The influence of lineaments, lineament intersections and geology on the groundwater yield
of the basement terrain of Ondo State was investigated using optical remote sensing data …

Groundwater can be the only salvation in arid or semi-arid mountainous areas, especially for
those covered by basement rocks. The fractured groundwater aquifers are characterized by …

Geo-electric parameters (resistivity, depth and thickness) and hydraulic parameters
including transmissivity (T) and hydraulic conductivity (K) were estimated using Vertical …

This study aims to investigate the groundwater potential of Coastal Plain Sands area of Ado-
Odo/Ota within Dahomey Basin using the integration of aeromagnetic method and electrical …

Groundwater resources are largely used in rural communities of river basins due to their
acceptable water quality and reliability for domestic purposes where little or no treatment is …

This study modeled geophysical derived parameters and multi-critically synthesized their
themes based on geospatial and analytical hierarchy processes (AHP) approaches for …

Integrated investigations involving remote sensing and GIS have been conducted with the
objective of achieving optimal results in sustainable groundwater development in Ado-Ekiti …

This paper presents the results of an integrated electrical resistivity and magnetic survey of a
strike slip fault in a basement complex terrain with poor well/borehole yield. It aims to …

Groundwater from fractures and karst in limestone rocks is an important source of drinking
water in the semi-arid climatic environment of North-Western Tunisia where cool and rainy …

Remotely sensed and electrical resistivity data were employed to develop the groundwater
potential of the hard-rock terrain of Ondo State, Southwestern Nigeria. Administrative map …