FY 2002 Mountain Snake proposal 199303501
Contents
Section 1. General administrative information
Section 2. Past accomplishments
Section 3. Relationships to other projects
Section 4. Budgets for planning/design phase
Section 5. Budgets for construction/implementation phase
Section 6. Budgets for operations/maintenance phase
Section 7. Budgets for monitoring/evaluation phase
Section 8. Budget summary
Reviews and Recommendations
Additional documents
Title | Type |
---|---|
199303501 Narrative | Narrative |
199303501 Sponsor Response to the ISRP | Response |
199303501 Powerpoint Presentation | Powerpoint Presentation |
Mountain Snake: Clearwater Subbasin Map with BPA Fish & Wildlife Projects | Subbasin Map |
Mountain Snake: Clearwater Subbasin Map with BPA Fish & Wildlife Projects | Subbasin Map |
Section 1. Administrative
Proposal title | Enhance Fish, Riparian, and Wildlife Habitat Within the Red River Watershed |
Proposal ID | 199303501 |
Organization | Idaho County Soil and Water Conservation District (ISWCD) |
Proposal contact person or principal investigator | |
Name | Mr. Denny Dawes |
Mailing address | 1025 East Hatter Creek Road Princeton, ID 83857 |
Phone / email | 2088752500 / wild@potlatch.com |
Manager authorizing this project | Mr. Scott Wasem, Chairman, ISWCD |
Review cycle | Mountain Snake |
Province / Subbasin | Mountain Snake / Clearwater |
Short description | Restore physical and biological processes to create a self-sustaining river/meadow ecosystem using a holistic approach and adapative management principles to enhance fish, riparian, and wildlife habitat and water quality within the Red River watershed. |
Target species | spring chinook salmon, steelhead, bull trout, westslope cutthroat |
Project location
Latitude | Longitude | Description |
---|---|---|
Idaho County, near Elk City, Idaho; within the Nez Perce National Forest | ||
45.78 | -115.2 | Red River |
Reasonable and Prudent Alternatives (RPAs)
Sponsor-reported:
RPA |
---|
Habitat RPA Action 150 |
RM&E RPA Action 183 |
Relevant RPAs based on NMFS/BPA review:
Reviewing agency | Action # | BiOp Agency | Description |
---|---|---|---|
NMFS | Action 153 | NMFS | BPA shall, working with agricultural incentive programs such as the Conservation Reserve Enhancement Program, negotiate and fund long-term protection for 100 miles of riparian buffers per year in accordance with criteria BPA and NMFS will develop by June 1, 2001. |
Section 2. Past accomplishments
Year | Accomplishment |
---|---|
1993 | a. Collaborative purchase of one land parcel in the Lower Red River Meadow. |
b. Property deeded to IDFG in an interagency MOA between IDFG and BPA to manage property as the Red River Wildlife Management Area for habitat restoration and fish and wildlife benefits. | |
1994 | a. Surveys of existing conditions and research of historical conditions. |
b. Planning and project vision discussions with interagency and tribal Technical Advisory Committee (TAC). | |
c. TAC consensus on habitat restoration design philosophy. | |
1995 | a. NEPA assessment. |
b. Design criteria established and restoration options analyzed. | |
c. Conceptual restoration designs completed for Phases I and II. | |
1996 | a. Final engineering drawing package completed for Phase I and permits obtained. |
b. On the ground restoration work in Phase I implemented; stream channel length increased by approximately 1,200 feet, sinuosity increased from 1.7 to 1.9, and gradient decreased from 0.0025 to 0.0022. | |
c. Five rock grade control structures placed to raise low flow water surface elevations and create pool/riffle habitat. | |
d. Seeded disturbed construction areas with native seed mix. | |
1997 | a. Final engineering drawing package completed for Phase II and permits obtained. |
b. On the ground restoration work in Phase II implemented; stream channel length increased by an additional 1,960 feet, sinuosity increased from 1.9 to 2.3, and gradient decreased from 0.0022 to 0.0018. | |
c. Constructed new and reshaped historic channel cross section dimensions to enhance pool/riffle habitat, reconnect floodplain function, and improve soil moisture conditions for native riparian plantings. | |
d. One rock grade control structure installed at transition between Phase II and III. | |
e. Disturbed construction areas reseeded with a native seed mix and 31,500 native woody and herbaceous plants installed in Phases I and II; created new wetland/off-channel pond area. | |
f. First year of implementation and effectiveness monitoring initiated. | |
