Published March 16, 2019 | Version v1
Dataset Embargoed

2015 - London LUMA All Barbican Scintillometer - IRT Camera - Weather Station Raw Data

  • 1. University of Reading - Previously KCL
  • 2. While at University of Reading
  • 3. While at: University of Reading, KCL
  • 4. University of Reading, Past: KCL, Indiana University

Description

2015 - London LUMA All Barbican Scintillometer - IRT Camera - Weather Station Raw Data
  1. Site:
  2. Country\City\Location: UK London
  3. BCT - Barbican Cromwell Tower
  4. From:2014079
  5. Davis Station Davis Vantage Pro Plus AJ130401024 - E
  6. Ht = 145 m
  7. Orientation= 305
  8. Scintillometer LASMkII Kipp & Zonen 120028
  9. Scintillometer LASMkII Kipp & Zonen 120029
  1. Site:
  2. Country\City\Location: UK London
  3. BCTW - Barbican Cromwell Tower West, LUMA site
  4. From 22/01/2014 to 20/03/2014 2014018 - 2014079
  5. Davis Station
  6. Davis Vantage Pro Plus AJ130401024
  7. Ht =144 m
  8. Orientation 297
  9. Latitude=51.520551, Londgitude = -0.092969
  1. Site:
  2. Country\City\Location: UK London
  3. BCTW - Barbican Frobisher Cresent Lower, LUMA site
  4. Latitude=51.520551, Londgitude = -0.092969
  5. From 2014-01-22 2018-10-31
  6. Davis Station Davis Vantage Pro Plus AK130521018 - E
  7. Ht =21 m
  8. Orientation= 252
  9. Soil Moisture Probe: SM300 Delta-T A01358
  10. Ht =-0.15 m
  11. Orientation= NA
  1. Site:
  2. Country\City\Location: UK London
  3. BGH -Barbican Gilbert House, LUMA site
  4. Latitude=51.518777, Londgitude = -0.093295
  5. From 2014-01-18 2018-10-31
  6. Davis Station Davis Vantage Pro Plus AK130521017 -D
  7. Ht =49 m
  8. Orientation= 22
    1. Sensor:
    2. Davis Advantage Pro Weather station
    1. Thermal Camera - note there are different field of views
    2. Optris PI160 Thermal Camera
    3. Serial: 12080018;Suffix:E
    4. Serial: CC26_LC26; Suffix:A
    5. Serial: PI12070026_O12060012; Suffix:B
    6. Serial: C12070026_L12060012; Suffix:C
    7. Instrument deployment history;At;From;To
    8. C26 at CT;2014-06-16;2014-08-07;
    9. C26 at CT;2014-08-09;2014-10-01
    10. C26 at CUB;2017-09-07;2017-10-13
    11. C26 at RMR;2017-10-26;2017-11-06
    12. C26 at RAG;2018-01-16;2018-01-30
    13. C26 at RAG;2018-01-31;2018-08-15
    14. Serial: C12060057_L12060030;Suffix:D
    15. Instrument deployment history;At;From;To
    16. C57 at CT;2014-06-16;2014-09-26
    17. Serial: C12080019_L12080002;Suffix:F
    18. Instrument deployment history;At;From;To
    19. C19 at CT;2014-07-15;2014-09-26
    20. Serial: C12080103_L17050030;Suffix:G
    21. Instrument deployment history;At;From;To
    22. C03 at IMU;2017-07-28;2017-08-02
    23. C03 at IMU;2017-08-04;2017-09-29
    24. C03 at IMU;2017-09-30;2017-10-14
    25. C03 at RMR;2017-10-26;2017-11-06
    26. C03 at RAG;2018-01-16;2018-01-30
    27. C03 at RAG;2018-01-31;2018-08-15
    28. Serial: C12080019_L17050029;Suffix:H
    29. Instrument deployment history;At;From;To
    30. C19 at IMU;2017-07-13;2017-07-27
    31. C19 at IMU;2017-07-29;2017-08-15
    32. Serial: C12080017_L17050013;Suffix:I
    33. Instrument deployment history;At;From;To
    34. C17 at IMU;2017-07-17;2017-08-02
    35. C17 at IMU;2017-08-04;2017-09-02
    36. C17 at IMU;2017-09-04;2017-11-07
    37. Serial: C12080016_L16060004;Suffix:J
    38. Instrument deployment history;At;From;To
