Policy and technology responses to increased temperatures in urban heat islands (UHIs)
are discussed in a variety of research; however, their interaction is overlooked and …

Urban heat island (UHI) and urban pollution island (UPI) effects are two major challenges
that affect the liveability and sustainability of cities under the circumstance of climate change …

Urban forests can mitigate the urban heat island effect by serving as cooling islands.
However, urban forest cooling potentials and their influencing factors at the single tree and …

Urban trees are not only a core component of natural infrastructure but also an effective way
to mitigate urban heat with nature-based solutions. Comprehensively revealing the cooling …

The continued increase in average and extreme temperatures around the globe is expected
to strike urban communities more harshly because of the urban heat island (UHI). Devising …

Extreme heat represents a growing threat to public health, especially across the densely
populated, developed landscape of cities. Climate adaptation strategies that aim to manage …

Generalization to novel domains is a fundamental challenge for computer vision. Near-
perfect accuracy on benchmarks is common, but these models do not work as expected …

Surface urban heat islands (SUHIs) are a global concern. Although their spatial pattern and
the cooling effect of blue-green landscapes have been documented, exploring more …

The urban heat island (UHI) effect exists both during daytime and nighttime and varies with
urban characteristics, such as 2D/3D urban morphology and socio-economics. However …

Urban development and population growth have resulted in several critical impacts on the
society, environment, and economy. One of the main impacts is the increase in temperature …