What We Do
Bipartisan Infrastructure Law Bipartisan Infrastructure Law
The Bipartisan Infrastructure Law (BIL) is a once-in-a-generation investment in the nation’s infrastructure and economic competitiveness. We were directly appropriated $455 million over five years in BIL funds for programs related to the President’s America the Beautiful initiative.
Learn more about Bipartisan Infrastructure Law : 2022 Klamath Basin Project Awards
Building on months of close collaboration and engagement with Klamath Basin stakeholders, Tribes, and federal, state and local leaders, in August 2022, the Department of the Interior announced that nearly $16 million from the Bipartisan Infrastructure Law had been allocated for 32 Klamath Basin ecosystem restoration projects.
The Service will continue to work with partners who are committed to finding long-term, collaborative solutions for the basin and its communities as the remaining funds are allocated in coming years.
In addition to the projects selected for year one Klamath Basin funding, the Service provided $10 million for the expansion of the Klamath Falls National Fish Hatchery. The Hatchery works to enhance captive-rearing of Endangered Species Act-listed suckers that hold deep cultural significance for the Klamath Tribes.
2022 Klamath Basin projects awarded Bipartisan Infrastructure Law funding
Project Name | Location | Funding |
|---|---|---|
Yurok Tribal CapacityThe Yurok Tribe Fisheries Department (YTFD) has made enormous contributions to the restoration of the Lower Klamath River Basin. This funding will add capacity so that the Tribe can continue to meet and expand its priority fish restoration efforts. The position will be funded for two years. | CA | $235,043 |
Waukel Creek and Junior Creek Culvert ReplacementFunding for this project will be to help the Resighini Rancheria replace existing culverts that create public safety concerns and limit access to important coho salmon habitat. On Waukel Creek, the existing 49-foot long, 10-foot diameter culvert will be removed and replaced. Regular flooding of the roadway during major storm events occurs because the culvert is undersized and filled with sediment. The new culvert has been designed to accommodate the 100-year flood event on Waukel Creek concurrent with a 5-year Klamath River flood event, which will alleviate the regular seasonal flooding, including water overtopping Klamath Beach Road. On Junior Creek, the existing 305-foot long and 6-foot diameter culvert that goes under the Nepuey Road and Klamath Beach Road intersection will be removed and replaced. The new culvert will be able to accommodate a 100-year flood event and help alleviate the regular seasonal flooding, including water overtopping Nepuey Road. | CA | $615,153 |
McGarvey Creek Restoration and Effectiveness MonitoringFunds will be used to maintain beaver dam analogue (BDA) sites within the McGarvey Creek watershed, and implement new, innovative restoration techniques in upper McGarvey Creek. Funds will also be used to assess restoration effectiveness of BDAs and other process-based restoration performance as a fisheries recovery tool and help guide and improve future restoration actions. | CA | $118,816 |
Terwer Creek Riparian Habitat EnhancementFunding will be used for riparian riparian | CA | $51,581 |
Ah Pah Creek Stream and Floodplain HabitatFunding will be used to design, plan for, and implement comprehensive stream and floodplain habitat enhancement actions within the Ah Pah Creek watershed. Proposed actions will focus on coordinating with a private timber company to reduce the footprint of floodplain roads and landings, installation of constructed wood jams, and promotion of side channel and backwater habitat formation and maintenance. The first phases of habitat enhancement will occur within the vicinity of the confluence with South Fork and mainstem Ah Pah Creek and reaches downstream. | CA | $202,246 |
Blue Creek Sanctuary habitat improvement and bridge crossing replacement projectFunding will be used for improving stream and riparian habitats in the Yurok Tribe Blue Creek Sanctuary. Wood jams and other habitat structures will be constructed and installed. Off-channel and wetland habitats will be enhanced. Riparian treatments will be implemented in order to reduce invasive species invasive species | CA | $393,823 |
Weitchpec Fisheries Research CenterFunding for the construction of the Weitchpec Fisheries Research Center, located on the Yurok Reservation in Weitchpec, CA. This building and site would consist of eight office spaces, a conference room, a laboratory, boat/equipment storage, work areas for technical staff, and would be a hub for Yurok Tribe Fisheries Department and the Yurok Natural Resources staff on the upper Yurok Reservation. This center will benefit the Yurok Tribe because of its remote location, and the additional data, restoration and monitoring that will result from the construction of this structure structure | CA | $1,619,434 |
