Climate change and rapid urbanisation exacerbated multiple urban issues threatening
urban sustainability. Numerous studies integrated machine learning and remote sensing to …

The impacts of climate change such as extreme heat waves are exacerbated in cities where
most of the world's population live. Quantifying urbanization impacts on ambient air …

Forecasts of maximum and minimum air temperatures are essential to mitigate the damage
of extreme weather events such as heat waves and tropical nights. The Numerical Weather …

Abstract The Local Climate Zone (LCZ) scheme is a classification system providing a
standardization framework to present the characteristics of urban forms and functions …

The Moderate Resolution Imaging Spectroradiometer (MODIS) aboard the Terra and Aqua
satellites, which provides a very high temporal (four times per day) and spatial (1 km) …

Due to rapid urbanization and intense human activities, the urban heat island (UHI) effect
has become a more concerning climatic and environmental issue. A high-spatial-resolution …

Near-surface air temperature (Ta) is a key variable in global climate studies. A global
gridded dataset of daily maximum and minimum Ta (Tmax and Tmin) is particularly valuable …

By characterizing high-frequency surface thermal dynamics at a medium spatial scale,
hourly land surface temperatures (LST), retrieved from geostationary satellite thermal …

The canopy layer urban heat island (CLUHI) and surface urban heat island (SUHI) refer to
higher canopy layer and land surface temperatures in urban areas than in rural areas …

T a (Near-surface air temperature) is an important physical parameter that reflects climate
change. Although there are currently many methods to obtain the daily maximum (T max) …