Litcius/Paper detail

Exploring the main and interactive effects of urban morphology on land surface temperature across different functional zones: A local geoshapley analysis based on XAI

Jin-Tao Yang, Xing-Wen Zhou, Xu Chen, Xiong Yao, Mao Li, Ming-Hui Yin, Fei Dong, Shi-Hong Yan, Jia-Liang Zhao

2025Sustainable Cities and Society7 citationsDOI

Topics & Concepts

Urban morphologyEnvironmental scienceSurface (topology)Morphology (biology)Land useUrban heat islandRemote sensingGeographyUrban climatePhysical geographyMathematical morphologyAir temperatureUrban Heat Island MitigationLand Use and Ecosystem ServicesRemote Sensing and Land Use
Exploring the main and interactive effects of urban morphology on land surface temperature across different functional zones: A local geoshapley analysis based on XAI | Litcius