Extreme precipitation events severely affect ecosystems and human society. While most
existing studies investigated either their temporal changes or spatial extent, the joint …

Intensity and frequency of short duration precipitation extremes are expected to increase
under a warming climate at≈ 7% K-1, following the Clausius-Claypeyron scaling …

It is assumed that extreme precipitation (P) increases with air temperature (T) by a scaling
rate close to 7%/C without moisture limitation according to the Clausius-Clapeyron (CC) …

Due to the changing climate and environment, the stationary assumption used to calculate
the design precipitation or flood of dams is no longer suitable, threatening dam reliability …

Precipitation extremes are a major impact-relevant implication of climate change. Rising
temperatures increase the moisture holding capacity at a rate of≈ 7% K-1, called the …

The rise of extreme precipitation events has attracted wide attention throughout the world.
However, the analysis of precipitation extremes is not sufficient in the short period of …

This study explores the response of daily extreme precipitation (PEX) to local mean
temperatures (T) of the previous 0-day (T 0), 1-day (T 1), and 1 to 9-days (T 1–9) in the …

Observations and model simulations have confirmed that the higher percentiles of
precipitation intensity of all wet days have increased with the local daily dewpoint …

Temperature and precipitation are significant environmental variables that can lead to
catastrophic climatic disasters. The intensity of precipitation increases with increasing …

With global warming, the intensification of extreme precipitation events is anticipated to
follow an exponential growth pattern aligned with the Clausius–Clapeyron (CC) scaling rate …