g. Fish habitat area increased by approximately 35 percent on the entire RRWMA and by nearly 95 percent in Phases I and II alone. | |
h. Eight wildlife exclosures built in Phase I and planted with native woody plant species. | |
1998 | a. Topographic surveying, watershed data collection, computer-modeling, and monitoring data used to complete preliminary conceptual designs for Phases III and IV. |
b. Revegetation completed in Phase II for a total of 46,250 plantings in Phases I and II; three wildlife exclosures built in Phase II and planted with native woody plant species. | |
c. Turbidity control test completed to improve best management practices and mitigate for construction-related suspended sediment. | |
d. Second year of implementation and effectiveness monitoring performed; monitoring and surveying stations expanded to collect baseline information in Phases III and IV. | |
e. Average first-year survival rate of herbaceous and woody riparian plantings in Phases I and II equaled 84 percent. | |
f. Monitoring results analyzed and compiled in a preliminary, draft monitoring report. | |
g. Project web site established (http://boise.uidaho.edu/redriver). | |
1999 | a. Channel cross-section dimensions refined, using monitoring results and additional stream discharge data, to reflect a more accurate estimate of dynamic equilibrium and dominant flow. |
b. Final engineering drawing package completed for Phase III and permits obtained. | |
c. On the ground restoration work in Phase III and enhancement work in Phase II implemented; stream channel length increased by an additional 450 feet, sinuosity increased from 2.3 to 2.4 and gradient decreased from 0.0018 to 0.0017. | |
d. Point bars were reshaped, wetland area created, sedge sod placed, and bioengineered features installed. | |
e. Disturbed construction areas reseeded with a native seed mix and 18,775 native woody and herbaceous plants installed in Phases II and III for a total of approximately 65,000 plantings in Phases I-III. | |
f. Third year of implementation and effectiveness monitoring performed; preliminary 1998 monitoring data compiled in a draft monitoring report. | |
g. Average first-year survival rate of willow plantings in Phase II equaled 60 percent. | |
h. 1996-97 Biennial Report completed. | |
i. Preliminary planning initiated for Phase IV, including channel alignment alternative analysis. | |
2000 | a. Channel cross-section dimensions refined, using monitoring results and additional stream discharge data, to reflect a more accurate estimate of dynamic equilibrium and dominant flow. |
b. Final engineering drawing package completed for Phase IV and permits obtained. | |
c. On the ground restoration work in Phase IV implemented; stream channel length increased by an additional 1,500 feet sinuosity increased from 2.4 to 2.7, and gradient decreased from 0.0017 to 0.0015. | |
d. Cross sections constructed into equilibrium dimensions, wetlands created, and bioengineered streambank features installed. | |
e. Disturbed construction areas reseeded with a native seed mix, sedge/meadow sod salvaged and placed on new banks, and 26,000 native woody and herbaceous plants installed in Phase III and IV for a total of approximately 91,000 plantings in Phases I-IV. | |
f. Fourth year of implementation and effectiveness monitoring performed. | |
g. Average first-year survival rate of herbaceous and woody riparian plantings in Phase III equaled 67 percent. | |
h. 1997-2000 Implementation Monitoring Report completed; 1997-2000 Effectiveness Monitoring Report in preparation. | |
i. Preliminary discussions ongoing with neighboring landowners regarding a conservation easement necessary to proceed with Phase V. | |
Overall in Phases I-IV, channel length increased by 5,000 feet, sinuosity increased by 60 %, gradient decreased by 40%, and fish habitat area increased by 60%. |
Section 3. Relationships to other projects
Project ID | Title | Description |
---|---|---|
199608600 | Clearwater Subbasin Focus Watershed | This project, #199303501, is part of and implemented within the Clearwater Subbasin. |
199706000 | same as above | same as above |
198909800 | IDFG Idaho Supplementation Studies | contributes to #199303501 monitoring program |
199107300 | IDFG Idaho Natural Productin M&E | contributes to #199303501 monitoring program |
199305500 | IDFG Steelhead Supplementation Studies | contributes to #199303501 monitoring program |
199607705 | McComas Meadow/Meadow Creek Project | comparison site for different restoration approaches |
