The study of baseflow separation and streamflow analysis is fundamental to understanding the dynamics of river systems. Baseflow, predominantly composed of groundwater contributions, sustains river ...

The vitality of the Colorado River faces uncertainty in light of frequent and prolonged droughts induced by climate change. Progressing knowledge concerning the role of groundwater and surface water ...

A recent study published in the Journal of Hydrology examines how baseflow drought in rivers and streams could impact hydrological drought in streams and rivers. While baseflow drought is a part of ...

Lack of rainfall is not the only measure of drought. New UC Riverside research shows that despite a series of storms, the impact of drought can persist in streams and rivers for up to 3.5 years. There ...

Given the importance of groundwater in sustaining Upper Colorado River Basin (UCRB) streamflow (over 50% of streamflow originates as baseflow), effective management of water resources in the basin ...

A research team has uncovered how different hydrological pathways—rather than total runoff alone—govern the movement of nitrogen (N) pollution across rural–urban landscapes.