Weaver Basin Improvement Planning ProjectFunding for this project will evaluate the feasibility of expanding upon existing Weaver Creek restoration plans with additional scope of work, design, and permitting analysis. Funds will be used to assess bridge and road improvement, recreational trail and green space development, integration with other surrounding restoration efforts in the Weaver Basin, and community development. This effort would help inform potential additional opportunities for habitat improvements. | CA | $160,338 |
Oregon Gulch Project on Mainstem Trinity RiverFunding will be used, in part, to fund removal of over 330,000 cubic yards of mining tailings to address intense disturbances to the Trinity River and valley caused by historical gold mining. During the period of upslope hydraulic mining in the late 19th century, mining debris washed off the hillslope buried the historical valley bottom, and subsequent dredging in the first half of the 20th century coupled with fluvial incision left a narrow canal-like channel with almost no functional floodplain area. This resulted in a section of river with extremely poor rearing, spawning, and adult holding habitat with pronounced limitations to rearing habitat capacity between frequent river flows of 450 cfs and 8000 cfs. The project site is located just below the Sheridan Riffle which has the highest density of natural spawning in the restoration reach of the main stem Trinity River. | CA | $735,465 |
Hospital Creek In-Stream Barrier Removal Design and Build ProjectFunding will be used to develop and implement engineered designs to create a passage over a barrier that, once removed, will allow the native salmonids and other species to move upstream. The Highway 96 crossing over Hospital Creek in Hoopa, CA is a complete upstream barrier to all salmonids and lamprey species for all stages of development at all discharges. Currently, the downstream end of the box culvert that Hospital Creek passes through has a perched outlet that prohibits fish from entering the culvert. Four large wood materials will be incorporated into the plans and be installed using locally sourced woody material and anchored using natural boulders. | CA | $249,681 |
Soctish Creek Fish Passage implementationFunding will be used to restore fish passage fish passage | CA | $194,503 |
Monitoring and Maintenance of Native Plant Installations on Mill Creek and Supply CreekFunding for this project will be used to install 5,000 native tree and shrub species to further bolster the native woody plant assemblage in riparian and floodplain, remove invasive plant species, including scotch broom and Himalaya berry from within the project sites, and establish monitoring transects at Mill Creek and Supply Creek to inform plant and species survival outcomes. The monitoring methods will be qualitative (via comparison of photo points over time) as well as quantitative (via line intercept transects that will be revisited in 2024 and 2026. With this data analysis, a more comprehensive understanding of which species thrive in which area(s) will be instrumental in guiding future revegetation efforts along the Trinity River and associated tributaries. Riparian vegetation is a crucial component of healthy salmonid-bearing streams; it contributes to cooler in stream temperatures that salmonids depend on by providing shade and cover, helps stabilize banks and prevent erosion, improves water quality by filtering sediment, contributes large woody debris (LWD), and serves as a major nutrient source for riparian flora and fauna. | CA | $81,340 |
Red Cap Creek & Camp Creek Floodplain RestorationFunds will be to complete design plans for approximately 1.75 miles of tributary habitat that will focus on improving instream habitat, increasing off-channel rearing habitat, enhancing thermal refugia, and reconnecting historic floodplains along these tributaries. These projects are focused on restoring habitat for ESA threatened coho salmon and will benefit all three species of salmonids present each of these tributaries. The outcomes of this project will be finished designs at two project sites, covering 1.75 miles of stream and 30 acres of floodplain habitat. Funds will also be used to purchase and store large trees with rootwads attached that will be used to create in-stream wood structures that are needed to restore in stream habitat at each of the project sites. | CA | $626,621 |
Karuk Tribe Spring-Run Chinook salmon Life Cycle MonitoringFunding for this project will help be used to collect data in the Mid-Klamath Basin for adult spring Chinook population trends at the adult life stage by engaging the local community in a watershed wide volunteer driven surveys and build community support for fisheries protection. Funds will also be used to monitor spawning distribution, timing, and habitat use, and to collect biological samples for analysis. Monitoring of juvenile Chinook distribution, utilization of in-stream habitats, juvenile relative abundance, fish health will also be performed. Understanding spring Chinook residency more fully will also help understand the impacts of climate change climate change | CA | $173,428 |