CDC Rare Plant and Animal Survey | contributes target plant community data for monitoring program | |
Nez Perce National Forest restoration projects | complements local project with Red River restoration activities and land use management at the watershed scale | |
Red River Hatchery Facility | Red River supplementation | |
NSF/Communities Creating Connections grant | Contributes educational opportunities at the project site |
Section 4. Budget for Planning and Design phase
Task-based budget
Objective | Task | Duration in FYs | Estimated 2002 cost | Subcontractor |
---|---|---|---|---|
1. Prepare conceptual restoration design. | a. Perform detailed topographic and wetland survey. | 6 years: Task performed for each project phase. One phase is constructed each year. Phases V-X yet to be constructed. | $7,500 | Yes |
1. | b. Use monitoring results, current watershed data, and hydrodynamic model to refine design criteria and select best alternative for designated project objectives. | same as above | $18,500 | |
1. | c. Prepare informational materials for technical meetings and public information. | same as above | $9,500 | |
1. | d. Conduct meetings to obtain approval from Technical Advisory Committee, landowners, and other affected parties. | same as above | $9,900 | |
2. Obtain permits and agency approvals. | a. Submit stream alteration permit to US Army Corps of Engineers and Idaho Department of Water Resources. | same as above | $2,100 | |
2. | b. Consult as necessary for ESA species and ensure compliance with original NEPA. | same as above | $2,000 |
Outyear objectives-based budget
Objective | Starting FY | Ending FY | Estimated cost |
---|---|---|---|
1. Prepare conceptual restoration design. | 2003 | 2006 | $185,000 |
2. Obtain permits and agency approvals. | 2003 | 2006 | $20,000 |
Outyear budgets for Planning and Design phase
FY 2003 | FY 2004 | FY 2005 | FY 2006 |
---|---|---|---|
$55,000 | $50,000 | $50,000 | $50,000 |
Section 5. Budget for Construction and Implementation phase
Task-based budget
Objective | Task | Duration in FYs | Estimated 2002 cost | Subcontractor |
---|---|---|---|---|
1. Restore natural river channel characteristics and floodplain function. | a. Secure conservation easements. This process includes hazardous substance surveys and appraisals on potential conservation easement properties. | 3-5 years: Three private properties in the lower meadow. Currently under negotiations with two property landowner. | $90,000 | |
1. | b. Complete final engineering documents. | 6 years: Task performed for each project phase. One phase is constructed each year. Phases V-X yet to be constructed. | $19,500 | Yes |
1. | c. Provide on-site construction planning, layout and staking, engineering support, and field direction. | same as above | $32,000 | Yes |
1. | d. Procure construction materials and supplies. | same as above | $35,000 | |
1. | e. Construct new channel cross-section and alignment. | same as above | $75,000 | Yes |
1. | f. Install restoration features including bioengineered bank treatments and grade control structures. | same as above | $67,000 | Yes |
1. | g. Provide on-site construction communications. | same as above | $8,500 | |
1. | h. Supervise and manage restoration activities. | same as above | $27,000 | |
2. Restore meadow and riparian plant communities. | a. Review and refine design criteria in relation to site conditions and landowner’s goals | same as above | $2,000 | Yes |
2. | b. Collect seed and willow poles and grow plant material. | same as above | $38,000 | Yes |
2. | c. Plant seedlings and willow poles. | same as above | $26,000 | Yes |
2. | d. Install erosion control fabric and seed. | same as above | $20,000 | Yes |
Outyear objectives-based budget
Objective | Starting FY | Ending FY | Estimated cost |
---|---|---|---|
1. Restore natural river channel characteristics and floodplain function. | 2003 | 2006 | $1,388,000 |
2. Restore meadow and riparian plant communities. | 2003 | 2006 | $344,000 |
Outyear budgets for Construction and Implementation phase
FY 2003 | FY 2004 | FY 2005 | FY 2006 |
---|---|---|---|
$420,000 | $430,000 | $430,000 | $452,000 |
Section 6. Budget for Operations and Maintenance phase
Task-based budget
Objective | Task | Duration in FYs | Estimated 2002 cost | Subcontractor |
---|---|---|---|---|
1. Preserve investment in project. | a. Management and/or replant vegetation as necessary. | 20+ years: Long-term task to protect investment. | $2,500 | Yes |
