McKee Creek Forest Health Project
Project Overview
Basics
McKee Creek Forest Health Project
NCRP CAL FIRE Forest Health Pilot
Deferred/Unfunded
The McKee Creek Forest Health Project aims to enhance forest biodiversity and health, increase fire resiliency, and improve salmonid habitat and ecosystems on 289 acres in the McKee Creek watershed, a tributary of the Mattole River. Forest thinning will reduce stand density and shift species composition to promote habitat heterogeneity and structural diversity. Benefits include improved fish and wildlife habitat, reduced wildfire risk, and increased resilience to climate change. Future public benefits include combined access with the adjoining Vanauken Creek property, where a public access program is planned, serving as a demonstration forest for sustainable forestry and watershed health.
2024
2025
2028
1/10/2025
Project Attributes
General Information
Project Description Narrative (1,000 character limit)
The McKee Creek Forest Health Project aims to enhance forest biodiversity and health, increase fire resiliency, and improve salmonid habitat in the McKee Creek watershed, tributary to the Mattole River. Current conditions include dense stands of small tanoaks and Douglas fir trees, with larger hardwoods scattered throughout. These unmanaged stands provide limited wildlife habitat and are at significant wildfire risk, contributing to diminished summer streamflow in McKee Creek. It is suggested that by reducing the tree density by 100 trees/acre across the 289-acre tract, streamflow benefits could increase 35 gal/minute over the dry season (June-Oct), which is equivalent to ~8 million gallons of water. Fewer trees/acre will result in more diverse and healthy forest conditions with increased fire resiliency and greater carbon sequestration over the long term.
Solutions
Capacity - Long-term Funding, Capacity - Year-round Local Capacity, Climate Action - Adaptation, Climate Action - Carbon Sequestration and Storage, Climate Action - Emissions Reduction, Ecosystem Conservation and Restoration - Conservation Planning, Ecosystem Conservation and Restoration - Land Acquisition & Protection, Ecosystem Conservation and Restoration - Water, Fire Resilient Forests - Fuel Management
Spatial Information
Tribal Region
None
Project Size (Acres)
289
acres
Location
The project area is not mapped in a disadvantaged community although it is completely surrounded by and on the edge of a severely disadvantaged community. The Department of Water Resources Map showing the project area and surrounding DACs in in the supplemental attachments.
Organizations
Contract Manager | |
Funders | |
Project Sponsor | |
Local and/or Political Support | Letter of support include: Mattole Restoration Council, Mattole Salmon Group, Friends of the Lost Coast, the Wailaki Tribe, Shelter Cove Fire Department , and Senator Mark McGuire |
Contacts
Katherine Gledhill - North Coast Resource Partnership (NCRP) (kgledhill@northcoastresourcepartnership.org)
Contact | |
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Authorized Contact |
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Project Benefit Performance Measures
Expected Project Benefit Performance Measures
Fuels Reduction (area) | Treatment Type: Manual thinning | 210 acres |
Fuels Reduction (area) | Treatment Type: Mechanical thinning | 79 acres |
Jobs created or retained (FTE) | 5 |
Reported Project Benefit Performance Measures
No annual Project Benefit Performance Measure accomplishments entered for this Project.
Financials
Budget
Comment: | None provided |
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Reported Expenditures
No Expenditures have been reported for this Project.
Note: | None provided |
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Project Types
Project Types
This project will increase fire resiliency primarily by reducing stem density and ladder fuels. Thinning in overcrowded stands with a focus on removing small hardwoods and conifers will accomplish this goal. Additionally, reducing fuel loading along ridgetops and reducing vegetation near roads will improve fire resilience as well as improve access for firefighting equipment.
Resorting and improving salmon habitat has been a primary focus of Sanctuary Forest in McKee Creek. A reduction in stem density through
thinning will reduce the amount of groundwater lost through evapotranspiration. Ideally this will result in increased water flow in the creeks. Concurrent salmonid habitat projects are taking larger thinned trees and placing them strategically in active channels thereby adding nutrients, channel complexity, aquatic habitat, and flow control to the streams on the property.
Project Details
Attachments
Project Application
- Uploaded On
- 8/4/2024
- File Type
- Word (DOCX)
- Description
Certification of Authority
- Uploaded On
- 8/2/2024
- File Type
- Description
Organization Statement of Qualifications
- Uploaded On
- 8/2/2024
- File Type
- Description
NCRP Memorandum of Mutual Understandings
- Uploaded On
- 8/2/2024
- File Type
- Description
- Sanctuary Forest has signed on to the NCRP MOMU.
Maps supporting project
- Uploaded On
- 8/4/2024
- File Type
- Description
Letters of Support
- Uploaded On
- 8/4/2024
- File Type
- Description
- NOTE: file was too big to combine all documents into 1 PDF as instructed in the application instructions.
Environmental Compliance Docs
- Uploaded On
- 8/4/2024
- File Type
- Description
- File to large to combine all these into 1 PDF per the instructions. Included as separate attachments
Other Relevant Work
- Uploaded On
- 8/4/2024
- File Type
- Description
- Maximum file size requirements didn't allow for combining multiple documents into one PDF.
Other relevant work - Stubblefield et al. 2012
- Uploaded On
- 8/4/2024
- File Type
- Description
- Previous published study in the Mattole relevant to this project.
Other Relevant Work - SFI project article
- Uploaded On
- 8/4/2024
- File Type
- Description
- Maximum file size didn't allow for combining other relevant work in one PDF
Workbook - Budget and Activities
- Uploaded On
- 8/4/2024
- File Type
- Excel (XLSX)
- Description
- Attached is the excel file for Treatment Tracking, Work Plan, Environmental Compliance, and Budget tasks and detailed budget
No attachments
Notes
No Notes entered.
External Links
No External Links entered.