FY07-09 proposal 200710500

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Section 1. Administrative

Proposal titleProtecting & Restoring the Wallowa River Watershed
Proposal ID200710500
OrganizationNez Perce Tribe
Short descriptionThis project seeks to continue protecting existing high quality habitat. It further seeks to restore and enhance habitat where feasible and opportunity exists. Another component of this proposal is education and outreach.
Information transferThe information collected during this project will be stored in a local database. It will also be uploaded to the StreamNet website, contained in various reports required by BPA, contained on the NPT website, and stored on the BPA website (see narrative for more details).
Proposal contact person or principal investigator
Contacts
ContactOrganizationEmail
Form submitter
Richard Christian Nez Perce Tribe [email protected]
All assigned contacts
Richard Christian Nez Perce Tribe [email protected]
Richard Christian Nez Perce Tribe [email protected]
Richard Christian Nez Perce Tribe [email protected]
Arleen Henry Nez Perce Tribe [email protected]
Ira Jones Nez Perce Tribe [email protected]

Section 2. Locations

Province / subbasin: Blue Mountain / Grande Ronde

LatitudeLongitudeWaterbodyDescription
45 17-25 117 10-16 Prairie Creek Prairie Creek Mainstem from the city of Enterprise upstream to forest boundary, including tributaries. Because this implementation element encompasses an entire stream segment, specific lat and longs were not possible. However, this activity will occur from approximately RM 0.0 (confluence with the Wallowa River) to about RM 15. See Map in Narrative Section of this document.
45 20-25 117 14-17 Wallowa River Mainstem of Wallowa River from the city of Enterprise to the Wallowa Lake Dam. Because this implementation element encompasses an entire stream segment, specific lat and longs were not possible. However, the following lat/longs relate to the specific diversions that have been identified so far: 45.41981/117.29280; 45.33542/117.22276; 45.26694/117.21295; 45.35286/117.23680; 45.35074/117.23302; and 45.37770/11725228 See Map in Narrative Section of this document.
45 18-42 117 15-42 Wallowa River Tributaries Wallowa River Tributaries (ie. Bear, Spring, Rock, Dry, Hurricane, and Deer Crks)- barrier culverts will be selected as part of the prioritization that is currently being conducted by NPT within this watershed. When that selection process is complete, the list of highest priority structures for replacement consideration will be utilized to select specific sites for implementation as part of this project. There are already too numerous of barrier culverts to list independently within this document, prior to their prioritization. Because this implementation element encompasses an entire stream segment, specific lat and longs were not possible. This location excludes Prairie Creek, which was considered separately above. See Map in Narrative Section of this document.
45.42025 117.28032 Wallowa Watershed Nez Perce Tribe, Department of Fisheries Resource Management, Enterprise Field Office location. This is the primary location of this project, as the ceded territory of NPT incorporates many subbasins.

Section 3. Focal species

primary: Chinook Snake River Spring/Summer ESU
primary: Steelhead Snake River ESU
primary: Other Anadromous
secondary: River Lamprey
secondary: All Resident Fish
secondary: Freshwater Mussels
secondary: Kokanee
secondary: Bull Trout
secondary: Rainbow Trout
secondary: Interior Redband Trout
secondary: Mountain Whitefish
secondary: Other Resident
secondary: All Wildlife
Additional: Rocky Mountain Elk, Whitetail & Mule deer, Tailed Frogs, Grey Wolf, American Black Bear, Bighorn Sheep, Bald Eagle, potentially Canada Lynx, Columbia Spotted Frog, ALEUTIAN CANADA GOOSE and all other wildlife species that inhabit this area- also refer to narrative

Section 4. Past accomplishments

YearAccomplishments

Section 5. Relationships to other projects

Funding sourceRelated IDRelated titleRelationship
BPA 200207300 Wallowa Culvert Inventory Utilizing the prioritization established by this culvert inventory and assessment, this project seeks to replace those high priority fish barrier structures with structures that allow passage to all species.
BPA 199702500 Wallowa County/Nez Perce Salmo This project will help to implement some of the aspects laid out in this document.
BPA 199402700 Grande Ronde Model Ws Habitat Funding was recently obtained from the GRMWP to replace the Mahogany culvert located on the upper Imnaha River. This directly relates to the current proposal by replacing a known high priority barrier to fish migration in Wallowa County.
BPA 199901600 Protect/Restore Big Canyon Cr. A portion of this contract was the inventory, assessment and prioritization of all stream/road crossings in this watershed. The prioritization criteria that were developed during this project will be used and slightly modified to develop the priority list of replacement structures in Wallowa County. This list will then be used in the current proposal to replace fish passage barrier structures.
BPA 199901700 Rehabilitate Lapwai Creek A portion of this project funding was used to aid in the replacement of a high priority culvert. There is a direct link to this proposal which would also seek to replace additional high priority fish passage obstructions. In addition, a portion of this project funding was used to protect an important cultural resource site by fencing the area. This relates to the current proposals objectives of protecting treaty resources.
PCSRF - CRITFC 2001-1-02 Wallowa County Culvert Invento This project helped to inventory and assess for fish passage all culverts in Wallowa County. The data collected during this project will be used in prioritizing the structures that require replacement to meet currect passage standards. Again, when that priority list is established, the current proposal would seek implementation funding to replace those high priority structures.
PCSRF - CRITFC 2004-1-03 Wallowa County Watershed Resto A portion of this project funding was used to aid in the replacement of a high priority culvert. There is a direct link to this proposal which would also seek to replace additional high priority fish passage obstructions. In addition, a portion of this project funding was used to protect an important cultural resource site by fencing the area. This relates to the current proposals objectives of protecting treaty resources.
BPA 200400200 PNAMP Funding This project will utilize the EMAP protocols associated with PNAMP to monitor watershed condition and trend. This will be done through the NEOH Implementation project, rather than as a direct objective/action of this proposal.

