Senger, Kim
This is a 3D model of the Saurieberget location. Comprising the Vikinhoegda and Botneheia Formations and capped by sills of the Diabasodden suit.
Janocha, Julian
Festøy, Marte Hergot
Betlem, Peter
Rodes, Nil
Svalbox Team

KonusdaleniPhone.obj
Ground-based model of fractures in Konusdalen acquired with an iPhone
Senger, Kim
Svalbox Team

Tschermakfjellet.obj
This is a model of Tschermakfjellet, South Dickson Land. An intrusion stretches from the south to the north, with steps, terminations, and other intrusion features visible.
Senger, Kim
Betlem, Peter
Svalbox Team

3D Model of the coastline from Rotundafjellet to Kapp Thordsen. Exhibiting the capping sill intrusions of the Diabasodden Suite.
Janocha, Julian
Rodes, Nil

Janocha, Julian
This is a 3D model of the eastern mountainside in Norskedalen. It shows a sill intrusion within the Botneheia Formation and the Storfjorden Subgroup.
Festøy, Marte Hergot
Betlem, Peter
Rodes, Nil

Digital outcrop model of the Amphitheatre in Todalen.

Skansen.obj
Digital outcrop model of Skansen, in Skansbukta, Billefjorden. Exhibiting outcrops of the Wordiekammen Fm, Gipshuken Fm, and Kapp Starostin Fm.

Schaaf, Niklas
Digital outcrop model along the coasline of Sarsøyra. Showing conglomerates of the Sarstangen Formation.

Esperantodalen.obj
Digital outcrop model of the southern slopes of Esperantodalen, showing the Kapp Starostin sections. These sections are discussed in detail by Ehrenberg et al. (2002) and Larssen, Senger and Grundvåg (2020).
[{'name': 'Larssen, Kristine', 'affiliation': 'UNIS, UiT, Equinor', 'orcid': None}, {'name': 'Betlem, Peter', 'affiliation': 'UNIS, UiO, NCCS', 'orcid': '0000-0002-6017-9415'}, {'name': 'Svalbox Team', 'affiliation': 'Svalbox'}]
carbonates; fractures

Low resolution overview model of Fortet and adjacent Petuniabukta/Adolfbukta Mountain face. The Petuniabukta mountain side is capped by Wordiekammen Black Crag beds which are locally intersected by solution collapse breccia pipes.Underlying the Black Crag beds is the Minkinfjellet Formation which is mostly scree covered but comprises the Fortet Member at the Fortet locality. The Fortet member is a sollution collapse breccia within the Minkinfjellet Formation and is the result of extensive gypsum dissolution and subsequent collapse of the overburden. The Adolfbukta mountain face displays gypsum, carbonate and sandstone beds of the Minkinfjellet Formation.

Agardhbukta.obj
Model of the beach cliff outcrop at Agardhbukta. The model gives an overview of the De Geerdalen, Flatsalen, and Svenskøya formations. Further reading in Olaussen et al. (2017).
cliff; De Geerdalen

Schaaf, Niklas
Digital outcrop model at Sarsøyra of conglomerates along the northern coastline.

Larssen, Kristine
This is a 3D model of a rock band in Sassendalen. The rock band is within the Kapp Starostin Formation.

Ground-based model of faults in Konusdalen
faults; reservoir; UNISCO2Lab;

GypsumBrecciaDecimated.obj
3D Model of paleokarst breccias dominated by Gypsum below Fortet. Situated in the Minkinfjellet Formation.

FortetBlockEast.obj
Virtual Outcrop Model of a solitary block east of Fortet. This block shows chaotic breakdown breccias in direct contact to paleo-cave roof lithilogies of the Wordiekammen Formation.

