Geological media exhibit heterogeneities in their hydraulic and chemical properties, which
can lead to enhanced spreading and mixing of the transported species and induce an …

This review provides an overview of concepts and approaches for the quantification of
passive, non-reactive solute mixing in steady uniform porous media flows across scales …

Ensemble Kalman filters (EnKFs) are a successful tool for estimating state variables in
atmospheric and oceanic sciences. Recent research has prepared the EnKF for parameter …

Uncertainty plagues every effort to model subsurface processes and every decision made
on the basis of such models. Given this pervasive uncertainty, virtually all practical problems …

We develop a general framework for modelling mixing in porous media flows, in which the
scalar mixture is represented as an ensemble of lamellae evolving through stretching …

Groundwater plumes originating from continuously emitting sources are typically controlled
by transverse mixing between the plume and reactants in the ambient solution. In two …

Transverse mixing of solutes in steady state transport is of utmost importance for assessing
mixing‐controlled reactions of compounds that are continuously introduced into the …

Space‐fractional advection‐dispersion models provide attractive alternatives to the classical
advection‐dispersion equation for model applications that exhibit early arrivals and plume …

Random walk particle tracking methodologies to simulate solute transport of conservative
species constitute an attractive alternative for their computational efficiency and absence of …

The significance of conditioning predictions of environmental performance metrics (EPMs)
on hydrogeological data in heterogeneous porous media is addressed. Conditioning EPMs …