Contamination of Groundaters [Hardcover]

International experts have contributed key chapters to this major work on groundwater contamination. Section 1: Methodology and Modeling deals with both organic and inorganic contaminants, including those from agricultural operations. Section 2: Case Studies presents contamination scenarios with both inorganic and organic chemicals including agriculturally-related constituents, such as the nitrates.
This important new publication is a welcome addition to the literature and will enhance recent information on methodology, modeling and real-world situations. It is of interest to scientists and planners in local and national government; environmental chemists, geochemists, geologists, and health and safety officers; river authorities; hydrologists; and the mining and land reclamation industries.SECTION 1 METHODOLOGY AND MODELING
Hydrogeochemical modeling to predict subsurface transport, Dave A. McIntosh
Transport of reactive solute in soil and groundwater, Sjoerd E.A.T.M. van der Zee
Modeling of diffuse-source nitrate transport beneath grazed leguminous pastures, Peter J. Dillon and William E. Kelly
Modeling point sources of groundwater contamination: a review and case study, G. B. Davis and R. B. Salama
Representative sampling of groundwater from boreholes, C. Barber and G. B. Davis
Modeling N and P loads on surface and groundwater due to land use, C. F. Hopstaken and E. F. W. Ruijgh
Interactive modeling of groundwater contamination: visualization and intelligent user interfaces, Kurt Fedra, Hans J?rg Diersch and Frank Harig
Modeling contaminant transport and biodegradation in groundwater, Hanadi S. Rifai and Philip B. Bedient
In situ detection of contaminant plumes in groundwater by remote spectroscopy, W. Rudolf Seitz
SECTION 2 CASE STUDIES
Nitrates in groundwater in the southeastern USA, R. K. Hubbard and J. M. Sheridan
Residual soil nitrate after application of nitrogen
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