Kolosseum.obj
Digital outcrop model of Kolosseum, in Mudderbukta, Ekmanfjorden. Exhibiting outcrops of the Gipshuken Formation.
[{'name': 'Senger, Kim', 'affiliation': 'UNIS', 'orcid': '0000-0001-5379-4658'}, {'name': 'Galland, Olivier', 'affiliation': 'UiO', 'orcid': '0000-0002-8087-428X'}, {'name': 'Rabbel, Ole', 'affiliation': None, 'orcid': '0000-0001-5860-2731'}, {'name': 'Kuckero, Lilith', 'affiliation': None, 'orcid': None}, {'name': 'Rodes, Nil', 'affiliation': 'UNIS', 'orcid': '0000-0002-6168-2936'}, {'name': 'Svalbox Team', 'affiliation': 'Svalbox'}]

Criocerasdalen.obj
Outcrop model of the faulted caprock shales of the Janusfjellet Subgroup in Criocerasdalen. The faulted, mudstone-dominated sequences form the caprock to the proposed Longyearbyen CO2 Lab reservoir. Obs: Images contain anomalous GPS/geospatial coordinates, with the resulting model being wrongly oriented.
Bad quality georeferencing; model is misoriented as a result.
Birchall, Thomas
Agardfjellet Formation; fault; caprock; shale; mudstone

Kampesteindalen.obj
The Kampesteindalen Fault is a normal fault striking roughly NW-SE and dipping approximately 70 degrees to the SW (Smyrak-Sikora et al., 2019). With an offset of approximately 50 metres, the fault juxtaposes the uppermost Hultberget Formation against the Ebbaelva Member of the Ebbadalen Formation.
fault

Kampesteindalen.obj
Digital outcrop model of the cliffs surrounding the stream leading into Kampesteindalen.

Esperantodalen.obj
Digital outcrop model of the northern slopes of Esperantodalen, showing the Kapp Starostin sections. These sections are discussed in detail by Ehrenberg et al. (2002) and Larssen, Senger and Grundvåg (2020).
[{'name': 'Larssen, Kristine', 'affiliation': 'UNIS, UiT, Equinor', 'orcid': None}, {'name': 'Betlem, Peter', 'affiliation': 'UNIS, UiO, NCCS', 'orcid': '0000-0002-6017-9415'}, {'name': 'Svalbox Team', 'affiliation': 'Svalbox'}]
carbonates; fractures

Løvehovden.obj
Digital outcrop model of Løvehovden and western part of Hultberget inbetween which the Løvehovden fault is exposed. It forms part of the Carboniferous Billefjorden rift basin, a well-known example of a suite of Carboniferous basins in northeast Greenland and on the Barents Shelf (Maher and Braathen, 2010).
fault; fold; breccia

Productustoppen.obj
Distant 3D model of Productustoppen.

Overview of the lower section of Janusfjellet, exposing outcrops and sequences from the Jurassic to the Cretaceous.
Birchall, Tom
Ogata, Kei
Vrije Universiteit Amsterdam, Università degli Studi di Napoli Federico II
Weert, Annelotte

FortetSouthEast.obj
Virtual Outcrop Model of the Fortet Southeast outcrop section. Cropping out in this section are both sedimentary paleokarst breccias and chaotic collapse breccias near the top of the cave.

Virtual Outcrop Model of the eastward facing side of Fortet. Both sedimentarz and chaotic collapse breccias are cropping out in this section.

Festningen.obj
﻿The renowned Festningen section in the outer part of Isfjorden, western Spitsbergen, offers a c. 7 km long nearly continuous stratigraphic section of Lower Carboniferous to Cenozoic strata. Tectonic deformation associated with the Paleogene West-Spitsbergen-Fold-and-Thrust belt tilted the strata to near-vertical, allowing easy access to the section along the shoreline. The Festningen section is a regionally important stratigraphic reference profile, and thus a key locality for any geologist visiting Svalbard. The lithology variations, dinosaur footprints, as well as the many fossil groups, record more than 300 million years of continental drift, climate change, and sea level variations. As such, the Festningen section is the only protected geotope in Svalbard, covering an area of c. 17 km2. The first detailed geological cross-section of the Festningen profile was published by Hoel & Orvin (1937), while a revised open-access field guide was compiled by Mørk & Grundvåg (2020). Read the initial publication at: https://foreninger.uio.no/ngf/VK2021/T13/Senger_etal.htm
First model to be uploaded to the PostGIS system.
[2022-01-22] Updated to reflect reprocessing for First Break publication.

FortetSouthSvalbox.obj
Virtual Outcrop Model of the Fortet South outcrop section. This model is focusing on the central part of the southfacing side of Fortet. The east and west are characterized by a large fault surface marked by a steep orange surface. The central part is characterized by a gully which is mainly constituing chaotic breakdown breccia made of large Wackestone/Packstone blouders.

