u'public safety'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CALIPSO-Wide-Field-Camera-WFC-L1B-Science-1-km-Reg/yqv4-astq', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1065,data.nasa.gov,afk7-ewcc,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/afk7-ewcc', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:52:45.000Z', u'id': u'afk7-ewcc', u'createdAt': u'2018-06-26T07:06:26.000Z', u'description': u'This data set contains two-dimensional infrared thermal maps of the surface of comet 9P/Tempel 1. The maps were derived from three spatially resolved scans of the nucleus acquired by the Deep Impact High Resolution Infrared Spectrometer (HR II) about 19, 12, and 5 minutes before the impact on 4 July 2005. A high-resolution, 120 m/pixel, thermal composite map is also included. Surface temperatures were derived from 1.0- to 4.0-micron data and ranged from 272K to 336K +/- 7K. This data set also includes the incidence and emission angle maps associated with each thermal map and a table of temperatures assigned to plates in the Tempel 1 shape model that were illuminated and visible near the time of impact.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:52:45.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'SURFACE TEMPERATURE MAPS OF COMET 9P/TEMPEL 1 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 2.321928094887362, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 4}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:06:26.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dif-c-hrii-5-tempel1-surf-temp-maps-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=DIF-C-HRII-5-TEMPEL1-SURF-TEMP-MAPS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.dif-c-hrii-5-tempel1-surf-temp-maps-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'9p/tempel 1 (1867 g1)', u'deep impact'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/SURFACE-TEMPERATURE-MAPS-OF-COMET-9P-TEMPEL-1-V1-0/afk7-ewcc', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1066,data.nasa.gov,c33e-9e6s,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/c33e-9e6s', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T22:40:05.000Z', u'id': u'c33e-9e6s', u'createdAt': u'2018-06-25T20:48:47.000Z', u'description': u'Cloud-Aerosol Lidar and Infrared Pathfinder Satellite Observations (CALIPSO) was launched on April 28, 2006 to study the impact of clouds and aerosols on the Earth\u2019s radiation budget and climate. It flies in formation with five other satellites in the international \u201cA-Train\u201d (PDF) constellation for coincident Earth observations. The CALIPSO satellite comprises three instruments, the Cloud-Aerosol LIdar with Orthogonal Polarization (CALIOP), the Imaging Infrared Radiometer (IIR), and the Wide Field Camera (WFC). CALIPSO is a joint satellite mission between NASA and the French Agency, CNES. These data consist 5 km aerosol layer data.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T22:40:05.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'john.m.kusterer@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'CALIPSO Lidar L2 Vertical Feature Mask Data V1-20', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 3.0, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:48:47.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:john.m.kusterer@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:004'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'2007-03-01/2007-11-11', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': u'NASA-0000183', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'John M. Kusterer', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000183', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'aerosol', u'atmospheric science', u'cloud', u'satellite', u'climate', u'eos', u'radiation'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CALIPSO-Lidar-L2-Vertical-Feature-Mask-Data-V1-20/c33e-9e6s', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1067,data.nasa.gov,g5u8-juyk,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/g5u8-juyk', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:28:43.000Z', u'id': u'g5u8-juyk', u'createdAt': u'2018-06-26T06:56:29.000Z', u'description': u'This dataset contains RAW DATA of the STEINS flyby Phase from 4 August 2008 until 5 September 2008. The closest approach (CA) took place on 5 September 2008', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:28:43.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ROSETTA-ORBITER-STEINS-NAVCAM-2-AST1-V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:56:29.