Urban heat island (UHI) adversely impacts the human-earth system. However, the impact of
climatic zones on UHI remains unclear. This study, therefore, aimed at investigating how …

The inconstant climate change and rapid urbanization substantially disturb the global
thermal balance and induce severe urban heat island (UHI) effect, adversely impacting …

Extreme heat events in cities necessitate closer examination of urban vegetation'capacity to
mitigate extreme hot weather. However, the cooling capacity of vegetation (CCV) and its …

Heat stress is projected to intensify in the coming decades and through the 2 end of the 21st
Century (Coffel et al. 2018). Cities, where the majority of the 3 human population lives, are …

Rapid urban expansion has significantly altered the urban surface energy balance,
consequently impacting the urban thermal environment. Urban greenspace (UG) plays a …

The cooling capacity of urban vegetation, which forms “urban cooling islands”(UCI), can play
an important role in mitigating urban heat islands (UHI). However, the spatiotemporal …

Widespread utilization of satellite infrared observations has revealed potential urban
morphology designs to mitigate surface urban heat island effect. However, studies towards …

Investigating the relationship between cooling efficiency (CE) and tree cover percentage
(TCP) is critical for planning of green space within cities. However, the spatiotemporal …

Abstract Urban Park Green Space (UPGS) is an essential component of cities, with a wide
range of important services. There is a keener demand for green space in the process of …

Urban vegetation plays a crucial role in regulating temperatures and heat waves in urban
areas. However, the influence of vegetation coverage and its configuration on surface …