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Program"). Since CWCB is the only entity authorized by statute to hold instream flow water rights, <br />the Stream and Lake Protection Section will need to coordinate and collaborate with IBCC <br />Roundtables to implement specific recommendations developed by the ongoing Basin non- <br />consumptive needs assessments, whether for new appropriations or acquisitions of water for <br />instream flows. Staff anticipates an increase in ISF Program activities related to implementation of <br />the Basin non-consumptive needs assessments. As part of this implementation, staff will need to <br />review raw data, evaluate methodologies and perform water availability analyses to enable CWCB to <br />make its necessary determinations regarding the existence of a natural environment; water available <br />for appropriation; and no material injury to water rights. Section staff also will participate in a <br />statewide initiative to identify high priority watersheds and streams for expanded, focused efforts to <br />acquire water for instream flows in partnership with the CDOW, conservation groups, local land <br />trusts, and other partners. This effort will build upon the information developed by the Basin non- <br />consumptive needs assessments and develop initial plans for water acquisitions in specified locations <br />based upon key values of interest such as native aquatic species and recreational fisheries. This effort <br />will include outreach to important stakeholders during the process to "ground-truth" the ideas that <br />emerge from the technical analysis, with the goal of building effective local programs to generate <br />more water transactions, in partnership with CWCB. The funding requested through this grant <br />application will enable staff to assist the Roundtables and its other partners in implementing <br />identified non-consumptive projects that can be achieved through CWCB's ISF Program. <br />Water Planning Relationship: This project will be an integral part of implementing the Basin <br />non-consumptive needs assessments and assisting in local water planning that includes preserving, <br />protecting and restoring the state's streams and lakes in concert with meeting the state's consumptive <br />water needs. Coordinating with local stakeholders to acquire water to meet the non-consumptive <br />needs will further assist with local water planning. <br />Recommendation: Staff gives a high recommendation to funding for this project because of its <br />importance to local water planning efforts related to preserving, protecting and restoring stream <br />flows and meeting identified non-consumptive needs. <br />3. Dolores River Dialogue <br />Beneficiary/Grantee/Contractor: Dolores Water Conservancy District, CWCB, and other <br />stakeholders <br />Amount of Request: $100,000 Ranking: High <br />Products Produced: The Dolores River Dialogue (DRD) is a collaborative group of <br />conservation, water management, land management, recreational and governmental <br />representatives working since January 2004 to explore opportunities to manage McPhee <br />Reservoir to improve downstream ecological conditions while honoring water rights and <br />protecting agricultural and municipal water supplies and the continued enjoyment of rafting and <br />fishing. This project consists of a study of the effects of various flow regimes in the lower <br />Dolores River on aquatic and riparian habitat, as well as the effects of these flows on the river's <br />geomorphology. The study will be conducted on a five mile reach of the Dolores River in <br />Dolores County where the Dolores River intersects Big Gypsum Valley, approximately 6 miles <br />NNE of Slick Rock. The Big Gypsum field site is being used to evaluate the ecological <br />response of the Dolores River to various flow, spill management and restoration opportunities <br />resulting from a combination of weather conditions, water management decisions and <br />restoration experiments. The study will include an evaluation of how discharges from McPhee <br />Reservoir can be manipulated to promote seed deposition and seedling recruitment along the Big <br />Gypsum Valley. Research presented by Merritt and Wohl (2002) has shown that patterns of seed <br />10 <br />