Published March 16, 2019
| Version v1
2015 - London central London Indoor T and humidity - various buildings
Description
2015 - London central London Indoor T and humidity - various buildings
- Site:
- Country\City\Location: UK London
- Network;ID;Name;Latitude;Longitude;Start Date;End Date
- IndoorLUMA;BBM; Barbican Brandon Mews; 51.519043; -0.09139; 2013-08-12; 2013-08-13
- IndoorLUMA;BDH; Barbican Defoe House; 51.519935; -0.095334; 2013-11-28
- IndoorLUMA; BH; Barford House; 51.536287 -0.10602 2013-07-31; 2013-08-08
- IndoorLUMA; BLT; Barbican Lauderdale Tower; 51.519903; -0.096744 2016-07-04; 2017-06-05
- IndoorLUMA; BMH; Barbican Mountjoy House; 51.519501; -0.096576; 2015-10-01
- IndoorLUMA; BSH; Barbican Speed House; 51.519593 -0.091402;2013-07-31;2013-08-08
- IndoorLUMA;BST;Barbican Shakespeare Tower;51.52027-0.094842;2013-07-29;2014-06-23
- IndoorLUMA;BTMH;Barbican Thomas Moore House;51.519016;-0.096026;2013-08-11;2013-08-12
- IndoorLUMA;CH;80s Council House;51.536963;-0.114697;2013-09-08;2013-09-29
- IndoorLUMA;KCLK;Kings Building, Kings College London;51.51146;-0.1161;2014-06-25;2014-07-01
- IndoorLUMA;LVS;Lever Street;51.526867;-0.097435;2016-02-01;
- IndoorLUMA;MFR;Mayfield Road;51.347983;-0.092698;2016-03-22;
- IndoorLUMA;OH;Orford House;51.529834;-0.113785;2013-07-31;2013-09-08
- IndoorLUMA;RH;Rahere House;51.528589;-0.097763;2013-08-01;2013-08-23
- IndoorLUMA;VH;Victorian House;51.52841;-0.111207;2013-08-02;2013-08-16
- Site:
- Country\City\Location: UK London Central London - CL
- Sensor:MicroLites
- https://fourtec.com/products/product/microlite/MicroLite-Overview/
- Files::
- Microlites located in various residences
- Temperature and humdiity data
Additional details
References
- Bjorkegren A, CSB Grimmond 2018: Net Carbon Dioxide emissions from central London) Urban Climate 23, 131-158 10.1016/j.uclim.2016.10.002
- Bjorkegren A, CSB Grimmond, S Kotthaus, BD Malamud 2015: CO2 emission estimation in the urban environment: measurement of the CO2 storage term. Atmospheric Environment 122, 775-790, 10.1016/j.atmosenv.2015.10.012