FY07-09 proposal 200717300

Jump to Reviews and Recommendations

Section 1. Administrative

Contacts

Section 2. Locations

Province / subbasin: Lower Columbia / Willamette

Section 3. Focal species

Section 4. Past accomplishments

Section 5. Relationships to other projects

Section 6. Biological objectives

Section 7. Work elements (coming back to this)

Section 8. Budgets

Itemized estimated budget

Total estimated FY 2007-2009 budgets

Cost sharing

Section 9. Project future

Future O&M costs: Following FY 2009, the OSU Stream Team will monitor once approximately every 5 years, following significant flow events (>5 year recurrence interval). Approximate cost in year 2014 will be $6,500.

Termination date: 2014
Comments: The termination date is estimated, based on expected rearrangement of wood restored channels with high flow events. ACOE trapping of downstream migrants above Cougar Reservoir will be an annual and continuous process in lieu of improved passage facilities at Cougar Dam. Monitoring of watershed response to restoration effort will be possible through the ACOE trap and transport effort. A longer term examination of project effects may be possible.

Final deliverables: Project effectiveness results measuring change in side channel area and proportion of Age 1+ to Age 0+ juvenile chinook migration.

Section 10. Narrative and other documents

Reviews and recommendations

ISRP PRELIMINARY REVIEW (Jun 2, 2006)

Recommendation: Fundable

NPCC comments: While budget-wise this is a small project, the proposal effectively addresses all of the elements needed for a successful project. If carried through as proposed, this project will add needed rearing habitat to aid in recovering spring Chinook salmon and bull trout. The background section clearly describes the issue of restoring habitat upstream of Cougar Dam. Past forest management practices have resulted in low rates of recruitment of large wood to the channel. The McKenzie River populations are considered to be capable of being self sustaining, but habitat improvements are needed. Regarding channel lateral migration capability, the South Fork McKenzie River and large tributaries have lost a significant portion of their ability to migrate laterally due to recent salvage of in-stream wood (1960-86). Removal of large fallen timber from the channel of the Upper South Fork of the McKenzie River significantly altered the river channel and eliminated many side channels important for rearing habitat of juvenile Spring Chinook and bull trout. The proposal’s background section clearly and simply identifies the problem and provides the logic for a solution: place large woody debris back in river channel. The project has a single objective: improve Chinook and bull trout habitat by restoring side channels. This is a measurable objective. A description of how many side channels will be added; how each will be measured for increases of added rearing habitat should be added. More details could be added to better describe placement of logs to create side-channels and some explanation of how pre- and post- project rearing habitat will be quantified. This proposal is an element of a larger effort where spring Chinook salmon adults are transported upstream of Cougar Dam (from McKenzie Salmon Hatchery) to use isolated habitat. Transported adults and their offspring will utilize habitat restored in this effort. Downstream migrating juvenile spring chinook salmon will be trapped upstream of Cougar Reservoir by Army Corps of Engineers and transported downstream of Cougar Dam in an effort to maximize survival of naturally produced salmon in the upper South Fork McKenzie River. Juvenile salmon originating from the restoration reach may be expected to experience higher survival rates as transported fish. This project is in the planning stage. The project is consistent with high-priority restoration, identified by the subbasin plan and the McKenzie Watershed Council. It meets objectives of the aquatic conservation strategy of the Northwest Forest Plan and also addresses action items identified in the Draft Bull Trout Recovery Plan. It appears consistent with Oregon Plan and the Oregon Aquatic habitat Restoration Enhancement Guide. A short section summarizes relationship to ODFW project to increase natural reproduction upstream of Cougar Dam and ACE project to improve migration. ODFW has special angling protections in this watershed. The site is adjacent to an earlier USFS large wood introduction project, which is monitored by OSU. M&E will be conducted through periodic measurement of changes in channels by aerial photo flights. Biological response will be measured by tracking proportion of juvenile Chinook downstream, under the assumption that juveniles will remain in upstream rearing habitat longer once channel habitat is modified. Publishing results in peer-reviewed journals is anticipated as this project will be incorporated into the Large River Monitoring Project (a partnership between USFS and Oregon State University – Oregon Department of Fish and Wildlife) to monitor multiple project effectiveness. Benefits to focal species may be cumulative with other coordinated projects and will likely persist over a long period. The effect on other native aquatic biota, such as macroinvertebrates, should be positive.

ISRP FINAL REVIEW (Aug 31, 2006)

Recommendation: Fundable

NPCC comments: While budget-wise this is a small project, the proposal effectively addresses all of the elements needed for a successful project. If carried through as proposed, this project will add needed rearing habitat to aid in recovering spring Chinook salmon and bull trout. The background section clearly describes the issue of restoring habitat upstream of Cougar Dam. Past forest management practices have resulted in low rates of recruitment of large wood to the channel. The McKenzie River populations are considered to be capable of being self sustaining, but habitat improvements are needed. Regarding channel lateral migration capability, the South Fork McKenzie River and large tributaries have lost a significant portion of their ability to migrate laterally due to recent salvage of in-stream wood (1960-86). Removal of large fallen timber from the channel of the Upper South Fork of the McKenzie River significantly altered the river channel and eliminated many side channels important for rearing habitat of juvenile Spring Chinook and bull trout. The proposal’s background section clearly and simply identifies the problem and provides the logic for a solution: place large woody debris back in river channel. The project has a single objective: improve Chinook and bull trout habitat by restoring side channels. This is a measurable objective. A description of how many side channels will be added; how each will be measured for increases of added rearing habitat should be added. More details could be added to better describe placement of logs to create side-channels and some explanation of how pre- and post- project rearing habitat will be quantified. This proposal is an element of a larger effort where spring Chinook salmon adults are transported upstream of Cougar Dam (from McKenzie Salmon Hatchery) to use isolated habitat. Transported adults and their offspring will utilize habitat restored in this effort. Downstream migrating juvenile spring chinook salmon will be trapped upstream of Cougar Reservoir by Army Corps of Engineers and transported downstream of Cougar Dam in an effort to maximize survival of naturally produced salmon in the upper South Fork McKenzie River. Juvenile salmon originating from the restoration reach may be expected to experience higher survival rates as transported fish. This project is in the planning stage. The project is consistent with high-priority restoration, identified by the subbasin plan and the McKenzie Watershed Council. It meets objectives of the aquatic conservation strategy of the Northwest Forest Plan and also addresses action items identified in the Draft Bull Trout Recovery Plan. It appears consistent with Oregon Plan and the Oregon Aquatic habitat Restoration Enhancement Guide. A short section summarizes relationship to ODFW project to increase natural reproduction upstream of Cougar Dam and ACE project to improve migration. ODFW has special angling protections in this watershed. The site is adjacent to an earlier USFS large wood introduction project, which is monitored by OSU. M&E will be conducted through periodic measurement of changes in channels by aerial photo flights. Biological response will be measured by tracking proportion of juvenile Chinook downstream, under the assumption that juveniles will remain in upstream rearing habitat longer once channel habitat is modified. Publishing results in peer-reviewed journals is anticipated as this project will be incorporated into the Large River Monitoring Project (a partnership between USFS and Oregon State University – Oregon Department of Fish and Wildlife) to monitor multiple project effectiveness. Benefits to focal species may be cumulative with other coordinated projects and will likely persist over a long period. The effect on other native aquatic biota, such as macroinvertebrates, should be positive.