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-a-navcam-2-ast1-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-A-NAVCAM-2-AST1-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-a-navcam-2-ast1-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'2867 steins', u'international rosetta mission'], u'categories': [u'social services', u'finance'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-STEINS-NAVCAM-2-AST1-V1-0/g5u8-juyk', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1068,data.nasa.gov,hrm5-2d3y,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/hrm5-2d3y', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:17:55.000Z', u'id': u'hrm5-2d3y', u'createdAt': u'2018-06-26T06:49:19.000Z', u'description': u'The PIA data was acquired in four modes of data compression, termed mode 0 (the least compressed), and modes 1, 2, and 3, each with increasing degrees of compression. With each spectrum are a PIA assigned sequence number and event numbers, a unique ID-number, instrument settings, and the relative approach time. The PIA time is a 16-bit counter that starts with zero after switch-on. As the Spacecraft Time Signal (STS) is used to reset the internal PIA time counter, the TIM highest possible value is 48960 counts. STS-pulses are given after the transimssion of 256 formats. This results for format F1/F2 and high bitrate (46080 bps) in 5802.67 s. (= 256 formats * 64 frames * 2040 bytes * 8 bit/byte/46080 bps) The time resolution is DTIM = 1/ (138240 HZ /2**14 ) = 0.1185 s. Each STS defines the time for an event with TIM = 0. Therefore, SCET = GRT(STS) + (TIM * DTIM) - propogation delay (8:00.1 sec). where SCET = Spacecraft Event Time, GRT = Ground Reception Time.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:17:55.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'GIOTTO PARTICLE IMPACT ANALYZER DUST MASS SPECTRA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:49:19.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.gio-c-pia-3-rdr-halley-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GIO-C-PIA-3-RDR-HALLEY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.gio-c-pia-3-rdr-halley-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'halley', u'giotto'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GIOTTO-PARTICLE-IMPACT-ANALYZER-DUST-MASS-SPECTRA-/hrm5-2d3y', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1069,data.nasa.gov,qx6q-ddd3,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/qx6q-ddd3', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:03:55.000Z', u'id': u'qx6q-ddd3', u'createdAt': u'2018-06-26T06:38:40.000Z', u'description': u""For the TV SYSTEM, 95 images were sent as a 7-d FITS file with little information in the FITS headers. In addition, to the size of the image (NAXIS1 and NAXIS2), the values for NAXIS3 and NAXIS4 were labeled 'TIME' interpreted as exposure time in seconds. The following procedure was used to convert NAXIS3 information:"", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:03:55.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VEGA1 TV SYSTEM IMAGES V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:38:40.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vega1-c-tvs-2-rdr-halley-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VEGA1-C-TVS-2-RDR-HALLEY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vega1-c-tvs-2-rdr-halley-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'vega 1', u'halley'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VEGA1-TV-SYSTEM-IMAGES-V1-0/qx6q-ddd3', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1070,data.nasa.gov,ubdc-jbss,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ubdc-jbss', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:21:57.000Z', u'id': u'ubdc-jbss', u'createdAt': u'2018-06-26T06:21:40.000Z', u'description': u'This data set contains the NEAR magnetometer (MAG) data for the CRUISE2 phase. The data set begins on 1997-06-28T00:00:00.000 and ends 1998-01-22T23:59:59.999 . The data are raw telemetry data, provided in engineering units, that have been reformatted into FITS file format (NASA Office of Science and Technology (NOST), 100-1.0). In addition to the raw magnetometer data, a calibration file and algorithm are available. This data set is archived as a set of CDROM images as a part of the NEAR EDR volume set.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:21:57.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'NEAR MAG DATA FOR CRUISE2', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:21:40.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-mag-2-edr-cruise2-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NEAR-A-MAG-2-EDR-CRUISE2-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-mag-2-edr-cruise2-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'near earth asteroid rendezvous', u'solar system'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEAR-MAG-DATA-FOR-CRUISE2/ubdc-jbss', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1071,data.nasa.gov,6bug-4is2,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/6bug-4is2', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:50:39.000Z', u'id': u'6bug-4is2', u'createdAt': u'2018-06-26T06:45:05.000Z', u'description': u'The purpose of this report is to describe the methodology used to produce Reduced Data Records (RDRs) for the Phoenix Atmospheric Structure Experiment (ASE) from its Experimental Data Records (EDRs). These RDRs include vertical profiles of atmospheric density, pressure, and temperature.