Vardeborg.obj
Distant digital outcrop model of Vardeborg (Winter).

Høgsnyta.obj
Digital outcrop model of southward facing side on Høgsnyta.

3D Model of Munindalen and Mimerdalen at the water reservoirs of Pyramiden.

Folding and faulting at Janusfjellet affecting several sandstone (including through the Festningen sandstone) and shale units. Compressive setting with fault-propagation folds.
Janusfjellet; fold; folding; fault; faulting; sandstone; shale

FortetBeach.obj
Virtual Outcrop Model of beach outcrop model at Rudmosepynten. The eastern section exhibits westward dipping carbonate benches of the Minkinfjellet Formation whereas the western part shows paleokarst breccias of the Minkinfjellet Formation. Transition from carbonate benches to paleokarst breccias is characterized as a sharp dip parallel boundary characteristic for the base of evaoprite paleokarst.

Kvalhovden.obj
Kvalhovden is a mountain just north of Kvalvågen on the western shores of Storfjorden. The coastal cliffs expose palaeolandslide blocks and related slope failure features that disturb a succession of paralic sediments (Onderdonk and Midtkandal, 2010). The Carolinefjellet, Helvetiafjellet, and Rurikfjellet Formations are exposed.
Faults; cliffs

Deltaneset.obj
Digital outcrop model of the cliffs along the first beach section to the east of Deltaneset, i.e., in the direction of Diabasodden. These form the reservoir units for the proposed Longyearbyen CO2 Lab reservoir.
Footprint based on DEM
Birchall, Thomas
reservoir; coast; cliffs; dip

hyperittfossen.obj
A model of Hyperittfossen in De Geerdalen. The waterfall is surrounded by igneous intrusions belonging to the Diabasodden Suite.
Lord, Gareth
Mosociova, Tereza
intrusion; snow; sil; dolerite; waterfall

Hanaskogelva.obj
Model of the outcrops in outer Hanaskogdalen, Svalbard, close to Revneset.
Date Taken parameter in photo-metadata is off due to internal clock mismatch.
snow; shadows; Hanaskogdalen; valley

3D Model of Värmlandryggen, Karlstadtoppen and Hovtiden. Outcrop displays the Gipshuken and Kapp Starostin Formations.
Lord, Gareth

Lord, Gareth
3D Model of outcrop along the coastline of Sveasletta. Outcrop displays the Kapp Starostin Formation.

Schaaf, Niklas
3D model of beach outcrop at Sarsøyra comprising sandstones, shales and, conglomerates.

3D Model of Tufsodden comprising Late Triassic and Early Jurrasic Stratigraphy.

3D Model of outcrop along the coastline of Sveasletta. The outcropping succession is the Vardebukta Formation.

3D model of Bertilryggen. Triassic shales and vertical magmatic dike are seen in the outcrop.

3D Model of Lagmannstoppen with the folded Alkhornet Formation.

VestreGrønfjordbreenPeak627.obj
Winter outcrop model for the lower western side of unnamed peak 627 sticking out above Vestre Grønfjordbreen, Spitsbergen, Svalbard.
Vestre Grønfjordbreen; snow; cliff

3D Model of Kvævefjellet. Folded Triassic to Jurrasic succession.

Digital outcrop model of Kapp Schoultz, in Tempelfjorden. Exhibiting outcrops of the Wordiekammen Formation and Gipshuken Formation.
Birchall, Tom
Mosočiová, Tereza
Gevers, Marjolein

Gerardfjella.obj
Digital outcrop model of Gerardfjella, in Tempelfjorden. Exhibiting outcrops of the Wordiekammen Fm, Gipshuken Fm, and Kapp Starostin Fm.
Birchall, Tom
Mosočiová, Tereza
Gevers, Marjolein

Helvetiadalen-B.obj
One of the outcrops found in Helvetiadalen, Spitsbergen.

FortetNorth.obj
Virtual Outcrop Model of outcrop section Fortet North. Fortet is a paleokarst breccia outcrop at the southern end of Wordiekammen. At Fortet North the western section is characterized by stratified sedimentary breccias deposited "inversly" onlapping to the paleo-cave ceiling. Towards the east of the stratified breccia we find chaotic breakdown breccia which are truncating the stratfied breccias. The chaotic breackdown breccia resemble a second phase of dissolution and collapse of a paleokarst system.

