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Coho salmon on the Sol Duc River
Coho salmon on the Sol Duc River, Washington (Image 2)
Coho salmon on the Sol Duc River, Washington (Image 2)
Coho salmon on the Sol Duc River, Washington (Image 2)

Coho salmon migrating on the Sol Duc River, Washington to spawning grounds upstream. Fish must leap through a series of small waterfalls called the Salmon Cascades in Olympic National Park to reach the waters where they were born to complete their life cycle by spawning the next generation.

Coho salmon migrating on the Sol Duc River, Washington to spawning grounds upstream. Fish must leap through a series of small waterfalls called the Salmon Cascades in Olympic National Park to reach the waters where they were born to complete their life cycle by spawning the next generation.

Two scientists on South Cascade Glacier carrying ablation stakes attached to backpacks.
Scientists collecting ablation stakes
Scientists collecting ablation stakes
Scientists collecting ablation stakes

Scientists collect exposed ablation stakes during fall fieldwork on South Cascade Glacier in Washington. 

Scientists collect exposed ablation stakes during fall fieldwork on South Cascade Glacier in Washington. 

Sampling for European green crab eDNA
Sampling for European green crab environmental DNA (eDNA) in Pauls Slough in Willapa Bay, Washington
Sampling for European green crab environmental DNA (eDNA) in Pauls Slough in Willapa Bay, Washington
Sampling for European green crab eDNA
Sampling for European green crab environmental DNA (eDNA) in Pauls Slough in Willapa Bay, Washington
Sampling for European green crab environmental DNA (eDNA) in Pauls Slough in Willapa Bay, Washington
Sampling for European green crab environmental DNA (eDNA) in Pauls Slough in Willapa Bay, Washington

Sampling for European green crab environmental DNA in Pauls Slough in Willapa Bay, Washington, as part of a study that aims to increase the capacity for early detection monitoring and biosurveillance of invasive green crab.

Sampling for European green crab eDNA
Sampling for European green crab environmental DNA (eDNA) in a tide channel at Tokeland in Willapa Bay, Washington
Sampling for European green crab environmental DNA (eDNA) in a tide channel at Tokeland in Willapa Bay, Washington
Sampling for European green crab environmental DNA (eDNA) in a tide channel at Tokeland in Willapa Bay, Washington

Sampling for European green crab environmental DNA (eDNA) in a tide channel at Tokeland in Willapa Bay, Washington, as part of a study that aims to increase the capacity for early detection monitoring and biosurveillance of invasive green crab.

PIT tagging juvenile steelhead on a tributary of the Wind River
Collecting and PIT tagging juvenile steelhead on a tributary of the Wind River
Collecting and PIT tagging juvenile steelhead on a tributary of the Wind River
Collecting and PIT tagging juvenile steelhead on a tributary of the Wind River

Field work conducted by the Columbia River Research Laboratory on the Wind River.  The image shows opening day of collecting and PIT tagging juvenile steelhead on a tributary of the Wind River. Ian Jezorek is conducting the PIT tagging and Brad Liedtke is entering the data.

Field work conducted by the Columbia River Research Laboratory on the Wind River.  The image shows opening day of collecting and PIT tagging juvenile steelhead on a tributary of the Wind River. Ian Jezorek is conducting the PIT tagging and Brad Liedtke is entering the data.

damaged house surrounded by mud, boulders, and tree trunks and branches
House destroyed by postfire debris flow in the Muckamuck Fire, Washington
House destroyed by postfire debris flow in the Muckamuck Fire, Washington
House destroyed by postfire debris flow in the Muckamuck Fire, Washington

On July 4, 2022, intense rainfall triggered this debris flow that damaged a home in the 2021 Muckamuck Fire in north-central Washington.

A sample bag and jar sit on soil scattered with pieces of charcoal
Collecting sediment samples after wildfires in Washington State
Collecting sediment samples after wildfires in Washington State
Collecting sediment samples after wildfires in Washington State

A sediment sample collection bag and jar sit on soils burned in the 2021 Muckamuck wildfire. Scientists are studying the sediment and water quality in rivers and reservoirs impacted by the large fire. The high temperatures of severe wildfires are capable of releasing and redepositing metals on the soil surface.

