This study explores the intricate relationship between diverse street types and the urban
heat island (UHI) phenomenon-a major urban issue where urban regions are warmer than …

Abstract The Urban Heat Island (UHI) phenomenon, which is defined as the temperature
differential between inner cities and surrounding areas, has been extensively studied over …

The growing impact of climate change, including extreme weather events, represents a
significant challenge for humanity. With most of the world's population living in urban areas …

In urban heat island (UHI) effect modeling, traditional 3D morphological indexes often
homogenize elements within units, leading to a loss of spatial detail. Here we introduce …

Although numerous studies have explored the influence of urban spatial characteristics
(USC) on surface urban heat island intensity (SUHII) from the perspective of local climate …

Rapid urbanization has increased the urban density and functional diversity, exacerbating
environmental challenges such as urban heat islands (UHI), increased building energy …

This study utilizes year-round temperature data observed in 15 cities around the United
States (US) to investigate the relationships between UHI and urban design attributes, and …

Amidst growing concerns surrounding escalating temperatures and the rapid expansion of
urban areas, researchers are delving into the intricate interplay between urban morphology …

Cities across the United States and around the globe are embracing urban greening as a
strategy for mitigating the effects of rising temperatures on human health and quality-of-life …

Research on the temporal and spatial changes of the urban heat island effect can help us
better understand how urbanization, climate change, and the environment are …