The distribution of flowmeter data and basin characteristic information exhibits substantial
disparities, with most flow observations being recorded at a limited number of well …

Land surface hydrologic models adeptly capture crucial terrestrial processes with a high
level of spatial detail. Typically, these models incorporate numerous uncertain, spatially …

The lack of discharge observations and reliable drainage information is a pervasive problem
in urban catchments, resulting in difficulties in parameterizing urban hydrological models …

Although decades of effort have been devoted to building Physical‐Conceptual (PC) models
for predicting the time‐series evolution of geoscientific systems, recent work shows that …

In the face of escalating global warming and intensified human activities, it is crucial to
quantitatively assess the combined impacts of future climate change (CC) and land use …

Interactions of humans with the environment are strongly related to land use and land cover
changes (LULCCs). In the last decades, these changes have led to a degradation of …

This study presents a novel method for optimizing parameters in urban flood models, aiming
to address the tedious and complex issues associated with parameter optimization. First, a …

Crucial to the assessment of future water security is how the land model component of Earth
System Models partition precipitation into evapotranspiration and runoff, and the sensitivity …

Valid simulation results from global hydrological models (GHMs), such as WaterGAP3, are
essential for detecting hotspots or studying patterns in climate change impacts. However, the …

Time-varying parameters of hydrological models play a crucial role in capturing the dynamic
nature of hydrological processes and nonpoint source pollution under changing …