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Man with navy blue sweater and cap next to scenic lake lookout with mountains in the distance
Ryan Byrne
Ryan Byrne
Ryan Byrne

This is a photograph of Ryan Byrne, a scientist at the Klamath Falls Field Station in Klamath Falls, OR. He is a part of the Western Fisheries Research Center.

This is a photograph of Ryan Byrne, a scientist at the Klamath Falls Field Station in Klamath Falls, OR. He is a part of the Western Fisheries Research Center.

This is a photo of Keno Dam in Klamath, OR, a concrete structure used to manage water distribution and flow.
Lower End of Fish Ladder at Keno Dam Looking Downstream
Lower End of Fish Ladder at Keno Dam Looking Downstream
Lower End of Fish Ladder at Keno Dam Looking Downstream

This is Keno Dam, in Klamath, OR. The Western Fisheries Research Center (WFRC) is doing work here to ensure proper fish passage is functioning and to provide science to help better address the water needs of the Klamath River Basin.

This is Keno Dam, in Klamath, OR. The Western Fisheries Research Center (WFRC) is doing work here to ensure proper fish passage is functioning and to provide science to help better address the water needs of the Klamath River Basin.

 Keno dam fish ladder; steps of water for fish to pass through
Fish Ladder at Keno Dam
Fish Ladder at Keno Dam
Fish Ladder at Keno Dam

The Western Fisheries Research Center (WFRC) is partnering with the U.S. Bureau of Reclamation to discuss ways to monitor fish passage at Keno Dam. With the recent removal of four mainstem dams along the Klamath River, Keno Dam now stands as the most downstream fish passage challenge , and the first major obstacle for migrating salmon returning upstream.

The Western Fisheries Research Center (WFRC) is partnering with the U.S. Bureau of Reclamation to discuss ways to monitor fish passage at Keno Dam. With the recent removal of four mainstem dams along the Klamath River, Keno Dam now stands as the most downstream fish passage challenge , and the first major obstacle for migrating salmon returning upstream.

One woman sitting in mud on the left side and one woman standing on the right in the marsh digging for lamprey
Scientists Digging For Lamprey
Scientists Digging For Lamprey
Scientists Digging For Lamprey

Check out these photos from the field! Lisa K Weiland (sitting) and Leah Tai from the U.S. Fish and Wildlife Service are shown above. This project is working to learn how larval lampreys use soft substrates for burrowing.

Check out these photos from the field! Lisa K Weiland (sitting) and Leah Tai from the U.S. Fish and Wildlife Service are shown above. This project is working to learn how larval lampreys use soft substrates for burrowing.

Male scientist training female scientist to inject Yukon River Chinook salmon with Ichthyophonus parasite
Scientists Inject Yukon River Chinook salmon with Ichthyophonus Parasite
Scientists Inject Yukon River Chinook salmon with Ichthyophonus Parasite
Scientists Inject Yukon River Chinook salmon with Ichthyophonus Parasite

USGS scientist Jake Gregg training Alaska Pacific University graduate student Nadia Barcelona how to inject Yukon River Chinook salmon with Ichthyophonus at the Marrowstone Marine Field Station

USGS scientist Jake Gregg training Alaska Pacific University graduate student Nadia Barcelona how to inject Yukon River Chinook salmon with Ichthyophonus at the Marrowstone Marine Field Station

fish wheel used to catch Chinook salmon in the Yukon River
Fish Wheel Used for Catching Fish
Fish Wheel Used for Catching Fish
Fish Wheel Used for Catching Fish

This is a photograph of a fish wheel, one of the primary means of catching Chinook salmon in the middle section of the Yukon River.

This is a photograph of a fish wheel, one of the primary means of catching Chinook salmon in the middle section of the Yukon River.

a person sitting in a field of brown grass holding a cylinder shaped device
Measuring soil water infiltration
Measuring soil water infiltration
Measuring soil water infiltration

A USGS scientist prepares a mini-disc infiltrometer to assess soil water infiltration. The degree to which water can infiltrate soil is closely tied to soil carbon content.

