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Reconnect Habitat
Integrate Fish & Working Lands
Steward Source Water Areas
Restore Estuaries
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Klamath Dams Removal
Home | Key Initiatives | Reconnect Habitat | Klamath Dams RemovalProject Goal:
Recover Klamath River salmonid populations by removing 4 dams on the Klamath River (Iron Gate, Copco 1, Copco 2, and JC Boyle) and opening up fish passage to over 400 miles of potential spawning and rearing habitat.
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Fish Affected:
Threats:
Project Description
Klamath Dam removal stands out as one of the most promising salmon recovery opportunities in the history of California Trout. Since 1917, the four Klamath Dams have blocked access to hundreds of miles of salmon and steelhead productive habitat. It has diminished the productivity of the Klamath River and its tributaries, blocked spawning grounds, and blocked off cold source water. Beyond loss of habitat, Iron Gate Dam now serves as a giant heat sink that creates water quality problems, including toxic algae blooms. The decommissioning and removal of the Klamath Dams not only makes economic sense, but would greatly benefit the Klamath-origin salmon fisheries and all other Klamath Basin public resources that have been adversely affected by these dams over the past century. CalTrout is working with more than 20 conservation partners and tribes to facilitate a FERC license transfer to KRRC followed by the removal of the four dams and restoration of the river.
Project Partners:
Trout Unlimited
American Rivers
Klamath Basin Coalition
Yurok, Karuk, and Klamath Tribes
PacifiCorp
Klamath Water Users Association
The Nature Conservancy
Upper Klamath Water Users
Pacific Coast Federation of Fisherman
Salmon River Restoration Council
Latest Project Stories:
CalTrout’s work to restore the Klamath River is focused around dam removal but is also deeply embedded in restoration of the river’s tributaries. Klamath River tributaries offer important fish spawning and rearing habitat crucial to allowing fish to more easily access and recolonize the upper Klamath River – once the dams are removed.
Scott River Projects
East Fork Scott River Restoration | Scott Bar-Mill Creek, Scott River Tributary Restoration | Mill-Shackleford Creek, Scott River Tributary Restoration | Scott River Restoration | South Fork Scott River Floodplain & Instream Restoration
Shasta River Projects
Parks Creek, Shasta River Tributary Fish Passage & Flow Enhancement | Shasta River Flow Enhancement | Shasta River Safe Harbor
Little Shasta River Projects (tributary to the Shasta)
Little Shasta River Spring Restoration | Little Shasta River Flow Enhancement
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Southern Steelhead Coalition
South Coast
The Coalition’s goal is to increase the pace, scale, and scope of watershed restoration projects leading to resilient Southern steelhead populations in
Tracking the Repopulation of Fishes after Dam Removal on the Klamath River
Mt. Shasta-Klamath
Monitor fish migration following dam removal and assess the efficacy of this monumental restoration effort to build our understanding of
Upper Sacramento Basin Source Waters Science Study
Mt. Shasta-Klamath
Provide a scientifically based toolset to better understand, manage, and advance the protection of the cold, clean spring waters in the Upper Sacramento Basin.
Learn MoreLahontan Cutthroat Trout Recovery
Sierra Headwaters
Recover Lahontan cutthroat trout populations in their native range.
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Sierra Headwaters
Provide a stabilized channel access point for anglers, boaters, and other recreational users, reduce sediment delivery to the Truckee River, and restore native riparian vegetation. A defined access...
Learn MoreSunol Valley Fish Passage Project on Alameda Creek
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Restore consistent access for salmonids to upper Alameda Creek and open more than 20 miles of stream to Chinook salmon, steelhead, and other native fishes such as lamprey.
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Realize the restoration potential of the Sierra Nevada using a holistic rubric and inclusive process.
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Reestablish hydraulic, sediment transport, and floodplain processes necessary to restore and sustain ecological function in lower Redwood Creek. Recover threatened salmonid species including Southern...
Learn MoreWalker Creek Outreach & Education Program
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Work with partners to inspire the next generation of environmental stewards through stream study focused on watershed health and endangered coho salmon recovery at Walker Creek Ranch in Marin County.
Learn MoreEast Fork Scott River Restoration
Mt. Shasta-Klamath
Reconnect historic floodplains and enhance aquatic habitat on 6.7 miles of the East Fork Scott River and its tributaries; Restore fish passage to 1.4 miles of cold-water tributary Big Mill Creek;...