Karuk Tribe Water Monitoring Program in the Mid Klamath BasinFunding will be used to enhance the Tribe’s ability to quickly and efficiently respond to data requests, establish cohesive and structured storage of chemical data and physical water quality data. This project will address a data gap at the mouth of the Scott River and provide insights into how Ishi Pishi Falls functions as a hydraulic feature regarding fish migration. | CA | $151,901 |
Beaver Creek Helicopter Wood Loading ProjectFunding for this project will help improve conditions for native fish and other aquatic species. Using a helicopter, this project will add 120 pieces of large wood to 2-1/2 miles of West Fork Beaver Creek in Siskiyou County, on privately owned land. These large wood structures will restore structure, spawning and rearing habitat, and floodplain connectivity. The wood structures will provide immediate benefits to native fish by providing cover and areas of low velocity habitat. Target species that will benefit from this project are Chinook salmon (fall-run), coho salmon, steelhead (spring/summer and winter), and Pacific lamprey. With dam removal on the horizon, this project is anticipated to benefit spring-run Chinook salmon as well. This project is needed because current and past land management practices including logging streambanks, road and berm building, extirpation of beavers, fire suppression have channelized streams within the Klamath Basin. | CA | $591,798 |
Quartz Valley Integrated Hydrological ModelFunding for this project will be used to improve the understanding of the integrated surface water and groundwater system in the Quartz Valley so that the Quartz Valley Indian Reservation and other water managers can effectively manage their limited water supplies. The Quartz Valley uses both surface water and groundwater to meet their water needs. Because the surface water system is fully allocated, the Quartz Valley has been relying more on groundwater to meet its increasing demands for water. Past studies have recognized the interconnection between groundwater and surface water in the Scott Valley (Hathaway, 2012), and the groundwater and surface water systems are likely connected in the Quartz Valley as well; however, this interconnection was not recognized in the adjudication and presently there are no limitations on groundwater usage. The increased use of groundwater is a major concern in the Quartz Valley. Four of the QVIR tribal wells have gone dry in recent years, which has caused concerns about available drinking water. There have also been water quality issues, including E. coli contamination. This funding will be used to develop the Quartz Valley Integrated Hydrologic Model (QVIHM). This model will build upon a groundwater model of the entire Scott River Valley Groundwater Basin called the Scott Valley Integrated Hydrologic Model, which was developed and is being maintained by a team at UC Davis to support the Scott Valley Groundwater Sustainability Plan. The QVIHM can be used to help identify strategies to help restore flows in the surface water system and restore salmon habitat in Shackleford Creek. Analysis of groundwater flow paths and other model outputs will help water managers identify management strategies to improve water quality issues. | CA | $455,203 |
Shackleford Creek Habitat RestorationFunding for this project will be used develop an implementation plan for process-based restoration strategies to at locations along the 4,800 linear feet of channel in Shackleford Creek, located in the Scott River sub-basin. These strategies will include placement of in-channel structures that will capture sediment and reengage the floodplain and its historic channels. These changes or additions to the channel complexity will increase hydraulic residence time over a broader area and raise the local water table resulting in and enhancement to the late summer/early fall stream flows with higher quality channel habitat and opportunities for fish passage through the degraded reach. In addition to raising the water table and increasing stream flows, the increased channel complexity will support existing riparian vegetation as well as sediment capture and recruitment of emergent vegetation and associated habitat. | CA | $202,396 |
