Cedar Creek Barrier Removal

Cedar Creek Barrier Removal

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Project Goal:

Cedar Creek, a tributary of the South Fork Eel River, has approximately 9 miles of salmon and steelhead habitat currently inaccessible to Chinook, coho, and steelhead. Migration is blocked by a 5 ft. high dam left behind from the 1950’s era Cedar Creek Experimental Fish Hatchery. This watershed is critical for fish recovery efforts because it offers rare coldwater summer rearing habitat, unlike other nearby waterways that are heavily diverted for cannabis farming and domestic water use. CalTrout is working with CDFW and the landowners to remove the dam.


Restore access to up to 9 miles of anadromous salmonid habitat

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Project Stages

Planning

Conceptual Design

Permitting Phase

Post Monitoring

Estimated Completion Date:
2021-2022

Region:

Project Funders

CA Department of Fish and Wildlife

Fish Affected:

Threats:

Project Description

Cedar Creek has approximately 9 miles of high-quality salmonid habitat currently inaccessible to South Fork Eel River Chinook, coho, and steelhead populations. Migration into the watershed is blocked by a 8 ft high concrete dam left behind when the Cedar Creek Experimental Fish Hatchery was decommissioned after the 1964 flood. The proposed Cedar Creek Hatchery Dam Removal Project (Project) will build on previously developed planning documents, including the fish passage analysis conducted by Ross Taylor and Associates (RTA) and CalTrout’s 2018 proposal, which contained conceptual designs for the Hatchery Dam decommissioning.

The 2019 project proposal will prepare engineering designs and construction plans for the removal of the fish barrier (in the next project phase), which, once implemented, will allow migration into Cedar Creek in perpetuity during all life stages for Chinook, coho, and steelhead. The engineering design phase will evaluate alternative water management approaches, will evaluate and delineate the concrete dam and abutment structures for demolition and removal clear down to the natural bed elevation, and will analyze the potential destabilizing action on the abutment structures and bedrock canyon walls from removal of the concrete dam and abutments.

Project Partners:

Yangshe Gomde Buddhist Retreat Center
CA Department of Fish and Wildlife
McBain Associates
SHN Engineering
Hanford Applied Restoration & Conservation (Hanford ARC)

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