We describe the most important developments in the application of three theoretical tools to
modeling of the morphology of porous media and flow and transport processes in them. One …

In modeling subsurface contaminant transport, sorption is often simplified by assuming
instantaneous equilibrium, isotherm linearity, and sorption‐desorption singularity. Data …

Hydrogeology: Principles and Practice provides a comprehensive introduction to the study of
hydrogeology to enable the reader to appreciate the significance of groundwater in meeting …

The use of equilibrium expressions for sorption to natural particles in fate and transport
models is often invalid due to slow kinetics. This paper reviews recent research into the …

In the mid-seventies, a new area of research has emerged in subsurface hydrology, namely
sto chastic modeling of flow and transport. This development has been motivated by the …

Factors affecting sorption of organic pollutants by natural sorbents (soils, sediments, clays,
humic materials, and dissolved organic matters) and sorption coefficients for selected …

Groundwater Science is a timely, current, and comprehensive presentation of groundwater
hydrology that integrates chemistry, physics, geology, and calculus. With the input of …

Reactive transport modeling is an essential tool for the analysis of coupled physical,
chemical, and biological processes in Earth systems, and has additional potential to better …

Diffusion in Natural Porous Media: Contaminant Transport, Sorption/Desorption and
Dissolution Kinetics introduces the general principles of diffusion in the subsurface …

The three‐dimensional movement of a tracer plume containing bromide and chloride is
investigated using the data base from a large‐scale natural gradient field experiment on …