Hydraulic tomography is increasingly recognized as a characterization approach that can
image pathways or barriers to flow as well as their connectivity. In this study, we assess the …

Ce rapport et les produits cartographiques qui l 'accompagnent représentent les résultats de
deux projets réalisés conjointement par l 'INRS, Centre Eau Terre Environnement (INRS …

The groundwater geochemistry of the fractured rock aquifer system in the Montérégie Est
region, southern Quebec, Canada, was studied as part of a regional groundwater resources …

Hydrogeophysics is increasingly used to understand groundwater flow and contaminant
transport, essential basis for groundwater resources forecast, management, and …

In the contemporary world, urbanization and progressive industrial activities increase the
rate of waste material generated in many developed countries. Municipal solid waste …

Adequate characterization of aquifer heterogeneity is critically important for the sustainable
use, protection, and remediation of groundwater resources. The combined use of …

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 …

The spatial heterogeneity of hydraulic conductivity (K) exerts a major control on groundwater
flow and solute transport. The heterogeneous spatial distribution of K can be imaged using …

Bayesian inversion using maximum a posteriori estimator is a quantitative approach that has
been successfully applied to the electrical resistivity tomography inverse problem. In most …

Providing a sound basis for aquifer management or remediation requires that
hydrogeological investigations carried out to understand groundwater flow and contaminant …