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<br />State Water Project <br /> <br />California's population doubled between 1940 and <br />1960. It appeared the state could not solely rely on <br />federal or local sources to help meet future water <br />needs. Water planners recognized the need for Delta <br />improvements and for supplemental water to support <br />growing southern California and prevent groundwater <br />overdraft in the Central Valley. Additionally, the need <br />for flood control on the Feather River was recognized. <br />as was the San Joaquin Valley's need for an outlet <br />for saline irrigation drainage from fields. <br /> <br />The first California Water Plan was published in 1957. <br />It recommended immediate construction of a Feather <br />River project, later to become the State Water Project <br />(SWP), as the initial unit of the <br />plan. After years of debate <br />and study. the State Water <br />Resources Development Act, <br />known as the Burns-Porter Act. <br />was ratified by voters in 1960. <br />Gov. Edmund G. "Pat" Brown led <br />the effort to resolve California's <br />Jong.standing water conflicts. <br />He recognized, as had his <br />predecessor Gov. Goodwin <br />Knight, that water was crucial to <br />the sfate's future. <br /> <br /> <br />The Ca!!t'()rnia Aqueduct. <br />above, as if mea11ders <br />SOll1h along Interstate 5 <br />near the Coast Range. The <br />aqueduct delil'ers water <br />244 miles from the Delta to <br />the city of Los Angdes. <br />right_ <br /> <br />11 <br /> <br />The works specified in the $1.75 <br />billion bond issue included <br />dams and reservoirs; several <br />aqueducts, including a major <br />conveyance system - the <br />California Aqueduct - to carry <br />water from the Della to south- <br />ern California; levee improve- <br />ments and facilities to transfer <br />water across the Delta; the joint- <br />use (state and federal) San Luis <br />project; and drainage facilities <br />for the San Joaquin Valley. Fish <br /> <br /> <br />...."'-....li.11 <br />.:::::...:::,::: <br />........'11'1111 <br />:..::::~::l:::: <br />.::....111':1111 <br />. ....UIIII.. <br />..::.....1.1:1111 <br />. ....Ii't III <br />..::.....111::'1 <br />....tell II <br />:::......11:::' <br />......llllll' <br />:......Ullll:: <br />..........11111 <br />........1111111 <br />.......n'lIll, <br />.......hllllll <br />.........1111' <br />........111111 <br />.......IUIlI11 <br />.......UIIlIII <br />........'"1111 <br />:::::::~::m <br />-.,......111111 <br />.......111111 <br />.:i <br /> <br />mitigation facilities include the Feather River Fish <br />Hatchery downstream from Oroville Dam and the <br />John E. Skinner Delta Fish Facility, where fish are <br />diverted away from Delta pumps. To date, the initial <br />features of this huge system have been completed <br />though no drain has been built. <br /> <br />Today's SWP consists of 22 dams and reservoirs. <br />Water in the upper Feather River is provided trom <br />the project for water supply and recreation uses, <br />where Oroville Dam forms the SWP's largest storage <br />reservoir with a capacity of 3.5 million acre-feet. From <br />there. water flows south to the Delta where the North <br />and South Bay aqueducts serve communities in the <br />southern San Francisco Bay area. The 444-mile long <br />Edmund G. Brown California Aqueduct begins at the <br />Della Pumping Plant and parallels Interstate 5 south <br />to the Tehachapi Mountains. To cross the Tehachapis <br />into southern California, water is elevated at the <br />Robert D. Edmonston Pumping Plant some 2,000 <br />feet - more water pumped higher than anywhere <br />else in the world. <br /> <br />Abouf 30 percent of SWP water is used for irriga- <br />fion. mostly in the San Joaquin Valley. Approximately <br />70 percent is used for residential, municipal and <br />industrial use, mainly in southern California. The <br />SWP is operated and managed by DWR. Twenty- <br />nine water agencies, of which MWD is the largest. <br />contract with DWR for project water. These contracts <br />call for ultimate delivery of 4.2 million acre-feet a <br />year. Because the SWP, as originally designed, has <br />not been completed, about 3 million acre-feet of "firm <br />yield" is provided each year. <br /> <br />Under the terms of the SWP's $1.75 billion bond <br />issue, users for the most part pay all costs of fhe <br />project, including interest. SWP contractors also pay <br />energy costs and a transmission charge based on <br />the distance the water is transported. By contrast, <br />the earlier constructed CVP only required repayment <br />of the principal for its irrigation projects. Allhough <br />SWP water is much more expensive than federal <br />water, farm acreage limitation does not playa part <br />in SWP development. <br /> <br />Disputes over SWP service contracts erupted <br />following water delivery shortages during the 1987- <br />1992 drought and a few SWP contractors threatened <br />suit. Alter three months of negotiations. DWR and <br />SWP contractors reached agreement on amend- <br />ments to the SWP contracts in Monterey. Calif.. in <br />December 1994. Under the Monterey Agreement <br />signed by 26 of the 29 SWP water contractors. the <br />signatories are allocated water based on contrac- <br />tual entitlements in place of the amount of water <br />