Atmospheric moisture holding capacity increases with temperature by about 7% per° C
according to the Clausius‐Clapeyron relationship. Thermodynamically then, precipitation …

Sub-daily precipitation extremes could intensify with temperature at a higher rate than the
scaling for daily precipitation extremes, posing increasing risks to natural ecosystem and …

Precipitation extremes are widely thought to intensify with global warming due to an
exponential growth following the Clausius–Clapeyron (C–C) equation which links the …

The sediment load of the Yellow River, once the highest in the world, has decreased to a
record low. The annual sediment load (ASL, t· yr− 1) in the main stream of the Yellow River …

Global warming is expected to have profound socio-economic and environmental
consequences, and one of the key concerns is extreme precipitation. The classic theory …

This study explores the sensitivity (termed scaling factor, SF) of daily and 30-minute
precipitation extremes with several temperature variables, ie, within-day surface air …

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

The frequency and intensity of extreme precipitation in China increase generally with global
warming. It is well‐accepted that higher temperature increases water vapour in the …

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) …

A convection‐permitting regional climate model (CPRCM) with 2.5 km resolution has been
simulated over South Korea for current and future conditions, and the role of convection in …