Western Water Project
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Gunnison River: Concrete Levy Restoration
https://sewtu.tu.org/tu-projects/gunnison-river-concrete-levy-restorationTU partnered with a landowner on restoration of a 500-foot section of bank on a popular recreational stretch of the Gunnison River that had been covered with concrete rip-rap. The armored bank was causing channel incision, and depositing sediment in undesirable location.
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Fire Mountain Diversion and Canal Improvement Project
https://sewtu.tu.org/tu-projects/fire-mountain-diversion-and-canal-improvement-projectGoals
TU is working with the Fire Mountain Canal and Reservoir Company and the Bureau of Reclamation on repairing the diversion structure and low head dam for the canal on the North of the Gunnison River to make the diversion and dam more fish friendly and to make the operations of the canal more effic
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Otter Creek Reconnect and Reintroduction Project
https://sewtu.tu.org/tu-projects/otter-creek-reconnect-and-reintroduction-projectGoals
TU eliminated over 14 fish passage barriers in this tributary to the Bear River, replacing existing culverts and diversion dams with bottomless arch culverts and instream rock structures.
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Little Bear Flow Restoration Project
https://sewtu.tu.org/tu-projects/little-bear-flow-restoration-projectGoals
TU installed four new pivot irrigation driven by innovative micro-hydro turbines that provide a source of clean and renewable energy.
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Upper Bear River Reconnect and Flow Restoration Project
https://sewtu.tu.org/tu-projects/upper-bear-river-reconnect-and-flow-restoration-projectGoals
For more than a hundred years, individual ranchers and irrigation companies have diverted water from the main stem of the upper Bear River and a key tributary, the East Fork, to water hay and alfalfa field downstream near the town of Evanston, Wyoming. Many of these aging canals and ditches run
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Weber River Diversion Rebuild
https://sewtu.tu.org/tu-projects/weber-river-diversion-rebuildGoals
This project prevents native Bonneville cutthroat trout, wild brown trout, and other fish species from being caught and killed in two large, irrigation diversions. When completed, the project will also allow upstream passage for trout and a native fish called a Bluehead sucker that can live for
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Yankee Fork Side Channel Habitat Improvement
https://sewtu.tu.org/tu-projects/yankee-fork-side-channel-habitat-improvementGoals
TU's goal in the Yankee Fork basin was to create side-channel rearing habitat for juvenile Chinook salmon and steelhead trout and spawning habitat for adult steelhead. Improved habitat will also benefit cutthroat trout and bull trout.
TU's goal in the Yankee Fork basin was to create side-channel rearing habitat for juvenile Chinook salmon and steelhead trout and spawning habitat for adult steelhead. Improved habitat will also benefit cutthroat trout and bull trout.
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Wenatchee River: Icicle Creek Boulder Fish Passage Project
https://sewtu.tu.org/tu-projects/wenatchee-river-icicle-creek-boulder-fish-passage-projectGoals
Icicle Creek is the largest tributary of the Wenatchee River subbasin.
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Wenatchee Instream Flow Enhancement Project
https://sewtu.tu.org/tu-projects/wenatchee-instream-flow-enhancement-projectGoals
Trout Unlimited’s Pioneer Pump Exchange Project improves instream flow in the lower Wenatchee River to improve passage and decrease critical temperature barriers at the confluence with the Columbia and Wenatchee Rivers. The Wenatchee River is home to a variety of salmon and trout including Upper
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Methow River: Chewuch Instream Flow Project
https://sewtu.tu.org/tu-projects/methow-river-chewuch-instream-flow-projectGoals
The goal of Trout Unlimited’s Chewuch River Permanent Instream Flow Project is to reduce the effects of irrigation withdrawals on late summer through winter low-flows in the lower eight miles of the Chewuch River.
The goal of Trout Unlimited’s Chewuch River Permanent Instream Flow Project is to reduce the effects of irrigation withdrawals on late summer through winter low-flows in the lower eight miles of the Chewuch River.