Learn MoreBy-Day Creek Forest Health Project
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Improve forest ecosystem health and minimize the impacts of future wildfires.
Learn MoreBull Creek Hamilton Reach Instream and Floodplain Habitat Restoration
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Restore and protect important riparian, instream, floodplain and side-channel habitat in Bull Creek, which supports four anadromous fish species, Coho and Chinook Salmon, Steelhead, and Pacific...
Learn MoreBig Chico Creek – Iron Canyon Fish Passage Project
Restore access for steelhead and spring-run Chinook salmon to the entirety of their historical distribution in Big Chico Creek, resulting in an expected 8.5 miles of additional anadromous habitat.
Learn MoreEvans Spring Flow Restoration to Little Shasta River
Mt. Shasta-Klamath
Restore Evan's Spring flow to the Little Shasta River and improve summer conditions for juvenile rearing among native fish. Ultimately, reconnect the Little Shasta River to the Shasta River at...
Learn MoreKlamath Basin Water Project
Mt. Shasta-Klamath
Enhance flows and improve critical instream habitat for coho and Chinook salmon throughout the watershed.
Learn MoreEel River Restoration Plan
North Coast
Efficiently restore native anadromous fish populations and ecological processes across the Eel River watershed.
Learn MoreWalker Creek Coho Salmon Research and Monitoring
Bay Area
Assess streamflows, water temperatures, habitat usage, and migration of adult and juvenile tagged coho salmon in Walker Creek to identify factors potentially limiting their recovery. We will use this...
Learn MoreAlameda Creek Fisheries Monitoring
Bay Area
Work with partners to fill key data gaps in monitoring Alameda Creek tributaries to inform future management and restoration to assist recovery of steelhead and Chinook salmon in the watershed.
Learn MorePescadero and Butano Creek Fish Tracking
Bay Area
As part of an expansion to research on Pescadero Creek, a PIT antenna on Butano Creek will track steelhead and coho salmon on their annual spawning runs and will provide us with important information...
Learn MoreCannibal Island Restoration
North Coast
Restore the 950-acre tidal marsh estuary surrounding Cannibal Island, adjacent to the mouth of Eel River.
Learn MoreSanta Margarita River – Sandia Creek Fish Passage
South Coast
Remove a high priority fish passage barrier, improve trail user experience and safety, protect the public from flood impacts, and increase the quality of riparian and river habitat for multiple...
Learn MoreNative Rainbow Trout Refugia Mapping
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To prepare a list of ground-truthed refugia habitat locations for trout relocated after wildfire and during large So Cal fish passage projects.
Learn MoreFloodplain Forward Coalition
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Reconnect fish with the food and provide them a safe haven.
Learn MoreScott River South Fork – Floodplain and Instream Restoration
Mt. Shasta-Klamath
To restore the prime nursery habitat for juvenile salmon on the South Fork Scott River.
Learn MoreBattle Creek – Eagle Canyon Fish Passage Project
Open access to more than 8 miles of spring-fed spawning and rearing habitat for Sacramento River winter-run Chinook salmon, steelhead trout, and other native migratory fishes by removing a fish...
Learn MoreCochran Creek Fish Passage and Channel Restoration
North Coast
Allow fish passage into Cochran Creek to help sustain populations of coho, steelhead, and coastal cutthroat trout, while enhancing and expanding productive tidal, brackish, freshwater, and riparian...
Learn MoreScott Valley Sustainable Groundwater Management
Participate in the Scott Valley SGMA process and advocate for a Groundwater Sustainability Plan (GSP) that protects interconnected surface waters for the benefit of fish and wildlife
Learn MoreParks Creek Cardoza Ranch Fish Passage and Flow Enhancement
Mt. Shasta-Klamath
Enhance flows and restore critical spawning and rearing habitat for salmon and steelhead throughout the watershed.
Learn MoreEel River Forum
North Coast
Achieve consensus among a coalition of agency, tribal, and conservation partners regarding priority recovery actions and policy reform needed to recover salmonid populations in the Eel River basin,...
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Central Valley
Through science-based objectives and prioritized actions to implement them, the Salmon Partnership will advance recovery and maintenance of viable, self-sustaining spring-run and winter-run Chinook...
