2024 Recipients

Past Recipients

Salt Creek River Mile (Rm) 3.0 Ecological Restoration – Rogue River Watershed Council

Upper Rogue River, Jackson County, Oregon

This project’s restoration actions work synergistically to restore natural stream processes, improve water quality, and enhance habitat conditions. Riparian rehabilitation focused on removing noxious weeds, allowing the native community to grow back, and supplemental planting of native species. Enhancing side channels with large wood placements allow winter stream flows to access these channels, offering rearing habitat for juvenile fish. Side channels are important in the process of connecting streams to their floodplains, which supports a resilient riparian plant community. This project builds on the eight completed fish passage barrier removals in Salt Creek. Native fish benefited: SONCC Coho Salmon, SOCC Spring Chinook Salmon, Steelhead, Cutthroat Trout, Rainbow Trout.

Bear Creek Floodplain Reconnection Project – The Freshwater Trust

Middle Rogue River, Jackson County, Oregon

Phase 2 of this project, led by The Freshwater Trust, restored 5 acres of native riparian forest burned by the Almeda wildfire of 2020 to provide shade and stability within the activated floodplain and filter sediments and nutrients. Native fish benefited: SONCC Coho Salmon, Fall Chinook, Steelhead, Cutthroat Trout, Pacific Lamprey, Speckled Dace.

Upper Sandy-Zigzag River Tributaries Restoration Project – The Freshwater Trust

Sandy River, Clackamas County, Oregon

The Freshwater Trust and US Forest Service led this project on behalf of the Sandy River Basin Partners. The project addressed primary limiting factors by increasing off channel habitat and floodplain connectivity and large wood abundance on Still Creek and by restoring fish passage at a road crossing on Henry Creek. The project is part of a collaborative, multi-year effort to accelerate recovery of naturally functioning conditions within prioritized stream channels and riparian areas of the Sandy River basin. Native fish benefited: Lower Columbia River Spring Chinook and Coho Salmon and Winter Steelhead.

Aldrich Point Habitat Restoration Project – Columbia River Estuary Study Taskforce (CREST)

Lower Columbia River, Clatsop County, Oregon

In the project area, adjacent to the Lewis & Clark National Wildlife Refuge, foraging and rearing habitat for all juvenile salmonids have been lost or are extremely limited by past land use developments. The restoration efforts reconnected and enhanced Columbia River mainstem-adjacent habitat bisected by a railroad, reestablishing juvenile salmonid access to critical rearing habitats. The project created two 100% fish passable openings in the railroad prism providing access to over 24 acres of rearing habitat for salmonids. New railroad breaches, channel excavation, and a dense native planting effort fully connected the site for fish use, significantly reducing the distances between existing available habitat patches. Native fish benefited: Lower Columbia River Coho, Chum and Chinook Salmon and Steelhead.

Baldwin Creek Fish Passage & Habitat Restoration Project – Hood River Watershed Group

Mid-Columbia Hood River, Hood River County, Oregon

Hood River Watershed Group and the Confederated Tribes of the Warm Springs restored continuous fish passage to up to two miles of spawning and rearing habitat for salmon and steelhead on Baldwin Creek in the Lower East Fork Hood River subbasin, increasing the presence and abundance of native fish above the barriers. In a watershed with limited cold, clearwater habitat, creating passage at the barriers will provide critical year-round habitat, which is becoming increasingly important due to climate change. Channel, floodplain, and riparian restoration increased quality and amount of habitat throughout the project reach where there are limited rest areas. Large wood structures and reconnection of floodplain or off-channel habitat gives the project area the “push” it needs to increase floodplain connection and restore natural hydrologic processes like nutrient cycling, energy dissipation, and deposition of gravels. Native fish benefited: Lower Columbia River Chinook and Coho Salmon and Steelhead.