Burgerbukta.obj
Digital outcrop model of the Kruseryggen and Urnetoppen cliffsides in Burgerbukta, Southern Spitsbergen. The profile shows an outcrop of the Mid Carboniferous to Late Permian deposits. The succession shows (mid-) late Carboniferous alluvial red-bed deposits of the Hyrnefjellet Formation (Fm.) which grade upwards into being interbedded by shallow-marine sandy deposits. Overlying the Hyrnefjellet is the Parallic to shallow marine sandstone and carbonates of the late Carboniferous to early Permian Treskelodden Fm. which is completely carbonate dominated towards its top. Overlying the Treskelodden Fm. is inner shelf chert deposits of the late Permian Kapp Starostin Fm. The boundary between the Treskelodden and Kapp Starostin Fm's in Burgerbukta records a major unconformity. Both the Hyrnefjellet and Treskelodden Fm's were affected by syn-sedimentary faulting in Burgerbukta area evidenced by the large amount of conglomerate deposits adn small growth faults. In addition, most clear in the Treskelodden and Kapp Starostin Fm's is Tertiary reverse faults formed during the West Spitsbergen Fold and Thrust belt.
Dahlin, Anders
Smyrak-Sikora, Aleksandra
Olaussen, Snorre

Eistradalen.obj
Outcrop on western side of Eistradalen West, Agardhdalen area. Sassendalen and Kapp Toscana groups, including a reverse fault.
Rodés, Nil

KonusdalenWest.obj
Extended model for Konusdalen West (Maaykedalen) featuring both extensional faults in the main outcrop and contractional pop-up structures in the outcrop further up.Refer to the MSc theses of Karoline Løvlie and Lise Nakken for further details on the interpretation.

3D Model of a gully north of Labben. The deep narrow gully comprises Lower to Middle Triassic stratigraphy exposed nearly vertical.

Friedrichfjellet.obj
Outcrop at Friedrichfjellet, Agardhdalen, eastern Spitsbergen, Svalbard.

3D Model of Vegardfjellet showing folding in the Kapp Starostin Formation.

3D Model of Triassic and Jurrasic folded succession at Ramfjellet.

Fjordnibba.obj
Digital outcrop model of Fjordnibba, in Tempelfjorden. Exhibiting outcrops of the Kapp Starostin Formation and Gipshuken Formation.
Mosočiová, Tereza
Gevers, Marjolein

Ultunafjella.obj
Digital outcrop model of Ultunafjella, in Tempelfjorden. Exhibiting outcrops of the Gipshuken Fm and Wordiekammen Fm.

Observatoriefjellet.obj
Digital outcrop model of Observatoriefjellet, in Recherchefjorden. Exhibiting outcrops of the Höferpynten Formation.
Horota, Rafael
van Hazendonk, Lotte

One of the outcrops found in Helvetiadalen, Spitsbergen.
Mosociova, Tereza
shales; fault; snow

Mosociova, Tereza

3D Model of beach outcrop between Selmaneset and Tufsodden comprising Triassic vertically tilted stratigraphy.

Systemafjellet.obj
Digital outcrop model of the southern face of Systemafjellet, in Orustdalen, Nordenskiöld Land.
van Winden, Veerle

Heerfjellstupet.obj
Digital outcrop model of the northern face of Heerfjellstupet, in Grøndalen, Nordenskiöld Land.
van Winden, Veerle

Kapitol.obj
Digital outcrop model of one side of the Kapitol peak, found on the eastern side of Ekmanfjorden. The outcrop is made up of a doleritic intrusion, belonging to the Diabasodden Suite, which has been emplaced into the Kapp Starostin Formation.
Sartell, Anna

Stjerthogda.obj
Digital outcrop model of the igneous intrusion covering the entire Stjerthøgda plateau. The intrusion has been emplaced into the top layers of the Gipshuken Formation, which can be recognized by its white gipsum rich sedimentary layers beneath the intrusion. On the northern side of Trollfuglfjella, the intrusion climbs up through the stratigraphy into the Kapp Starostin Formation.
The Mesh has been decimated to 5,000,000 points.
Sartell, Anna

