Geophysical modelling performs to obtain subsurface structures in agreement with
measured data. Freeware algorithms for geoelectrical data inversion have not been widely …

Electromagnetic (EM) imaging aims to produce large-scale, high-resolution soil conductivity
maps that provide essential information for Earth subsurface exploration. To rigorously …

Water saturation in the bedrock or colluvium is highly related to most landslide hazards, and
rainfall is likely a crucial factor. The dynamic processes of onsite rock/soil mechanics could …

We examined the uncertainty of the two-dimensional (2D) resistivity method using
conceptual cavity models. The experimental cavity study was conducted to validate …

Human pressure on the water resources provided by natural isolated wetlands has
intensified in Brazil due to an increase in agricultural land equipped with irrigation. However …

Geophysical modeling was used to identify subsurface structures that correspond to data
from measurements. Although freeware inversion algorithms are not commonly used in the …

Understanding the recharge mechanisms in the vadose zone is crucial to groundwater
management and artificial recharge development. In this study, a systematic characterization …

For the evaluation of the internal water fluxes of wetlands and comprehension of their
function within the hydrological cycle, the electrical resistivity tomography technique is a …

Monitoring the leakage of leachate from a landfill is critical in preventing possible
contamination in the surrounding area. Time-lapse (TL) electrical resistivity tomography …

In this study, the main hydromechanical characteristics of a portion of the Oriente fault, in the
valley of Aguascalientes, Mexico, are analyzed and discussed. This discontinuity …