A USGS scientist prepares a mini-disc infiltrometer to assess soil water infiltration. The degree to which water can infiltrate soil is closely tied to soil carbon content.

Steve Waste, man in black jacket, at Columbia River Research Laboratory
Steve Waste's Last Day of Work at Columbia River Research Laboratory
Steve Waste's Last Day of Work at Columbia River Research Laboratory
Steve Waste's Last Day of Work at Columbia River Research Laboratory

This image is from Steve Waste's last day at the Columbia River Research Laboratory. Steve served as the Director of the Columbia River Research Laboratory, a facility of the Western Fisheries Research Center of USGS, from 2008 to 2024. He retired in 2024 and now continues to support WFRC as a Scientist Emeritus. Steve holds a Ph.D.

This image is from Steve Waste's last day at the Columbia River Research Laboratory. Steve served as the Director of the Columbia River Research Laboratory, a facility of the Western Fisheries Research Center of USGS, from 2008 to 2024. He retired in 2024 and now continues to support WFRC as a Scientist Emeritus. Steve holds a Ph.D.

map of Snake River
Map of Snake River
Map of Snake River
Map of Snake River

This is a map of the Snake River, used in the publication Back from the Brink: Estimating daily and annual abundance of natural-origin salmon smolts from 30 years of mixed-origin capture-recapture data

This is a map of the Snake River, used in the publication Back from the Brink: Estimating daily and annual abundance of natural-origin salmon smolts from 30 years of mixed-origin capture-recapture data

scientists out in the field
Kenneth Tiffan Out in the Field
Kenneth Tiffan Out in the Field
Kenneth Tiffan Out in the Field

This is an image of Kenneth Tiffan out in the field. Ken works to conduct applied research to provide information that would increase our understanding of Snake River fall Chinook salmon, listed as “threatened” under the ESA in 1992. His career has focused on this unique stock and facilitating recovery efforts. 

This is an image of Kenneth Tiffan out in the field. Ken works to conduct applied research to provide information that would increase our understanding of Snake River fall Chinook salmon, listed as “threatened” under the ESA in 1992. His career has focused on this unique stock and facilitating recovery efforts. 

stationary boat with three people on top
Artificial Light At Night Boat
Artificial Light At Night Boat
Artificial Light At Night Boat

Artificial light at night (ALAN) can be a threat to aquatic ecosystems.  Light in the sky penetrates through the water and brightens the water column. Even small increases in light at night can dramatically improve some predators’ ability to hunt and kill their prey.

Artificial light at night (ALAN) can be a threat to aquatic ecosystems.  Light in the sky penetrates through the water and brightens the water column. Even small increases in light at night can dramatically improve some predators’ ability to hunt and kill their prey.

light sensor attached to boat on the water at Lake Washington at night
Light Sensor Attached to Boat for Artificial Light At Night Study
Light Sensor Attached to Boat for Artificial Light At Night Study
Light Sensor Attached to Boat for Artificial Light At Night Study

USGS Western Fisheries Research Center scientists are investigating the relationship between ALAN, predators’ hunting ability, and juvenile salmon survival in Lake Washington. This includes using a new instrument that overcomes significant issues experienced when attempting to measure light at night underwater.

USGS Western Fisheries Research Center scientists are investigating the relationship between ALAN, predators’ hunting ability, and juvenile salmon survival in Lake Washington. This includes using a new instrument that overcomes significant issues experienced when attempting to measure light at night underwater.

graphs on Snake River Fall Chinook abundance over the years
Snake River Chinook Abundance Over the Years
Snake River Chinook Abundance Over the Years
Snake River Chinook Abundance Over the Years

These are graphs detailing the number of natural origin age-0 Chinook salmon passing Lower Granite Dam over the years.