A sediment sample collection bag and jar sit on soils burned in the 2021 Muckamuck wildfire. Scientists are studying the sediment and water quality in rivers and reservoirs impacted by the large fire. The high temperatures of severe wildfires are capable of releasing and redepositing metals on the soil surface.

Cartoon portrays how installing natural infrastructure can impact the water and carbon budgets of dryland streams and watersheds.
Installing natural infrastructure can impact the water and carbon budgets of dryland streams and watersheds
Installing natural infrastructure can impact the water and carbon budgets of dryland streams and watersheds
Installing natural infrastructure can impact the water and carbon budgets of dryland streams and watersheds

An illustration of a mountain with water flowing from the top down to a river with smaller rivers flowing off the sides. Multiple items appear along the various rivers including leaky weirs, one rock dams, log dams, gabions, check dams, trincheras, and earthen berms. Informational bubbles appear alongside these various item in the illustration.

An illustration of a mountain with water flowing from the top down to a river with smaller rivers flowing off the sides. Multiple items appear along the various rivers including leaky weirs, one rock dams, log dams, gabions, check dams, trincheras, and earthen berms. Informational bubbles appear alongside these various item in the illustration.

Two people in the water with a net near a boat.
Brian Ekstrom and Lance Downing pulling the beach seine to collect juvenile fish at a restoration site on the lower Columbia River
Brian Ekstrom and Lance Downing pulling the beach seine to collect juvenile fish at a restoration site on the lower Columbia River
Brian Ekstrom and Lance Downing pulling the beach seine to collect juvenile fish at a restoration site on the lower Columbia River

Brian Ekstrom and Lance Downing of USGS are pulling a beach seine to collect juvenile fish for monitoring at a restoration site on the lower Columbia River. The restoration site was created with dredge material in October of 2020 and USGS is monitoring juvenile salmon use, community assemblage, and predator presence.

Four nets submerged in a stream to capture drifting invertebrates
Four nets submerged in a stream to capture drifting invertebrates
Four nets submerged in a stream to capture drifting invertebrates
Four nets submerged in a stream to capture drifting invertebrates

Sampling drifting invertebrates from a stream in the North Cascades of Washington State. We perform drift sampling to determine the invertebrate prey quality and quantity available for drift feeding fish. Data gathered from this sampling are used in bioenergetics modeling, a method of estimating fish growth potential.

Sampling drifting invertebrates from a stream in the North Cascades of Washington State. We perform drift sampling to determine the invertebrate prey quality and quantity available for drift feeding fish. Data gathered from this sampling are used in bioenergetics modeling, a method of estimating fish growth potential.

The GLSC-Yakima Nation Collaborative Team.
The GLSC-Yakima Nation collaborative team.
The GLSC-Yakima Nation collaborative team.
The GLSC-Yakima Nation collaborative team.

The GLSC-Yakima Nation collaborative team. Nick Johnson and Trisha Searcy, from the Hammond Bay Biological Station meet Researchers in Washington state to participate in an information exchange and learn about efforts to restore lamprey native to the Pacific Northwest.

The GLSC-Yakima Nation collaborative team. Nick Johnson and Trisha Searcy, from the Hammond Bay Biological Station meet Researchers in Washington state to participate in an information exchange and learn about efforts to restore lamprey native to the Pacific Northwest.

Cape Alava Sunset
Cape Alava sunset
Cape Alava sunset
Cape Alava sunset

Picture of Cape Alava at sunset.  Cape Alava is a point of land on the outer coast of the Olympic Peninsula. The cape is situated within Olympic National Park, and the Makah Indian Reservation.

Picture of Cape Alava at sunset.  Cape Alava is a point of land on the outer coast of the Olympic Peninsula. The cape is situated within Olympic National Park, and the Makah Indian Reservation.