Section 6. Biological objectives

Biological objectivesFull descriptionAssociated subbasin planStrategy
Augment Flows in Deficit Stream Reaches Some stream segments are partly or entirely dewatered during the irrigation season. This is the result of water withdrawls for irrigation purposes. This objective seeks to increase flows in those reaches, while addressing fish passage obstructions caused by the diversion structures. The removal of the structure will aslo incorporate a component to install automated headgates to be able to better control the amount of water entering the diversion ditch. This aspect of the proposal would also be done in conjunction with the efforts that the OR Water Trust is undertaking. Also, by reducing stream temperatures through riparian planting, pool creation, and restoring channel sinuousity, the amount of evaporation will be reduced (dramatically in some streams). Refer to prioritization table contained in narrative. Measureable Parameters: Number of diversions removed & re-installed; volume of water in the stream will be monitored. Grande Ronde 1-1, 2-1, 3A-1, 3A-2, 3A-3, 3A-5, 3A-6, 3A-7, 3A-9, 5.2.4.2-2
Determine Effective Restoration Approaches Monitor all projects to determine their effectiveness. This will allow for the determination of the best and cost-effective methods to employ in restoration applications. Monitoring objectives were not addressed specifically in this subbasin plan. Effectiveness monitoring is essential in order to effeciently and fully realize all of the outlined strategies. See section 5.5, page 50. Grande Ronde 3A-7, 5.5
Education/Outreach in Implementing Projects Education related to project implementation and noxious weeds is a very high priority for the NPT. Actively involving students, teachers and community members in habitat restoration projects is essential to fully realize the intent of this proposal. We believe strongly in getting young people involved with projects; it provides educational opportunities and allows project managers to utilize volunteers for implementation. This will enable them to gain exposure in restoration activities, perhaps pursue a career in a related field and carry that knowledge to others in the community. This grass-roots approach will pay huge dividends in the future, as these students get older. They will then have the basic knowledge base necessary to recognize, mitigate, and/or prevent resource damage in the future. Measureable Parameters: Number of students involved in projects; hours of project implementation volunteer time; and, number of presentations/fliers/booths presented. Refer to prioritization table contained in narrative. Grande Ronde 3A-7, 3B-9, 3B-12, 3D-4
Inventory and Treatment of Noxious Weeds This objective will be met in cooperation with numerous local agency personnel, including personnel from the County Weed Board, County Vegetation Control Office, Wallowa Resources, Forest Service, The Nature Conservancy, NRAC and ODFW. This will also allow for numerous volunteers to become involved. This objective will also be met through monitoring and treatment of any weeds associated with ground disturbing activities within this proposal. Refer to prioritization table contained in narrative. Measureable Parameters: Acres of weeds inventoried and acres treated. Grande Ronde 2-1, 2-2, 2-3, 3B-5, 3B-12, 3D-1, 3D-4
Protect Existing High Quality Habitats This objective will be accomplished primarily through activities like monitoring projects that may affect watershed health in headwater habitats. This will also be accomplished by participating in various local planning groups, such as the Natural Resource Advisory Committee to the Wallowa County Commissioners, the Hell's Canyon Comprehensive Management Plan Implementation Group, and various watershed assessment working groups. Also, providing technical review of projects proposed by various groups and individuals will help to allow for more effective and beneficial implementation techniques. Measureable Parameters: Number of meetings attended; number of projects reviewed for technical merrit; and, number of federal proposed actions reviewed. Refer to prioritization table contained in narrative. Grande Ronde 2-1, 2-2, 2-3, 2-4, 3A-7, 3B-9, 3B-12, 3D-4, 3D-5
Reduce Stream Temperatures This will be accomplished in conjunction with the reduction in sedimentation objective. The installation of woody debris and rock structures will help to create pools, which will cool water locally. Additionally, riparian plantings will eventually help to cool the water. And, the removal of livestock (in certain, specific areas) will insure the success of the plantings. Refer to prioritization table contained in narrative. Measureable terms: See Biological Objective Reducing Sedimentation. Grande Ronde 2-1, 2-2, 2-3, 3B-4, 3B-5, 3B-6 3B-7, 3B-9, 3B-11, 3C-1, 3C-5, 3C-6, 3C-7, 3D-1, 3D-2, 3D-4, 4-1, 4-2, 4-3, 5.2.4.2-2
Reducing Sedimentation This biological objective will incorporate passive and active restoration activities. Passive Restoration will include developing livestock management plans and educating landowners in appropriate riparian area activities. Active restoration efforts will include planting and fencing riparian zones, off-site water developments, bank shaping and bioengineering projects to stabilize eroding banks, and installation of woody debris jams and/or rock structures, as appropriate. (work elements 22, 29, 47, 40, 44, 118, 180, 30, 157, 161, 162 and 99). Refer to prioritization table contained in narrative. Measureable Parameters: Number of installed rock and log structures/year; number miles of reconstructed stream channel and bank per year; number miles fence built; number of plants planted & protected/year; number of off-site water developments/year; and, number culverts replaced per year. Grande Ronde 1-1, 2-1, 2-2, 2-3, 2-4, 3B-1, 3B-3, 3B-4, 3B-5, 3B-6, 3B-7, 3B-8, 3B-9, 3B-11, 3B-12, 3C-1, 3C-2, 3C-3, 3C-5, 3C-6, 3C-7, 3C-8, 3C-9, 3D-1, 3D-2, 3D-3, 3D-4, 3D-5, 4-1, 4-2, 4-3, 4-4, 5.2.4.2-2
Re-open Historic Anadromous Habitat This objective will be accomplished by replacing fish passage barriers, as determined from the current project to inventory, assess and prioritize crossings in Wallowa county. It is closely related to the restoring watershed connectivity objective. Refer to prioritization table contained in narrative. Measureable Parameters: Number of structures replaced per year and miles of habitat re-opened. Grande Ronde 1-1, 1-2, 2-1, 2-2, 2-3, 2-4, 3A-7, 3B-5, 3B-7, 3B-12, 3C-1, 3C-2, 3C-7, 3C-8, 3D-1, 3D-2, 4-2, 5.2.4.2-1
Restore Native Plant Communities This will be accomplished by items like planting quacking aspen in areas that are suitable, planting native shrubs along stream reaches that are also being restored by meeting the biological objective to restore riparian function and channel condition, native grass seed collection and propogation (in conjunction with the Forest Service efforts), and through inventory and treatment of noxious weeds. In all ground disturbing portions of this proposal, noxious weed monitoring will be part of the project. In conjunction with monitoring for weeds infestations, native stock of sedges, grasses and shrubs will be used to rehabilitate the site. Noxious weeds will be treated to allow for native plants to colonize the site, as usually weeds can and do outcompete native plants. Refer to prioritization table contained in narrative. Measureable Parameters: Number of native plants planted; acres of treated weed infestations, pounds of native seed collected, acres of sedge and/or grass seeded area; and, acres of noxious weeds inventoried. Grande Ronde 2-1, 2-2, 2-3, 3B-4, 3B-12, 3D-1, 3D-4
Restore Riparian Function and Channel Condition This objective is accomplished by channel restoration efforts, such as, channel re-construction, bank shaping/bioengineering, fence installation, vegetation planting & protection, and removal of fish passage barriers (work elements 22, 29, 47, 40, 44, 118, 180, 30, 157, 161, 162 and 99). Refer to prioritization table contained in narrative. Measureable Parameters: Number of installed rock and log structures/year; number miles of reconstructed stream channel and bank per year; number miles fence built; number of plants planted & protected/year; number of off-site water developments/year; and, number culverts replaced per year. Grande Ronde 2-1, 2-2, 2-3, 2-4, 3A-2, 3A-4, 3B-4, 3B-12, 3C-1, 3C-2, 3C-3, 3C-4, 3C-5, 3C-6, 3C-7, 3C-8, 3C-9, 3D1, 3D-2, 3D-3, 3D-4, 3D-5, 4-1, 4-2, 4-3, 4-4, 5.2.4.2-2
Restore Watershed Connectivity Connectivity within a watershed to more complex habitats will be accomplished through the replacement of fish passage barriers. These barriers include culverts, irrigation diversions, and in some cases, bridges (in specific cases as when they contain concrete bottoms). The removal of the structure will also incorporate a component to install automated headgates to be able to better control the amount of water entering the diversion ditch. Addressing this objective in many cases accomplishes other objectives, such as reducing sedimentation to the stream and improving channel and riparian condition. Refer to prioritization table contained in narrative. Measureable Parameters: Number of structures replaced per year and miles of habitat re-opened. Grande Ronde 1-1, 1-2, 2-1, 2-2, 2-3, 2-4, 3A-7, 3B-5, 3B-7, 3B-9, 3B-12, 3C1, 3C-2, 3C-7, 3C-8, 3D-1, 3D-2, 4-2, 5.2.4.2-1

