After Dam Removal: How will River Flows be Managed?
While larger media outlets remain focused on dam removal, Klamath communities are starting to consider the next big question: How will we manage Klamath River flows in the future? The Klamath River flows out of Upper Klamath Lake. While a natural lake, the Bureau of Reclamation blasted the natural rock reef at the outflow of the lake and constructed a dam there in 1921 to control outflow and divert water for irrigation. Hydropower dams were built downstream of Upper Klamath Lake in the years that followed, and the flow of the Klamath River was controlled by Iron Gate dam releases for the past 60 years. With Iron Gate, Copco 1and JC Boyle slated for removal next year, Link River dam releases will directly control Klamath River flows. In recent years, drought has made it impossible for the Bureau to balance the needs of ESA listed suckers in the lake and ESA listed salmon in the river while providing water to irrigators. Never mind keeping the nation's oldest wildlife refuges wet. This led to challenges of the Bureau's authority by some irrigators. Now a federal judge has ruled that endangered fish come first when determining water allocations and that the Bureau controls the water. But the future remains clouded. In order for Klamath River restoration to be successful, flows must be carefully balanced between the lake, the river, the refuges, and irrigators. How that will be achieved is yet to be determined! In other news, California Water Board is regulating some water users for the first time, and in case you missed it, some encouraging science on just how effective dam removal is for restoring a river. Enjoy!
News
Feds prevail in lawsuit against Klamath Drainage District | Water | capitalpress.com
KLAMATH FALLS, Ore. — An irrigation district in the Klamath Project can no longer divert water from the Klamath River under a state-issued water right without approval from the U.S. Bureau of Reclamation, a federal judge has determined.
Judge finds feds violated law by favoring irrigators in the Klamath Basin | Courthouse News Service
Monday’s order upholds the notion that irrigators’ rights come after the Bureau of Reclamation’s obligations to protected fish species and tribal rights in the Klamath Basin.
California water rights verification bill, SB 389, passes Senate and advances to Governor’s Desk
On September 12, the California State Senate approved SB 389, legislation by Senator Ben Allen (D – Santa Monica) that gives the State Water Resources Control Board the power to verify pre-1914 and riparian water rights. The bill passed by a vote of 30...
Tearing down Klamath dams: The world’s largest dam demolition - CalMatters
Tribes and communities along the Klamath River wait anxiously to see what the future holds. “Once a river is dammed, is it damned forever?” experts ask.
Yurok Tribe and Others are Preparing a Stretch of the Klamath River to Flow Freely for the First Time in a Century | Lost Coast Outpost | Humboldt County News
The Yurok Tribe and the Klamath River Renewal Corporation (KRRC), in collaboration with the Shasta Indian Nation, recently started preparing a stretch of the Klamath River to flow freely for the first time in a century.
Sedimentation and Dam Removal: Bringing a River Back to Life
One of the primary concerns when planning for dam removal is the impact of sediment transport on water quality, river health, and the communities that depend on healthy rivers. Sediment forms when rocks and soil weather and erode. We think of rivers as something that moves water, but just as important is its ability to […]
California is engaged in the world’s largest dam removal project in hopes of letting nature rebound
A national push to "rewild" looks to restore natural environments that might help mitigate the effects of climate change.
In Case You Missed It...
USGS: Elwha River: New study examines effects of dam removals on coastal ecosystems – MAVEN'S NOTEBOOK | California Water News Central
In new research, a team of scientists characterize the response of the coastal environment to a massive input of sediment following the removal of two dams alon