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<br />endangered species list by the U. S. <br />Fish and Wildlife Service (USFWS) <br />has necessitated close coordination <br />with USFWS and other resource <br />agencies for those who wish to alter <br />and diversify the uses of the Green <br />River and its tributary waters. <br />Releases of high flows to simulate <br />spring runoff from Flaming Gorge <br />Dam has impacted the present <br />excellent trout fishery and fishing <br />industry below the dam. Flooding in <br />the Jensen area has occurred and <br />caused damage to farmland and road <br />systems. Also, some of the dikes <br />(ponds) at Browns Park State <br />Waterfowl Management Area and Ouray National <br />Waterfowl Refuge have been damaged. <br />Drains installed in the Jensen area by the <br />Bureau of Reclamation to take irrigation return flows <br />to Stewart Lake have created a selenium problem <br />with the wildlife. The drains have been diverted <br />around the lake and now discharge directly into the <br />Green River. <br />The Mosby Canal was breached in 1997 and <br />joined with water frorn spring runoff to forrn an <br />erosion gully 200 feet deep, about 400 feet across <br />and 2,000 feet long. Nearly 1.5 million cubic yards <br />of fine red soil washed into Dry Fork Creek, an <br />important source of irrigation and culinary water for <br />Ashley Valley. <br />Problems from the sediment closed down the <br />Ashley Valley Water Treatment Plant, filled canals <br />and plugged sprinkler systems. Future erosion and <br />sediment deposition in Dry Fork and Ashley creeks <br />still exist. The Ashley Creek Stabilization Project is <br />being designed to solve these problems. <br />Adequate environmental water considerations <br />are providing quantity and quality of water to <br />maintain crucial wildlife habitats and populations. <br />Providing instream flow as a beneficial use to <br />maintain fish and wildlife populations, riparian <br />vegetation, and stream channels is widely recognized <br />as important. Wetlands are important for <br />groundwater recharge and discharge, flood storage, <br />shoreline stabilization, sediment trapping, water <br />purification, pollution control, food chain support, <br />and fish and wildlife habitat establishrnent. <br /> <br /> <br />Red Fleet Reservoir <br /> <br />2.7 Regulation/Institutional Considerations <br />This section discusses the agencies responsible <br />for water regulation in the Uintah Basin. This <br />includes consideration of water rights, water quality <br />and environmental concerns. <br />The Division of Water Rights, under the <br />direction of the State Engineer, regulates water <br />allocation and distribution and oversees dam safety. <br />Water quality is regulated at the state level by the <br />Department of Environmental Quality through two <br />agencies, the Division of Water Quality and the <br />Division of Drinking Water. Other agencies and <br />organizations that regulate water in the basin are <br />water conservancy districts, special service districts, <br />city water departments, mutual irrigation companies <br />and private water companies. Standards are also set <br />for monitoring frequency and procedures. 6 <br />Dam safety is a concern. Twenty-five high <br />hazard dams exist in the basin. The high hazard <br />rating does not mean a dam is unstable or in poor <br />repair, but means that if it were to fail there would <br />be loss of life or significant property damage. <br />Reservoirs in the Uintah Basin attract large <br />crowds of flat-water recreationists. Pollution of the <br />drinking water flowing from these reservoirs is an <br />increasing problem. Overcrowding and associated <br />safety issues, especially at Strawberry and Steinaker <br />reservoirs, are also concerns. <br />Inclusion of the Colorado pikeminnow <br />(formerly Colorado squawfish), humpback chub, <br />bony tail chub and razorback sucker on the <br /> <br />2-3 <br />