Sugar Creek Coho Salmon Refugia ProjectFunding for this project will be used to connect one acre of slow, cold-water refugia rearing habitat to one acre of floodplain habitat constructed in an earlier phase of this project. When complete, this project will result in a total two acres of new high quality rearing habitat for juvenile coho salmon, and connects Sugar Creek, a key Scott River watershed spawning and rearing stream, to the new habitat. The purpose of this project is to increase the production of Scott Watershed coho salmon, a native fish population that has been deemed hatchery influence free by NOAA, thereby supporting down listing of the species. The new permanent cold water rearing areas have been designed to withstand climate change and drought, and also provide rich food resources that allow juvenile fish to thrive and grow large, even as ambient and stream temperatures rise, thereby increasing survival into adulthood. The project builds on 10 years of restoration actions, and associated effectiveness monitoring, within Sugar Creek that demonstrated a thousand-fold increase in juvenile coho production over pre-restoration conditions. | CA | $861,000 |
Development of models for predicting annelid hosts in the Klamath River Hydroelectric ReachThis funding will be used to test and refine predictive models for annelid hosts in the Klamath River hydroelectric reach, which will inform and improve management decisions in the Klamath Basin. High annelid host densities, which are linked to fish disease in the Klamath River, have been described in the J.C. Boyle Bypass and Keno reaches of the Klamath River hydroelectric reach. Understanding the factors driving annelid host distribution and density in the hydroelectric reach is critical to the success of salmon recovery and future habitat restoration efforts. A predictive model was previously developed for annelids located in the current infectious zone, downstream from Iron Gate Dam. The model has been used to predict the distribution and density of infected annelids and evaluate effects of managed flow events downstream from Iron Gate Dam. This approach can be applied in the hydroelectric reach, however model performance should first be evaluated because the model may require refinement due to the unique hydraulic and sediment conditions that characterize the Klamath River hydroelectric reaches. The proposed work will build on the previous model to 1) test and refine our understanding of relationships between flow variability and the distribution and relative abundance of M. occidentalis in various habitat types, 2) contribute to a long-term data set quantifying the conditions leading to the presence of annelids and C. shasta infection, and 3) provide a tool for evaluating the potential successes proposed of flow-control or habitat restoration actions (e.g., gravel augmentation) targeted toward salmon habitat in the Klamath River hydroelectric reach. or habitat restoration actions. | OR and CA | $147,117 |
Fringe Wetland Restoration Master Plan for The Keno Reach of the Klamath RiverFunding for this project will be used to develop a master plan to restore, develop and expand wetlands to the Keno Reach of the Klamath River. Following dam removal on the Klamath River, salmon and steelhead are expected to return to the Upper Klamath Basin. The “Keno Reach” has severe water quality problems. The plan will also identify opportunities for the construction of diffuse source treatment wetlands to locally treat agricultural runoff from adjacent agricultural drains. An analysis of existing topographic and bathymetric data in the project reach will be performed to identify areas where fringe wetland creation, restoration, and/or enhancement are possible. The project team will then initiate an outreach effort to landowners along the project reach to gauge interest in future participation in wetland restoration/enhancement projects. Data from these first tasks will be captured and stored in a database that serve as the basis for future wetland project development. This will include high-resolution topo-bathymetric data collection following a controlled burn in the spring of 2023, evaluation and modeling of site hydrology, and identification of alternatives for improving water circulation through the existing wetlands. The project team also intends to partner with the Tule Smoke Hunt Club to evaluate wetland enhancement and restoration opportunities on club property. | OR | $903,075 |
Improving Wetland Habitat through Irrigation Efficiencies on Lower Klamath and Tule Lake National Wildlife RefugesFunding for this project will be used for the construction of four pumping stations, two each in both Lower Klamath National Wildlife Refuge and Tule Lake National Wildlife Refuge. Together, these pumping stations will improve water supply reliability and functionality on over 20,000 acres of wetland habitat on both Refuges, while also improving irrigation efficiency, by providing flexibility in management and decreasing operational costs for over 20,000 acres of irrigated agriculture. | OR and CA | $2,668,147 |
