The outbreak of the COVID-19 epidemic in early 2020 reduced human outdoor activities and
changed the spatial-temporal distribution of the population. To find its changes on the impact …

The sea‐land breeze (SLB) occurs regularly in coastal areas and influences the local
climate and atmospheric environment. Fifteen‐year observations (2005–2019) from urban …

Cities consume 2/3 of global energy and consequently release a large amount of
anthropogenic heat into urban environments, which are already vulnerable to extreme heat …

The non-stationary impact of urban form at block scale on the diurnal thermal environment
has not been extensively studied. To fill the gap, a comprehensive multi-scale research …

Global urbanization significantly impacts the thermal environment in urban areas, yet urban
heat island (UHI) and urban heat wave (UHW) studies at the mega-region scale have been …

The paper aims to determine how sustainability can be implemented into virtual business
simulators dedicated to higher education due to the need for raising environmental …

Rapid urbanization and the aggregation of human activities in cities have resulted in large
amounts of anthropogenic heat (AH) emission, which affects urban climate. Quantifying and …

Fine-resolution products of land use features (LUFs) and the thermally sharpened infrared
data are vital to reveal the land use patterns and their influence on the spatial variability of …

The urban heat island effect caused by the rapid increase in urban anthropogenic heat has
gradually become an important factor affecting the living environment of urban residents …

Evapotranspiration (ET) is a key link between atmospheric processes and land surface
hydrological processes. With the impact of global warming and human activities, research …