This study aims to investigate the shallow and deeper section to delineate the groundwater
aquifer and structural elements which dissect the study area. Added, the study aims to define …

The objective of this paper was to compare Wenner and dipole–dipole configurations in
delineating an underground cavity at a site near the University of Malaya, Malaysia. A three …

The present study is an approach to detect the sea/freshwater interface in Sidi Abdel
Rahman area, northwestern coast of Egypt using both vertical electrical sounding and time …

The Wadi El Natrun area is characterized by a very complicated geological and
hydrogeological system. 45 vertical electrical soundings (Schlumberger array) were …

An efficient joint two-dimensional direct current resistivity (DCR) and magnetotelluric (MT)
inversion, referred to as WSJointInv2D-MT-DCR, was developed with FORTRAN 95 based …

Geophysical techniques such as gravity, magnetic and seismology are perfect tools for
detecting subsurface structures of local, regional as well as of global scales. The study of the …

Seawater intrusion is a widespread environmental problem in the Egyptian coastal aquifers.
It affects the groundwater used in domestic and agricultural activities along these coasts. In …

The present study aims to assess the aquifers and delineate the subsurface structures which
control the aquifers' geometry using geoelectrical and ground magnetic data. Twenty-four …

The southern Mediterranean coast suffers from limited water resources as a result of
exploitation of water supply, population growth, and climate change. Spatial lineaments and …

In this study, the effect of the choice of appropriate electrode spacing and inversion
algorithms on the efficacy of 2D imaging to map subsurface features was investigated. The …