Extreme precipitation events can pose great risks to natural ecosystems and human society.
Investigating past changes in the frequency, intensity, and duration of such events and …

Unprecedented urbanization in China facilitates the rapid development of urban
agglomerations (UAs) and may exert prominent effects on regional climate and environment …

Amplifying the frequency and loss of weather and hydrological extremes under climate
warming have aroused increasing human concerns in recent decades and it is particularly …

Understanding the variations of extreme weather/climate events is important to improve the
seasonal forecast skill of such harmful events. Previous studies have linked boreal summer …

Urbanization has become a prominent anthropogenic activity globally, resulting in the
substantial modification of temperature and rainfall in and around urban areas. Studies also …

The multifunctionality and sustainability of ecosystems are strongly dependent on their
ability to withstand and recover from disturbances—that is, ecosystem resilience (ER) …

Abstract Changes in the activity of summer high‐temperature extremes (HTEs) over many
regions are linked with the El Niño‐Southern Oscillation. However, how the HTEs respond to …

In this study, observations from the CN05. 1 daily data set and K‐means clustering were
used to capture spatiotemporal characteristics of extreme precipitation events (EPEs) during …

With the intensification of global warming, spatiotemporal variations in the climate and their
mechanisms have received increasing attention. Currently, the relationship between …

This study examines the association between the Pacific meridional mode (PMM) and
summer precipitation extremes over China using observational and reanalysis datasets …