Mill Creek Final Barrier Removal – Columbia River Estuary Study Taskforce

Mill Creek – Lower Columbia River, Clatsop County, Oregon

The goals of this project are to increase spawning in Mill Creek by threatened anadromous salmonids, and to improve access to, and quality of, rearing habitat in lower Mill Creek for juvenile salmonids, both those that hatched in Mill Creek and those traveling down the Columbia River on their way to the sea. This project is the final phase of efforts to reconnect Mill Creek hydrologically and to create fish passage for native salmonids. The project removed a 10’ x 10’ reinforced-concrete box culvert and excavated 250 feet of adjacent roadbed, removing all hydrologic restriction of the tidal prism and its floodplain at the site. This box culvert is the last hydrologic barrier in Mill Creek and removing it will improve fish access to approximately 2.4 miles of habitat. Native fish benefited: Lower Columbia River Steelhead, Coho Salmon, Chinook Salmon, and Columbia River Chum Salmon.

Post-Archie Creek Fire Instream Habitat Restoration – Partnership for the Umpqua Rivers

Umpqua River, Douglas County, Oregon

This project is the second year of a multi-year project in Rock Creek (post-Archie Creek fire) that restored and maximized natural production of native anadromous fish in Rock Creek by restoring channel hydrology, reconnecting floodplains, and restoring, rehabilitating, and maximizing aquatic habitat through instream habitat restoration and floodplain enhancement. Project components included placement of fire-killed trees into stream channels, side channels and floodplain, construction of riffle complexes, and excavation of groundwater channels and pools. The technical design for this project utilizes the natural channel design concepts developed by U.S. Forest Service Enterprise Team. Native fish benefited: Oregon Coast Coho Salmon.

Upper Sandy Habitat Restoration – The Freshwater Trust

Sandy River, Clackamas County, Oregon

This project benefits Sandy basin salmon and steelhead by restoring natural stream processes so that high quality habitat is self-sustaining over time. This project addresses primary limiting factors by increasing side channel habitat/ floodplain connectivity and large wood abundance on the Salmon River, Boulder Creek, Clear Fork, and Zigzag River. Restoration actions included reactivation of flow to historic side channels and floodplain habitat, construction of large wood habitat structures, and placement of additional large wood in side channels and on stream margins. Work is on public land managed by the BLM and USFS located near Zigzag, Oregon. This project is part of a large-scale, multi-year effort. Native fish benefited: Coho, Spring Chinook and Winter steelhead (adult spawning and juvenile rearing).

Slate Creek Dam Removals – WaterWatch of Oregon

Applegate River, Josephine County, Oregon

This project removed three dams in the Coho-bearing Slate Creek subbasin, tributary to the Applegate River. This project improved access to ~15 miles of spawning and rearing habitat, moved an ~0.6 cfs diversion downstream, replaced 1,000 feet of leaky canal with pipe, removed a relic road abutment, and decommissioned a section of logging road.
Native fish benefited: SONCC Coho Salmon.

Upper Phillips Fish Passage and Instream Flow Enhancement Project – Applegate Partnership

Little Applegate River, Jackson County, Oregon

This project benefits anadromous fish through improvements to an irrigation diversion on the Little Applegate River at river mile 5 by providing access to high quality spawning and rearing habitat and increased instream flow. The project included construction of a fish passage improvement at Upper Phillips Dam; installation of a new headgate at the irrigation intake; creation of an instream water right; and improved irrigation efficiency via piping 1.6 miles of irrigation ditch served by Upper Phillips Dam. Native fish benefited: SONCC Coho Salmon, Steelhead Trout and Pacific Lamprey.

John Day Crossing Restoration Project – North Coast Watershed Association

John Day River, Clastop County, Oregon

This project is located on a tidal reach of an unnamed John Day River tributary that passes under North John Day River Road through two 60-inch culverts. The undersized culverts restrict natural function and are barriers to fish passage. The project removed the culverts and replaced them with a bridge and raised the low stretch of road above the 100-year flood elevation. Passage was restored to 22 acres of high-quality tidal wetlands upstream of the former culverts. Native fish benefited: Juvenile and adult Chinook, chum and coho.

