The quantification of subsurface discharges may significantly be affected by multiple sources
of uncertainty, especially in highly heterogeneous aquifers. In this work, subsurface …

The delineation of wellhead protection areas (WHPAs) under uncertainty is still a challenge
for heterogeneous porous media. For granular media, one option is to combine particle …

We consider the problem of predicting the spatial field of particle-size curves (PSCs) from a
sample observed at a finite set of locations within an alluvial aquifer near the city of …

Stream water residence times within streambed sediments are key values to quantify
hyporheic processes including sediment thermal regime, solute transient storage, dilution …

Spatially highly resolved mapping of aquifer heterogeneities is critical for the accurate
prediction of groundwater flow and contaminant transport. Here, we demonstrate the value …

We analyze the relative importance of the selection of (1) the geostatistical model depicting
the structural heterogeneity of an aquifer, and (2) the basic processes to be included in the …

The estimation of mass discharges from contaminated sites is valuable when evaluating the
potential risk to down‐gradient receptors, when assessing the efficiency of a site …

Protection and sustainability of water supply wells requires the assessment of vulnerability to
contamination and the delineation of well capture zones. Capture zones, or more generally …

Inversion of the spatial variability of transmissivity (T) in groundwater models can be handled
using either stochastic or deterministic (ie, geology-based zonation) approaches. While …

The transport dynamics of a solute plume in porous media are strictly related to the
hydrogeological properties. Despite progress in simulation techniques, quantifying transport …