Policy and Economics of Managed Aquifer Recharge and Water Banking

doi:10.3390/books978-3-03842-094-1

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Hardback

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Keywords

MAR; ASR; economics; cost-benefit analysis; aquifers; policy; water bank; recharge; water policy; Arizona; Australia; water allocation; groundwater; drought; risk assessment; economics; Markov switching model; Monte Carlo; artificial recharge; DINA-MAR; Managed Aquifer Recharge (MAR); economic; investment ratios; MAR zones; MAR costs; MAR facilities; and MAR technique; aquifer storage and recovery; system dynamics modeling; groundwater; dam; arid; semi-arid; managed aquifer recharge; wadi aquifers; desalination; wastewater reuse; water economics; arid lands; baseflow; strategic recharge; optimization; San Pedro River; groundwater management; sustainable yield; regional groundwater; enhance baseflows; flow protection; river conservation; managed aquifer recharge; managed aquifer recharge; feasibility; cost-benefit analysis; break-even analysis; uncertainty; managed aquifer recharge; groundwater monitoring; community engagement; sustainability; groundwater security; baseflow; recharge; wet-dry mapping; San Pedro River; near-stream; groundwater modeling; protect flows; enhance flows; managed aquifer recharge (MAR); infiltration ponds; check dams; rainwater harvesting (RWH); Chennai; Tamil Nadu (TN); managed aquifer recharge; impact assessment; wastewater reuse; decision support; multicriteria analysis; Northern Gaza; n/a; managed aquifer recharge; water banking; groundwater; water scarcity; water policy; multi-disciplinary analyses; water resources management; decision-making; economics

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