Little Butte Creek Floodplain Rehabilitation Project – Rogue River Watershed Council

Rogue River, Jackson County, Oregon

This project transformed a 48-acre parcel of land that formerly served as a wastewater treatment facility into a healthy aquatic ecosystem and community park. The north edge of the project property, owned by the City of Eagle Point, is bounded by Little Butte Creek. The riparian corridor within the project area had severely eroding streambanks and dense blackberry. This project rehabilitated 0.3 miles of Little Butte Creek and reconnected the floodplain. Native fish benefited: Adult and juvenile steelhead and potentially ESA-listed adult and juvenile coho salmon.

Upper Sandy River Basin Habitat Restoration Project – The Freshwater Trust

Sandy River, Clackamas County, Oregon

The Freshwater Trust, U.S. Forest Service, and Bureau of Land Management led the project on behalf of the Sandy River Basin Partners. This project addressed limiting factors for fish by increasing side-channel habitat, floodplain connectivity and large wood abundance in the Salmon River. Work included restoring year-round flow to one historic side channel, restoring two inlet side channels, enhancing two wetlands, constructing five large wood habitat structures, placing 220 boulders in the river’s mainstem and additional large wood in side channels. Native fish benefited: Spring Chinook, coho, winter steelhead, cutthroat trout, and lamprey.

South Fork Little Butte Creek Instream Habitat and Riparian Restoration Project – The Freshwater Trust

Rogue River, Jackson County, Oregon

The Freshwater Trust worked with the Bureau of Land Management and a private ranch to restore instream and riparian habitat on South Fork Little Butte Creek. The project reactivated flow to 0.35 miles of side channel and installed seven large wood structures within the side channel. The floodplain was revegetated with native plants and fencing installed to keep livestock out of the streamside areas to improve water quality. Native fish benefited: Chinook, steelhead, coho, and lamprey.

The Willow Wind Riparian and Meadow Restoration Project – Lomakatsi Restoration Project

Bear Creek, Jackson County, Oregon

The project restored two acres of degraded streamside habitat at the Willow Wind Community Learning Center in Ashland by removing invasive plants and reestablishing native vegetation up to 75 feet from the streambank. With the help of hundreds of students, under the leadership of Lomakatsi restoration professionals, the project restored the site to a more natural streamside condition with a strong tree canopy and layered understory, shading the creek for anadromous fish, improving water quality, and providing a diverse, healthy riparian forest for wildlife habitat. Native fish benefited: Juvenile and adult Chinook, summer steelhead, coho, and lamprey.

Sandy River Basin Habitat Restoration Project – The Freshwater Trust

Sandy River, Clackamas County, Oregon

The Freshwater Trust, on behalf of the Sandy River Basin Partners, implemented restoration actions to increase side-channel habitat and floodplain connectivity on the Salmon River and Still Creek, including restoration of five historic side channels, construction of 28 large wood habitat structures, and placement of additional large wood in side channels and on stream margins. Native fish benefited: federally listed spring Chinook, coho and winter steelhead.

Butcherknife Creek Culvert Replacement – Applegate Partnership & Watershed Council

Applegate River, Josephine County, Oregon

The Butcherknife Creek culvert is a fish passage barrier that prohibits access to more than two miles of “high value” Coho habitat during low and moderate flows. The Slate Creek watershed is one of the last sub-watersheds in the lower Applegate not affected by residential and commercial development. Blue Sky funds helped replace the culvert with a precast bridge built to ODOT, NOAA and ODFW fish passage standards.

Beeson-Robison Fish Passage Improvement Project – Rogue River Watershed Council

Wagner Creek, Jackson County, Oregon

The Rogue River Watershed Council removed the Beeson-Robison dam to restore fish passage and improve access to three miles of upstream habitat.