Meyerfjellet.obj
Digital outcrop model of the 788 m high Meyerfjellet peak. It is located on the peninsula between Ekmanfjorden and Dicksonfjorden, and is wedged between Kapitolbreen and Meyerbreen. The peak is made up of a doleritic intrusion, not previously mapped. The intrusion belongs to the Diabasodden Suite, which represents the High Arctic Large Igneous Province on Svalbard. The intrusion is emplaced at the contact between the Gipshuken Formation and the Kapp Starostin Formation. The western side appears more snow-covered, as those images were taken a few days before the photos of the eastern side, when the snow had largely melted away.
Sartell, Anna

Ytterdalssata.obj
Digital outcrop model of the nort-west face of Ytterdalssåta, in Nordenskiöld Land.
van Winden, Veerle

Brogniartfjellet.obj
Brogniartfjellet-outcrop in inner-Van Keulenfjorden. Outcrop shows exposed sandstone bodies (river- and sandy floodplain) of the terrestrial Aspelintoppen Formation floodplain. This locality of Aspelintoppen Formation is a classical locality used in many previous sedimentological studies of Upper Van Mijenfjorden Group.
Bøgh, Anna
Schytt Mannerfelt, Erik
Hodson, Andy
Kleber, Gabby
[{'organization': 'SSF-Svalbard Science Forum', 'grant_number': 310639}, {'organization': 'Norwegian Research Council', 'grant_number': None, 'comment': 'extra funds 2020'}]

Hyrnestabben.obj
Hyrnestabben-outcrop in inner-Van Keulenfjorden. Outcrop shows exposed sandstone bodies (river- and sandy floodplain) of the terrestrial Aspelintoppen Formation floodplain. Northward mountain face is much better exposed than the sourthern face pointed toward the fjord.
Bøgh, Anna
Schytt Mannerfelt, Erik
Hodson, Andy
Kleber, Gabby
[{'organization': 'SSF-Svalbard Science Forum', 'grant_number': 310639}, {'organization': 'Norwegian Research Council', 'grant_number': None, 'comment': 'Extra funds 2020'}]

Høgsnyta.obj
Høgsnyta-outcrop in Reindalen. Shows top parts of shallow marine Battfjellet Formation (lower part of outcrop) and teresstrial floodplain depositis of Aspelintoppen Formation.
Bøgh, Anna
Schytt Mannerfelt, Erik
Hodson, Andy
Kleber, Gabby
[{'organization': 'SSF-Svalbard Science Forum', 'grant_number': 310639}, {'organization': 'Norwegian Research Council', 'grant_number': None, 'comment': 'Extra funds 2020'}]

Litledalsfjellet.obj
Litledalsfjellet-outcrop in Reindalen. Sandy clinoforms dipping eastward from westernmost part of the outcrop. Clinoforms repressent the boundary between shallow marine Battfjellet Formation (lower part of outcrop) and teresstrial floodplain depositis of Aspelintoppen Formation.
[{'organization': 'SSF-Svalbard Science Forum', 'grant_number': 310639}, {'organization': 'Extra funds Norwegian Research Council 2020', 'grant_number': None}]

Lundgrenfjellet.obj
Lundgrenfjellet-outcrop in Van Mijenfjorden. Shows top parts of shallow marine Battfjellet Formation (lower part of outcrop) and teresstrial floodplain depositis of Aspelintoppen Formation. The formation boundary is uncartain but has previously been interpreted at around the stepping features in the outcrop (Bøgh, 2021) or, alternatively, higher up in the outcrop (NPI).
[{'organization': 'SSF-Svalbard Science Forum', 'grant_number': 310639}, {'organization': 'Norwegian Research Council', 'grant_number': None, 'comment': 'Extra funds 2020'}]

Birketvedttoppen.obj
Birketvedttoppen-outcrop in Van Mijenfjorden/Danzigdalen. Outcrop shows poorly exposed sandstone bodies (river- and sandy floodplain) of the terrestrial Aspelintoppen Formation floodplain.
[{'organization': 'SSF-Svalbard Science Forum', 'grant_number': 310639}, {'organization': 'Extra funds Norwegian Research Council 2020', 'grant_number': None}]

Aspelintoppen.obj
Aspelintoppen-outcrop in Van Mijenfjorden/Danzigdalen. Outcrop shows poorly exposed sandstone bodies (river- and sandy floodplain) of the terrestrial Aspelintoppen Formation floodplain. Type locality for Aspelintoppen Formation.