Upper Klamath Lake Shoreline Sucker Spawning HabitatFunding is for the Klamath Tribes to monitor Lost River sucker spawning and success of Reclamation-funded projects that were designed to enhance sucker spawning sites. A population of Lost River suckers spawn exclusively at eastern shoreline springs in Upper Klamath Lake (UKL). Most of these springs have been degraded by alterations to the surrounding area including development of the railway and highway adjacent to the shoreline of the lake. Current Lost River sucker spawning is restricted to four small shoreline spring areas including: Sucker, Ouxy, Cinder Flat, and Silver Building. Due to on-going drought conditions only Sucker Springs has substantial spring discharge and large numbers of spawning fish. Since all of the spawning areas are located in shallow shoreline areas, they are greatly affected by lake levels. The Klamath Tribes will implement additional spawning habitat enhancement activities at other springs along the shoreline of Upper Klamath Lake. If there is no spawning documented at the pilot spawning habitat enhancement sites, strategies will be developed for getting fish to imprint and spawn at these sites. | OR | $50,000 |
Restoration of the Barkley Springs ComplexFunding will be used for project engineering designs and project implementation. Funds will also be used to develop a post-project monitoring plan. Barkley Springs is the largest of six spring complexes on the east side of Upper Klamath Lake (UKL). Historically, a population of Lost River suckers spawned at the springs until the 1970s when access to the springs was blocked by development of Hagelstein County Park. A fish habitat restoration project was completed in 2010 resulting in the construction of a meandering stream channel connecting a large spring pond to the adjacent lake channel. This project resulted in suckers and redband trout gaining access to the spring pond for rearing. Based on the success of the first restoration project there is additional habitat that could be restored. | OR | $150,000 |
Williamson River Delta Preserve (WRDP) Phosphorus Capture PotentialUpper Klamath Lake (UKL) is the primary habitat for the endangered Lost River sucker and shortnose sucker. The Sprague and Williamson rivers are a major source of nutrient loading to UKL. Reduction of nutrient loading to UKL, particularly phosphorus has been identified as an important means of improving water quality affecting endangered suckers, as well as reducing the export of organic matter and nutrients to the Klamath River downstream of Upper Klamath Lake. This proposal addresses Recovery Action 2 in the Revised recovery plan for the Lost River sucker and shortnose sucker. This project would include short-term water quality data collection, assessment, and modeling to inform a new management approach, namely whether portions of the WRDP can contribute to reductions in external Phosphorous loads and thus improve water quality. Phosphorus removal estimates will be done using hydraulic/sediment transport modeling and 2D and lake-circulation modeling. | OR | $200,000 |
Lower Williamson River Bothwell Property Spawning Gravel Augmentation and Large Wood Placement ProjectFunding for this project place large wood into the Williamson River to address limiting factors that affect spawning and juvenile rearing habitat of native fish. The project goals include augmenting spawning habitat and increasing juvenile redband trout rearing capacity in 1.4 miles of the Williamson River centered on the Spring Creek confluence. The Bothwell property is a privately-owned 176-acre parcel that is the last large private property before an extended reach of the Williamson River that is managed by Oregon Parks and Recreation Department and the U.S. Forest Service. Large wood has been placed throughout the Williamson River in the upstream publicly managed reach. The Bothwell Family manages their property for wildlife habitat, and other than impacts from the “242 Fire” in 2020, the floodplain is in a natural condition unaffected by grazing, diversions, or deleterious physical modification. The proposed project treatments and the addressed limiting factors are highlighted in recent planning documents including The Upper Klamath Basin Watershed Action Plan (Skinner et al. 2021) and the Klamath Basin Integrated Fisheries Restoration and Monitoring Plan (ESSA 2022). Spawning gravel augmentation and large wood placement are anticipated to immediately benefit redband trout, and will help future runs of salmon, steelhead and pacific lamprey into the Upper Basin. Oregon Department of Fish and Wildlife will include the project reach in their bi-monthly redband trout spawning monitoring program. | OR | $225,576 |
Klamath Tribes Sucker Rearing program expansionThe Klamath Tribes have successfully increased their endangered Lost River and shortnose sucker rearing program, adding additional ponds, raising fish from eggs, conducting staff professional development, and continuing to develop a systematic approach to rearing suckers. These funds will help to expand operations to include an additional 10-15 ponds) and provide the Tribe with the capacity to eventually release fish to supplement dwindling wild populations. | OR | $875,061 |
