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Article
Derived Operating Rules for Allocating Recharges and Withdrawals among Unconnected Aquifers
Journal of Water Resources Planning and Management
  • David E. Rosenberg, Utah State University
  • Jay R. Lund, University of California - Davis
Document Type
Article
Publisher
American Society of Civil Engineers
Publication Date
1-1-2006
DOI
10.1061/(ASCE)0733-9496(2006)132:1(25)
Abstract
Six balancing rules are derived to inform short-term drawdown and recharge of water in multiple, unconnected aquifers. Management objectives are: (1) minimizing costs; (2) maximizing duration of operation; and (3) maximizing accessibility as a tradeoff between maximizing instantaneous withdrawal rate and the duration to sustain withdrawals. Engineering optimization formulations use either a specified target delivery rate (for withdrawals) or available surface water supply (to recharge). Aquifers are modeled as separate, single-celled basins with lumped parameters representing key physical, institutional, and financial characteristics. Each formulation is solved analytically for the case where constraints are nonbinding. Solutions are explained as operating rules. Two examples confirm the analytical solutions. The results show how cost characteristics, fraction of recharged water available for withdrawal (fractional recovery), initial storage, maximum recharge and pumping rates, and uncertainties regarding the future availability of water for extraction influence recharge and withdrawal decisions.
Comments

Originally published by the American Society of Civil Engineers. Publisher's PDF and HTML fulltext available through remote link.
Note: David Rosenberg was affiliated with the University of California - Davis at time of publication.

Citation Information
David Rosenberg and Jay Lund (2006) “Derived Operating Rules for Storage and Recovery in Multiple, Unconnected Aquifers.” Journal of Water Resources Planning and Management: 132 (1), pp. 25-34.