Massive withdrawal of groundwater resources due to population growth and rapid
industrialization has led to seawater intrusion into the coastal aquifers across the globe. The …

Seawater intrusion represents the flow of seawater through coastal aquifers, but it also
affects surface water bodies such as channels, canals, and wetlands. Transitional water …

Around the globe, seawater intrusion in the coastal aquifer is a significant problem.
Excessive groundwater extraction because of population growth, industrialization, tourism …

Identification of groundwater potential zones (GPZ) is a tedious task in the area that receives
high rainfall, undulating topography with high runoff and complex geological settings. The …

Inversion of vertical electrical sounding (VES) data, especially from the crystalline hard rock
area, assumes a special significance for groundwater exploration. Here we used a newly …

Modeling resistivity profiles, especially from hard rock areas, is of specific relevance for
groundwater exploration. A method based on Bayesian neural network (BNN) theory using a …

Abstract Time-lapse (4D) geophysics for monitoring subsurface processes comes as an
emerging area of hydrogeophysics. The combined use of non-invasive or minimally invasive …

Electrical resistivity methods are widely used for identification of groundwater potential
zones and in delineating the lateral and vertical distribution of sub-surface. This method can …

Groundwater is an essential freshwater source worldwide, but increasing pollution poses
risks to its sustainability. This study applied a comprehensive approach to assess …

Climate change and anthropogenic pressure stress groundwater resources and facilitate
saltwater intrusion. Raigad, a coastal district on the west side of Maharashtra, is susceptible …