Groundwater monitoring networks are direct sources of information for revealing subsurface
system dynamic processes. However, designing such networks is difficult due to …

We propose a novel approach to link solute transport behavior to the physical heterogeneity
of the aquifer, which we fully characterize with two measurable parameters: the variance of …

Alluvial sand and gravel (ASG) aquifers are highly heterogeneous and exhibit strong,
spatially variable anisotropy, often interspersed by buried paleo‐channels of increased …

Making predictions about flow and transport in an aquifer requires knowledge of the
heterogeneous properties of the aquifer such as permeability. Computational methods for …

Natural gradient steady flow of mean velocity U takes place in heterogeneous aquifers of
random logconductivity Y= ln K, characterized by the univariate PDF f (Y) and …

Uncertain or indirect “soft” data, such as geologic interpretation, driller's logs, geophysical
logs or imaging, offer potential constraints or “soft conditioning” to stochastic models of …

Natural gradient steady flow of mean velocity U takes place in heterogeneous aquifers of
random logconductivity Y= ln K, characterized by the normal univariate PDF f (Y) and …

Hydrogeologist are commonly confronted to field data scarcity. An interesting way to
compensate this data paucity, is to use analog data. Then the questions of prediction …

An accurate groundwater simulation model and an efficient optimization algorithm are
critical for building a reliable remediation scheme using simulation–optimization method …

In the coastal regions of the western United States, atmospheric rivers (ARs) are associated
with the largest precipitation generating storms and contribute up to half of annual …