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:50:39.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'PHOENIX MARS ATMOSPHERIC STRUCTURE EXP REDUCED DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:45:05.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.phx-m-ase-5-edl-rdr-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=PHX-M-ASE-5-EDL-RDR-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.phx-m-ase-5-edl-rdr-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'phoenix'], u'categories': [u'demographics'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/PHOENIX-MARS-ATMOSPHERIC-STRUCTURE-EXP-REDUCED-DAT/6bug-4is2', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1072,data.nasa.gov,e9wd-qdjr,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/e9wd-qdjr', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T18:38:54.000Z', u'id': u'e9wd-qdjr', u'createdAt': u'2018-06-25T20:37:51.000Z', u'description': u'AERONET inversion code provides aerosoloptical properties in the total atmospheric column derived from the direct and diffuse radiation measured byAERONETCimel sun/sky-radiometers. AERONET inversion developmentand researchactivitiesare described in the papers by Dubovik and King, [2000], Dubovik et al. [2000], Dubovik et al. [2002a], Dubovik et al. [2002b], Dubovik et al., [2006a], Sinyuk et al. [2006]. The Version 2(V2)inversion (or retrieval)products are summarized below. These products are available through the internal analysis system"demonstrat" and the AERONET website. Adetailed description of V2 AERONET retrieval will be provided in the paper by Dubovik et al., [2006b].', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T18:38:54.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'Brent.N.Holben@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Level 1.5 Almucantar Inversion Products Phase Functions', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.5849625007211563, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 2}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-25T20:37:51.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:Brent.N.Holben@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:001'], u'key': u'Common-Core_Program-Code'}, {u'value': u'http://aeronet.gsfc.nasa.gov/new_web/Documents/Inversion_products_V2.pdf', u'key': u'Common-Core_Described-By'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'1993-01-01/2014-01-01', u'key': u'Common-Core_Temporal-Applicability'}, {u'value': [u'http://aeronet.gsfc.nasa.gov/new_web/Documents/Inversion_products_V2.pdf'], u'key': u'Common-Core_References'}, {u'value': u'Global', u'key': u'Common-Core_Geographic-Coverage'}, {u'value': u'NASA-0000005', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'http://aeronet.gsfc.nasa.gov/', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Brent Holben', u'key': u'Common-Core_Contact-Name'}, {u'value': u'NASA-0000005', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'clouds', u'satellite', u'radiation', u'aerosols', u'earth science', u'precipitable water', u'inversions'], u'categories': [u'housing & development'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Level-1-5-Almucantar-Inversion-Products-Phase-Func/e9wd-qdjr', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1073,data.nasa.gov,bdkk-4zsq,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/bdkk-4zsq', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:01:24.000Z', u'id': u'bdkk-4zsq', u'createdAt': u'2018-06-26T07:05:38.000Z', u'description': u'The DWE data set consists of the sky frequencies measured at the Green Bank and Parkes telescopes (data from other stations may be included when they become available; see [BIRDETAL2005]), the retrieved zonal wind speed along the descent path, geometrical parameters used to separate the Huygens velocity components and documentation.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:01:24.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'HUYGENS PROBE DWE RESULTS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:05:38.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.hp-ssa-dwe-2-3-descent-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=HP-SSA-DWE-2-3-DESCENT-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.hp-ssa-dwe-2-3-descent-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'cassini-huygens', u'titan'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/HUYGENS-PROBE-DWE-RESULTS-V1-0/bdkk-4zsq', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1074,data.nasa.gov,m2uv-vvi3,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/m2uv-vvi3', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T06:51:37.000Z', u'id': u'm2uv-vvi3', u'createdAt': u'2018-06-26T07:01:35.000Z', u'description': u'This data set includes the complete set of SPICE data for one NEAR mission phase in the form of SPICE kernels, which can be accessed using SPICE software available to read these files.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T06:51:37.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'NEAR SPICE KERNELS MATHILDE', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:01:35.