A fully mixed finite element (MFE) model is developed for nonlinear flow and transport in
unsaturated fractured porous media with matrix-fracture and fracture-fracture fluid and mass …

Using laminar or turbulent flow equations indiscriminately to describe groundwater flows in
fracture networks may result in large errors. We propose a new method for simulating steady …

Per‐and polyfluoroalkyl substances (PFAS) are persistent in the environment due to their
chemical stability and can spread quickly in a lake system due to mixing. Passive samplers …

Limestone aquifers are of great interest as a drinking water resource in many countries.
They often have a complex crushed and fractured geology, which makes the analysis and …

This study applies innovative methods to characterize and quantify the magnitude of
groundwater flow in a fractured and variably cemented sandstone aquifer to inform an in-situ …

The volcano-hosted geothermal system of Copahue is one of the most promising resources
of renewable energy in Argentina. It is driven by a layered reservoir composed of a steam …

The diagnosis and monitoring of contaminated sites have become progressively critical. The
effectiveness of electrical resistivity tomography (ERT) has been demonstrated in the …

During the sessions of the AGU Chapman Conference ''The MADE Challenge for
Groundwater Transport in Highly Heterogeneous Aquifers: Insights from 30 Years of …

Several approaches are commonly applied to modeling fractured aquifers, including
stochastic continuum (SC) and discrete fracture network (DFN) models. While DFN models …

Abstract The In-Well Point Velocity Probe (IWPVP) was originally developed for use in
screened porous media wells. The tool can characterize small-scale aquifer heterogeneity …