Groundwater use can reduce streamflow by reducing groundwater flows into streams and/or
increasing losses from the stream into the aquifer ('streamflow depletion'). Streamflow …

The study of groundwater–surface water interaction has attracted growing interest among
researchers in recent years due to its wide range of implications from the perspectives of …

The EU Water Framework Directive outlines a new approach to water administration in
which interactions between groundwater bodies, groundwater dependent terrestrial …

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

Coastal wetlands are among the most productive ecosystems of the world, playing an
important role in coastal defense and wildlife conservation. These ecosystems, however, are …

The hydrological relationship between surface waters and groundwaters in many regions of
the world is well known and the effects of their mutual interaction and interaction with the …

In this study six hydrological models that only differ with respect to their conceptual
geological models are established for a 465 km2 area. The performances of the six models …

Streambed hydraulic conductivity is one of the main factors controlling variability in surface
water‐groundwater interactions, but only few studies aim at quantifying its spatial and …

In Mediterranean areas, groundwater contributions are fundamental to maintain stream flow,
especially during dry periods. Since groundwater withdrawal may affect stream discharge …

In the present study, groundwater seepage to an alluvial stream and two tributary streams
was examined at nine field sites using hydrological, geophysical, and geomorphological …