Heat carried by ground water serves as a tracer to identify surface water infiltration, flow
through fractures, and flow patterns in ground water basins. Temperature measurements …

In arid/semi‐arid environments, where rainfall is seasonal, highly variable and significantly
less than the evaporation rate, groundwater discharge can be a major component of the …

Executive summary The objective of the Australian groundwater modelling guidelines is to
promote a consistent and sound approach to the development of groundwater flow and …

Groundwater flow regimes in the seasonally thawed soils in areas of continuous permafrost
are relatively unknown despite their potential role in delivering water, carbon, and nutrients …

A study on Lake Væng in Denmark demonstrates a high potential for loading of
phosphorous via groundwater to seepage lakes. Groundwater discharges are displayed as …

A fully coupled, integrated surface water/groundwater model was used to study hydrologic
controls on lake‐groundwater interaction in the subhumid, Boreal Plains of northern Alberta …

Groundwater overexploitation has caused dramatic land subsidence over the metropolitan
areas in the Yangtze River Delta (YRD) and many other economic centers worldwide …

The pleistocenic landscape in North Europe, North Asia and North America is spotted with
thousands of natural ponds called kettle holes. They are biological and biogeochemical …

The spatial distribution of seepage at a flow-through lake in western Denmark was
investigated at multiple scales with integrated use of a seepage meter, lake–groundwater …

Approaches for modeling lake‐ground water interactions have evolved significantly from
early simulations that used fixed lake stages specified as constant head to sophisticated …