Hydrosystem Restoration Handbook: Groundwater Natural Recharge (GNR), Second Edition covers the essentials of GNR with a range of global case studies that encompass the most up-to-date management approaches in streams. The book provides comprehensive methods for sustainable water supply through debris removal, along with conservation practices to assist researchers and graduate students specializing in this field.
1. Part I. An introduction to groundwater natural recharge - p. P1 2. Chapter 1. Beyond the surface: The dynamics and importance of groundwater natural recharge - p. 3 3. Chapter 2. Global groundwater natural recharge in semiarid and arid regions - p. 17 4. Chapter 3. Overview of 25+ urban groundwater recharge techniques and thousands of Best management Practices around the world - p. 39 5. Part II. Groundwater and surface water interaction - p. P2 6. Chapter 4. Exploring groundwater–surface water interactions for sustainable water resources management - p. 57 7. Chapter 5. Groundwater and surface water interaction and its impacts on ecosystems and water quality - p. 77 8. Part III. Groundwater quality and natural recharge - p. P3 9. Chapter 6. Unraveling the impacts of groundwater quality on irrigation practices: A case study of Haridwar District, Uttarakhand, India - p. 93 10. Chapter 7. Evolution of groundwater quality in the Essaouira synclinal basin in northwestern Morocco: Insights from hydrogeochemical and isotopic characteristics - p. 109 11. Chapter 8. Karst watersheds: Advantages and disadvantages - p. 121 12. Part IV. Groundwater natural recharge from surface water resources - p. P4 13. Chapter 9. Groundwater natural recharge from rivers: Understanding the process and implications - p. 131 14. Chapter 10. Groundwater dam: Comparative analysis between gravity dam and arch dam - p. 147 15. Part V. Modeling techniques for groundwater natural recharge - p. P5 16. Chapter 11. Ecohydrological models for estimating soil moisture - p. 167 17. Chapter 12. Forecasting groundwater level using advanced machine learning approaches in DeLuca Preserve, Florida - p. 177 18. Chapter 13. Assessing the dynamics of groundwater recharge in Netravathi river basin: A comprehensive study utilizing water table fluctuation and empirical equations - p. 191 19. Chapter 14. Applications of geographic information system in exploration of groundwater potential zones: A case study in Hodna Basin, Algeria - p. 205 20. Part VI. The lattice Boltzmann method - p. P6 21. Chapter 15. The Lattice Boltzmann method: Theoretical background - p. 223 22. 1 Introduction - p. 223 23. 2 Theoretical details - p. 224 24. 3 Recovery of the transport equations - p. 232 25. 3.1 Moments and isotropy in LBM - p. 232 26. 3.2 Perturbation theory - p. 233 27. 3.3 Chapman–Enskog expansion - p. 234 28. 3.4 Moment evaluation - p. 237 29. 3.5 Continuity equation - p. 239 30. 3.6 Navier–Stokes equation - p. 239 31. 4 Conclusions - p. 250 32. Chapter 16. The Lattice Boltzmann method: An innovative numerical approach for groundwater modeling - p. 251 33. Part VII. Performed case studies - p. P7 34. Chapter 17. Assessment of sustainable groundwater recharge zones in Swabi district, Pakistan - p. 265 35. Chapter 18. Case studies on groundwater natural recharge in inland areas - p. 287 36. Chapter 19. Case studies of natural groundwater recharge using interaction based model in the representative hydrogeological terranes in India - p. 305 37. Part VIII. Adapting to a thistly future - p. P8 38. Chapter 20. Adapting to a thirsty future: Managing groundwater vulnerability in the face of climate change in the MENA region - p. 323 39. Index - p. 335
Hydrosystem Restoration Handbook: Groundwater Natural Recharge (GNR), Second Edition covers the essentials of GNR with a range of global case studies that encompass the most up-to-date management approaches in streams. The book provides comprehensive methods for sustainable water supply through debris removal, along with conservation practices to assist researchers and graduate students specializing in this field.
1. Part I. An introduction to groundwater natural recharge - p. P1 2. Chapter 1. Beyond the surface: The dynamics and importance of groundwater natural recharge - p. 3 3. Chapter 2. Global groundwater natural recharge in semiarid and arid regions - p. 17 4. Chapter 3. Overview of 25+ urban groundwater recharge techniques and thousands of Best management Practices around the world - p. 39 5. Part II. Groundwater and surface water interaction - p. P2 6. Chapter 4. Exploring groundwater–surface water interactions for sustainable water resources management - p. 57 7. Chapter 5. Groundwater and surface water interaction and its impacts on ecosystems and water quality - p. 77 8. Part III. Groundwater quality and natural recharge - p. P3 9. Chapter 6. Unraveling the impacts of groundwater quality on irrigation practices: A case study of Haridwar District, Uttarakhand, India - p. 93 10. Chapter 7. Evolution of groundwater quality in the Essaouira synclinal basin in northwestern Morocco: Insights from hydrogeochemical and isotopic characteristics - p. 109 11. Chapter 8. Karst watersheds: Advantages and disadvantages - p. 121 12. Part IV. Groundwater natural recharge from surface water resources - p. P4 13. Chapter 9. Groundwater natural recharge from rivers: Understanding the process and implications - p. 131 14. Chapter 10. Groundwater dam: Comparative analysis between gravity dam and arch dam - p. 147 15. Part V. Modeling techniques for groundwater natural recharge - p. P5 16. Chapter 11. Ecohydrological models for estimating soil moisture - p. 167 17. Chapter 12. Forecasting groundwater level using advanced machine learning approaches in DeLuca Preserve, Florida - p. 177 18. Chapter 13. Assessing the dynamics of groundwater recharge in Netravathi river basin: A comprehensive study utilizing water table fluctuation and empirical equations - p. 191 19. Chapter 14. Applications of geographic information system in exploration of groundwater potential zones: A case study in Hodna Basin, Algeria - p. 205 20. Part VI. The lattice Boltzmann method - p. P6 21. Chapter 15. The Lattice Boltzmann method: Theoretical background - p. 223 22. 1 Introduction - p. 223 23. 2 Theoretical details - p. 224 24. 3 Recovery of the transport equations - p. 232 25. 3.1 Moments and isotropy in LBM - p. 232 26. 3.2 Perturbation theory - p. 233 27. 3.3 Chapman–Enskog expansion - p. 234 28. 3.4 Moment evaluation - p. 237 29. 3.5 Continuity equation - p. 239 30. 3.6 Navier–Stokes equation - p. 239 31. 4 Conclusions - p. 250 32. Chapter 16. The Lattice Boltzmann method: An innovative numerical approach for groundwater modeling - p. 251 33. Part VII. Performed case studies - p. P7 34. Chapter 17. Assessment of sustainable groundwater recharge zones in Swabi district, Pakistan - p. 265 35. Chapter 18. Case studies on groundwater natural recharge in inland areas - p. 287 36. Chapter 19. Case studies of natural groundwater recharge using interaction based model in the representative hydrogeological terranes in India - p. 305 37. Part VIII. Adapting to a thistly future - p. P8 38. Chapter 20. Adapting to a thirsty future: Managing groundwater vulnerability in the face of climate change in the MENA region - p. 323 39. Index - p. 335
