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Y <br /> - Development Committee -4- <br /> 3 . The applicant shall complete an inventory of existing water <br /> uses and instream flow requirements during the summer to <br /> determine the amount of water available for summer <br /> diversion, and the applicants equitable share of such water. <br /> Dry season diversion of water from the Mokelumne River for <br /> irrigation, under claim of riparian right, shall be limited <br /> to an amount determined by the required inventory to not <br /> adversely affect instream flow requirements or other <br /> existing water users. <br /> 4 . Groundwater shall not be utilized for water level <br /> maintenance in the lakes. <br /> 5. A drought plan shall be prepared that incorporates water <br /> conservation measures and design modifications, that <br /> demonstrates the adequacy of the water supply to meet <br /> anticipated water demands. This shall include an <br /> itemization od drought planning and contingency measures <br /> such as reducing the overall amount of area to be irrigated, <br /> restricting golf course irrigation during drought periods, <br /> and the use of native and drought tolerant plant species. <br /> 6. The southern access road to the site from Davis Road across <br /> the Mokelumne River shall be eliminated. <br /> 7 . Use of the proposed equestrian trail within Brovelli Woods <br /> shall be restricted from March 1 to August 30. <br /> 8 . The golf course shall be a "Scottish-type" course, that <br /> incorporates fairways maintained in natural low growth <br /> vegetation, with only the greens planted in grass and <br /> closely mowed. <br /> 9 . Rodenticides shall be restricted to borrow fumigants. <br /> 10. The grassland restoration plan, as proposed in the Resource <br /> Plan, shall be instituted. <br /> 11. The applicant shall develop and preserve riparian habitat at <br /> a 3 : 1 ratio as replacement compensation for the 13 acres of <br /> previously cleared woodland. <br /> 12 . Both North and South Tracy Lakes shall be preserved in their <br /> present, unmodified physical states. <br />