Klamath Tribes Salmon Reintroduction programFunding will be used to help the Klamath Tribes jumpstart the return of salmon to the Upper Klamath Basin. The Klamath Tribes have not had access to native Klamath River salmon fisheries for more than 100 years. This funding will help the Tribe institute a program so they can rear Chinook salmon eggs and larvae with a state of art salmonid egg rearing system. By rearing, tagging, and releasing smolts, the Tribes will identify migration patterns, important habitat, and any potential issues that may arise when salmon naturally return. The Tribes will install an upgraded recirculating aquaculture system that uses minimal water and has no discharge to surface water. This project provides for the development of a salmon reintroduction program consistent with the exercise of tribal fishing rights. | OR | $913,786 |
Sprague Watershed Low-Tech Process-Based Restoration CollaborationFunding for this project will be used to implement Low-Tech Process-Based Restoration techniques (which include Beaver Dam Analogs, Post Assisted Woody Structures, and other similar structures) throughout the Sprague River Watershed in order to reduce sedimentation, increase groundwater storage, and improve habitat conditions. The Sprague River Basin provides critical spawning and rearing habitat for native fish, including ESA listed Bull Trout and Lost River and shortnose suckers, yet suffers extensively from geomorphic and hydrologic impairments that reduce habitat quantity and quality (e.g., floodplain disconnection, lack of channel complexity), as identified in the Upper Klamath Basin Watershed Action Plan (UKBWAP) and the Integrated Fisheries Restoration and Monitoring Plan (IFRMP). In addition, the Bootleg Fire burned through much of the Upper Sprague Basin in 2021 and exacerbated many of the issues already present, especially the lack of riparian habitat and excessive sedimentation. Recognizing these impairments and the need for collaborative watershed-scale restoration to achieve ecological uplift, the overall goal of the proposed project is to restore self-sustaining riverine processes in degraded stream reaches of the Sprague River Basin using LTPBR implemented by local crews. | OR | $231,714 |
Climate Change Resiliency Stream Restoration and Post-Bootleg Fire Stream Stabilization and RestorationFunding will be deployed for habitat restoration within the Bootleg Fire Area. An assessment of stream conditions and identification of necessary restoration throughout the Klamath Tribes Treaty Boundary area will commence with an emphasis on the ability to address entire watersheds and focus on the most impaired based on deviations from the Tribes’ determined claims. Approximately 20 in-stream structures could be installed on a weekly basis during appropriate weather period conditions. | OR | $807,086 |
Restoration of the Upper Williamson River including Rocky Ford RanchFunds for this project will be used to achieve site surveys, geomorphic assessment, hydrology and hydraulics analysis, engineering design drawings, environmental compliance, and development of a pre- and post-project monitoring plan. The Upper Williamson River above the Klamath Marsh has been degraded from past grazing management practices that have resulted in loss of riparian vegetation, bank erosion, increased sedimentation, channel incision, and disconnection with the floodplain. As a result, late season base-flows are lower than they were historically, floodplain areas dry out as a result of the lower groundwater levels and riparian vegetation can’t get established. This project will help restore this important reach in the Upper Basin. | OR | $500,000 |
Klamath River Pit Tag Coalition Infrastructure Development ProjectThe Pit Tag coalition is a collaborative effort that will develop a basin wide fish tracking infrastructure in order to monitor the success of restoration efforts in the Klamath Basin. A comprehensive PIT infrastructure and integrated upper and lower basin database has been identified as a basin wide priority. This project integrates scientifically rigorous localized research to create a data network capable of addressing questions at multiple spatial and temporal scales. Data collection will be focused on spring and fall Chinook Salmon, and endangered suckers, but may include nearly all migratory fishes in the Klamath Basin. These data will be critical for analysis that would inform potential future down listing or delisting of ESA listed species. Data will provide the ability to track the relationship between juveniles and returning spawners. | OR and CA | $1,198,378 |
Expansion of the Klamath Falls National Fish HatcheryThe infrastructure investment into the hatchery’s expansion will increase rearing capacity and help prevent the extinction of two federally listed species, the Lost River and shortnose suckers (C’waam and Koptu). These fish are found only in the Klamath Basin, and support restored and resilient ecosystems in the face of climate change. | OR | $10,000,000 |