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-spice-6-mathilde-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=NEAR-A-SPICE-6-MATHILDE-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.near-a-spice-6-mathilde-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'near earth asteroid rendezvous', u'eros'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/NEAR-SPICE-KERNELS-MATHILDE/m2uv-vvi3', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1075,data.nasa.gov,eejv-qtyx,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/eejv-qtyx', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:29:25.000Z', u'id': u'eejv-qtyx', u'createdAt': u'2018-06-26T06:56:49.000Z', u'description': u'This archive contains data from the RPC-MIP instrument onboard ROSETTA Orbiter, acquired during the prelanding part 2 phase at the vicinity of the comet 67P/CG. It also contains documentation which describes the MIP experiment. The data archived in this data set conform to the Planetary Data System Standards, Version 3.6.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:29:25.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ROSETTA-ORBITER 67P RPCMIP 3 PRL2 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:56:49.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-rpcmip-3-prl2-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=RO-C-RPCMIP-3-PRL2-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ro-c-rpcmip-3-prl2-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'international rosetta mission', u'67p/churyumov-gerasimenko 1 (1969 r1)'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ROSETTA-ORBITER-67P-RPCMIP-3-PRL2-V1-0/eejv-qtyx', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1076,data.nasa.gov,7kwy-gnn2,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/7kwy-gnn2', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T04:58:20.000Z', u'id': u'7kwy-gnn2', u'createdAt': u'2018-06-26T06:38:33.000Z', u'description': u'The electron spectra are fit using several isotropic Maxwellian distribution functions to find electron parameters. The spacecraft charge may seriously affect the density measurements. The temperature of each component is, however, independent of the spacecraft potential. To obtain the best estimate of the electron density, the encounter period is divided into four regions and four different analysis methods are used.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T04:58:20.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'VG2 NEP PLS DERIVED RDR ELECTRON MAGNETOSPHERE 96SEC V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:38:33.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-n-pls-5-rdr-elemagsphere-96sec-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=VG2-N-PLS-5-RDR-ELEMAGSPHERE-96SEC-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.vg2-n-pls-5-rdr-elemagsphere-96sec-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'neptune', u'voyager', u'comet sl9/jupiter collision'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/VG2-NEP-PLS-DERIVED-RDR-ELECTRON-MAGNETOSPHERE-96S/7kwy-gnn2', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1077,data.nasa.gov,edeh-mpxd,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/edeh-mpxd', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:12:34.000Z', u'id': u'edeh-mpxd', u'createdAt': u'2018-06-26T06:40:09.000Z', u'description': u'The ODY MARS GAMMA RAY SPECTROMETER 5 SGS (SGS) data set is a collection of data tables that contain a gamma spectrum and the associated engineering data that has been summed over 5-degree by 5-degree latitude longitude cells on the surface of Mars and over a time period of 15 degrees of solar longitude (Ls). The SGS are produced because the individual gamma spectra collected during an approximately 19.7 second collection interval do not contain enough counts to be statistically significant. The SGS are summed over large enough and long enough spatial and temporal intervals to provide a statistically meaningful spectrum that can be used for scientific data analysis.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:12:34.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'ODY MARS GAMMA RAY SPECTROMETER 5 SGS V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:40:09.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ody-m-grs-5-sgs-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=ODY-M-GRS-5-SGS-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ody-m-grs-5-sgs-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'mars', u'2001 mars odyssey'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ODY-MARS-GAMMA-RAY-SPECTROMETER-5-SGS-V1-0/edeh-mpxd', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1078,data.nasa.gov,vqxs-qvmw,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/vqxs-qvmw', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:33:14.000Z', u'id': u'vqxs-qvmw', u'createdAt': u'2018-06-26T07:01:52.000Z', u'description': u""The data set contains observations obtained with the NASA IRTF SpeX instrument covering the 0.7 to 2.5 micron near-infrared portion of the spectrum. The data set archives reduced, calibrated spectra which were obtained and used in Sherry Fieber-Beyer's Ph.D. dissertation at the University of North Dakota and archives reduced, calibrated spectra subsequent 2010. The research focused on asteroids in a zone centered on the 3:1 resonance. These spectra were used to mineralogically characterize asteroids in this zone in an attempt to identify their meteorite analogs."