1. | b. Maintain access roads, educational buildings, interpretive center, and project office as necessary. | same as above | $1,000 | Yes |
1. | c. Perform any adaptive management actions identified by the monitoring program and approved by the TAC. | same as above | $2,500 |
Outyear objectives-based budget
Objective | Starting FY | Ending FY | Estimated cost |
---|---|---|---|
. Preserve investment in project. | 2003 | 2006 | $33,000 |
Outyear budgets for Operations and Maintenance phase
FY 2003 | FY 2004 | FY 2005 | FY 2006 |
---|---|---|---|
$7,000 | $8,000 | $9,000 | $9,000 |
Section 7. Budget for Monitoring and Evaluation phase
Task-based budget
Objective | Task | Duration in FYs | Estimated 2002 cost | Subcontractor |
---|---|---|---|---|
1. Implementation Monitoring: Ensure restoration work is implemented as designed and approved by TAC and that water quality standards and permit conditions are upheld. | a. Collect short-term monitoring data including as built channel survey, construction-related turbidity and sediment load, qualitative TAC field reviews, and erosion and planting success transects. | 6 years: Task performed for each project phase. One phase is constructed each year. Phases V-X yet to be constructed. | $18,000 | Yes |
1. | b. Compile, analyze, and report short-term monitoring data. | same as above | $15,500 | |
1. | c. Use monitoring results with adaptive management process to improve future designs and construction procedures. | same as above | $3,500 | |
2. Effectiveness Monitoring: Evaluate the performance of restoration work to stabilize the stream channel, restore floodplain function, enhance fish and wildlife habitat, and reestablish native riparian and wet meadow plant communities. | a. Collect long-term monitoring data to measure sediment balance, bank erosion, substrate, water temperature, ground and surface water elevations, riparian plant composition, fish populations, fish and wildlife habitat quality, and floodplain function. | 15+ years: Long-term commitment to document the success of restoration activities in meeting established performance criteria. | $12,000 | Yes |
2. | b. Compile, analyze, and report long-term monitoring data. | same as above | $12,000 | |
2. | c. Use monitoring results with adaptive management process to improve future designs and construction procedures. | same as above | $2,500 | |
2. | d. Summarize successes and lessons learned to provide guidelines for similar projects in the region. | same as above | $2,000 |
Outyear objectives-based budget
Objective | Starting FY | Ending FY | Estimated cost |
---|---|---|---|
1. Implementation Monitoring: Ensure restoration work is implemented as designed and approved by TAC and that water quality standards and permit conditions are upheld. | 2003 | 2006 | $112,000 |
2. Effectiveness Monitoring: Evaluate the performance of restoration work to stabilize the stream channel, restore floodplain function, enhance fish and wildlife habitat, and reestablish native riparian and wet meadow plant communities. | 2003 | 2006 | $153,000 |
Outyear budgets for Monitoring and Evaluation phase
FY 2003 | FY 2004 | FY 2005 | FY 2006 |
---|---|---|---|
$70,000 | $65,000 | $65,000 | $65,000 |
Section 8. Estimated budget summary
Itemized budget
Item | Note | FY 2002 cost |
---|---|---|
Personnel | FTE: 1.0 | $67,500 |
Fringe | $19,000 | |
Supplies | $35,000 | |
Travel | $15,000 | |
Indirect | $7,500 | |
Capital | Conservation easement | $90,000 |
NEPA | NEPA completed in 1996 | $0 |
PIT tags | $0 | |
Subcontractor | Professional Engineer | $70,000 |
Subcontractor | Construction Contractor | $125,000 |
Subcontractor | Revegetation Specialist | $75,000 |
Subcontractor | Water Quality Monitoring Consultant | $57,000 |
$561,000 |
Total estimated budget
Total FY 2002 cost | $561,000 |
Amount anticipated from previously committed BPA funds | $0 |
Total FY 2002 budget request | $561,000 |
FY 2002 forecast from 2001 | $561,000 |
% change from forecast | 0.0% |
Reason for change in estimated budget
n/a
Reason for change in scope
n/a
Cost sharing
Organization | Item or service provided | Amount | Cash or in-kind |
---|---|---|---|
University of Idaho (via National Science Foundation Grant) | Assistance in educational materials and integrating outdoor classroom and K-12 curriculum (one time) | $5,000 | in-kind |
IDFG | Burning for vegetation management (one time) | $3,000 | in-kind |
IDFG | Noxious weed control (annual) | $1,000 | in-kind |
IDFG | Americorps volunteers (one time) | $4,000 | in-kind |
