Most watersheds around the world have been changing their natural flow patterns because
of the coupled effects of climate change and human activities. Understanding the …

This paper proposes a modeling framework able to analyze the alterations in watershed
hydrology induced by two recurrent drivers for hydrological changes: climate change and …

Increasing irrigation efficiencies remains the focus of numerous efforts to mitigate water
scarcity. In reality, higher local efficiencies do often not reduce water scarcity, but instead …

In semiarid regions the occurrence of alternating long drought and heavy rainfall periods
directly impacts water availability, affecting human water supply, agriculture development …

Quantifying the impacts caused by climate change and anthropogenic intervention on runoff
is necessary for defining different adaptation strategies to climate change and …

This study aims to assess the reliability of satellite-precipitation products from the Global
Precipitation Measurements (GPM) mission in regions with complex landscape morphology …

Across diverse biomes and climate types, plants use water stored in bedrock to sustain plant
transpiration. Bedrock water storage (Sbedrock), in addition to soil moisture, thus plays an …

The complex interactions between climate and watershed characteristics lead to diverse
annual runoff responses. Understanding the mechanism by which different climatic and …

Comparative analysis of the impacts of precipitation and land use on streamflow from
adjacent catchments is critical to exploring pathways toward water security and sustainable …

Runoff data knowledge is of fundamental importance for a wide range of hydrological,
ecological, and socioeconomic applications. The reconstruction of annual runoff is a …