Learn MoreMill-Shackleford Bridge Fish Passage Restoration
Mt. Shasta-Klamath
This project addresses Watershed Restoration Grant Program Funding Priority 3: Protect and Restore Anadromous Fish Habitat. Specifically, the project will result in 1) the removal of a human‐caused...
Learn MoreAdult Salmonid Sonar Monitoring Program
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Obtain baseline data on steelhead entering the South Fork Eel River to spawn in order to inform the angling public on steelhead abundance. Determine if sonar assessment of adult salmonids is an...
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South Coast
Bay Area
The Aquatic Species Assessment Tool (ASAT) will provide an integrated quantitative framework for assessing the impact of management actions on salmonids and other sensitive listed fish species that...
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Remove the only total fish passage barrier between a robust rainbow trout population in Pauma Creek and the Pacific ocean.
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South Coast
Restore passive fish passage at this location and stabilize sediment transport through this reach.
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Restoration of floodplain processes by focusing on the removal of non-native, invasive plants and revegetation with native species to reestablish critical habitat for sensitive species and riparian...
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Enable steelhead passage through this total barrier at the Interstate 5 bridge array on Trabuco Creek and provide access to 15 miles of upstream high quality spawning and rearing habitat. Trabuco...
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Remove the defunct Rindge Dam location in Malibu Creek canyon. ...
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Support the Matilija Coalition, Ventura County Watershed Protection District and U.S. Army Corps of Engineers in securing funding to finalize a dam removal design and associated re-evaluation of...
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CalTrout leads two Southern California steelhead coalitions with the goal to increase the pace, scale, and scope of watershed restoration projects leading to resilient Southern steelhead populations...
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This project will improve steelhead habitat in the Santa Margarita River through non-native aquatic species removal, invasive vegetation removal and sediment reduction.
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The management of non-native aquatic species addressees a major threat to the survival of native trout. Management is arduous and expensive, but worth the long-term investment to clear prime habitat...
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The goal of this project is to protect one of the last and most southern native rainbow trout populations of steelhead lineage in Pacific coast of United States.
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The goal of this project is to remove non-native species that are detrimental to native trout survival in San Mateo Creek, in federally designated critical habitat for endangered Southern California...
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To develop an alternative analysis for the restoration of Southern California steelhead in the Rose Valley Lakes System and Sespe Creek Watershed.
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Develop and implement the first Sierra Meadows Wetland and Riparian Area Monitoring Plan (SM-WRAMP). The SM-WRAMP will provide an authoritative and collaborative approach to monitoring meadow...
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Apply the Sierra Meadow Strategy approach to establish a prioritized inventory of meadow restoration activities providing maximum habitat benefit for listed Kern River rainbow trout, amphibian, and...
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Create greater ecological resilience of Osa Meadow to combat climate change and other stressors and promote recovery of Kern River rainbow trout populations. Study the cause-and-effect of meadow...
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Restore 30,000 meadow acres in the Sierra Nevada by 2030.
Learn MoreJune Mountain Forest Health Project
Sierra Headwaters
Protect the water resources that sustain wild trout and provide drinking water by removing dying trees across 518 acres of National Forest System lands. Remove excessive dead wood, implement...
Learn MoreOwens River Protection
Sierra Headwaters
Seeking full implementation of the water agreement settlement terms: a) the Fisheries Enhancement Fund is active and functioning, (b) instream flow requirements are met, and (c) fully appropriated...
Learn MoreMono Basin Protection
Sierra Headwaters
Restore the long-term ecological health of the Mono Basin tributaries and Mono Lake.
Learn MoreKlamath Dams Removal
Mt. Shasta-Klamath
Recover Klamath River salmonid populations by removing 4 dams on the Klamath River (Iron Gate, Copco 1, Copco 2, and JC Boyle) and opening up fish passage to over 400 miles of potential spawning and...
Learn MoreLittle Shasta River Flow Enhancement Project
Mt. Shasta-Klamath
Improve irrigation infrastructure on the 4,500-acre Hart Ranch and enable this key landowner to dedicate meaningful water savings back into the Little Shasta River for the benefit of salmon and other...
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Mt. Shasta-Klamath
Restore access for threatened coho salmon, steelhead, and other aquatic species to approximately three miles of year-round, cold water spawning and rearing habitat on Scott-Bar Mill Creek in the...
