Hydrosystem Restoration Handbook

<p>1. Investigating Vetiver Potential for Increasing Groundwater Artificial Recharge with Unconventional Water<br>2. Intelligent Sensory Technology and Restoration Monitoring<br>3. An Introduction to Unconventional Water<br>4. Standard Guidelines for Managed Aquifer Recharge (MAR) with Unconventional Water<br>5. Geochemical and Qualitative Aspects of GARU<br>6. Risk Assessment in Groundwater Artificial Recharge with Unconventional Water<br>7. Water Reuse and Groundwater Augmentation<br>8. Unconventional Water and Groundwater Vulnerability With Implications of Artificial Intelligence on Innovative Management Approaches<br>9. Groundwater Artificial Recharge with Unconventional Water: Global Opportunities and Challenges<br>10. Innovative Approaches to Groundwater Replenishment Harnessing Unconventional Water Sources<br>11. Farmland Drainage Water and Suitability Assessment for GARU<br>12. Microbiological Assessment and GARU<br>13. Overlook of Groundwater Artificial Recharge with Unconventional Water in a Changing Climate<br>14. Case Studies on GARU in Inland Area<br>15. Case Studies on GARU in Coastal Area<br>16. Using Smart Water Monitoring System To Improve the Assessment of Reservoirs Water Quality For Possible Restoration: The Southern Portuguese Experience<br>17. River and Aquatic Restoration in Goa-Key to Sustainable Environment in a Developing Economy<br>18. Rejuvenating Hydrosystems in Tigray: A Path to Restoration after a Devastating Two-Year-Long War<br>19. Artificial Groundwater Recharge with Reclaimed Municipal Wastewater<br>20. Microbial Dynamics in Artificial Groundwater Recharge<br>21. Optimizing Farmland Drainage Unconventional Water for Groundwater Artificial Recharge<br>22. Remediation Technologies for the Removal and Recovery of Nonbiodegradable Metals from Groundwater and Sediments</p>