The dispersion coefficient is a key physical parameter for enhanced gas recovery (EGR) and
reflects the degree of mixing between the displacing-fluid CO 2 and natural gas. However …

Many studies have demonstrated that the isotopic composition of plants' source water is the
main factor affecting the isotopic composition of tree rings. Because of soil hydrological …

This study proposed a new mobile‐immobile model (MIM) to describe reactive solute
transport with scale‐dependent dispersion in heterogeneous porous media. The model was …

Estimates of mass transfer timescales from 316 solute transport experiments reported in 35
publications are compared to the pore‐water velocities and residence times, as well as the …

This article provides an overview of STANMOD, a Windows-based computer software
package for evaluating solute transport in soils and groundwater using analytical solutions …

Spreading of conservative solutes in groundwater due to aquifer heterogeneity is quantified
by the macrodispersivity, which was found to be scale dependent. It increases with travel …

In this paper, analytical solutions are derived for a one-dimensional scale-dependent
dispersion model (SDM), considering linear equilibrium sorption and first-order degradation …

The main objective of this research was to enhance our understanding of and obtain
quantitative relation between Darcy‐scale adsorption parameters and pore‐scale flow and …

For phosphorus (P) transport from upland areas to surface water systems, the primary
transport mechanism is typically considered to be surface runoff with subsurface transport …

The scaling issue remains one of the largest problems in soil science and hydrology. This
book is a unique compendium of ideas, conceptual approaches, techniques, and …