Urban landscapes significantly affect land surface temperature (LST) and are considered
crucial factors affecting urban heat island (UHI). The impacts of urban landscapes on LST …

Land surface temperature (LST) is subject to location and environmental influences, which
makes quantification difficult in terms of timeliness. Based on 10-d geostationary satellite …

COVID-19 has notably impacted the world economy and human activities. However, the
strict urban lockdown policies implemented in various countries appear to have positively …

Negative impacts of urban heat island (UHI) are exacerbated by rapid urbanization. To
address insufficient on construction of key areas for UHI mitigation, source-sink theory and …

Context Land use/cover change (LUCC) can directly and indirectly affect surface urban heat
island intensity (SUHII) and the effects need to be decomposed. Objectives To perform long …

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 …

The global climate warming caused by urbanization has significantly affected the urban
environment. Whilst land surface temperature (LST) is an important factor reflecting urban …

Consistent urbanization and global warming escalates the summer temperatures of the
urban, significantly impacting daily lives and endangering well-being. It is difficult to balance …

The availability of continuous spatiotemporal land surface temperature (LST) with high
resolution is critical for many disciplines including hydrology, meteorology, ecology, and …

The interactions and mechanisms among green space patterns, air quality and thermal
environments are not well understood. This study aimed to identify co-benefits of urban …