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<br />California has about 15,000 watersheds, The State <br />Board is spearheading California's watershed <br />management efforts through its Watershed Manage- <br />ment Initiative. The initiative has four goals: <br />. Encourage and practice comprehensive natural <br />resource stewardship that is balanced with economic <br />and other interests. <br />. Promote voluntary, collaborative decision making <br />at the local level that is open to all stakeholders and <br />seeks to identify compatible interests. <br />. Integrate point source regulatory programs, <br />nonpoint source programs, and other resource <br />management programs on a watershed basis to <br />promote effectiveness and efficiency. <br />. Give more emphasis to reducing the impact of <br />nonpoint sources. <br /> <br /> <br />Watershed Management <br /> <br />Complementing the evolution ot environmental <br />restoration from a single~species focus to a more <br />holistic approach has been the development of the <br />concept of watershed management. For many <br />reasons, watershed management has emerged as <br />the preferred approach to dealing with <br />a host of wateHelated issues, includ- <br />ing environmental restoration. <br /> <br /> <br />From modest beginnings in the <br />Depression-era effort to control soil <br />erosion, watershed management has <br />matured into a comprehensive tool for <br />planning and management of water- <br />related issues such as pollution <br />prevention, fisheries restoration and <br />drinking water source protection. It <br />gained considerable momentum from <br />the emphasis on controlling nonpoint <br />source pollution in the 1987 amend- <br />ments to the tederal CWA, and again <br />in 1996 with enactment of amend- <br />ments to the Sate Drinking Water Act. <br /> <br />EPA describes the watershed man- <br />agement approach as one that <br />provides "a coordinating framework for <br />environmental management that <br />focuses public and private sector <br />efforts to address the highest priority <br />problems within hydrologically defined <br />geographic areas, taking into consideration both <br />ground and surface water flow." A watershed <br />generally is considered to be the land area surround- <br />ing a waterway measured to the highest points that <br />contribute water to that waterway, Thus, all of the <br />activities, not just point sources, that potentially could <br />affect the waterway fall under the watershed <br />management process. <br /> <br />Despite improvements in water quality due to federal <br />and state clean water laws, almost 40 percent of <br />waters surveyed in the U,S, in 1994 remained too <br />polluted tor fishing, swimming and other uses, <br />according to an EPA study. Leading causes of water- <br />quality impairment included silt, sewage, bacteria, <br />fertilizers, toxic metals, oil and grease. <br /> <br />Recognizing that "command-and-control" strategies <br />were becoming more costly and achieving lower <br />incremental pollution reductions, policy-makers <br />turned to watershed management as an alternative <br />way to address more pollutants and gain greater <br />stakeholder involvement. It was also viewed as a way <br />to integrate previously separate water-related <br />programs within the same watershed. <br /> <br />11 <br /> <br />The key to making watershed management's holis- <br />tic approach work is the involvement of as wide a <br />range of stakeholders as possible. Promoters of <br />watershed management stress that it must involve <br />regulators, community groups, dischargers, farmers <br />and others who might be affected by management <br />decisions, Their deliberations should be guided by <br />the best scientific data available on the watershed. <br /> <br />Environmental restoration can be a key part of <br />watershed management. Because of its broad out- <br />look and stakeholder involvement, a watershed <br />management approach can integrate environmental <br />restoration into broader planning and management <br />objectives, And with coordinated stakeholder <br />commitment, environmental restoration projects have <br />a better chance of succeeding than if they were <br />stand-alone projects. <br /> <br />The Deer Creek Watershed Conservancy is one <br />example of how restoration of a creek's habitat was <br />integrated with other goals for that watershed, A tribu- <br />tary of the Sacramento River in northeast Califor- <br />nia, Deer Creek (along with Mill Creek) is an impor- <br />tant spawning area for spring-run chinook salmon. <br /> <br />The conservancy grew out of legislation enacted in <br />1995, and brought together land owners along Deer <br />Creek, government officials and fishermen con- <br />cerned about a possible listing under the tederal ESA <br />of the spring-run as an endangered species and state <br />designation of Deer Creek as a wild and scenic river. <br />Though the stakeholders had different interests, they <br />were able to join forces to establish a conservancy <br />that improved spawning areas to rebuild the <br />dwindling spring-run salmon population while also <br />protecting the property rights of land owners that <br />could have been weakened if Deer Creek were <br />designated a wild and scenic river. <br />