Bear Creek Riparian Restoration near Upton Road – Rogue Valley Council of Governments

Bear Creek, Jackson County, Oregon

Bear Creek, one of the most urbanized watersheds in southwest Oregon, is a priority watershed for Coho salmon recovery. This multi-phased project removed invasive plants and planted native trees and shrubs along two miles of Bear Creek.

Upper Sandy River Basin Habitat Project – The Freshwater Trust

Upper Sandy River Basin

The Freshwater Trust, on behalf of the Sandy River Basin Partners, implement restoration actions on the Salmon River and Still Creek. The project supported the reactivation of flow to six historic side channels, construction of 51 large wood habitat structures, restoration of two alcoves, and placement of additional large wood in side channels and on stream margins. This work is part of a multi-year, basin-scale restoration effort. Native fish benefited: Steelhead, Chinook, coho and lamprey.

Alder Island Restoration and Visitor Access Project – Salmon Drift Creek Watershed Council

Alder Island

The Salmon Drift Creek Watershed Council is working with the Siletz Bay National Wildlife Refuge, MidCoast Watersheds Council, Ducks Unlimited, Confederate Tribes of the Siletz Indians, and the Oregon Watershed Enhancement Board to restore tidal estuarine wetland habitat for anadromous fisheries and other wildlife on Alder Island. The project created breaches in a levee surrounding the Alder Island Tract and included channel excavation to restore 7 acres of diked wetlands to fully functional tidal marsh on refuge lands. Native fish benefited: Chinook, coho, steelhead, sea run cutthroat, and chum.

Bear Creek Riparian Restoration Project – Lomakatsi Restoration Project

Bear Creek

This project restored degraded riparian habitat at the confluence of Lone Pine and Bear Creek by re-establishing native trees and shrubs up to 75 feet from the stream bank and removing invasive weeds. The plantings will shade the creek for anadromous fish, improving water quality and providing a diverse, healthy riparian forest habitat for wildlife habitat. Native fish benefited: Summer steelhead, fall Chinook, coho and lamprey.

Sheep Ridge Fish Passage Improvement – Grande Ronde Model Watershed

Lostine River

Co-managed by the Grande Ronde Model Watershed and the Nez Perce Tribe, the project restored year-round fish passage in the Lostine River by replacing the current fishway and diversion structure with a roughened channel. Native fish benefited: Spring Chinook and summer steelhead.

Upper Sandy River Basin Habitat Project – The Freshwater Trust

Sandy River Basin

The Freshwater Trust, US Forest Service and Bureau of Land Management led the Upper Sandy River Basin Habitat Restoration Project on behalf of the Sandy River Basin Partners. The project’s goal is to benefit federally-listed spring Chinook, coho and winter steelhead in the Sandy River basin by accelerating the recovery of naturally functioning conditions within the stream channels and floodplain areas of Salmon River and Still Creek. Native species benefited include steelhead, Chinook, coho and lamprey.

Thompson Creek Habitat Restoration Project Phase 2 – Applegate Partnership and Watershed Council

Thompson Creek - Tributary of the Applegate River

The Applegate Partnership & Watershed Council restored 2.63 stream miles of the Applegate River. It is the second phase in the “Thompson Creek Habitat Restoration Project,” expanding the project’s total stream miles restored to 4.4. Thompson Creek has high potential habitat for coho salmon, yet it struggles with high water temperatures and other water quality issues that can be deadly to native fish populations. Native species benefited include Chinook, Endangered Species Listed Southern Oregon/Northern California Coast (SONCC) coho, and summer and winter steelhead salmon.

Main Stem Ash Creek Riparian Vegetation – Luckiamute Watershed Council

Ash Creek - Tributary of the Willamette River

The Luckiamute Watershed Council restored streamside vegetation along three miles of Ash Creek, a tributary to the Willamette River. The creek and its floodplain provide important ecological functions, including flood storage and habitat for upper Willamette winter steehead and spring Chinook. Native species benefited include spring Chinook and winter steelhead.

