Ephemeral streams flow only in direct response to precipitation and are ubiquitous
landscape features. However, little is known about their influence on downstream rivers …

Managing river water quality is challenging due to uncertainties in hydraulic and hydrologic
parameters. This study integrates the symmetric exponential function (SEF) approach for …

River networks are not steady blue lines drawn in a map, since they continuously change
their shape and extent in response to climatic drivers. Therefore, the flowing length of rivers …

Across watershed science, two key variables emerge–streamflow and solute concentration–
which serve as the basis for efforts ranging from basic watershed biogeochemistry research …

River quality management involves complex challenges due to inherent uncertainties in
various parameters, especially when dealing with controllable and uncontrollable pollutants …

Climate change, population growth, urbanisation and water pollution will exacerbate the
closely linked challenges of water quantity and water quality. The River Spree in Berlin …

Climate warming is causing more extreme weather conditions, with both larger and more
intense precipitation events as well as extended periods of drought in many regions of the …

Zero‐flow recordings in gauged streamflow data are critically important for intermittent
stream research. Acknowledging the high uncertainty in zero‐flow recordings, many studies …

Ideally, stream bioassessment indices would be applicable, effective, and directly
comparable across the full range of fluvial landscapes that occur within and across regions …

Non‐perennial streams, which lack year‐round flow, are widespread globally. Identifying the
sources of water that sustain flow in non‐perennial streams is necessary to understand their …