Identifying the effect of climate variability and human activities on runoff changes is
scientifically essential for understanding hydrological processes and sustainable water …

On large scales, runoff changes are complex due to the regional differences in basin
characteristics and interactions among multiple influencing factors. Accurately and …

2 billion people and 90% of the national GDP are concentrated in China's seven river basins
(RB7). Streamflow variation of RB7 caused by climate change and human disturbance …

The role of trees in watershed hydrology is governed by many environmental factors along
with their inherent characteristics and not surprisingly has generated diverse debates in the …

Parametric Budyko models express the ratio of annual actual evapotranspiration (ET) to
annual precipitation (P) as a function of dryness index, ie, annual potential …

Climate warming globally has a profound effect on the hydrological regime, amplifying
evapotranspiration and precipitation and accelerating the processes of snow melt and …

Streamflow reductions have been attributed to the impacts of soil nutrient availability on
plant transpiration, connecting soil biogeochemical and hydrological processes. Here we …

Particulate materials arising from road-deposited sediments (RDS) are an essential target
for the control and management of surface runoff pollution. However, the heterogeneity of …

During the past few decades, major river basins across the world have encountered
significant alteration in streamflow due to climatic and human induced changes. The present …

Understanding the process of precipitation partitioning into evapotranspiration and
streamflow is fundamental for water resource planning. The Budyko framework has been …