Fielder and Wimer Dam Removal - Geos Institute

Evans Creek - Tributary of the Rogue River

The Geos Institute partnered with American Rivers and WaterWatch Oregon to remove Fielder and Wimer Dams on Evans Creek, a tributary to the Rogue River, to restore unimpeded fish passage for migrating and resident aquatic species. Native species benefited include Endangered Species Listed Southern Oregon/Northern California Coast (SONCC) coho, fall Chinook, summer and winter steelhead, Klamath smallscale sucker, Pacific lamprey and cutthroat trout.

Bear Creek Riparian Improvement

Rogue River Watershed

The Rogue Valley Council of Governments, along with the City of Medford and other local partners, worked with public and private landowners to improve riparian and stream bank conditions along Bear Creek. The project included removal of invasive plants, installation and maintenance of native shrubs and trees and the incorporation of bioswales to treat urban runoff flowing through the newly planted streamside sites.

Lone Pine Creek Riparian Restoration Project

Bear Creek Watershed

The Lone Pine Creek Riparian Restoration Project restored degraded streamside habitat along 710 feet of Lone Pine Creek in southern Oregon. Students from Cascade Christian High School removed invasive plant species and planted native shrubs and trees, which provide shade to the stream channel where there is none now.

Upper Sandy River Basin Habitat Project

Sandy River Watershed

The Upper Sandy River Basin Restoration Project builds on years of significant habitat restoration projects on the Salmon River and Still Creek in the Sandy River Basin. Restoration activities for this year’s project included the reactivation of flow to seven side channels that are currently dewatered, restoration of two alcoves, construction of 43 large wood habitat structures, placement of 205 boulders and revegetation of streamside banks.

Zell Diversion Dam Removal Fish Passage

Umatilla Watershed

The Zell Push Up Dam Replacement Project restored fish passage access to 49 miles of spawning habitat, avoided historic fish stranding and mortality in an irrigation ditch and improved habitat diversity and water quality for the Walla Walla River.

Applegate River North Bank Riparian Restoration

Applegate River

The project addressed degraded streamside vegetation conditions on the north bank of the Applegate River by fencing and planting 700 feet of streamside vegetation. As part of a separate but complementary effort, another project to restore 3,000 feet of streamside habitat on the river’s south bank took place.

Snake Creek Reconnection

Klamath River Watershed

The project opened up 80 miles of habitat by reconnecting Snake Creek to the Sycan River by constructing a meandering channel. Three miles of streamside fencing were installed to prevent livestock from access to the new channel, while two off-stream solar watering systems were installed to provide water access to livestock.

Rudio Creek Ranch Habitat Restoration Project

John Day Watershed

Phase I of the Rudio Creek Ranch Habitat Restoration Project restored more than one mile of creek into its historic channel alignment, installed 70 large wood habitat structures, reconnected floodplain habitat and planted 13,000 native plants. Phase II project elements included additional off-channel habitat enhancement, streamside re-vegetation and floodplain fencing to protect the restored areas.

Truax Island Floodplain Restoration Phase 1 – Calapooia Watershed Council

Willamette River, Linn County, Oregon

As salmon populations in the Willamette River continue to struggle, the restoration of floodplain habitat has become an important component of salmon recovery in the basin. The Truax Island Floodplain Restoration Project reestablished a 27-acre floodplain forest along the eastern bank of the Willamette River consisting of native trees with a robust understory. A healthy floodplain forest helps to slow water velocities during floods creating an important refuge for juvenile salmon during their most vulnerable periods.

Kitchen Creek Riparian Restoration Project – Rogue River Watershed Council

Rogue River, Jackson County, Oregon

Bear Creek and its tributaries run directly through urban residential areas and are used for spawning, rearing, and migration for salmon and steelhead. Small tributary streams, like Kitchen Creek, are vital to wild steelhead and salmon recovery in the Rogue Basin because they provide cool water and important spawning and rearing habitat. This project improved water quality and enhanced 3 acres of riparian habitat along 1,300 feet of Kitchen Creek upstream of its confluence with Bear Creek. This project was a unique collaboration between neighbors and non-profit organizations.

