The use of the electrical resistivity imaging (ERI) approach has expanded dramatically in
engineering applications over the years due to the efficiency of the technique in terms of …

Landfills are sources of groundwater and soil pollution due to the production of leachate and
its migration through refuse. This study was conducted in order to determine the extent of …

From years to years, the usage of electrical resistivity imaging (ERI) method dominated by
geophysicist has increased tremendously in the application of geotechnical engineering …

ABSTRACT A combined 2-D resistivity imaging and vertical electrical sounding were
conducted around a solid waste landfill in Port Harcourt municipality for a hydro-geophysical …

Monitoring of contaminated water and soil in waste disposal sites is normally carried out by
chemical analysis of surface water, leachate and soils as well as by geophysical …

Municipal solid waste disposal sites can be sources of groundwater contamination and the
contamination problems are more likely to occur in humid areas, where the moisture …

An interpretation approach for analysis of electrical resistivity and chargeability inverse
models generated at two upgraded semi-aerobic landfill sites was developed. The inverse …

This paper deals with an employment of electrical resistivity imaging (ERI) for survey of
leachate content on the waste disposal site in Northern Israel. The research consisted of …

The main objective of this study was to assess the impact of the NamSon landfill on
subsurface geological structure and hydrological environment by geophysical techniques …

An integrated surface geophysical and physicochemical study involving 2-D electrical
resistivity imaging (terrain conductivity measurement using EM34-3) complimented with …