Section 7. Work elements (coming back to this)

Work element nameWork element titleDescriptionStart dateEnd dateEst budget
Produce Environmental Compliance Documentation NEPA and Consulation Documentation Produce environmental compliance documentation for all implementation projects. This would also include obtaining any necessary permits for project implementation, such as 404 and Division of State Lands. 10/1/2006 9/30/2009 $60,000
Biological objectives
Augment Flows in Deficit Stream Reaches
Reduce Stream Temperatures
Reducing Sedimentation
Restore Native Plant Communities
Restore Riparian Function and Channel Condition
Restore Watershed Connectivity
Metrics
Enhance Floodplain Reconnecting the Floodplain and Its Function This work element will be closely linked to other work elements (eg. 40, 47, 29, 30). This will be accomplished via riparian plantings, off-sight water development, fencing, bioengineering/bank shaping, noxious weed treatment and creating new channels where appropriate. For a more complete description, see narrative of this document. 10/1/2007 9/30/2009 $445,000
Biological objectives
Determine Effective Restoration Approaches
Education/Outreach in Implementing Projects
Inventory and Treatment of Noxious Weeds
Reduce Stream Temperatures
Reducing Sedimentation
Restore Native Plant Communities
Restore Riparian Function and Channel Condition
Metrics
Increase Instream Habitat Complexity Install Structures to Maintain Bank Stability and Increase Habitat Complexity As part of the stream restoration aspect of this proposal, structures such as woody debris jams will be installed. These structures will serve the dual purpose of bank stabilization and providing for more complex habitat. 10/1/2006 9/30/2009 $189,000
Biological objectives
Education/Outreach in Implementing Projects
Reduce Stream Temperatures
Reducing Sedimentation
Restore Native Plant Communities
Restore Riparian Function and Channel Condition
Metrics
* # of structures installed: 10 per year
Install Fence Install Riparian Livestock Exclosure Fence Build up to 5 miles of fencing around riparian areas to exclude livestock use. Off-sight water developments will also be constructed most of the time in conjunction with this work element. This will be done in conjunction with planting most of the time. 10/1/2006 9/30/2009 $160,000
Biological objectives
Protect Existing High Quality Habitats
Reduce Stream Temperatures
Reducing Sedimentation
Restore Native Plant Communities
Restore Riparian Function and Channel Condition
Metrics
* # of miles of fence: Up to 5 miles per year
Plant Vegetation Plant Vegetation Plant upland and riparian vegetation in appropriate areas. Some of the areas will be inside the newly constructed fences contained in work element 40 above. Some areas will include the bank shaping/bioengineering components, while still others will occur in areas solely to restore native vegetation (See narrative section of this document for further clarification). 10/1/2006 9/30/2009 $85,000
Biological objectives
Education/Outreach in Implementing Projects
Reduce Stream Temperatures
Reducing Sedimentation
Restore Native Plant Communities
Restore Riparian Function and Channel Condition
Metrics
* # of acres of planted: Up to 20 acres/year
Realign, Connect, and/or Create Channel Restoration of Stream Channels As part of the stream restoration aspect of this proposal, it will sometimes be necessary to create new channels, perform bank bioengineering, and realign existing channels. This work element will be associated with #29 (Increase Instream Habitat Complexity). 10/1/2006 9/30/2009 $215,415
Biological objectives
Education/Outreach in Implementing Projects
Reduce Stream Temperatures
Reducing Sedimentation
Restore Native Plant Communities
Restore Riparian Function and Channel Condition
Metrics
* # of stream miles treated, including off-channels, after realignment: 0.15 miles per year
Remove vegetation Noxious Weed Inventory, Treatment and Education Noxious weeds will be inventoried and treated. In conjunction with these efforts, a large educational opportunity exists to inform the general public and school children in what weeds are, how they impact the environment and what they, as individuals, can do to help prevent their continued spread. 10/1/2007 9/30/2009 $41,800
Biological objectives
Education/Outreach in Implementing Projects
Inventory and Treatment of Noxious Weeds
Protect Existing High Quality Habitats
Reducing Sedimentation
Restore Native Plant Communities
Restore Riparian Function and Channel Condition
Metrics
* # of acres treated: Up to 160ac inventoried/yr; treated as necessary
Maintain Vegetation Maintain Vegetation Through Protective Structures This work element is closely associated with work element No. 40. Additionally, vegetation will be maintained through the use of other structures, such as vexar tubing (7500 tubes) and protective cages (250 panels for caging). This WE is also closely linked to the noxious weeds/invasive species component of this proposal. In order to maintain the vegetation that is planted, weed surveys and treatment will be needed. In addition, there will be an educational part of this WE. The metrics here would be the number per year and acres treated. 10/1/2006 9/30/2009 $136,125
Biological objectives
Reduce Stream Temperatures
Reducing Sedimentation
Restore Native Plant Communities
Restore Riparian Function and Channel Condition
Restore Watershed Connectivity
Metrics
Install Fish Passage Structure Remove and Replace Barrier Culverts Remove high priority (determined by the current BPA project, "Wallowa County Culvert Inventory") barrier culvert and replace it with a structure that will pass all aquatic species. There will be one structure replaced per year. Cost share dollars will be sought from appropriate sources for this work element. Sources such as the Grande Ronde Model Watershed Program, OWEB, ODFW R&E, and/or NOAA will be used for additional funding. (1 structure per year) 10/1/2006 9/30/2009 $295,000
Biological objectives
Reducing Sedimentation
Re-open Historic Anadromous Habitat
Restore Riparian Function and Channel Condition
Restore Watershed Connectivity
Metrics
* Does the structure remove or replace a fish passage barrier?: Yes
* # of miles of habitat accessed: TBD by specific structure replaced
* Was barrier Full or Partial?: Full
Remove/Install Diversion Remove and Rebuild Diversion Structures Remove one irrigation diversion that is currently fish passage barriers and rebuild the structure to accomodate passage to all aquatic species. There will be one structure replaced per year. 10/1/2006 9/30/2009 $475,000
Biological objectives
Augment Flows in Deficit Stream Reaches
Education/Outreach in Implementing Projects
Re-open Historic Anadromous Habitat
Restore Riparian Function and Channel Condition
Restore Watershed Connectivity
Metrics
* # of miles of habitat accessed: TBD by specific structure replaced
Coordination Coordinate Restoration Efforts with Other Agencies As part of a collaborative effort to more holistically address restoration in Wallowa County, it will be essential to coordinate with other resource agencies and groups, as well as co-managers. This will also be done to coordinate project planning, implementation, monitoring and reporting to maximize efficiencies between projects and programs. 10/1/2006 9/30/2009 $55,000
Biological objectives
Augment Flows in Deficit Stream Reaches
Inventory and Treatment of Noxious Weeds
Protect Existing High Quality Habitats
Reduce Stream Temperatures
Reducing Sedimentation
Restore Native Plant Communities
Restore Riparian Function and Channel Condition