Ashland Creek Fish Passage Improvement Project – Rogue River Watershed Council

Rogue River, Jackson County, Oregon

Small tributary streams like Ashland Creek are vital to wild steelhead and salmon recovery in the Rogue basin because they provide cool water and important spawning and rearing habitat. By removing the Smith-Myer-Roper Dam, the Rogue River Watershed Council and its partners have increased spawning success and juvenile salmon survival by extending access to cool and productive habitat.

Salmon River Habitat Restoration Project – The Freshwater Trust

Salmon River, Clackamas County, Oregon

The Freshwater Trust and its project partners – Bureau of Land Management, U.S. Forest Service, and the Sandy River Basin Partners – continue to advance restoration work in the Salmon River by accelerating the recovery of naturally functioning conditions and habitat for spring Chinook, coho and winter steelhead. Project work in 2019 built on previous work and included the restoration of year-round surface flow to 3 side channels (totaling 3,591 feet) and 1 off-channel pond/side channel complex along 0.6 miles of the Salmon River, placement of 60 pieces of large wood at the Salmon river/South Fork Salmon confluence and placement of 231 pieces of large wood on the Salmon River floodplain and lower South Fork Salmon. Monitoring of implemented projects has demonstrated that habitat and biological response is accomplishing watershed-scale restoration that contributes substantially to wild fish recovery.

Neal Creek Instream Habitat Restoration Design – Hood River Soil and Water Conservation District

Hood River, Hood River County, Oregon

Neal Creek is one of the few clear water (non-glacial) tributaries of the lower Hood River. The combination of channel alterations, fill from roads, and large wood removal has led to entrenched channel segments with limited amounts of large wood. This project restored the ecological processes of the Neal Creek watershed, ensuring the health and viability of ESA-listed winter steelhead, coho salmon, and resident rainbow trout populations, and improving spawning, rearing, and overwintering habitat. and contains a viable population of Endangered Species Act (ESA) listed winter steelhead, Coho salmon, and resident rainbow trout. Restoration approaches included side-channel and floodplain reconnection, log jam installations, and pool enhancement.

Upper Sandy Habitat Restoration Project - The Freshwater Trust

Sandy River, Clackamas County, Oregon

Restore aquatic habitat in the Salmon River near Zigzag, Oregon. Part of a collaborative, multi-year effort to accelerate recovery of naturally-functioning conditions within prioritized stream channels and riparian areas of the Sandy River basin. The overall goal is to benefit Sandy basin salmon and steelhead by restoring natural stream processes so that high quality habitat is self-sustaining over time. Specific project actions for 2020/2021 include: placement of large wood (54 pieces on the Salmon River, 200 pieces on Boulder Creek and 265 pieces on Clear Fork) and adding side channels and reconnecting floodplains (3 side channels totaling 1,000 feet on Boulder Creek, and 1 side channel totaling 200 feet and 8.5 acres of floodplain reconnection on Clear Fork).

Bear Creek Riparian Restoration Initiative - Phase 1 - Rogue River Watershed Council and Rogue Valley Council of Governments

Bear Creek – Rogue River, Jackson, Oregon

The Bear Creek Watershed is the most urbanized watershed in Southern Oregon. Despite this, the watershed is used for spawning, rearing, and migration by Coho salmon and steelhead. This unique collaborative project improves water quality along 1.0 mile of Bear Creek at two locations and includes clearing invasive species and establishing native plants. The Bear Creek Greenway, a 20-mile, paved, multi-use trail along which the projects are located, provides the opportunity for the public to view wildlife and learn about stream restoration and riparian stewardship.

