Mining activities often leave behind a legacy of environmental challenges, with aging
tailings ponds representing a significant concern due to their potential for leachate formation …

Geotechnical parameters are crucial for mine planning and operation at different stages of
development. However, estimating these parameters requires a large number of boreholes …

Mineral prospectivity mapping is a crucial technique for discovering new economic mineral
deposits. However, detailed knowledge-based geological exploration and interpretations …

This study integrated geophysical methods (ground magnetics, electrical resistivity, and
induced polarization measurements) in conjunction with fire assay and inductively coupled …

The electrical resistivity method is widely used in near-surface mineral exploration. At
present, the deterministic algorithm is commonly employed in three-dimensional (3-D) …

An effective and accurate solver for the direct-current-resistivity forward-modeling problem
has become a cutting-edge research topic. However, computational limitations arise due to …

With the widespread application of the direct-current resistivity method, searching for
accurate and fast-forward algorithms has become the focus of research for geophysicists …

To identify Pb-Zn mineralization in the Abakaliki province, an integrated strategy was used
for the objective of this study. Particularly in the Nsuba, Oputumo, Amenyi, Nsobo, and …

Electrical Resistance Tomography (ERT) has ever-increasingly been used in industrial
detection process. In the ERT sensor of dredging engineering, the measuring electrodes is …

An integrated geophysical investigation consisting of two-dimensional Wenner resistivity
imaging and dipole-dipole techniques was carried out within Osun State University Main …