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ECOLOGICALLY SUSTAINABLE WATER MANAGEMENT: MANAGING RIVER FLOWS FOR ECOLOGICAL INTEGRITY

Ecological Applications · 2003 · Vol. 13(1) · pp. 206–224
Brian D. RichterRuth MathewsDavid L. HarrisonRobert Wigington

Abstract

Human demands on the world's available freshwater supplies continue to grow as the global population increases. In the endeavor to manage water to meet human needs, the needs of freshwater species and ecosystems have largely been neglected, and the ecological consequences have been tragic. Healthy freshwater ecosystems provide a wealth of goods and services for society, but our appropriation of freshwater flows must be better managed if we hope to sustain these benefits and freshwater biodiversity. We offer a framework for developing an ecologically sustainable water management program, in which human needs for water are met by storing and diverting water in a manner that can sustain or restore the ecological integrity of affected river ecosystems. Our six-step process includes: (1) developing initial numerical estimates of key aspects of river flow necessary to sustain native species and natural ecosystem functions; (2) accounting for human uses of water, both current and future, through development of a computerized hydrologic simulation model that facilitates examination of human-induced alterations to river flow regimes; (3) assessing incompatibilities between human and ecosystem needs with particular attention to their spatial and temporal character; (4) collaboratively searching for solutions to resolve incompatibilities; (5) conducting water management experiments to resolve critical uncertainties that frustrate efforts to integrate human and ecosystem needs; and (6) designing and implementing an adaptive management program to facilitate ecologically sustainable water management for the long term. Drawing from case studies around the world to illustrate our framework, we suggest that ecologically sustainable water management is attainable in the vast majority of the world's river basins. However, this quest will become far less feasible if we wait until water supplies are further over-appropriated. Corresponding Editor: J. S. Baron.

Fish Ecology and Management StudiesHydrology and Watershed Management StudiesHydrology and Sediment Transport ProcessesAdaptive managementEnvironmental resource managementFreshwater ecosystemBiodiversityEcosystem servicesEcosystemIntegrated water resources managementFundamental human needsEcosystem managementEcology

Funding

  • Department of Water Resources
  • South Florida Water Management District
  • Nature Conservancy
  • U.S. Army Corps of Engineers
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References
Threats to Imperiled Freshwater Fauna
Conservation Biology · 1997 · 664 citations
A Method for Assessing Hydrologic Alteration within Ecosystems
Conservation Biology · 1996 · 2,463 citations
MEETING ECOLOGICAL AND SOCIETAL NEEDS FOR FRESHWATER
Ecological Applications · 2002 · 593 citations
Barriers and Bridges to the Renewal of Ecosystems and Institutions
Journal of Wildlife Management · 1997 · 1,121 citations
The Natural Flow Regime
BioScience · 1997 · 6,298 citations
Indicators for Monitoring Biodiversity: A Hierarchical Approach
Conservation Biology · 1990 · 3,109 citations
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