Lower Hamilton Creek Riparian Restoration Project - South Santiam Watershed Council

Hamilton Creek, Linn County, Oregon

Hamilton Creek is a perennial tributary of the South Santiam used by Upper Willamette winter steelhead and spring Chinook for winter refuge and rearing, and by winter steelhead for spawning. Riparian restoration activities built on the successes of previous work across 17 acres of riparian area and along 1.3 miles of lower Hamilton Creek. Project activities included planting and monitoring to ensure the project meets long-term objectives. Project benefits are derived through establishment of a self-sustaining native riparian forest that shades the creek; buffers nonpoint source pollutants generated by run-off from surrounding land use activities; and provides terrestrial inputs to the channel that make up the base of the instream food web.

Upper Wallowa River Restoration – Wallowa Resources

Upper Wallowa River, Grande Ronde, Wallowa County, Oregon

This project repairs damage from historical dredging and channelization of the Upper Wallowa River by enhancing and restoring habitat for all life stages of kokanee salmon and bull trout, and spawning and rearing habitat for steelhead, and by enhancing floodplain form and function. Upgrades to the Wallowa Lake Dam require the addition of anadromous fish passage, which involves plans by the Nez Perce Tribe to reintroduce Sockeye, which further increases the importance of this restoration effort. The project raises public awareness of stream restoration activities thanks to the highly-visible and highly-visited project site.

South Fork Little Butte Creek River Mile (Rm) 6.2 Ecological Restoration – Rogue River Watershed Council

Upper Rogue River, Jackson County, Oregon

Restoration actions include riparian rehabilitation, large wood placement, side channel reconnection, and instream flow restoration. These actions work in tandem to restore natural stream processes and enhance habitat conditions. The riparian rehabilitation focuses on removing noxious weeds, allowing for the native community to grow back; supplemental planting of native species augment natural regeneration. Placement of large wood creates crucial habitat for coho salmon, chinook salmon, and summer steelhead. By reconnecting a historical side channel, the length of creek will almost double in the winter, offering important rearing habitat for juvenile fish. Thanks to flow restoration, water that would otherwise be withdrawn for irrigation will provide critical cold water during the hot summer months.

South Tongue Point Habitat Improvement – Columbia River Estuary Study Taskforce (CREST)

Lower Columbia River, Clatsop County, Oregon

This project is finding ways to create productive habitat in dredge spoils sites. It creates more than 18 acres of tidal channels and wetlands around the 102-acre South Tongue Point landform, excavating more than 48,000 cubic yards of material. A flow-through channel will improve fish access and hydrologic function. Tidal channel networks will provide valuable foraging and refuge habitat for ESA-listed juvenile salmonids migrating to the ocean.

Upper Sandy Habitat Restoration – The Freshwater Trust

Sandy River, Clackamas County, Oregon

This project benefits Sandy basin salmon and steelhead by restoring natural stream processes so that high quality habitat is self-sustaining. This project increases off channel habitat/floodplain connectivity and large wood abundance on the Zigzag River, and increases off channel habitat/floodplain connectivity and large wood abundance and restores fish passage on Lady Creek. Monitoring of fish and habitat response will make it possible to adaptively manage the implementation of the restoration plan.

Watts Toppin Dam Fish Passage Project – Applegate Partnership, Inc.

Applegate River, Josephine County, Oregon

This project removes a major fish passage barrier that prevents access to high quality upstream habitats on Williams Creek. The goal is to provide year-round volitional fish passage to all life stages and species. The project involves a strong collaboration with local irrigators. Design includes dam removal, a roughened and reprofiled channel, newly constructed headgate, and an upgraded irrigation system. The new system will reduce maintenance and provide irrigation water security, especially during drought.

Tony Creek Fish Passage Restoration Project – Hood River Watershed Group

Mid-Columbia River, Hood River County, Oregon

This project restores fish passage at the Tony Creek hydro diversion dam, reconnecting over five miles of critical habitat for target species. Passage is created with streambed modification in the form of riffle and step pools downstream of the existing diversion. Cold, clearwater habitat has become increasingly important refugia for threatened native fish species, including the bull trout population in the Middle Fork Hood River Subbasin, the only known population in the Mt. Hood National Forest and the Hood River Watershed and in severe danger of extinction.