Ytterdalssata.obj
Digital outcrop model of the southern face of Ytterdalssåta, in Lågnesflya, Nordenskiöld Land.

Annaberget.obj
Digital outcrop model of Annaberget, in Van Keulenfjorden. Exhibiting outcrops of the Carolinefjellet Fm and Helvetiafjellet Fm.
Horota, Rafael
van Hazendonk, Lotte
DOM; drone; svalbox;

Akseløya.obj
﻿A long narrow island at the mouth of Van Mijenfjorden, central Spitsbergen. The island separates Van Mijenfjorden from Bellsund. Carbonates, limestones, shales and anhydrites make up the local strata of Upper Permian to Lower Triassic age. The strata are near-vertical owing to the collision with Greenland, forming the Spitsbergen fold and thrust belt.
Horota, Rafael
van Hazendonk, Lotte
verticalgeology; cliffs; island

Brogniartfjella.obj
Overview model of Brogniartfjella, in Van Keulenfjorden.. Exhibiting outcrops of the Aspelintoppen Fm and Battfjellet Fm.

Bravaisberget.obj
Model of Bravaisberget, a mountain just south-east of Midterhuken and Akseløya with strongly dipping strata. Northern shore of Van Keulenhamna in Van Keulenfjorden.

Productustoppen.obj
Digital outcrop model of the northern face of Productustoppen, in Nordenskiöld Land.

Bertilryggen.obj
Digital outcrop model of an igneous intrusion found by the western coast of Ekmanfjorden, beneath the mountain top Bertilryggen. The intrusion is emplaced at the transition from the late Permian Kapp Starostin Formation and the early Triassic Vardebukta Formation. The intrusions are part of the Diabasodden Suite, which represent the High Arctic Large Igneous Province on Svalbard. The presence of two host rock contacts can be inferred, but can’t be observed due to weathering and scree material covering the cliff face.

Mefjellet.obj
Mefjellet-outcrop in end-Colesdalen. Outcrop shows poorly exposed sandstone bodies (river- and sandy floodplain) of the terrestrial Aspelintoppen Formation floodplain.
Mesh decimated at 5,000,000 points

Bergmanfjellet.obj
Model of Bergmanfjellet and surroundings, southern shoreline of Van Mijenfjorden.
dipping

Digital outcrop model of the Konusdalen West faulted and fractured mudstone-dominated sequences. The sequences span the middle-upper successions of the Agardhfjellet Formation, comprising the Slottsmøya, Oppdalssåta and Lardyfjellet members and displays internal bed characteristics in detail.
faults; caprock; shales; CO2; sequestration; Agardhfjellet; Rurikfjellet; Slottsmøya; Oppdalssåta; Lardyfjellet

Beckeaksla.obj
﻿Digital outcrop model of Beckeaksla and surroundig glaciers and peaks. Glaciers themselves are mainly visible as holes in the mesh. Basement.
snow; glaciers; moraine; basement

Brattlidalen-Kolldalen.obj
Digital outcrop model of Brattlidalen and Kolldalen, in Sassendalen. Exhibiting outcrops of the Kapp Starostin Formation.
Smyrak-Sikora, Aleksandra

Cronstedtkollen.obj
Digital outcrop model of Cronstedtkollen, in Van Mijenfjorden. Exhibiting outcrops of the Battfjellet and Frysjaodden formations.

Réaumurfjellet.obj
Digital outcrop model of Réaumurfjellet, in Van Mijenfjorden. Exhibiting outcrops of the Firkanten Fm and Basilika Fm.

Ullaberget.obj
Digital outcrop model of Ullaberget, in Van Keulenfjorden. Exhibiting outcrops of the Calorinefjellet Fm, Helvetiafjellet Fm, and Janusfjellet Subgroup.

Firkanten.obj
Digital outcrop model of Firkanten, in Van Keulenfjorden. From West to East it exhibits outcrops of the Carolinefjellet Formation, Firkanten Formation, Grumantbyen Formation, Frysjaodden Formation and Battfjellet Formation. It is a continuous stratigraphic sequence of Aptian-Albian to early Eocene rocks.