Restore Watershed Connectivity
Metrics
Identify and Select Projects Identify and select stream restoration project locations As part of the on-going, proposed project, potential restoration projects will arise. This will necessitate site visits and project selections. 10/1/2006 9/30/2009 $45,000
Biological objectives
Augment Flows in Deficit Stream Reaches
Reduce Stream Temperatures
Reducing Sedimentation
Restore Native Plant Communities
Restore Riparian Function and Channel Condition
Metrics
Identify and Select Projects Select culverts for replacement Using the priority list previously established, we will select individual culverts to replace for fish passage. 10/1/2006 9/30/2009 $30,000
Biological objectives
Education/Outreach in Implementing Projects
Re-open Historic Anadromous Habitat
Restore Riparian Function and Channel Condition
Restore Watershed Connectivity
Metrics
Manage and Administer Projects Manage On-going Restoration Projects The project leader of this proposal will need to oversee all aspects of the restoration projects. This will inlcude supervising field crews, administrative aspects of the project (ie. contract preparation and oversight, reporting requirements, and etc), and seeking additional funding sources for further implementation efforts. In addition, other personnel that are hired will oversee various projects within this proposals. Thus, a portion of all implementation projects will be performed by the sponsor, while a portion will be contracted to appropriate companies (eg. culvert replacements). 10/1/2006 9/30/2009 $127,200
Biological objectives
Augment Flows in Deficit Stream Reaches
Education/Outreach in Implementing Projects
Inventory and Treatment of Noxious Weeds
Protect Existing High Quality Habitats
Reduce Stream Temperatures
Reducing Sedimentation
Restore Native Plant Communities
Restore Riparian Function and Channel Condition
Restore Watershed Connectivity
Metrics
Outreach and Education Education and Outreach for local community Provide educational opportunities for school children and other local, interested parties regarding restoration activities associated with this project. 10/1/2006 9/30/2009 $45,000
Biological objectives
Augment Flows in Deficit Stream Reaches
Education/Outreach in Implementing Projects
Inventory and Treatment of Noxious Weeds
Protect Existing High Quality Habitats
Reduce Stream Temperatures
Reducing Sedimentation
Restore Native Plant Communities
Restore Riparian Function and Channel Condition
Restore Watershed Connectivity
Metrics
* # of teachers reached: 4 teachers from 3 schools will be contacted
* # of general public reached: Try to reach as many people as possible
* # of students reached: Try to reach 25 students
Produce Design and/or Specifications Produce Engineering Designs for Project Implementation A staff engineer will produce all necessary designs for all projects implemented during this project. This will greatly speed up the implementation of all projects contained within this proposal. The metrics here would be the number per year. 10/1/2006 9/30/2009 $60,000
Biological objectives
Augment Flows in Deficit Stream Reaches
Reduce Stream Temperatures
Reducing Sedimentation
Restore Riparian Function and Channel Condition
Restore Watershed Connectivity
Metrics
Provide Technical Review Technical Review of Proprosed Projects Project sponsor will need to review all projects for technical merrit prior to implementation. Further, the sponsor will have to review projects during implementation for technical merrit. This will also be closely linked to the coordination work element. The metrics here would be the number of projects reviewed per year. 10/1/2006 9/30/2009 $45,000
Biological objectives
Education/Outreach in Implementing Projects
Protect Existing High Quality Habitats
Restore Watershed Connectivity
Metrics
Produce/Submit Scientific Findings Report Submit Status and Annual Reports to BPA Write and submit status and annual reports required by BPA. 12/1/2006 9/30/2009 $30,000
Biological objectives
Augment Flows in Deficit Stream Reaches
Education/Outreach in Implementing Projects
Reduce Stream Temperatures
Reducing Sedimentation
Restore Native Plant Communities
Restore Riparian Function and Channel Condition
Restore Watershed Connectivity
Metrics
Produce/Submit Scientific Findings Report Write and Present Findings to Appropriate Audience(s) The results of this project will be presented to appropriate audiences whenever the opportunity arises. This could include presenting posters, producing articles for publication in peer-reviewed journals and/or presenting information to other resource managers in any format that is appropriate. Although this work element includes all of the biological objectives, as it will use data and findings from all of them, the main objective will be focused on education and outreach. 12/1/2006 9/30/2009 $27,000
Biological objectives
Augment Flows in Deficit Stream Reaches
Determine Effective Restoration Approaches
Education/Outreach in Implementing Projects
Inventory and Treatment of Noxious Weeds
Protect Existing High Quality Habitats
Reduce Stream Temperatures
Reducing Sedimentation
Re-open Historic Anadromous Habitat
Restore Native Plant Communities
Restore Riparian Function and Channel Condition
Restore Watershed Connectivity
Metrics
Analyze/Interpret Data Analyze and Interpret Data for Project Effectiveness Monitoring Analyze and interpret the data collected (work element 157) and maintained (work element 160) as part of the on-going project effectiveness monitoring. 12/1/2006 9/30/2009 $15,000
Biological objectives
Determine Effective Restoration Approaches
Education/Outreach in Implementing Projects
Metrics
Collect/Generate/Validate Field and Lab Data Data Collection for Project Implementation & Effectiveness Monitoring Collect pertinent data on all projects to determine the efffectiveness of implementing these projects. Additionally, inventory data related to noxious weeds will be collected. 12/1/2006 9/30/2009 $50,000
Biological objectives
Determine Effective Restoration Approaches
Metrics
Create/Manage/Maintain Database Manage and Maintain Database for all Collected Data A database will be managed and maintained for the data collected as part of work element No. 157. This will be done for all implementation work elements for this project. 12/1/2006 9/30/2009 $35,000
Biological objectives
Augment Flows in Deficit Stream Reaches
Determine Effective Restoration Approaches
Inventory and Treatment of Noxious Weeds
Protect Existing High Quality Habitats
Reduce Stream Temperatures
Reducing Sedimentation
Restore Native Plant Communities
Restore Riparian Function and Channel Condition
Restore Watershed Connectivity
Metrics
Disseminate Raw/Summary Data and Results Data Transfer Raw and summary data will be shared with all partners involved with implementation of all projects. This will include reports to BPA, and other cost-share partners. It will also include sharing information on the StreamNet website, as well as sharing data with local school districts as part of the educational component. For a complete list of data transfer component, see attached narrative. 12/1/2006 9/30/2009 $39,000
Biological objectives
Augment Flows in Deficit Stream Reaches
Determine Effective Restoration Approaches
Education/Outreach in Implementing Projects
Inventory and Treatment of Noxious Weeds
Reduce Stream Temperatures
Reducing Sedimentation
Re-open Historic Anadromous Habitat
Restore Native Plant Communities
Restore Riparian Function and Channel Condition
Restore Watershed Connectivity
Metrics

