Continuing in its forty-year history of providing students and professionals with a thorough
grounding in the science and technology of groundwater hydrology, this third edition has …

The generation of equally likely realizations of transmissivity fields conditional to both
transmissivity and piezometric data is achieved using an iterative technique that couples …

This chapter reviews the state-of-the-art in deterministic modeling of groundwater flow and
transport processes, which can be used for interpretation of isotope data through …

Unmodified versions of common computer programs such as MODFLOW, MT3DMS, and
SEAWAT that use Cartesian geometry can accurately simulate axially symmetric ground …

Effective management of groundwater requires the ability to predict subsurface flow and
transport of solutes, and the response of fluid and solute flux to changes in natural or human …

A one‐dimensional, fractional order, advection‐dispersion equation accurately models the
movement of the core of the tritium plume at the highly heterogeneous MADE site. An a priori …

Abstract Use of the United States Geological Survey ground water flow model MODFLOW is
often hampered by the occurrence of “dry cells.” While MODFLOW allows such cells to …

Uncertainty is embedded in groundwater flow modeling because of the heterogeneity of
hydraulic conductivity and the scarcity of measurements. To quantify the uncertainty of the …

Many physical‐based models of surface and groundwater hydrology are constructed without
the possibility of multiple stable states for the same parameter set. For such a …

Conjunctive management of surface and ground water requires an understanding of the
degree to which surface water resources will be impacted by aquifer stresses at different …