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:33:14.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'FIEBER-BEYER IRTF MAINBELT ASTEROID \n SPECTRA V3.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:01:52.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-i0046-3-fbirtfspec-v3.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-I0046-3-FBIRTFSPEC-V3.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-i0046-3-fbirtfspec-v3.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'1358 gaika', u'1166 sakuntala', u'2497 kulikovskij', u'623 chimaera', u'556 phyllis', u'support archives', u'1215 boyer', u""3637 o'meara"", u'1772 gagarin', u'652 jubilatrix', u'908 buda', u'619 triberga', u'495 eulalia', u'1854 skvortsov', u'3345 tarkovskij', u'1379 lomonosowa', u'3066 mcfadden', u'1501 baade', u'1018 arnolda', u'6649 yokotatakao', u'787 moskva', u'1960 guisan', u'1036 ganymed', u'1587 kahrstedt', u'714 ulula', u'248 lameia', u'974 lioba', u'660 crescentia', u'1607 mavis', u'asteroid 6212', u'1447 utra', u'335 roberta', u'1368 numidia', u'2089 cetacea', u'1064 aethusa', u'1722 goffin', u'879 ricarda', u'695 bella', u'292 ludovica', u'421 zahringia', u'asteroid', u'329 svea', u'3760 poutanen', u'198 ampella', u'46 hestia', u'797 montana', u'5676 voltaire', u'3999 aristarchus', u'897 lysistrata', u'1158 luda', u'1644 rafita', u'875 nymphe', u'1391 carelia', u'355 gabriella'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/FIEBER-BEYER-IRTF-MAINBELT-ASTEROID-SPECTRA-V3-0/vqxs-qvmw', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1079,data.nasa.gov,dvea-awux,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/dvea-awux', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T02:53:53.000Z', u'id': u'dvea-awux', u'createdAt': u'2018-06-26T06:19:08.000Z', u'description': u""The Galileo Probe Net Flux Radiometer (NFR) measured net and upward radiation fluxes in Jupiter's atmosphere between about 0.44 bars and 14 bars, using five spectral channels to separate solar and thermal components. The instrument used an optical head extending through the probe wall to obtain views of the Jovian atmosphere. It sampled upward and downward radiation fluxes with a single 40 degree (full angle) conical field of view chopped between directions +/- 45 degrees from horizontal."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T02:53:53.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'GALILEO PROBE NET FLUX RADIOMETER DATA V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:19:08.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.gp-j-nfr-3-entry-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=GP-J-NFR-3-ENTRY-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.gp-j-nfr-3-entry-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'jupiter', u'galileo'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/GALILEO-PROBE-NET-FLUX-RADIOMETER-DATA-V1-0/dvea-awux', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1080,data.nasa.gov,u5yv-j7u3,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/u5yv-j7u3', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:14:29.000Z', u'id': u'u5yv-j7u3', u'createdAt': u'2018-06-26T07:11:26.000Z', u'description': u'Upon weightlessness and microgravity deleterious effects on the neurosensory and neurovestibular systems haematological changes and deconditioning of musculoskeletal cardiovascular and cardiopulmonary functions have been reported. In particular loss of muscle mass and strength are triggered by weightlessness in humans during space flights that is similarly observed as a result of physical inactivity conditions and aging on Earth. However skeletal muscle tissue is of paramount importance for health maintenance (e.g. being essential to locomotion heat production and metabolism). To better prevent or eventually treat microgravity-induced muscle atrophy its underlying mechanisms have first to be characterized in detail. Using cutting-edge quantitative proteomics the aim of the present study was therefore to get an in depth view of the molecular regulations triggered by space conditions in skeletal muscles of mice during the 30-day flight of the BION-M1 biosatellite. As muscles differing in their fiber type composition appear to respond differently to microgravity (see above) we characterized here the differential response of the soleus extensor digitorum longus and vastus lateralis muscles.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:14:29.