IDFG (via BPA project #s 199107300 and 198909800) | Juvenile parr and redd monitoring (annual since 1994) | $15,000 | in-kind |
IDFG | Bird survey monitoring (annual since 1996) | $200 | in-kind |
IDFG | On-site construction office (one time) | $15,000 | in-kind |
UI/Communities Creating Connections | NSF program participants (annual since 1999) | $1,500 | in-kind |
UI | GPS/Total Station survey equipment | $7,500 | in-kind |
UI | Ph.D. student contribution (2001 field season) | $4,000 | in-kind |
UI/NSF Research Experience for Undergraduates Grant | Equipment and labor to design and install underwater/surveillance cameras and remote linkage to classroom sites (2001 field season). | $12,500 | in-kind |
UI | Faculty advisors' (Dr. Goodwin, Dr. Jankowski) summer assistance with undergraduate students collecting data at project site (annual since 1997). | $15,700 | in-kind |
UI | Miscellaneous computer software and facilities and monitoring equipment usage (annual since 1997) | $28,000 | in-kind |
Reviews and recommendations
This information was not provided on the original proposals, but was generated during the review process.
Fundable only if response is adequate
Sep 28, 2001
Comment:
Response needed. This project performs three managements: relocating artificially straightened (ditched) parts of a creek into previous natural meanders, planting riparian vegetation, and excluding domestic livestock from stream banks. In addition, it has large research and communication/education components. The need for the three elementary managements is obvious and well understood in salmonid habitat restoration. They have been practiced and evaluated elsewhere for years (which the proposal does not recognize and discuss). Most of the project's research and communication effort is warranted. The research should be reduced to basic M&E, and biological M&E deficiencies should be corrected. The project's essential, restorative results could be achieved for much less money.Habitat projects under the Fish and Wildlife Program must be based on watershed assessment. The proposal refers to certain assessments to support need for the project, e.g., "a landscape scale assessment (USDA Forest Service, 1998)." However, the project has gone on for some 8 years without the requisite watershed assessment, which is not planned for completion until 2003 ("An Ecosystem Analysis at the Watershed Scale, p. 10). The EAWS should be done sooner, and the project should be funded only for the EAWS until that component is finished.
The project is vastly overdone and expensive, and lacks appropriate focus on biological aspects. Obviously, a great deal of thought and effort regarding physical aspects have gone into the physical and "communication" aspects thus far, and into the 2002 proposal and supplementary materials. The critical assumptions listed on p. 27 are particularly good (and they could be expanded to deal more directly with ecological processes), however, it is evident in the project's objectives, tasks, and methods that most of the critical assumptions will not be inadequately investigated.
The project's research is developing information that is interesting in its own right and may represent a contribution to the field of stream morphology, but its applicability to fish and wildlife restoration is unclear. The physical aspects, though necessary in principle, are overdone. The potential of such elaborate measurements for solving Columbia/Snake River fishery and wildlife problems is not evident; physical study should be scaled down. The project's communication/education component is also out of proportion to the need; major public education seems unwarranted because the study area is remote and the meadow reach under study does not represent the steeper types of stream that prevail in the drainage basin. Reporting of results via normal agency and professional-journal channels would fill the communications need.
The project is particularly lacking in biological concept, planning, direction, participation, and analysis. These shortcomings are especially notable in view of the project title's key words: "Enhance Fish, Riparian, and Wildlife Habitat," which imply biological emphasis. The project goal is described as restoring "natural physical and biological processes," but, except for revegetation, the processes discussed in the proposal are almost solely physical. Also, little in the way of biological process (e.g., survival, growth, reproduction, behavior) exists in the M&E plan. The project needs guidance from ecologists.
