Spatial ML models show sky view factor strongly drives human heat stress (UTCI) but contributes little to land surface temperature (LST), while higher albedo is linked to higher UTCI, indicating LST is an incomplete proxy for human-centric heat exposure.
Building and Environment 288, 113992
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Beyond Land Surface Temperature: Explainable Spatial Machine Learning Reveals Urban Morphology Effects on Human-Centric Heat Stress
Spatial ML models show sky view factor strongly drives human heat stress (UTCI) but contributes little to land surface temperature (LST), while higher albedo is linked to higher UTCI, indicating LST is an incomplete proxy for human-centric heat exposure.