The land surface and the atmospheric boundary layer are closely intertwined with respect to
the exchange of water, trace gases, and energy. Nonlinear feedback and scale-dependent …

Numerical climate models have been upgraded by the improved description of terrestrial
hydrological processes across different scales. The goal of this study is to explore the role of …

Understanding hydrological changes, especially those of snow and/or glacier melt-induced
floods, is vital for early flood warnings in alpine regions. However, there is limited …

Coupled atmospheric–hydrologic systems are increasingly used as instruments for flood
forecasting and water management purposes, making the performance of the hydrologic …

Lateral terrestrial water flow is usually not considered in regional climate modeling. This
study focuses on the impact of increased hydrological model complexity for the description …

Intense precipitation events frequently occur in the Hanjiang River Basin (HRB) in China,
causing major economic losses and affecting human security. Accurate precipitation …

It is well accepted that summer precipitation can be altered by soil moisture condition.
Coupled land surface–atmospheric models have been routinely used to quantify soil …

Decades of urbanization have created sprawling, complex, and vulnerable cities, half of
which are located in water-scarce areas. With the looming effects of climate change …

Land evapotranspiration has a notable impact on the continental precipitation of India during
monsoons. Given the heterogeneous land use and climate, India hosts many transition …

The interactions between the atmosphere and the land surface are characterized by
complex, non‐linear processes on varying time scales. The Noah‐MP is a medium …