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Mouse muscle LC-MSMS upon weightlessness', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:11:26.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-139', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-139', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'data transformation', u'weightlessness', u'sample collection', u'mass spectrometry', u'extraction', u'muscle skeletal'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Mouse-muscle-LC-MSMS-upon-weightlessness/u5yv-j7u3', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1081,data.nasa.gov,7x9u-zars,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,6,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/7x9u-zars', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:13:01.000Z', u'id': u'7x9u-zars', u'createdAt': u'2018-06-26T06:49:15.000Z', u'description': u""This CD contains portions of the Clementine HiRes Lunar Mosaic, a geometrically controlled, calibrated mosaic compiled from non-uniformity corrected, 750 nanometer ('D') filter high resolution observations from the HiRes imaging system onboard the Clementine Spacecraft. These mosaics cover sub-polar regions between 80 deg S and 80 deg N with the sinusoidal equal area mapping at 20 m/pixel, and the polar regions above 80 deg with a stereographic mapping at 30 m/pixel resolution at the poles. The geometric control is provided by the 100 m/pixel USGS Clementine Basemap Mosaic (PDS CD-ROM Volumes CL_3001-3015) compiled from the 750 nm Ultraviolet/Visible Clementine imaging system and, for the polar mosaics, from the 150 m/pixel polar basemap mosaic. Calibration was achieved by removing image nonuniformity largely due to the HiRes system's light intensifier. Also provided are offset and scale factors which transform the 8-bit HiRes data to approximate photometric units, achieved by a fit of the HiRes data to the corresponding UV/Vis basemap, which is photometrically calibrated."", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:13:01.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CLEMENTINE HIRES MOSAIC', u'columns_field_name': [], u'page_views': {u'page_views_total': 6, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 2.807354922057604, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:49:15.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.clem1-l-h-5-dim-mosaic-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CLEM1-L-H-5-DIM-MOSAIC-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.clem1-l-h-5-dim-mosaic-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'moon', u'deep space program science experiment'], u'categories': [u'economy', u'demographics'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CLEMENTINE-HIRES-MOSAIC/7x9u-zars', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1082,data.nasa.gov,by7p-vrzf,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,19,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/by7p-vrzf', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T03:28:38.000Z', u'id': u'by7p-vrzf', u'createdAt': u'2018-06-26T06:19:09.000Z', u'description': u'The Cassini Radio Science Saturn Ring Occultation Experiment (SROC9) Raw Data Archive is a time-ordered collection of radio science raw data acquired on October 17, 2008, during the Cassini Extended Mission.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T03:28:38.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'CASSINI RSS RAW DATA SET - SROC9 V1.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 19, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 4.321928094887363, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:19:09.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-rss-1-sroc9-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=CO-S-RSS-1-SROC9-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.co-s-rss-1-sroc9-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'cassini-huygens', u'saturn'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/CASSINI-RSS-RAW-DATA-SET-SROC9-V1-0/by7p-vrzf', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1083,data.nasa.gov,ckj7-3p9q,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,10,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/ckj7-3p9q', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:11:16.000Z', u'id': u'ckj7-3p9q', u'createdAt': u'2018-06-26T07:09:02.000Z', u'description': u'Presented here is the environmental microbiome study of the International Space Station surfaces. The environmental samples were collected with the polyester wipes from eight different locations in the ISS during two consecutive sampling sessions (three months apart). The specific objective was to unveil the pool of genes for each location during two separate sessions to learn of functional and metabolic diversity of microorganisms in the ISS. The International Space Station (ISS) as a closed built environment has its own environmental microbiome which is shaped by microgravity radiation and limited human presence. The microbial diversity associated with ISS environmental surfaces was investigated during this