Titlebook: Environmental Impact Assessment of Recycled Wastes on Surface and Ground Waters; Engineering Modeling Tarek A. Kassim Book 2005 Springer-Ve

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Environmental Impact Assessment of Recycled Wastes on Surface and Ground WatersEngineering Modeling

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1867-979X greater detail the kinds of interdisciplinary contributions to contemporary decision-making processes that characterize modern impact assessment project development...Each volume contains the contents of all volumes..978-3-642-43971-1978-3-540-28565-6Series ISSN 1867-979X Series E-ISSN 1616-864X

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Book 2005ill prove useful to the reader who, regardless of disciplinary background, wants to examine in greater detail the kinds of interdisciplinary contributions to contemporary decision-making processes that characterize modern impact assessment project development...Each volume contains the contents of all volumes..

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Organic Chemicals in Groundwater: Modeling Fate and Transport,e second part of the chapter, we examine models that combine the individual processes, so as to comprehensively simulate how organic chemical concentrations in a contaminated groundwater system vary over space and time. Finally, we present case studies that demonstrate the utility of fate and transp

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Mathematical Methods for Hydrologic Inversion: The Case of Pollution Source Identification,eleases. The purpose of this chapter is to present and review mathematical methods that have been developed during the past 15 years to perform hydrologic inversion and specifically to identify the contaminant source location and time-release history.

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Organic Chemicals in Groundwater: Modeling Fate and Transport,e second part of the chapter, we examine models that combine the individual processes, so as to comprehensively simulate how organic chemical concentrations in a contaminated groundwater system vary over space and time. Finally, we present case studies that demonstrate the utility of fate and transp

GUILE

Mathematical Methods for Hydrologic Inversion: The Case of Pollution Source Identification,eleases. The purpose of this chapter is to present and review mathematical methods that have been developed during the past 15 years to perform hydrologic inversion and specifically to identify the contaminant source location and time-release history.

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