Combining different sources of information about the subsurface is an inherent challenge in
the process of making realistic geological and hydrostratigraphic models. Often the available …

Discover the utility of four popular electromagnetic geophysical techniques In GeoRadar,
FDEM, TDEM, and AEM Methods, accomplished researchers Fabio Giannino and Giovanni …

Reprocessing of regional-scale airborne electromagnetic data is used to build a 3D
geological model of the Nasia sub-basin, northern Ghana. The resulting 3D geological …

An understanding of the three-dimensional hydrostratigraphic architecture of a buried valley
network, in particular the continuity of permeable units within their fill, is needed to evaluate …

In glaciated terrain, buried valleys often host aquifers that are significant groundwater
resources. However, given the range of scales, spatial complexity and depth of burial, buried …

Integration of geophysical data with information such as from boreholes and expert domain
knowledge is often performed as cognitive or explicit geological modeling when generating …

Buried valleys are important hydrogeologic features of glaciated terrains. They often contain
valuable groundwater resources; however, they can remain undetected by borehole-based …

Geological and numerical flow models were developed to explore the hydraulic role of
buried valley aquifers in regional groundwater flow and assess the potential groundwater …

An understanding of the three-dimensional hydrostratigraphic architecture of a buried valley
network, in particular the continuity of permeable units within their fill, is needed to evaluate …

Buried valleys are channel-form depressions, or paleovalleys, that have been infilled by
sediment and buried following their formation (Cummings et al., 2012). Within these buried …