Resistivity and induced polarization methods are used for a wide range of near-surface
applications, including hydrogeology, civil engineering and archaeology, as well as …

The need to study, protect, and conserve archaeological heritage has enhanced the
application of geophysical techniques as non-invasive and reliable tools to investigate …

Sanitary landfills are a well-planned engineering work for final disposal of municipal solid
waste in order to minimize the environmental impacts in soil and groundwater. Therefore …

Mineral exploration is often associated with the generation of environmental liabilities,
whose potential damages might imperil local water quality. An example of these …

This paper makes a comparative analysis between the Dipole-dipole, Wenner and
Schlumberger arrays through electric resistivity tomography (ERT), about the sensitivity and …

Dams are structures that barrier rivers and streams for a variety of purposes. The constant
maintenance of these structures is essential, since a possible accident can lead to damage …

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

This paper presents the results of the investigation of a supergene manganese occurrence
in the southeast of Brazil, using the Induced Polarization geophysical method. This study …

In this paper are presented the results of the combination between a resistivity method and
geological surface mapping, applied to the study of an area with potential mineralization of …

The degradation of MSW in landfills occurs naturally from the beginning of the disposal,
during landfill operation and even after its closure, over a period of several years. The …