Section 8. Budgets

Itemized estimated budget
ItemNoteFY07FY08FY09
Personnel This is the equivalent of 4.1 FTE's. However, this will include numerous personnel. There is a 3% COLA calculated into this for FY08 & FY09. $147,509 $156,359 $165,359
Fringe Benefits This is the total fringe benefits for the 4.1 FTE's for this project. There is a 3% COLA calculated into this for FY08 & FY09. $46,844 $49,655 $52,634
Supplies This is the estimated costs for this category over the 3 year period. This would include items like supplies, materials, equipment, repairs/maintenance and computers. There is approximately a 3% inflation rate calculated in for FY08 and FY09. $37,754 $38,886 $40,053
Travel There is about a 3% inflation rate calculated into the totals for FY08 & FY09. $10,828 $11,013 $11,203
Overhead This expense includes the indirect rate charges, telephone charges, utility costs, and computer services. Again, there is about a 3% inflation rate calculated into the totals for FY08 & FY09. $93,802 $96,410 $101,093
Other This includes contracted services, materials, vehicle rental fees, and construction costs associated with implementation of the work elements (see narrative section for further clarification). This includes items other than salary. There is about a 3% inflation calculated into this for outyears. $545,025 $544,968 $556,145
Totals $881,762 $897,291 $926,487
Total estimated FY 2007-2009 budgets
Total itemized budget: $2,705,540
Total work element budget: $2,705,540
Cost sharing
Funding source/orgItem or service providedFY 07 est value ($)FY 08 est value ($)FY 09 est value ($)Cash or in-kind?Status
EPA Project Salary Funding $0 $175,000 $175,000 Cash Under Development
Grande Ronde Model Watershed Program Project Implementation Funding ($44,994 has been secured for FY06) $50,000 $50,000 $50,000 Cash Under Development
Learn and Serve America Project Impementation Funding $350,000 $350,000 $350,000 Cash Under Development
National Forest Foundation Project Implementation Funding $60,000 $60,000 $60,000 Cash Under Development
NOAA Project Implementation Funding $50,000 $50,000 $50,000 Cash Under Development
Oregon Water Trust Project Implementation Funding $25,000 $25,000 $25,000 Cash Under Development
OWEB Project Implementation Funding $50,000 $100,000 $100,000 Cash Under Review
USDA Forest Service Title II & III Funds Project Implementation Funding $15,000 $15,000 $15,000 Cash Under Review
USDA-Forest Service Technical Expertise $25,000 $25,000 $25,000 In-Kind Under Development
USFWS Project Implementation Funding $50,000 $50,000 $50,000 Cash Under Development
Various Other Private Foundations Project Implementation Funding $35,000 $35,000 $35,000 Cash Under Development
Volunteers Labor $35,000 $35,000 $35,000 In-Kind Under Development
Wallowa Resources Project Implementation Development $20,000 $20,000 $20,000 In-Kind Under Development
Totals $765,000 $990,000 $990,000

Section 9. Project future

FY 2010 estimated budget: $651,668
FY 2011 estimated budget: $651,668
Comments: The work elements contained in this document will continue into 2010 & 2011 and beyond. This proposal is an attempt to get started on some of the key issues outlined in the subbasin plan and other documents. There's more work than can get done.

