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<br />Stubbs Conal <br />0=4-0Cf5-', <br />I <br />I <br /> <br />Grand <br />0.:; VOlleye <br />6~0 onOI <br />. J C1'$ <br /> <br />~ <br /> <br /> <br />... Tu nnel NO,3 <br />I <br />_L_ <br /> <br /> <br />,..._-Government Highline Canal <br /> <br />" <br /> <br />0= 0 --- <br />(I) Check Structure ___....7' <br />.....- <br />0= 290 e fs .- - -.... .... <br />,/ <br />Orchord r...lesa ~' <br />Pumping Plant .'~ <br /> <br /> <br />-<Q=730cfs <br /> <br />Price Ditch -< <br />Q:: 103.5 c f 5 - - ... <br /> <br />COLORAVO RIVER <br /> <br />0_ <br />, 1C8J <br />,? <br />-';:'_... Cl":; <br />-Q:: 810,2 c1s <br /> <br /> <br />^ <br />l <br />".Grand Valley <br />Diversion Dam <br /> <br /><---Q = 640 cts <br />...-Power Plant <br /> <br />I , <br /> <br />~~olorodo River Siphon l <br />(Capacity = 830c-fs) <br /> <br />P',- <br />" p <br />, <br />, <br />'. Orchard Meso Cono Is <br />Q= 160efs <br /> <br />...0 = 350 ets <br />-' <br /> <br />Orchard Mesa Power Canol <br />Q= 800ch <br /> <br />-<-----To V;nelands <br />'f 0 = 10.2 cfs <br /> <br /> <br />Pia 'f <br />eov <br />C/" <br />ee' <br />If' <br /> <br />"-Q = 450 cfs <br /> <br />(I) Check structure is operated fully closed when necessary to route all of return flows <br />from Orchard Meso Pumping Plant and Power Plant upstream of Grand <br />Valley Conal to satisfy Grand Volley Canal demand <br /> <br />Figure 3-1. Schematic of water withdrawals from the Colorado River in the vicinity <br />of the Grand Valley Diversion Dam, with indicated minimum flows to satisfy water <br />rights. Prepared by U.S. Fish and Wildlife Service. <br /> <br />W <br />I <br />N <br />