Hydrosystem Restoration Handbook, Groundwater Artificial Recharge with Unconventional Water (GARU), Volume Four covers the essentials of Groundwater Artificial Recharge with Unconventional Water (GARU). After introducing the reader to Groundwater Artificial Recharge with Conventional Water (GARC), the editors conclude with the application of various methods necessary to prevent contamination of the groundwater and offer key solutions to sustain best water practice in the current climate change.
1. 3. An introduction to unconventional water - p. 35 2. 4. Standard guidelines for managed aquifer recharge with unconventional water - p. 65 3. 5. Geochemical and qualitative aspects of groundwater artificial recharge with unconventional water - p. 107 4. 6. Risk assessment in groundwater artificial recharge with unconventional water - p. 123 5. 7. Water reuse and groundwater augmentation - p. 149 6. 8. Unconventional water and groundwater vulnerability with implications of artificial intelligence on innovative management approaches - p. 171 7. 9. Groundwater artificial recharge with unconventional water: global opportunities and challenges - p. 199 8. 10. Harnessing unconventional water sources for sustainable groundwater replenishment - p. 225 9. 11. Farmland drainage water and suitability assessment for groundwater artificial recharge with unconventional water: Farmland drainage water and suitability for groundwater recharge using unconventional water - p. 239 10. 12. Microbiological risks of unconventional water reuse: Safeguarding public health - p. 251 11. 13. Overlook of groundwater artificial recharge with unconventional water in a changing climate - p. 265 12. 14. Case studies on GARU in inland area - p. 297 13. 15. Case studies on groundwater artificial recharge with unconventional water in coastal area - p. 321 14. 16. Using smart water monitoring system to improve the assessment of reservoirs' water quality for possible restoration: the southern Portuguese experience - p. 339 15. 17. River and wetland restoration in Goa: key to sustainable environment in a developing economy - p. 367 16. 18. Rejuvenating hydrosystems in Tigray: a path to restoration after a devastating 2-year-long war - p. 385 17. 19. Artificial groundwater recharge with reclaimed municipal wastewater - p. 403 18. 20. Microbial dynamics in artificial groundwater recharge - p. 425 19. 21. Optimizing farmland drainage unconventional water for groundwater artificial recharge: Effective utilization of drainage water on GARU agriculture - p. 451 20. 22. Remediation technologies for the removal and recovery of nonbiodegradable metals from sediments with a focus on the marine environment - p. 477 21. Index - p. 509
Hydrosystem Restoration Handbook, Groundwater Artificial Recharge with Unconventional Water (GARU), Volume Four covers the essentials of Groundwater Artificial Recharge with Unconventional Water (GARU). After introducing the reader to Groundwater Artificial Recharge with Conventional Water (GARC), the editors conclude with the application of various methods necessary to prevent contamination of the groundwater and offer key solutions to sustain best water practice in the current climate change.
1. 3. An introduction to unconventional water - p. 35 2. 4. Standard guidelines for managed aquifer recharge with unconventional water - p. 65 3. 5. Geochemical and qualitative aspects of groundwater artificial recharge with unconventional water - p. 107 4. 6. Risk assessment in groundwater artificial recharge with unconventional water - p. 123 5. 7. Water reuse and groundwater augmentation - p. 149 6. 8. Unconventional water and groundwater vulnerability with implications of artificial intelligence on innovative management approaches - p. 171 7. 9. Groundwater artificial recharge with unconventional water: global opportunities and challenges - p. 199 8. 10. Harnessing unconventional water sources for sustainable groundwater replenishment - p. 225 9. 11. Farmland drainage water and suitability assessment for groundwater artificial recharge with unconventional water: Farmland drainage water and suitability for groundwater recharge using unconventional water - p. 239 10. 12. Microbiological risks of unconventional water reuse: Safeguarding public health - p. 251 11. 13. Overlook of groundwater artificial recharge with unconventional water in a changing climate - p. 265 12. 14. Case studies on GARU in inland area - p. 297 13. 15. Case studies on groundwater artificial recharge with unconventional water in coastal area - p. 321 14. 16. Using smart water monitoring system to improve the assessment of reservoirs' water quality for possible restoration: the southern Portuguese experience - p. 339 15. 17. River and wetland restoration in Goa: key to sustainable environment in a developing economy - p. 367 16. 18. Rejuvenating hydrosystems in Tigray: a path to restoration after a devastating 2-year-long war - p. 385 17. 19. Artificial groundwater recharge with reclaimed municipal wastewater - p. 403 18. 20. Microbial dynamics in artificial groundwater recharge - p. 425 19. 21. Optimizing farmland drainage unconventional water for groundwater artificial recharge: Effective utilization of drainage water on GARU agriculture - p. 451 20. 22. Remediation technologies for the removal and recovery of nonbiodegradable metals from sediments with a focus on the marine environment - p. 477 21. Index - p. 509
