Published March 14, 2019
| Version v1
2014 - London LUMA Barbican - Weather Station Raw Data
Authors/Creators
- 1. University of Reading - Previously KCL
- 2. University of Reading, Past: KCL, Indiana University
Description
2014 - London LUMA Barbican - Weather Station Raw Data
- Site:
- Country\City\Location: UK London
- BCT - Barbican Cromwell Tower
- From:2014079
- Davis Station Davis Vantage Pro Plus AJ130401024 - E
- Ht = 145 m
- Orientation= 305
- Scintillometer LASMkII Kipp & Zonen 120028
- Scintillometer LASMkII Kipp & Zonen 120029
- Site:
- Country\City\Location: UK London
- BCTW - Barbican Cromwell Tower West, LUMA site
- From 22/01/2014 to 20/03/2014 2014018 - 2014079
- Davis Station
- Davis Vantage Pro Plus AJ130401024
- Ht =144 m
- Orientation 297
- Latitude=51.520551, Londgitude = -0.092969
- Site:
- Country\City\Location: UK London
- BCTW - Barbican Frobisher Cresent Lower, LUMA site
- Latitude=51.520551, Londgitude = -0.092969
- From 2014-01-22 2018-10-31
- Davis Station Davis Vantage Pro Plus AK130521018 - E
- Ht =21 m
- Orientation= 252
- Soil Moisture Probe: SM300 Delta-T A01358
- Ht =-0.15 m
- Orientation= NA
- Site:
- Country\City\Location: UK London
- BGH -Barbican Gilbert House, LUMA site
- Latitude=51.518777, Londgitude = -0.093295
- From 2014-01-18 2018-10-31
- Davis Station Davis Vantage Pro Plus AK130521017 -D
- Ht =49 m
- Orientation= 22
- Sensor:
- Davis Advantage Pro Weather station
- Files: zipped
- Example 20130101_davis.txt
- Year:2013
- Month: 019
- Date: 01
- davis: instrument
- Format: ascii, seeDavis Vantage Pro Manual
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