    39. C16 at IMU;2017-07-22;2017-10-24
    40. C16 at IMU;2017-10-26;2017-11-10
    41. Serial: C12070069_L17050015;Suffix:K
    42. Instrument deployment history;At;From;To
    43. C69 at WCT;2017-07-22;2017-08-02
    44. C69 at WCT;2017-08-04;2017-11-10
    45. Serial: C12060057_L16080014;Suffix:L
    46. Instrument deployment history;At;From;To
    47. C57 at WCT;2017-07-22;2017-08-02
    48. C57 at WCT;2017-08-04;2017-11-10
    49. Serial: C12080019_L17050029_NORMALDISTORTIONCORRECTION;Suffix:M
    50. Instrument deployment history;At;From;To
    51. C19 at IMU;2017-08-17;2017-11-10
    1. Sensor: BLS - Scintec BLS - Boundary Layer Scintilometer Scintec BLS900
    2. Serial:T-E-0470; Suffix:A
    3. Instrument deployment history;At;From;To
    4. BLS_NTT_NDT at NDT;2011-05-20;2011-11-23
    5. BLS_NTT_NDT at NDT;2012-01-11;2012-03-08
    6. BLS_NGT_NDT at NDT;2012-03-29;2012-09-21
    7. BLS_NTT_NGT at NGT;2012-09-21;2013-02-26
    8. BLS Rx at BTT;2014-06-29;2017-03-16
    9. BLS Rx at SWT;2017-04-06
    1. Sensor:Kipp & Zonen LAS150 Large Aperture Scintillometer
    2. Serial: 60029;Suffix:A
    3. LAS150_KGG_BTT at BTT;2010-03-09;2011-09-23
    4. LAS150_NDT_NTT at NTT;2011-10-12;2011-11-03
    5. LAS150_NDT_NGT at NGT;2012-01-11;2012-09-21
        1. SensorKipp & Zonen LASMKII Large Aperture Scintillometer
        2. Serial: 120029;Suffix:A
        3. Instrument deployment history;At;From;To
        4. LAS_MKII_29_NGT_NTT at NTT;2012-02-01;2013-02-26
        5. LASMkII Rx at IMU;2014-04-09;2018-10-31
        6. Serial: 120028,Suffix:B
        7. Instrument deployment history;At;From;To
        8. LAS_MKII_28_NTT_NGT at NGT;2012-02-22;2012-09-21
        9. LAS_MKII_28_NGT_NDT at NDT;2012-09-21;2013-02-26
        10. LASMkII Rx at BCT;2014-04-01;2017-03-16;
        11. SouthwarkLAS at SWT;2017-08-25
        1. For KZ sensors there are more than 1- so directories or filenames give serial number
        2. Receiver end is site name
            1. Files: zipped
            2. Example 20130101_davis.txt
            3. Year:2013
            4. Month: 019
            5. Date: 01
            6. davis: instrument
            7. Format: ascii, seeDavis Vantage Pro Manual
            1. Files::
            2. OptrisPI Camera raw images, one per time step, CXX - gives serial number

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The files will be made publicly available on April 30, 2027.

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Additional details

References

  • Crawford B, Grimmond CSB, Ward HC, Morrison W, Kotthaus S 2017: Spatial and temporal patterns of surface‐atmosphere energy exchange in a dense urban environment using scintillometry. Quarterly Journal of the Royal Meteorological Society, 143( 703), 817– 833. https://doi.org/10.1002/qj.2967
  • Crawford B, CSB Grimmond, A Gabey, M Marconcini, HC Ward, CW Kent 2018 Variability of urban surface temperatures and implications for aerodynamic energy exchange in unstable conditions QJRMS 144, 1719-1741 https://doi.org/10.1002/qj.3325
  • Morrison W, S Kotthaus; S Grimmond, A Inagaki, T Yin, J-P Gastellu-Etchegorry, M Kanda, C Merchant A novel method to obtain three-dimensional urban surface temperature from ground-based thermography, Remote Sensing of Environment 215, 268-283 https://doi.org/10.1016/j.rse.2018.05.004