A novel method to obtain three-dimensional urban surface temperature from ground-based thermography - Figure 10 median brightness temperatures

<p>Median brightness temperatures as shown in Figure 10 of Morrison et al. (2018)&nbsp;<em>A novel method to obtain three-dimensional urban surface temperature from ground-based thermography&nbsp;</em><a href="https://doi.org/10.1016/j.rse.2018.05.004">https://doi.org/10.1016/j.rse.2018.05.004</a></p> <p>Details on the files can be found below. Further details can be found in the linked paper and references.&nbsp;</p> <p><strong>Thermal infrared camera brightness temperature measurements</strong></p> <p><strong>02082014_COSMOTIRsunShade.csv:</strong><br> <strong>TIME</strong>: Local time. Timestep indicates end of 60 min aggregation interval using 1 min image samples.<br> <strong>class</strong>: sunlit (observed surface is in direct sun) or shaded (observed surface is in shade)<br> <strong>median_Tb_K</strong>: median brightness temperature across all images and image pixels for the given class and timestep (K)</p> <p><strong>02082014_COSMOTIRorientations.csv:</strong><br> <strong>TIME</strong>: Local time. Timestep indicates end of 60 min aggregation interval using 1 min image samples.<br> <strong>class</strong>: sunlit (observed surface is in direct sun) or shaded (observed surface is in shade) also stratified by surface orientation i.e. &lt;sun_status&gt;_&lt;orientation&gt;<br> <strong>median_Tb_K</strong>: median brightness temperature across all images and image pixels for the given class and timestep&nbsp; (K)&nbsp;</p> <p><strong>002082014_COSMOTIRorientationsAndSunShade.csv:</strong><br> <strong>TIME</strong>: Local time. Timestep indicates end of 60 min aggregation interval using 1 min image samples.<br> <strong>class</strong>: sunlit (observed surface is in direct sun) or shaded (observed surface is in shade) also stratified by surface orientation i.e. &lt;sun_status&gt;_&lt;orientation&gt;<br> <strong>median_Tb_K</strong>: median brightness temperature across all images and image pixels for the given class and timestep&nbsp; (K)&nbsp;</p> <p>&nbsp;</p> <p><strong>Supplementary standard meteorological and radiation measurements.</strong></p> <p><strong>MET_RAD_Morrisonetal_2018.csv</strong>:</p> <p><strong>TIME</strong>: Local time. 10 min end of average of 1 min samples.<br> <strong>press</strong>: Atmospheric pressure (hPa) (site: JMA Kumagaya AMeDAS)<br> <strong>Tair</strong>: Air temperature (degrees celsius) (site: JMA Kumagaya AMeDAS)<br> <strong>RH</strong>: Relative humidity (%) (site: JMA Kumagaya AMeDAS)<br> <strong>WS</strong>: Wind speed (m/s) (site: JMA Kumagaya AMeDAS)<br> <strong>SWdn_direct</strong>: Direct incoming shortwave radiation (W m-2) (site: COSMO, Eko MS-56)<br> <strong>SWdn</strong>: Hemispherical incoming shortwave radiation (W m-2) (site: COSMO, Eko MR-40)<br> <strong>SWup</strong>: Hemispherical outgoing shortwave radiation (W m-2) (site: COSMO, Eko MR-40)<br> <strong>LWdn</strong>: Hemispherical incoming longwave radiation (W m-2) (site: COSMO, Eko MR-40)<br> <strong>LWup</strong>: Hemispherical outgoing longwave radiation (W m-2) (site: COSMO, Eko MR-40)</p> <p>&nbsp;</p>