Five biologists sitting in a circle as they band and release birds on the beach.
Banding Red Knots at Gray's Harbor
Banding Red Knots at Gray's Harbor
Banding Red Knots at Gray's Harbor

A team of biologists sits in a circle to weigh and measure captured Red Knots. Photo credit: Zak Pohlenm, USFWS

A team of biologists sits in a circle to weigh and measure captured Red Knots. Photo credit: Zak Pohlenm, USFWS

Biologist holding a Red Knot in one hand.
Red Knot after banding at Gray's Harbor
Red Knot after banding at Gray's Harbor
Red Knot after banding at Gray's Harbor

A Red Knot C. c. roselaari captured at Gray's Harbor with a metal band on its right leg. Photo credit: Zak Pohlen, USFWS

A Red Knot C. c. roselaari captured at Gray's Harbor with a metal band on its right leg. Photo credit: Zak Pohlen, USFWS

A Red Knot standing on the beach.
Red Knot at Gray's Harbor
Red Knot at Gray's Harbor
Red Knot at Gray's Harbor

A Red Knot Calidris canutus roselaari standing on the beach at Gray's Harbor.   Photo credit: Zak Pohlenm, USFWS

A Red Knot Calidris canutus roselaari standing on the beach at Gray's Harbor.   Photo credit: Zak Pohlenm, USFWS

D-Claw computer simulation of landslide that begins on Mount Rainier's west flank (Tahoma Glacier Headwall).
D-Claw computer simulation of a landslide that begins on Mount Rainier's west flank (Tahoma Glacier Headwall).
D-Claw computer simulation of a landslide that begins on Mount Rainier's west flank (Tahoma Glacier Headwall).
D-Claw computer simulation of a landslide that begins on Mount Rainier's west flank (Tahoma Glacier Headwall).

Close-up oblique views of Mount Rainier’s west side showing simulated lahar flow depths from a landslide originating in the area of the Tahoma Glacier Headwall (T-260-HM simulation). Imagery appears blurry where lahar material is absent because D-Claw’s adaptive mesh refinement (AMR) employs very coarse resolution in those areas.

Close-up oblique views of Mount Rainier’s west side showing simulated lahar flow depths from a landslide originating in the area of the Tahoma Glacier Headwall (T-260-HM simulation). Imagery appears blurry where lahar material is absent because D-Claw’s adaptive mesh refinement (AMR) employs very coarse resolution in those areas.

Scientist wearing safety gear sits in boat, operating equipment. Towed equipment can be seen on water behind boat.
USGS Hydrologist Conducts FloaTEM Geophysical Survey on River
USGS Hydrologist Conducts FloaTEM Geophysical Survey on River
USGS Hydrologist Conducts FloaTEM Geophysical Survey on River

USGS Hydrologist Eric White monitors a computer displaying real-time data inversions while towing a novel floating transient electromagnetic (TEM) system (i.e., FloaTEM) on the Columbia River near Richland, Washington, adjacent to the Hanford 300 Area.

USGS Hydrologist Eric White monitors a computer displaying real-time data inversions while towing a novel floating transient electromagnetic (TEM) system (i.e., FloaTEM) on the Columbia River near Richland, Washington, adjacent to the Hanford 300 Area.

Fish release at the Keller Ferry Marina
Photograph of a fish release at the Keller Ferry Marina
Photograph of a fish release at the Keller Ferry Marina
Light at depth measurements Lake Washington
Conducting water quality and light at depth measurements Lake Washington
Conducting water quality and light at depth measurements Lake Washington
Conducting water quality and light at depth measurements Lake Washington

Photo taken from Magnuson boat launch before conducting water quality and light at depth measurements during Landsat-8 overpass windows on Lake Washington for the U.S. Geological Survey. 

To learn more about this project and other related research you can visit the WFRC Ecology Section website.

Photo taken from Magnuson boat launch before conducting water quality and light at depth measurements during Landsat-8 overpass windows on Lake Washington for the U.S. Geological Survey. 

To learn more about this project and other related research you can visit the WFRC Ecology Section website.

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