Future O&M costs: All maintenance costs associated with this proposal will be conducted by other agencies, such as the Forest Service. There will be restoration implementation activities that will occur for an undetermined length of time. They will not require additional operation or manitenance costs as part of this proposal, beyond the conclusion of implementation (except for the maintenance performed by other entities).

Termination date: TBD
Comments: This project will be terminated at such a time as all of the biological objectives delineated within this proposal are satisfactorily met. This will be some time in the future, which cannot be determined at this time. There is enough work within this watershed to keep this project active and productive for years to come. The NPT Watershed Division has planned projects through at least 2011. Because it not possible to predict that far into the future (including budget issues), the exact locations and projects have not been identified past FY09. However, NPT plans to continue with this project until all watershed conditions are in as close as possible to their historic conditions.

Final deliverables: Ultimately, the deliverables will be a restored watershed, with functional and productive riparian zones, access for anadromous salmonids to all tributary habitats, educated and knowledgeable land stewards, near natural stream flows and very limited impacts due to noxious weeds. If these conditions are met, then the ultimate goal of all resource managers will be met: productive, healthy, self-sustaining and naturally reproducing fish (resident and anadromous) populations.

Section 10. Narrative and other documents


Reviews and recommendations

FY07 budget FY08 budget FY09 budget Total budget Type Category Recommendation
NPCC FINAL FUNDING RECOMMENDATIONS (Oct 23, 2006) [full Council recs]
$0 $0 $0 $0 Expense ProvinceExpense Do Not Fund
NPCC DRAFT FUNDING RECOMMENDATIONS (Sep 15, 2006) [full Council recs]
$0 $0 $0 $0 ProvinceExpense

ISRP PRELIMINARY REVIEW (Jun 2, 2006)