Learn MoreShasta River and Parks Creek Restoration
Mt. Shasta-Klamath
Recover salmonid populations in the Shasta River, a key mid-Klamath River tributary and nursery, by restoring spawning and rearing habitat, in-stream flows, water quality, and other ecological...
Learn MoreFall River Wild Trout Program
Mt. Shasta-Klamath
Protect CA’s largest spring-fed river, over 30 miles of wild and native trout habitat, and one million acre-feet per year of cold, clean volcanic source water that provides habitat for native fish...
Learn MoreMcCloud River Protection
Mt. Shasta-Klamath
Protect three miles of pristine salmon habitat on the Upper Sacramento and McCloud rivers (blue ribbon wild trout fisheries) from inundation.
Learn MoreHat Creek Restoration
Mt. Shasta-Klamath
Use large woody debris to restore 1.5 miles of instream habitat for the benefit of wild trout while helping protect cultural resources on over 5,000 acres of ancestral lands of the Illmawi Band of the...
Learn MoreBaduwa’t Estuary Restoration
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Restore key salmonid off-channel rearing habitat and provide public access enhancements. ...
Learn MoreCedar Creek Barrier Removal
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Restore migratory access to approximately 9 miles of salmon and steelhead habitat. Protect important cold water refugia in the South Fork Eel River.
Learn MoreWoodman Creek Project
North Coast
Remove the Northwestern Pacific Railroad barrier at the mouth of Woodman Creek and restore the historic channel-mouth configuration to allow unimpeded coho, Chinook, and steelhead access to 10-14...
Learn MoreEel River Dams License Renewal – Potter Valley Project
North Coast
Improve streamflows and reconnect Eel River salmon and steelhead with 288 miles of spawning habitat in the upper mainstem Eel River. Work with Regional Coalition partners (Sonoma Water, Mendocino...
Learn MoreElk River Recovery Program
North Coast
Recover the Elk River from current severe water quality and sediment impairment, nuisance flooding conditions, habitat degradation, salmonid population reduction and community strife that resulted...
Learn MoreSmith River Protection
North Coast
Raise awareness of the current threats to the pristine North Fork of the Smith River from international mining corporations.
Learn MorePrairie Creek Floodplain Restoration
North Coast
Restore floodplain habitat and create public access. ...
Learn MoreNorth Coast Science and Monitoring Program
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Gain a stronger technical understanding of salmon and steelhead recovery efforts through establishing a research and monitoring program in the South Fork Eel River.
Learn MoreFloodplain Salmon Habitat Credit Development
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Develop on-farm water management practices that benefit native fish species and the aquatic ecosystems on which they depend for use in agriculture conservation incentive programs.
Learn MoreFlood Infrastructure Retrofits
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Retrofit flood infrastructure in the Tisdale and Sutter bypasses to enhance fish passage; improve water use efficiency; create floodplain rearing habitat for endangered salmonids; and increase...
Learn MoreNigiri Project
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Scientifically demonstrate that productivity created by shallow inundation of floodplains is foundational to supporting self-sustaining populations of fish and wildlife in the Central Valley.
Learn MoreSearsville Dam Fish Passage
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Ensure long-term passage for juvenile and adult steelhead in San Francisquito Creek beyond Searsville Dam on San Francisquito Creek by working with Stanford University, resource agency, non-profit,...
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Bring together farmers, conservationists, universities, and state and federal agencies to demonstrate innovative solutions for reintegrating fish food created in floodplain wetlands back to the river...
Learn MoreSecuring South Bay Stream Flows for Steelhead
Bay Area
Ensure adequate streamflows are returned to key South Bay streams and necessary habitat improvements are completed as expeditiously as possible through a long-standing settlement agreement and...
Learn MoreBay Area Outreach and Education
Bay Area
Increase outreach overall to youth, members, fly clubs, and others about our efforts in the Bay Area and statewide.
Learn MoreFeatured News
NULL NULL
Human use of streams, lakes, and surrounding watersheds for recreation has greatly increased with population expansion. Boating, swimming, angling, off-road vehicles, ski resorts, golf courses and other activities or land uses can negatively impact salmonid populations and their habitats. The impacts are generally minor; however, concentration of multiple activities in one region or time of year may have cumulative impacts.
Dams block access to historical spawning and rearing habitats. Downstream, dams alter the timing, frequency, duration, magnitude, and rate of change of flows decreasing habitat quality and survival.
