Integrated effects of land cover, topography, urban morphology, and PM2.5 on land surface temperature. [PDF]
Ma S +6 more
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Thermal amplification by large-footprint buildings in cold-climate cities: Implications for urban heat mitigation. [PDF]
Miles V, Esau I, Kuklina V.
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Data-driven assessment of industrial influences on urban heat index dynamics across Telangana, India. [PDF]
Naidu B +4 more
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Spatially heterogeneous thermal responses to urban form and greening: A multi-model analysis of seasonal and diurnal dynamics in beijing. [PDF]
Zheng H, Li Y, Li C, Su X, Jin J.
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Prediction of urban heat island intensity based on multiple linear regression and deep learning. [PDF]
Liu X +7 more
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Amplified warming in tropical and subtropical cities under 2 °C climate change. [PDF]
Berk S, Joshi MM, Goodess CM, Nowack P.
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Research on the coupling mechanism between green space morphology and the urban heat island effect based on machine learning: a case study of Dali City, China. [PDF]
Peng J, Zhang S, Li X, Chen R, Huang X.
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Spatiotemporal modeling of urban green space connectivity and landscape structure for climate adaptation in Tehran, Iran. [PDF]
Omidighalehmohammadi Z +3 more
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Preserving spectral selectivity of radiative cooling textile under sweating conditions in hot urban environments. [PDF]
Gu B +9 more
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Spatiotemporal evolution of the thermal environment and influencing factors in Kashgar City's Urban Expansion. [PDF]
Yan J, Wu W, Du C, Zhang X, Sheng X.
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