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Eastern San Joaquin Groundwater Basin Groundwater Management Plan <br /> the Reservoir to Bellota would be re-diverted to the SEWD water Treatment Plant, Mormon <br /> Slough, Potter Creek, Mosher Slough, the Lower Calaveras River, and potentially the proposed <br /> Alliance Canal for beneficial use or direct groundwater recharge. Evaporation is potentially a <br /> major concern for shallow large surface area reservoirs; however, the operation of the proposed <br /> Duck Creek Reservoir would completely drain Duck Creek Reservoir to maximize use in <br /> anticipation for the next season's divertible flows. Evaporation rates for the duck creek area are <br /> shown in Figure 8-9. <br /> 9.0 <br /> 8.0 <br /> 7.0 <br /> 6.0 <br /> U) <br /> m 5.0 <br /> ry <br /> 0 4.0 <br /> 0 3.0 <br /> a <br /> w 2.0 <br /> 1.0 <br /> 0.0 <br /> Oct Nov Dec Jan Feb Mar Apr May Jun Jul Aug Sep <br /> Figure 8-9 Duck Creek Reservoir Evaporation Rates <br /> Lower River Diversions— Non-Structural and Structural <br /> The water right application includes diversions along the lower Mokelumne River from below <br /> Camanche Reservoir to Interstate 5. Non-Structural implies the use of existing facilities with <br /> minor improvements. Under the non-structural alternative, NSJWCD existing diversion pumps <br /> and irrigation systems could be used to maximize recharge and in-lieu distribution. Additionally, <br /> the new Woodbridge Dam when completed will be able to supply the WID canal system year <br /> round, thus enabling groundwater recharge from Lodi to north Stockton. Structural alternatives <br /> consist of new diversion structures such as check dams, pump stations, and fish screens where <br /> flows would be diverted to supply direct recharge facilities or irrigation in-lieu deliveries. A <br /> diagram of the structural lower river diversion schematic can be seen in Figure 8-10. <br /> During the course of Phase I, numerous agencies from the regulatory community warned that <br /> the MRWPA would be vulnerable to legal opposition because other less environmentally <br /> damaging alternatives to reversing the historic overdraft in Eastern San Joaquin County (i.e. <br /> agricultural and urban water conservation, water recycling, tiered water rate systems, etc.). <br /> To evaluate the alternatives carried forward, the MRWPA developed the MORE Model of the <br /> Mokelumne River System based on the EBMUDSIM proprietary software package. Figure 8-11 <br /> is a schematic of the MORE Model. The MORE Model preliminary yield and cost estimates are <br /> presented in Table 8-4. <br /> Northeastern San Joaquin County Section 8 <br /> Groundwater Banking Authority 120 Integrated Conjunctive Use Program <br />