This study combines geological, geotechnical and geophysical analyses to construct a 3D
model of the subsoil, based on a significant amount of data collected at a test site in the …

The paper deals with the identification of Natural Background Levels (NBLs) in a
groundwater body located in a volcanic area. NBLs were assessed through spatial analysis …

For all applications, subsurface models should be consistent with all available geological
and geophysical knowledge. Current practices for synergistic interpretation of geological …

The triggering of shallow landslides in granular deposits is highly controlled by the
groundwater regime, namely, the pore water pressure distribution, which directly affects soil …

This work is based on the assumption that a resistivity meter can effectively monitor water
saturation in earth levees and can be used as a warning system when saturation exceeds …

Understanding the spatial variations in groundwater chemistry is fundamental to assess the
groundwater pathways and identify the most advantageous strategies for a sustainable use …

This study presents a novel approach for the hydrogeological assessment of sedimentary
coastal aquifers. Specifically, the methodology is tailored for modeling groundwater flow and …

Hydraulic tomography inverse problems, which are solved to estimate aquifer hydraulic
properties between wells, are known to be ill‐conditioned and a priori information is often …

Paleosols are commonly used to reconstruct ancient landscapes and past environmental
conditions. Through identification and subsurface mapping of two pedogenically modified …

Hydrogeophysics has been developing in recent years to improve characterization and
monitoring of saturated/unsaturated aquifers, through the combination of geophysical and …