Storvola.obj
Digital outcrop model of Storvola, in Van Keulenfjorden. Exhibiting outcrops of the Frysjaodden Fm, Battfjellet Fm, and Aspelintoppen Fm. It exposes a coastal plain, shelf, slope, and basin-floor reaches of a series of lower Eocene clinoforms. Further reading in Nielsen et al. (2008).

Pallen.obj
Digital outcrop model of Pallen, in Van Keulenfjorden. Exhibiting outcrops of the Battfjellet Fm and Frysjaodden Fm.

Kolfjellet.obj
Digital outcrop model of Kolfellet, in Van Mijenfjorden. Exhibiting outcrops of Grumantbyen and Hollendralen formations in the top, Basilika Formation, Firkanten Formation and Carolinefjellet Formation at the base of the mountain.

Digital outcrop model of the Kapp Morton beach, in Van Mijenfjorden. Exhibiting outcrops of the Carolinefjellet Formation.

Solryggen.obj
Digitial outcrop model of the northern face of Solryggen, in Nordenskiöld Land.

Midterhuken.obj
Digital outcrop model of Midterhuken, at the far end of the headland where Van Keulenfjorden and Van Mijenfjorden meet. It exhibits a natural transect of the Palaeogene fold-and-thrust belt along Spitsbergen's west coast. The deformation involves two main geologic sequences. Basement rocks on Midterhuken's western tip (Hecla Hoek sequence) were metamorphosed and penetratively deformed during the Caledonian orongeny, and were uplifted and tilted during Tertiary deformation. To the east is a Lower Carboniferous to Cretaceous plaatform cover sequence (2 km thick) of unmetamorphosed carbonate and clastic rocks; it unconformably overlies the Hecla Hoek rocks, and forms a northeast-dipping homocline with locally complex structures (Maher et al., 1984). The Gåshamna Fm, Treskelodden Fm, Orustdalen Fm, Wordiekammen Fm, Gipshuken Fm, Kapp Starostin Fm, Vardebukta Fm, Tvillingodden Fm, Bravaisberget Fm and Kapp Toscana Gr are successively exposed eastward.
folding; fold-and-thrust belt; deformation; basement

Brattdalen.obj
Digital outcrop model of Brattdalen, in Grønfjorden. Exhibiting outcrops of the Firkanten Fm, Basilika Fm, Grumantbyen Fm, and Hollendardalen Fm.

Brentskaret.obj
Digital outcrop model of Brentskaret, in Eskerdalen. Exhibiting outcrops of the Botneheia Formation.
Smyrak-Sikora, Aleksandra

Gronfjordbreane.obj
Digital outcrop model of Grønfjordbreane, in Nordenskiöld Land. Exhibiting outcrops of the Kapp Starostin Fm.

Larvikpynten.obj
Digital outcrop model of Larvikpynten, in Grønfjorden. Exhibiting outcrops of the Carolinefjellet Formation.

Juvdalskampen.obj
Digital outcrop model of the south face of Juvdalskampen, near Eskerdalen, in Nordenskiöld Land.
Mesh decimated to 5,000,000 faces

Haagfjellet.obj
Digital outcrop model of Haagfjellet, in Grøndalen. Exhibiting outcrops of the Firkanten Fm, Basilika Fm, Grumantbyen Fm, and Hollendardalen Fm.

Løvehovden.obj
Digital outcrop model of Lovehovden, in Petuniabukta, inner Billefjorden. Exhibiting outcrops of the Ebbadalen Formation.

Ringdalsfjellet.obj
Ringdalsfjellet-outcrop in inner-Colesdalen. Outcrop shows exposed sandstone bodies (river- and sandy floodplain) of the terrestrial Aspelintoppen Formation floodplain.

Malmberget.obj
Digital outcrop model of Malmberget, in Jarndalen. Exhibiting outcrops of the Malmberget unit from the Neoproterozoic.

Sand volcano and injectites near Criocerasdalen, central Spitsbergen.
sand volcano; injectite

Qvigstadfjellet.obj
Digital outcrop model of the north face of Qvigstadfjellet, in Aldegondabreen, Nordenskiöld Land. Exhibiting outcrops from Kapp Starostin Fm.

