The interplay between mixing and reactive processes plays a pivotal role in a range of
biogeochemical processes controlling the transport, transformation and turnover of chemical …

We investigate the temporal behavior of transport coefficients in a model for transport of a
solute through a spatially heterogeneous saturated aquifer. In the framework of a stochastic …

Breakthrough curves of a conservative tracer in a heterogeneous two‐dimensional aquifer
are analyzed by means of their temporal moments. The average velocity and the …

The concentration of solute undergoing advection and local dispersion in a random
hydraulic conductivity field is analyzed to quantify its variability and dilution. Detailed …

Mixing processes significantly affect and limit contaminant transport and transformation rates
in the subsurface. The correct quantification of mixing in groundwater systems must account …

Despite significant advances during the last decades, there are still many processes related
to nonequilibrium flow and transport in macroporous soil that are far from completely …

This pore-scale modeling study in saturated porous media shows that compound-specific
effects are important not only at steady-state and for the lateral displacement of solutes with …

To quantify chemical transformations in natural hydrologic environments, their coupling with
spatially varying flows needs to be understood. Consider the elementary bimolecular …

Conservative‐tracer data are used for the parameterization of mixing‐controlled reactive
transport. Temporal moments of the tracer breakthrough curve integrated over the outflow …

One‐dimensional transport models that predict field‐scale averaged solute fluxes are often
used to estimate the risk of nonpoint source groundwater contamination by widespread …