Meaning of the elaborate physical measurements to fish and wildlife habitat is mentioned only very generally in the proposal and is hardly referenced; the only primary (non-gray) source on fish or wildlife habitat is Bjornn & Reiser (1991), and it is referenced only with respect to gravel size for spawning chinook salmon. In other words, the project's connections with ecology of fish and other animals are not truly described. No primary source on ecology is referenced in the proposal's section on technical and scientific background (and indeed even none on physical processes in streams). What kinds of habitat are to be restored? How much of each type is expected to result? How do fish and wildlife of various kinds use the types of habitat that will be created? What quantitative gain in fish and wildlife production can be expected to result, and via what processes?
Before work is extended to private land up- or downstream from the present project area, the project cost per unit of stream length should be greatly reduced. Restoring the stream to its pre-channelization course (a natural condition to which wild fish are adapted) is undoubtedly beneficial, but the cost of doing it should be nowhere near that of the present project. The $3,065,909 cost to date for the 2.55-mile post-restoration channel is $1.2 million per mile (it would be $3.19 million per mile for the 0.96 mile of channel gained, but benefit derives also to the rest of the study area). By any measure, the per-mile cost has been exorbitant, especially for this small stream.
How representative of important problems in the drainage basin is the project area? The proposal does not establish this.
The project devised a large, intricate, portable weir system "to facilitate transfer of river flow from existing channel alignment into the newly constructed alignment" (p. 39). The proposal states that the "portable weirs are extremely effective at allowing flow transfer to take place with minimal turbidity discharge," and that they "also improve construction efficiency by allowing work such as backfilling and bank shaping to continue behind the weirs without risk of erosion or deposition." However, no data are provided to support the implication that the weirs reduce downstream sedimentation to an extent that is biologically significant. Reviewers viewed photos of the weirs during the site visit, noted that the devices seem a major expense, and question whether building and operating these devices is cost effective from the standpoint of the fishery resource.
The M&E design appears to depend mainly on detecting trends and does not seem to include adequate experimental control in terms of sampling in similar but untreated reaches of stream. Some of the monitoring for trends has been started after the treatments were done, thus missing pre-treatment data. The section on macroinvertebrate monitoring (p. 36) indicates that one "control reach is included to evaluate natural variability." It is questionable whether one is enough. That section also indicates that macroinvertebrate sampling of riffles will be done in 2001 for the first time; that does not seem timely. No control reaches are mentioned in connection with measurement of fish population response. The proposed measurement of fish habitat response (p. 35) is inadequate. For example, important variables such as features that provide hiding cover are missing from the plan (applicant should consult modern salmonid habitat studies), controls are not included, and the schedule of monitoring for trend seems to have been delayed until after treatment began. Many of these shortcomings apply also to M&E for wildlife. Furthermore, the only wildlife populations being monitored are birds.
The review group suggests that future terrestrial monitoring efforts be made compatible with one of the national terrestrial survey efforts. Perhaps an intensification of the National Resources Inventory survey sites and data collection protocols would serve the region well. See the Proposals #200002300 and #200020116 and ISRP reviews in the Columbia Plateau.
CBFWA Funding Recommendation
High Priority/ Recommended Action
Nov 30, 2001
Comment:
CBFWA supports the acquisition of the conservation easements and continuation of O&M and M&E for the first phases of this project. These tasks should be considered High Priority. The results of the EAWS developed through project number 28047 should guide any future instream work for this project. Until that assessment is completed, restoration of the lower channel should be considered a Recommended Action.Comment:
Fundable in Part. The project relocates artificially ditched parts of a creek into former meanders, plants riparian vegetation, and excludes livestock from stream banks. In addition, it has major research and communication/education components. Need for the three elementary managements in such situations is generally obvious and well understood in the field of salmonid habitat restoration. They have been practiced and evaluated elsewhere for years, but should be based on a watershed analysis—which still is not complete here. The EAWS (Ecosystem Analysis at the Watershed Scale) proposed in project 28047 should be done sooner.The project's communications component should be discontinued as non-essential. The ISRP also recommends against more construction at this point and against any other new work (except improved biological monitoring) in this funding cycle. Instead, future submission for such might be appropriate after the EAWS is completed and M&E (including scrutiny of fish response) has proceeded. The project is fundable in part for the EAWS, for activities that Council staff would identify in the O&M budget as necessary to "preserve investment in project", for implementation and effectiveness monitoring for phases I-IV, and for finishing evaluation of the four treatments and producing peer-reviewed reports/papers.
