While large‐scale terrestrial evapotranspiration (ET) information is essential for our
understanding of the Earth's water and energy cycles, substantial differences exist in current …

Spatiotemporally continuous global river discharge estimates across the full spectrum of
stream orders are vital to a range of hydrologic applications, yet they remain poorly …

Abstract Study region The Tibetan Plateau, known as the “Water Tower of Asia”, is the
source of many rivers in Asia, and its water conservation function is the basis for the …

Satellite remote sensing combined with water balance calculations provides a promising
approach to estimating evapotranspiration (ET), a critical variable in water‐energy …

Plants are expected to face increasing water stress under future climate change. Most land
surface models, including Noah‐MP, employ an idealized “big‐leaf” concept to regulate …

This study evaluates the ability of different gridded rainfall datasets to plausibly represent the
spatiotemporal patterns of multiple hydrological processes (ie streamflow, actual …

Compound drought and heatwaves can cause significant damage to the environment,
economy, and society. In this study, we quantify the spatio‐temporal changes in compound …

This study examines the overall performance of the Noah with multiparameterization (Noah‐
MP) land surface model in simulating key land‐atmosphere variables at a global scale and …

The consecutive occurrence of meteorological dry and wet extremes has been receiving
increasing attention due to potentially larger social and environmental impacts than single …

With the improvement of meteorological forcings and surface parameters, high-resolution
land surface modeling is expected to provide locally relevant information. Yet, its added …