Interactions between groundwater and surface water play a fundamental role in the
functioning of riparian ecosystems. In the context of sustainable river basin management it is …

Groundwater and surface water resources are hydraulically connected in many regions of
Australia and better understanding of this connectivity is critical for effective water resource …

Streambed hydraulic conductivity (K) values were determined at seven stream transects in
the Platte River Basin in Nebraska using different instream measurement techniques …

The hydraulic conductivity (K) of the streambed is an important variable influencing water
and solute exchange between streams and surrounding groundwater systems. However …

When describing the hydraulic relationship between rivers and aquifers, the term
disconnected is frequently misunderstood or used in an incorrect way. The problem is …

We present a three‐dimensional model of heterogeneous modern channel bend deposits
developed through purely structure‐imitating interpolation (kriging) of hydraulic properties …

Accurate estimation of streambed vertical hydraulic conductivity (Kv) is of great importance
in the analysis of water quantity exchange and solute transfer between a stream and its …

The streambed constitutes the physical interface between the surface and the subsurface of
a stream. Across all spatial scales, the physical properties of the streambed control surface …

Rivers and aquifers are, in many cases, a connected resource and as such the interactions
between them need to be understood and quantified for the resource to be managed …

Measurement of ground water/surface water interaction within the hyporheic zone is
increasingly recognized as an important aspect of subsurface contaminant fate and …