Braganzatoppen.obj
Digital outcrop model of the northern face of Braganzatoppen, in Kongressdalen, Nordenskiöld Land.

Muninelva.obj
Digital outcrop model of an outcrop exposed by the Muninelva river, northeast of Esteriahaugen in Munindalen/Mimerdalen.

Sandsteinfjellet.obj
Digital outcrop model of Sandsteinfjellet, in Colesdalen. Exhibiting outcrops of the Aspelintoppen Fm and Battfjellet Fm.

Productustoppen.obj
Digital outcrop model of the southern face of Productustoppen, in Nordenskiöld Land.

Starostinaksla.obj
Digital outcrop model of Starostinaksla, in Nordenskiöld Land.

Flynibba.obj
Digital outcrop model of Flynibba, in Nordenskiöld Land.

Medalen.obj
Digital oucrtop model of Medalen, in central Nordskiöld Land. Exhibiting outcrops from the Grumantbyen and Hollendardalen formations.

Synndalen.obj
Digital outcrop model of Synndalen. Exhibiting outcrops of the Grumantbyen and Hollendardalen formations.

Seipfjellet.obj
Digital outcrop model of the southern face of Seipfjellet, in Vestre Grønfjordbreen, Nordenskiöld Land.

Landnørdingsvika.obj
Digital outcrop model of the Landnørdingsvika cliff in Southwestern Bjørnøya. The profile shows a spectacularly exposed outcrop of the Mid-Late Carboniferous time, it is tilted down towards the west due to a large controlling normal fault, mapped on seismic offshore Bjørnøya. The base of the succession shows alluvial red-bed sediments (shales and conglomerates) with interbedded white shallow marine sandstones (Landnørdingsvika Fm) transitioning upwards into marine sandstones and later dominating marine carbonates (Kapp Kåre Fm). The succession shows the interplay between mid-late Carboniferous sea-level fluctuations (mainly controlled by ice-sheets on the southern hemisphere) and local/regional extensional tectonics and is a good outcrop analogue to the Carboniferous-Early Permian deposits offshore in the basins of the Barents Sea, which have historically targeted for hydrocarbon exploration.
[{'name': 'Dahlin, Anders', 'affiliation': 'UNIS, UiO', 'orcid': '0000-0002-3008-3877'}, {'name': 'Schaaf, Niklas W.', 'affiliation': 'IGF Uni-Kiel, UNIS', 'orcid': '0000-0001-5746-8956'}, {'name': 'Janocha, Julian', 'affiliation': 'UIT, UNIS', 'orcid': '0000-0002-0327-9444'}, {'name': 'Johannesen, Erik P.', 'affiliation': 'EP Skolithos', 'orcid': None}, {'name': 'Svalbox Team', 'affiliation': 'Svalbox'}]

Storgjelet.obj
Digital outcrop model of Storgjelet, between Sassendalen and Noisdalen. Exhibiting outcrops of the Gipshuken Fm and Kapp Starostin Fm.

Nøisdalen.obj
Digital outcrop model of the northern side of Nøisdalen, in Sabine Land. Exhibiting outcrops of the Gipshuken Formation.

Solryggen.obj
Digital outcrop model of the shouthern face of Solryggen, in Nordenskiöld Land.

Trodalen.obj
Digital outcrop model of the lowest-most part of western Trodalen, in Nordenskiöld Land. Exhibiting outcops of the Grumantbyen and Hollendardalen formations.

Voringen.obj
Digital outcrop model of the northern face of Vøringen, in Vøringenbreen, Nordenskiöld Land.

Strandlinuten.obj
Digital outcrop model of the northern face of Strandlinuten, in Aldegondabreen, Nordenskiöld Land.

Ytterdalselva.obj
Digital outcrop model of Ytterdalselva, in Lågnesflya, Nordenskiöld Land.
innaccurate Altitude in photos.

Systemafjellet.obj
Digital outcrop model of the northern face of Systemafjellet, in Nordenskiöld Land.

Griegaksla.obj
Digital outcrop model of Griegaksla, in Nordenskiöld Land.

Ingeborgfjellet.obj
Digital outcrop model of the south-west face of Ingeborgfjellet, in Nordenskiöld Land

Jarndalen.obj
Digital outcrop model of the eastern face of Jarndalen, in Nordenskiöld Land.