Abstract Changes in temperature extremes have far-reaching consequences for fragile
ecological processes, hydrologic cycles, and human society in semiarid and arid regions …

Understanding dynamic changes in climate extremes is important in forecasting extreme
climate events and reducing their associated impacts. The objectives of this study were to …

Understanding the dynamic changes of climatic extremes is important to predict the
occurrences of extreme climate events and to take measures to reduce their associated …

Spatiotemporal changes of temperature and precipitation extremes from 1956 to 2015 were
analyzed at 200 representative weather stations evenly distributed in the temperate …

Based on daily maximum and minimum temperature data from 437 weather stations over
China, this study examined the spatiotemporal change of temperature extremes in China …

The variability of air temperature extremes exerts a great influence on agricultural production
and the global hydrologic cycle. It has been the focus of attention for the past several …

Under the background of global warming, climate extremes have become a crucial issue
with distinct heterogeneity features in different regions. Hence, spatial–temporal changes in …

Climate changes are likely to increase the risk of numerous extreme weather events
throughout the world. The objectives of this study were to investigate and analyze the …

The arid northwestern China is the most vulnerable region to climate change, where the
variability of seasonally extreme temperature events has profound implications for both its …

Studying the dynamic changes of extreme temperatures and associated large-scale
atmospheric circulation is important for predicting the occurrence of extreme temperatures …