Abstract: tmospheric evaporative demand plays a pivotal role in global water and energy budgets, and its change is very important for drought monitoring, irrigation scheduling, and water resource management under a changing environment. ...

Abstract: AbstractPrecipitation extremes are expected to increase by 7% per degree of warming according to the Clausius?Clapeyron (CC) relation. However, this scaling behavior is inappropriate for high temperatures and short-duration ...

Abstract: AbstractClimate change and its potential threats on water security call for reliable predictions of evapotranspiration (ET) and runoff Q at different time scales, but current knowledge of the differences in their predictability ...

Abstract: atellite and gridded meteorological data can be used to estimate evaporation (E) from land surfaces using simple diagnostic models. Two satellite datasets indicate a positive trend (first time derivative) in global available ...