An open-source, generic, environmental model for chemical fate and transport analysis in multi-media systems

An open-source, generic, environmental model for chemical fate and transport analysis in... A new, open-source, software tool, the Generic Environmental Model (GEM) is summarized and illustrated herein. The GEM is a numerical approach to solving the classical, advective-dispersive, partial differential equations describing chemical fate and transport in environmental media. Its generic capabilities are due to the flexible compartment approach for spatial discretizations as well as an architecture that makes it amenable to a wide variety of environmental problems. Theoretical underpinnings and capabilities are described in this paper and are illustrated with a multi-media example using a holistic approach to multi-media modeling that includes both feedforward and feedback processes among media. The holistic approach is compared to results that might arise from a more conventional approach using a set of single-media models coupled together in a feedforward-only fashion. The GEM is open-source and was developed to facilitate rapid model-building for a wide variety of environmental contamination problems. The authors encourage users to download and use the tool. http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.png Environmental Modelling & Software Elsevier

An open-source, generic, environmental model for chemical fate and transport analysis in multi-media systems

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Publisher
Elsevier
Copyright
Copyright © 2018 Elsevier Ltd
ISSN
1364-8152
eISSN
1873-6726
D.O.I.
10.1016/j.envsoft.2018.02.001
Publisher site
See Article on Publisher Site

Abstract

A new, open-source, software tool, the Generic Environmental Model (GEM) is summarized and illustrated herein. The GEM is a numerical approach to solving the classical, advective-dispersive, partial differential equations describing chemical fate and transport in environmental media. Its generic capabilities are due to the flexible compartment approach for spatial discretizations as well as an architecture that makes it amenable to a wide variety of environmental problems. Theoretical underpinnings and capabilities are described in this paper and are illustrated with a multi-media example using a holistic approach to multi-media modeling that includes both feedforward and feedback processes among media. The holistic approach is compared to results that might arise from a more conventional approach using a set of single-media models coupled together in a feedforward-only fashion. The GEM is open-source and was developed to facilitate rapid model-building for a wide variety of environmental contamination problems. The authors encourage users to download and use the tool.

Journal

Environmental Modelling & SoftwareElsevier

Published: May 1, 2018

References

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