Recommendation: Response requested

NPCC comments: Overview Comments on the following proposals, which should be considered as a set: 200710500 - Protecting & Restoring the Wallowa River Watershed; 200711600 - Lostine River Watershed Restoration; 200724500 - Protect and Restore the Joseph Creek Watershed; & 200725700 - Protect and Restore the Imnaha Subbasin Each of these project proposals is essentially identical. The following general comments apply to all four and should be addressed in a response. Specific comments for each proposal/watershed are provided after the general comments. Each project has a large budget, is overly general, vaguely justified, and is presented with an overly ambitious "do everything" approach. We are concerned that these qualities will only intensify the potential for failing to deliver on the project's goals and biological objectives. As each proposes to do an enormous amount of work, they primarily fail in presenting the details of what and how much will be done, where, in what order, and how effectiveness will be monitored. Essentially, this group of proposals needs a priori prioritization, in terms of which watersheds and the activities therein will offer the greatest effectiveness or potential within a broader context of the Subbasin and especially with the Grande Ronde Model Watershed Project and the role it plays in the basin. Ultimately, this begs a basic question as to “why this project not ‘approved’ by GRMWP” – apparently GRMWP has authority to approve and there is no indication of this? Each project proposal has the same basic set of "prescriptions" regardless of watershed conditions. Each needs to be integrated within a watershed assessment context (which should be part of the Subbasin Plan). We are concerned the uniform prescription approach does not reflect true diagnosis of limiting factors, in a quantitative (versus qualitative) sense within each watershed specifically regardless of their commonalities. Ultimately, we recommend potentially a phased-in schedule or approach. First, we conclude that it is appropriate to provide rather leaner funding to demonstrate that the sponsors can accomplish this kind of work. Second, sponsors need to develop a sufficiently robust M&E methodology and treatment to be integrated across project - perhaps as a group – with non-treated reference streams. We do not imply that every variable must be monitored, but rather that some effort must be included to define basic hypotheses and response variables. Third, from this M&E, the sponsors should be able to demonstrate (or not) that the approach has a measurable response (i.e., the approach works). Finally, that expansion of these projects to other places (and more of them within the watersheds) will have a cumulative benefit (population-level response). Other general issues: • Aside from habitat treatments, the projects propose to complete “roads” assessments. Were not these done as part of the Subbasin Plan? • The linkages to other projects are not well described. An obvious example is the Grande Ronde Model Watershed Project. There are likely others. • There is a need for some basic analyses (are there data in the watersheds that define the limiting factors in a quantitative v. qualitative way) to better justify the projects, indicating whether they are affecting habitat in significant fish production areas (or will the restoration action have a measurable impact on habitat and fish), and the extent of impact on these areas (how much damage has been done to habitat and fish that would warrant a restoration/protection action). Technical and Scientific Sections: All four of these projects were submitted by the Nez Perce Tribe, by the same PI, using a common narrative template. All propose similar (though not identical) landscape treatments - culvert removal, fish migration barrier mitigation, riparian habitat improvement, and in-stream flow measures. The technical and scientific background is not effective at communicating how the projects implemented by the proposals will address the problems in these respective watersheds. There is much background text that is not essential to the proposal, for example, the background on Nez Perce ceded lands. This provides some context but makes it harder to find out exactly what the sponsors want to do and why. Similarly, the discussion about how culverts and other barriers effect fish populations is not necessary. Simply presenting the results from the various assessments that establish this as a limiting factor in the watersheds is sufficient. Rationale and significance to subbasin plans and regional programs: While the proposals qualitatively and loosely address limiting factors in the Grande Ronde Subbasin Plan, the 2000 Biological Opinion, and the tribal recovery plan (CRITFC), the proposals do not adequately connect the actions proposed in the methods and work elements with locations identified in the subbasin plan or federal recovery documents as high priorities for action. As an example, on page 15 of the Lostine River proposal is a table (1) listing strategy recommendations from the Grande Ronde subbasin plan. These strategies need to be connected to watershed segments identified in the subbasin plan and then these proposals need to identify that the projects they are choosing are high priorities. Relationships to other projects: The proposed work involves state, federal, and private entities in a cooperative venture. It is related to several BPA funded provincial and subbasin projects, but the sponsors do not sufficiently explain these relationships within the context of the proposed project. We specifically identify a known entity with authority for coordinating projects – i.e., the GRMWP has several projects that have been executed in these watersheds. How have the sponsors ensure they are not duplicating work from other projects or not undoing the benefits from others? Objectives: These projects have far too many objectives (and work elements) to be effective without prioritization as to which will have the greatest benefit to salmon or more specific details about what actions will be taken where. As such, each of these proposals has a "do everything" kind of feel to it without any sense of whether everything (or anything) is doable and will be effective. Also, sponsor must approach objectives as measurable (expected biological response in terms of fish and wildlife). Treatments then serve as the basis of hypotheses and through basic population monitoring can help determine response and effectiveness. This needs to go beyond simply providing tables that refer to prioritized strategies in the subbasin plan. Proposals are stand-alone documents and the objectives should be stated explicitly, not simply referred to by number in another document. Tasks (work elements) and methods: Methods are only generally described with some methodological details presented in the appendix. In all four proposals there are a series of tables (for example table 2 in the Lostine Proposal) that provide objectives, links to strategies in the subbasin plan, and work element numbers for the proposal. Under each of the work elements there needs to be a short paragraph explaining the approach used to finish the task, not just state that the task exists. The sponsors assert that restoration will occur on the reach/segment scale, but they do not explicitly describe how this scale of work will be accomplished, in what order or priority, or if it is even possible. For example, the sponsors need to provide better justification and prioritization for the proposed culvert replacements. Here, they need to explain how culvert replacements locations were prioritized, whether the blocked areas were once (or should be) productive for fish based on habitat assessment, and the conditions and extent of the habitat that will be opened by culvert replacement. Moreover, the work elements related to sedimentation and channel reconstruction are simply too general and represents little more than a vague promise at this point to do something good. Possible locations, methods of prioritization, and explanations of how sediment sources will be identified and their contribution to the total sediment load are not provided. The methods largely consist of a list of actions that might reduce sediment loads. In all four proposals (under sedimentation and channel-reconstruction in the Lostine proposal) 1/8 mile of stream per year is to be treated. How can this short reconstruction effectively improve the habitat-forming processes in the watersheds? The sponsor needs to justify the 160 acres for weed control. Where will the effort be located in the basin? How were the sites selected? What was the process of prioritization? What is the specific impact of noxious weeds on terrestrial and aquatic habitat at the project sites? What is the expected benefit and impact to salmon or wildlife populations? Monitoring and evaluation: The M&E approach is not well defined. The sponsors say they will rely on the NEOH project for monitoring. But, as described, the M&E is too vague to be judged appropriate in a scientific light. Descriptions appear to be materials "cut" from other documents and did not link to these proposals. Rather, monitoring for these proposals should use the same methods and format as used by the CTUIR, GRMWP, and ODFW projects for consistency within the Grande Ronde and Imnaha subbasins. Facilities, equipment, and personnel: Until a more succinct proposal with clear tasks is provided, it is difficult to determine if the personnel and equipment are sufficient. Comments specific to this proposal: Technical and scientific background: The problem is clearly identified. The need to address the problem is clear: the Wallowa River was once a productive stream but has been severely degraded by land use activities that have occurred over long periods of time. The sponsors propose to address the problem through habitat restoration actions. A rather lengthy list of active and passive restoration techniques will be applied to improve fish and wildlife habitat. The background is overly general and the proposed actions somewhat grandiose without some set of identified priority places throughout watershed. These need to be specified and tied to the objectives a bit more. This technical and scientific background could be much shorter and succinct. Sponsors might wish to look at the CTUIR proposal 199608300 or the Grande Ronde Model Watershed 199202601 for examples of using the loss of fish and the EDT analysis from the subbasin plan to provide an effective background, as well as for potential linkages.


ISRP FINAL REVIEW (Aug 31, 2006)

