groundwater, including subsurface fluid flow, subsurface contamination, and pollutant transport. Charbeneau views the application of groundwater hydraulics and pollutant transport as a quantitative field. Although quantitative methods are exact, the fields of study are usually homogeneous; laboratory and field methods provide estimates for ideal (not real) fields. What impact does the use of ideal fields have on model predictions? The unknown answer places the study of subsurface flow of water and chemical mass transport in a prime position for continued research—and this readily accessible text opens the door to that research. Outstanding features include: 1) comprehensive, rigorous, and highly accessible coverage that includes information on groundwater flow, well hydraulics, field methods for parameter estimation, hydrologic relationships between surface water and groundwater hydrology, mass transport of contaminants by advection, diffusion and dispersion, and special problems posed by nonaqueous phase liquids (oils); 2) strong focus on applications that empowers readers with knowledge and methodologies that they can use in real, day-to-day practices; 3) integrates 66 worked examples and 178 problems; 4) examines standard software being used in the industry today to expose the reader to the USGS MODFLOW model (the most widely used numerical simulation model for groundwater flow) and the USGS MOC3D. Titles of related interest also available from Waveland Press: Benjamin, Water Chemistry, Second Edition (ISBN 9781478623083); Chapra, Surface Water-Quality Modeling (ISBN 9781577666059); Dingman, Physical Hydrology, Third Edition (ISBN 9781478611189); Fetter et al., Contaminant Hydrogeology, Third Edition (ISBN 9781478632795); and Gupta, Hydrology and Hydraulic Systems, Fourth Edition (ISBN 9781478630913).

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