study. Polyester wipes and contact slides were used for sampling of eight various surface locations on the ISS at different time periods. The samples were retrieved and analyzed immediately upon the return to the Earth (via Soyuz TMA-14M or Dragon capsule from SpaceX). After surface sample collection contact slides containing nutrient media for the growth of bacteria and fungi were incubated at 25 xcb x9aC. The polyester wipes were processed to measure microbial burden (R2A Blood Agar and Potato Dextrose Agar) and recover cultivable bacteria as well as fungi. Subsequently viable microbial burden was assessed using Adenosine Triphosphate (ATP) assay and quantitative polymerase chain reaction (PCR) methods after propidium monoazide (PMA) treatment. The 16S-tag and metagenome analyses were used to elucidate viable microbial diversity. The cultivable bacterial population yield from the polyester wipes was very high (5 to 7-logs) when compared with the contact slides (102 to 103 CFU/m2). The PMA-qPCR analysis showed considerable variation of viable bacterial population (105 to 109 16S rDNA gene copies/m2) among locations sampled. Unlike contact slides polyester wipes cover much larger sample surface (~1 m2) and produce much more reliable results of the microbial diversity of the ISS covering both cultivable and non-cultivable species. The cultivable total and viable microbial diversity was determined utilizing state-of-the art molecular techniques. The implementation of the PMA assay before DNA extraction allowed distinguishing viable microorganisms which is crucial for determining their role to the crew health the ISS maintenance and the general knowledge of the closed environmentally controlled built systems.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:11:16.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Microbial Observatory (ISS-MO): Indoor microbiome study of the International Space Station surfaces', u'columns_field_name': [], u'page_views': {u'page_views_total': 10, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.4594316186372978, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:09:02.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-69', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-69', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'library construction', u'illumina nextera kit and quantified with quant-it dsdna high sensitivity assays', u'illumina hiseq 2500 platform', u'sample collection', u'spaceflight', u'nucleic isolation with the mobio powermag microbiome kit (carlsbad ca) according to manufacturer s guidelines', u'sequence analysis data transformation', u'nucleic acid sequencing', u'nucleic acid extraction', u'sample collection was done using sterile moisten wipes'], u'categories': [u'education', u'demographics', u'environment'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Microbial-Observatory-ISS-MO-Indoor-microbiome-stu/ckj7-3p9q', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1084,data.nasa.gov,cp3t-cefh,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,11,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/cp3t-cefh', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:25:29.000Z', u'id': u'cp3t-cefh', u'createdAt': u'2018-06-26T06:53:36.000Z', u'description': u""The Pioneer Venus Radar Archive (PVRA) data set consists of the permanentarchive version of four data products from the Radar Mapper (ORAD) instrument on the Pioneer Venus Orbiter: the Pioneer Project's Radar Experiment Data Record (ORAD-EDR), Supplementary Experiment Data Record (SEDR), Radar Processing Archive (PVA), and Radar Composite Data Record (PVCD). The EDR's and SEDR's contain raw telemetry frames, uplink commands, and ancillary data necessary to reconstruct the spacecraft location and orientation. The PVA records were generated during subsequent processing at the Massachusetts Institute of Technology. The PVCD contains verified and edited radar observations. Each PVRA data directory contains data derived from a single orbit of the Pioneer Venus Orbiter"", u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:25:29.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'unk', u'columns_field_name': [], u'page_views': {u'page_views_total': 11, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.5849625007211565, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T06:53:36.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.pvo-v-orad-2-pvra-v1.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=PVO-V-ORAD-2-PVRA-V1.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.pvo-v-orad-2-pvra-v1.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'pioneer venus'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/unk/cp3t-cefh', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1085,data.nasa.gov,wrvy-pkhf,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,7,,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/wrvy-pkhf', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T05:35:44.000Z', u'id': u'wrvy-pkhf', u'createdAt': u'2018-06-26T07:01:07.000Z', u'description': u'This data set is intended to include all published groundbased asteroid radar detections. The entries were collected by Steven J. Ostro, and selected data have been collected from the published literature.