Recommendation: Response requested

NPCC comments: (Although this proposal did not participate in the fix-it loop, for full comments on "restore and protect" type projects, please see heading “General comments concerning Nez Perce Tribe proposals to protect and restore various watersheds” at the beginning of the ISRP comments on project # 199607702, Protect & Restore Lolo Creek Watershed. The comments below are from the ISRP’s June 2006 preliminary review of this proposal.) Overview Comments on the following proposals, which should be considered as a set: 200710500 - Protecting & Restoring the Wallowa River Watershed; 200711600 - Lostine River Watershed Restoration; 200724500 - Protect and Restore the Joseph Creek Watershed; & 200725700 - Protect and Restore the Imnaha Subbasin Each of these project proposals is essentially identical. The following general comments apply to all four and should be addressed in a response. Specific comments for each proposal/watershed are provided after the general comments. Each project has a large budget, is overly general, vaguely justified, and is presented with an overly ambitious "do everything" approach. We are concerned that these qualities will only intensify the potential for failing to deliver on the project's goals and biological objectives. As each proposes to do an enormous amount of work, they primarily fail in presenting the details of what and how much will be done, where, in what order, and how effectiveness will be monitored. Essentially, this group of proposals needs a priori prioritization, in terms of which watersheds and the activities therein will offer the greatest effectiveness or potential within a broader context of the Subbasin and especially with the Grande Ronde Model Watershed Project and the role it plays in the basin. Ultimately, this begs a basic question as to “why this project not ‘approved’ by GRMWP” – apparently GRMWP has authority to approve and there is no indication of this? Each project proposal has the same basic set of "prescriptions" regardless of watershed conditions. Each needs to be integrated within a watershed assessment context (which should be part of the Subbasin Plan). We are concerned the uniform prescription approach does not reflect true diagnosis of limiting factors, in a quantitative (versus qualitative) sense within each watershed specifically regardless of their commonalities. Ultimately, we recommend potentially a phased-in schedule or approach. First, we conclude that it is appropriate to provide rather leaner funding to demonstrate that the sponsors can accomplish this kind of work. Second, sponsors need to develop a sufficiently robust M&E methodology and treatment to be integrated across project - perhaps as a group – with non-treated reference streams. We do not imply that every variable must be monitored, but rather that some effort must be included to define basic hypotheses and response variables. Third, from this M&E, the sponsors should be able to demonstrate (or not) that the approach has a measurable response (i.e., the approach works). Finally, that expansion of these projects to other places (and more of them within the watersheds) will have a cumulative benefit (population-level response). Other general issues: • Aside from habitat treatments, the projects propose to complete “roads” assessments. Were not these done as part of the Subbasin Plan? • The linkages to other projects are not well described. An obvious example is the Grande Ronde Model Watershed Project. There are likely others. • There is a need for some basic analyses (are there data in the watersheds that define the limiting factors in a quantitative v. qualitative way) to better justify the projects, indicating whether they are affecting habitat in significant fish production areas (or will the restoration action have a measurable impact on habitat and fish), and the extent of impact on these areas (how much damage has been done to habitat and fish that would warrant a restoration/protection action). Technical and Scientific Sections: All four of these projects were submitted by the Nez Perce Tribe, by the same PI, using a common narrative template. All propose similar (though not identical) landscape treatments - culvert removal, fish migration barrier mitigation, riparian habitat improvement, and in-stream flow measures. The technical and scientific background is not effective at communicating how the projects implemented by the proposals will address the problems in these respective watersheds. There is much background text that is not essential to the proposal, for example, the background on Nez Perce ceded lands. This provides some context but makes it harder to find out exactly what the sponsors want to do and why. Similarly, the discussion about how culverts and other barriers effect fish populations is not necessary. Simply presenting the results from the various assessments that establish this as a limiting factor in the watersheds is sufficient. Rationale and significance to subbasin plans and regional programs: While the proposals qualitatively and loosely address limiting factors in the Grande Ronde Subbasin Plan, the 2000 Biological Opinion, and the tribal recovery plan (CRITFC), the proposals do not adequately connect the actions proposed in the methods and work elements with locations identified in the subbasin plan or federal recovery documents as high priorities for action. As an example, on page 15 of the Lostine River proposal is a table (1) listing strategy recommendations from the Grande Ronde subbasin plan. These strategies need to be connected to watershed segments identified in the subbasin plan and then these proposals need to identify that the projects they are choosing are high priorities. Relationships to other projects: The proposed work involves state, federal, and private entities in a cooperative venture. It is related to several BPA funded provincial and subbasin projects, but the sponsors do not sufficiently explain these relationships within the context of the proposed project. We specifically identify a known entity with authority for coordinating projects – i.e., the GRMWP has several projects that have been executed in these watersheds. How have the sponsors ensure they are not duplicating work from other projects or not undoing the benefits from others? Objectives: These projects have far too many objectives (and work elements) to be effective without prioritization as to which will have the greatest benefit to salmon or more specific details about what actions will be taken where. As such, each of these proposals has a "do everything" kind of feel to it without any sense of whether everything (or anything) is doable and will be effective. Also, sponsor must approach objectives as measurable (expected biological response in terms of fish and wildlife). Treatments then serve as the basis of hypotheses and through basic population monitoring can help determine response and effectiveness. This needs to go beyond simply providing tables that refer to prioritized strategies in the subbasin plan. Proposals are stand-alone documents and the objectives should be stated explicitly, not simply referred to by number in another document. Tasks (work elements) and methods: Methods are only generally described with some methodological details presented in the appendix. In all four proposals there are a series of tables (for example table 2 in the Lostine Proposal) that provide objectives, links to strategies in the subbasin plan, and work element numbers for the proposal. Under each of the work elements there needs to be a short paragraph explaining the approach used to finish the task, not just state that the task exists. The sponsors assert that restoration will occur on the reach/segment scale, but they do not explicitly describe how this scale of work will be accomplished, in what order or priority, or if it is even possible. For example, the sponsors need to provide better justification and prioritization for the proposed culvert replacements. Here, they need to explain how culvert replacements locations were prioritized, whether the blocked areas were once (or should be) productive for fish based on habitat assessment, and the conditions and extent of the habitat that will be opened by culvert replacement. Moreover, the work elements related to sedimentation and channel reconstruction are simply too general and represents little more than a vague promise at this point to do something good. Possible locations, methods of prioritization, and explanations of how sediment sources will be identified and their contribution to the total sediment load are not provided. The methods largely consist of a list of actions that might reduce sediment loads. In all four proposals (under sedimentation and channel-reconstruction in the Lostine proposal) 1/8 mile of stream per year is to be treated. How can this short reconstruction effectively improve the habitat-forming processes in the watersheds? The sponsor needs to justify the 160 acres for weed control. Where will the effort be located in the basin? How were the sites selected? What was the process of prioritization? What is the specific impact of noxious weeds on terrestrial and aquatic habitat at the project sites? What is the expected benefit and impact to salmon or wildlife populations? Monitoring and evaluation: The M&E approach is not well defined. The sponsors say they will rely on the NEOH project for monitoring. But, as described, the M&E is too vague to be judged appropriate in a scientific light. Descriptions appear to be materials "cut" from other documents and did not link to these proposals. Rather, monitoring for these proposals should use the same methods and format as used by the CTUIR, GRMWP, and ODFW projects for consistency within the Grande Ronde and Imnaha subbasins. Facilities, equipment, and personnel: Until a more succinct proposal with clear tasks is provided, it is difficult to determine if the personnel and equipment are sufficient. Comments specific to this proposal: Technical and scientific background: The problem is clearly identified. The need to address the problem is clear: the Wallowa River was once a productive stream but has been severely degraded by land use activities that have occurred over long periods of time. The sponsors propose to address the problem through habitat restoration actions. A rather lengthy list of active and passive restoration techniques will be applied to improve fish and wildlife habitat. The background is overly general and the proposed actions somewhat grandiose without some set of identified priority places throughout watershed. These need to be specified and tied to the objectives a bit more. This technical and scientific background could be much shorter and succinct. Sponsors might wish to look at the CTUIR proposal 199608300 or the Grande Ronde Model Watershed 199202601 for examples of using the loss of fish and the EDT analysis from the subbasin plan to provide an effective background, as well as for potential linkages.