Most of the project's research is unwarranted. The reviewers recommend that it be reduced to basic M&E, and that M&E deficiencies in biological monitoring be corrected. The project is particularly lacking in biological concept, planning, direction, and analysis. These shortcomings are notable in view of the project title's words: "Enhance Fish, Riparian, and Wildlife Habitat." The project goal is described as restoring "natural physical and biological processes," but, except for revegetation, the processes discussed in the proposal are almost solely physical. Biological processes would involve survival, growth, reproduction, and behavior, which are not addressed in the project. The project needs guidance from ecologists. It remains a concern of reviewers that the M&E design depends almost solely on detecting trends rather than having adequate experimental controls. Some of the monitoring for trends began only after the treatments were done, thus missing pre-treatment data.
Reviewers recognize value of the program in furthering interactions among groups and agencies, including private landowners, and in evaluating some restoration techniques. However, because the project includes only minimal attention to the biotic community, especially fish, we are concerned that project performance does not provide a satisfactory template for expansion here or for work elsewhere.
The ISRP reviewers note concurrence by CBFWA comments that "The results of the EAWS . . . should guide any future instream work for this project. Until that assessment is completed, restoration of the lower channel should be considered a 'Recommended Action' [low ranking]."
Comment:
Statement of Potential Biological Benefit to ESUPotential increase in survival via protection and restoration of productive habitat through conservation easements and restoration of physical and biological processes in that habitat.
Comments
Identified in the Forest Service subbasin assessment as a very important watershed, but this subbasin is severely degraded and in need of restoration. Thus, we don't believe that this meets RPA 150 which calls for the protection of currently productive private land. It is possible that the riparian easements could be consistent with Action 153, but the design, duration, and certainty of securing the easements is not addressed within the proposal.
Already ESA Req? No
Biop? Yes
Comment:
Recommend funding O&M of current investment and maintaining ongoing M&E to continue evaluation of previously constructed phases. Also recommend limited funding for acquisition of key permanent easements to protect current habitat investments and for implementation of RPA 150. BPA RPA RPM:
150
NMFS RPA/USFWS RPM:
400
Comment:
Council recommendation: This ongoing project returns artificially ditched portions of the stream to former meanders, restores riparian vegetation, and excludes livestock from riparian areas. The ISRP notes that these are "generally obvious and well understood" strategies in the salmon habitat restoration field. The Council recommendation is to fund the project at less than the requested amount to focus on operation and maintenance of past work, basic monitoring and evaluation, and limited construction and implementation focused on passive habitat restoration actions and acquisition of key long-term easements. See Table 1 for funding levels. These are the activities that the Bonneville comments support in its "A" conditional rating as well. The Council does not recommend funding additional new watershed assessment related activities (EWAS or other) at this time. Although the ISRP supported new assessment work, the Council believes that this recommendation was provided in light of the substantial new habitat restoration proposed the "active" or intervention-based nature of some of that work. With the reduced scale recommended by the Council, and the emphasis on passive habitat strategies that the ISRP itself noted are obvious and well-understood, Council does not and believe additional assessment work is needed at this time. Additionally, the Council has made a general policy decision to not fund substantial new assessment work in most cases prior to having subbasin planning further developed. NMFS and Bonneville comments suggest that this project may address RPA's 150 and 153.Comment:
Fund O&M of current investment and maintaining ongoing M&E to continue evaluation of previously constructed phases. Also fund acquisition of key permanent easements to protect current habitat investments and for implementation of RPA 150.Comment:
potential capital?Comment:
We agree with the 2004 funding level. The FY 2005 projection is based on the continuation of operations and maintenance, monitoring and evaluation, and preliminary planning for easement discussions with private landowners. These activities are similar to those of the previous 3 years. The funds to purchase a conservation easement, although previously approved, are currently "on hold" until further notice from BPA and not included in these totals. The increase in budget for FY 2005 reflects an additional 3.4% from FY 2004 funding, consistent with the consecutive increases in the previous 2 years.NW Power and Conservation Council's FY 2006 Project Funding Review
expense
May 2005
FY05 NPCC start of year: | FY06 NPCC staff preliminary: | FY06 NPCC July draft start of year: |
$0 | $99,570 | $99,570 |
Sponsor comments: See comment at Council's website