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T05:35:44.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'thomas.h.morgan@nasa.gov', u'download_count': None, u'columns_description': [], u'name': u'ASTEROID RADAR V12.0', u'columns_field_name': [], u'page_views': {u'page_views_total': 7, u'page_views_last_week_log': 0.0, u'page_views_last_week': 0, u'page_views_last_month_log': 0.0, u'page_views_total_log': 3.0, u'page_views_last_month': 0}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:01:07.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:thomas.h.morgan@nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': [u'https://pds.nasa.gov'], u'key': u'Common-Core_References'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-radar-v12.0', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': u'https://pds.nasa.gov/ds-view/pds/viewDataset.jsp?dsid=EAR-A-5-DDR-RADAR-V12.0', u'key': u'Common-Core_Homepage'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'Thomas Morgan', u'key': u'Common-Core_Contact-Name'}, {u'value': u'urn:nasa:pds:context_pds3:data_set:data_set.ear-a-5-ddr-radar-v12.0', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'support archives', u'asteroid'], u'categories': [], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/ASTEROID-RADAR-V12-0/wrvy-pkhf', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}" 1086,data.nasa.gov,xtnr-hbnt,2019-12-19,0.358823529412,"{u'cocu': False, u'exac': True, u'exda': 0.5, u'coda': 1.0, u'exri': 0, u'expr': 0.0, u'cofo': None, u'exte': 0, u'exdi': 0.6, u'coce': True, u'exsp': 0, u'coli': None, u'opfo': None, u'exco': True, u'opli': None, u'coac': True, u'opma': None}",2019-12-20,13,0.0,2,3,"{u'view': {u'permalink': u'https://data.nasa.gov/d/xtnr-hbnt', u'resource': {u'hide_from_data_json': False, u'columns_format': [], u'lens_view_type': u'href', u'updatedAt': u'2018-07-19T07:13:56.000Z', u'id': u'xtnr-hbnt', u'createdAt': u'2018-06-26T07:11:11.000Z', u'description': u'Space radiations and microgravity both could cause DNA damage in cells but the effects of microgravity on DNA damage response to space radiations are still controversial. A mRNA microarray and microRNA microarray in dauer larvae of Caenorhabditis elegans (C. elegans) that endured space xef xac x82ight environment and space radiations environment during 16.5-day Shenzhou-8 space mission were performed. In our study wild type dys-1 mutant and ced-1 mutant strains of C.elegans endured four conditions during shenzhou-8 spaceflight mission including spaceflight static condition(ss) spaceflight 1-g centrifugal condition(sc) ground control condition(gc) and no-transport control. Limited to the quantity of worm samples we performed technical-repeat test but not sample-repeat test.Accordingly 12 mRNA microarrays were performed.', u'provenance': u'official', u'type': u'href', u'metadata_updated_at': u'2018-07-19T07:13:56.000Z', u'attribution': None, u'blob_mime_type': None, u'attribution_link': None, u'contact_email': u'genelab-outreach@lists.nasa.gov', u'download_count': 0, u'columns_description': [], u'name': u'Synergistic effects of microgravity and space radiation (Nimblegen)', u'columns_field_name': [], u'page_views': {u'page_views_total': 13, u'page_views_last_week_log': 1.0, u'page_views_last_week': 1, u'page_views_last_month_log': 1.0, u'page_views_total_log': 3.8073549220576037, u'page_views_last_month': 1}, u'columns_name': [], u'parent_fxf': None, u'columns_datatype': [], u'data_updated_at': u'2018-06-26T07:11:11.000Z'}, u'classification': {u'domain_category': u'Earth Science', u'domain_metadata': [{u'value': u'mailto:genelab-outreach@lists.nasa.gov', u'key': u'Common-Core_Contact-Email'}, {u'value': u'http://www.usa.gov/publicdomain/label/1.0/', u'key': u'Common-Core_License'}, {u'value': [u'026:005'], u'key': u'Common-Core_Program-Code'}, {u'value': u'public', u'key': u'Common-Core_Public-Access-Level'}, {u'value': u'nasa_genelab_GLDS-167', u'key': u'Common-Core_Unique-Identifier'}, {u'value': u'National Aeronautics and Space Administration', u'key': u'Common-Core_Publisher'}, {u'value': u'irregular', u'key': u'Common-Core_Update-Frequency'}, {u'value': [u'026:00'], u'key': u'Common-Core_Bureau-Code'}, {u'value': u'GeneLab Outreach', u'key': u'Common-Core_Contact-Name'}, {u'value': u'nasa_genelab_GLDS-167', u'key': u'NASA-Custom-Metadata_Dataset-Identifier'}], u'domain_tags': [u'rna extraction', u'labeling', u'nucleic acid hybridization', u'data collection', u'absorbed radiation dose', u'sample collection', u'normalization data transformation', u'weightlessness'], u'categories': [u'infrastructure'], u'tags': []}, u'link': u'https://data.nasa.gov/Earth-Science/Synergistic-effects-of-microgravity-and-space-radi/xtnr-hbnt', u'owner': {u'display_name': u'NASA Open Data', u'id': u'tyq9-eyyd'}, u'metadata': {u'domain': u'data.nasa.gov'}}}"