The urban heat island (UHI) effect seriously challenges sustainable urban development
strategies and livability. Numerous studies have explored the UHI problem from the …

The escalation of thermal risks is attributed to accelerating pace of urbanization. However,
assessment and response to green infrastructure with respect to heat risk under different …

Accurately identifying the key areas of urban heat islands (UHIs) is crucial for effectively
mitigating the UHI effect. Current research has mainly focused on independent heat island …

A fundamental understanding of the spatial change trends and driving mechanisms of land
surface temperature (LST) under urbanization is a prerequisite for the development of …

The study determined the influence of changes in land use and land cover (LULC) on land
surface temperature (LST) over a 33-year period based on a medium-sized European city …

The detrimental impacts of the Urban Heat Island (UHI) effect are widely recognized in cities
globally. Despite the natural cooling capacity of urban cold islands (UCIs), their fragmented …

Global warming increases the frequency of heat waves, worsening thermal comfort (TC) in
cities. However, studies identifying key optimized areas and optimization mechanism of TC …

The green infrastructure (GI) network, an important nature-based solution (NBS) strategy, is
pivotal for sustainable urban development. However, current research perspectives focus on …

Urbanisation is a significant driver of global climate change. It increases global
temperatures, impacting the health of residents. To date, research on urban heat …

In this study, a scheme was developed to quantitatively assess the effectiveness of
measures against hot outdoor environments under future climate conditions. In this scheme …