Summertime heat extremes are exceptionally harmful and destructive to human health and
socio-economic systems. Based on 2419 meteorological stations, this study investigates the …

Abstract By using winter (December–February) daily temperature at 1629 meteorological
stations over China during 1960/61‐2017/18, spatial–temporal changes and probability …

Extreme climatic events have become a global concern. Understanding changes in these
events is essential to support efforts to reduce their impacts. We investigated the spatial and …

Background and aims Consecutive climatic extremes have more intense impacts on natural
ecosystems and human activities than occasional events. There were many studies about …

Global warming is increasing the frequency and intensity of extreme weather events around
the world. The extreme climate in plateau and mountainous areas is sensitive and fragile …

With the acceleration of global warming, the frequent occurrence of extreme climate events
has inflicted great socio-economies losses and casualties; therefore, it is particularly …

In the past decades, severe heat waves have frequently occurred in many parts of the world.
These conspicuous heat waves exerted terrible influences on human health, society, the …

Abstract The Yellow River basin could be divided into three sub-regions, which makes it as
the ideal target for studying regional climate change. On the basis of daily precipitation at 62 …

Using the daily precipitation and temperature data of 101 meteorological stations in four
provinces of central China (Henan, Hubei, Hunan, Jiangxi) from 1988 to 2017, we analyzed …

Extreme precipitation events are likely occur more frequently and lead to casualties and
socio-economic losses as global warming intensifies. Therefore, exploring the …