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Modeling the Dynamics of River-Groundwater Interaction: Experiences from own Case Studies

Modeling the Dynamics of River-Groundwater Interaction: Experiences from own Case Studies. Prof. Dr. Manfred Koch Department of Geohydraulics and Engineering Hydrology University of Kassel kochm@uni-kassel.de http://www.uni-kassel.de/fb14/geohydraulik/Welcome.html. Overview.

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Modeling the Dynamics of River-Groundwater Interaction: Experiences from own Case Studies

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  1. Modeling the Dynamics of River-Groundwater Interaction: Experiences from own Case Studies Prof. Dr. Manfred Koch Department of Geohydraulics and Engineering Hydrology University of Kassel kochm@uni-kassel.de http://www.uni-kassel.de/fb14/geohydraulik/Welcome.html

  2. Overview 1. Basic concepts of surface-groundwater interactions (S-GW-I) 2. Computational tools for Design and Evaluation of Conjunctive Use Systems 3. Case studies of CWRM 4. Conclusions

  3. 1. Basic concepts of surface-groundwater interactions (S-GW-I) The hydrological cycle and its surface Implementation of surface-groundwater interaction and groundwater components in HSPF/MODFLOW

  4. 1. Basic concepts of surface-groundwater interactions (S-GW-I)

  5. 1. Basic concepts of surface-groundwater interactions (S-GW-I)

  6. 1. Basic concepts of surface-groundwater interactions (S-GW-I) Example from a Florida Case Study

  7. 1. Basic concepts of surface-groundwater interactions (S-GW-I) Example from a Florida Case Study

  8. 1. Basic concepts of surface-groundwater interactions (S-GW-I)

  9. 1. Basic concepts of surface-groundwater interactions (S-GW-I)

  10. 1. Basic concepts of surface-groundwater interactions (S-GW-I)

  11. 1. Basic concepts of surface-groundwater interactions Example of a Florida Case Study

  12. 2. Computational Tools for Design and Evaluation of Conjunctive Use Systems General principle of coupling between surface- and groundwater model

  13. 2. Compuational Tools for Design and Evaluation of Conjunctive Use Systems Evaluation of some common CWRM models (ISGW/CNTB model, Florida)

  14. 2. Computational Tools for Design and Evaluation of Conjunctive Use Systems Evaluation of some common CWRM models (ISGW/CNTB model, Florida)

  15. 2. Computational Tools for Design and Evaluation of Conjunctive Use Systems The Soil Water Assessment Tool (SWAT)-model

  16. 2. Computational Tools for Design and Evaluation of Conjunctive Use Systems The Soil Water Assessment Tool (SWAT)-model: Calibration approach

  17. 2. Computational Tools for Design and Evaluation of Conjunctive Use Systems Example of application of (SWAT)-model (Kassel research catchment)

  18. 2. Computational Tools for Design and Evaluation of Conjunctive Use Systems Example of application of (SWAT)-model (Kassel research catchment)

  19. 2. Computational Tools for Design and Evaluation of Conjunctive Use Systems Example of application of (SWAT)-model (Elbe catchment)

  20. 3. Case Studies of CWRM Effects of Global Climatic Change on water resources in the Elbe basin

  21. Application of SWAT to compute the effects of long-term precipitation variations on discharge regimes in the Elbe basin 3. Case Studies of CWRM digital elevation model soil distribution land use

  22. 3. Case Studies of CWRM - Florida Simulation of Groundwater Recharge in the Tampa Bay Area (Modflow/HSPF) ET Bay inflow 12. Net recharge 4.4. in GW inflow 0.9 in

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