These are graphs detailing the number of natural origin age-0 Chinook salmon passing Lower Granite Dam over the years.

skyline at night with lots of artificial light from houses and buildings along the lake
Artificial Light At Night Over Lake Washington, WA
Artificial Light At Night Over Lake Washington, WA
Artificial Light At Night Over Lake Washington, WA

Artificial light at night (ALAN) can be a threat to aquatic ecosystems.  Light in the sky penetrates through the water and brightens the water column. Even small increases in light at night can dramatically improve some predators’ ability to hunt and kill their prey.

Artificial light at night (ALAN) can be a threat to aquatic ecosystems.  Light in the sky penetrates through the water and brightens the water column. Even small increases in light at night can dramatically improve some predators’ ability to hunt and kill their prey.

Artificial Light At Night Reflected into Lake Washington
Artificial Light At Night Reflected into Lake Washington
Artificial Light At Night Reflected into Lake Washington
Artificial Light At Night Reflected into Lake Washington

Artificial light at night (ALAN) can be a threat to aquatic ecosystems.  Light in the sky penetrates through the water and brightens the water column. Even small increases in light at night can dramatically improve some predators’ ability to hunt and kill their prey.

Artificial light at night (ALAN) can be a threat to aquatic ecosystems.  Light in the sky penetrates through the water and brightens the water column. Even small increases in light at night can dramatically improve some predators’ ability to hunt and kill their prey.

USGS Idaho Water Science Center hydrologists brief Northwest-Pacific Islands Regional Director Jill Rolland
USGS Idaho Water Science Center hydrologists brief Northwest-Pacific Islands Regional Director Jill Rolland at Crystal Springs along the Snake River
USGS Idaho Water Science Center hydrologists brief Northwest-Pacific Islands Regional Director Jill Rolland at Crystal Springs along the Snake River
Group of people standing for a photo at the American Fisheries Society Conference in 2024
2024 American Fisheries Society (AFS) Meeting
2024 American Fisheries Society (AFS) Meeting
2024 American Fisheries Society (AFS) Meeting

USGS meets with four fisheries commissions at 2024 American Fisheries Society (AFS) meeting; Honolulu, Hawaii, HI; collaboration; fisheries; meeting; inter-regional; Greg McClenchy GLFC; Rachel Reagan USGS WFRC; Joshua Miller USGS GLSC; John Dettmers GLFC; Daniel Wieferich USGS CSS; Deborah Epperson USGS WARC; Marc Gaden GLFC; Tom O'Connell USGS EESC; Bob Beal ASMFC

USGS meets with four fisheries commissions at 2024 American Fisheries Society (AFS) meeting; Honolulu, Hawaii, HI; collaboration; fisheries; meeting; inter-regional; Greg McClenchy GLFC; Rachel Reagan USGS WFRC; Joshua Miller USGS GLSC; John Dettmers GLFC; Daniel Wieferich USGS CSS; Deborah Epperson USGS WARC; Marc Gaden GLFC; Tom O'Connell USGS EESC; Bob Beal ASMFC

Photo of man kicking off meeting with presentation
Bob Beal Kicking off the 2024 American Fisheries Society (AFS) Symposium
Bob Beal Kicking off the 2024 American Fisheries Society (AFS) Symposium
Bob Beal Kicking off the 2024 American Fisheries Society (AFS) Symposium

This is a photo of Bob Beal kicking off the 2024 American Fisheries Society (AFS) Symposium in Honolulu, Hawaii. 

Gael Kurath singing and playing the piano at her retirement party
Gael Kurath's Retirement Party
Gael Kurath's Retirement Party
Gael Kurath's Retirement Party

This is Gael Kurath at her retirement party. Viruses and infectious diseases are natural components of every ecosystem. In aquatic ecosystems of the Pacific Northwest infectious hematopoietic necrosis virus (IHNV) is a significant viral pathogen of many salmonid fish populations.

This is Gael Kurath at her retirement party. Viruses and infectious diseases are natural components of every ecosystem. In aquatic ecosystems of the Pacific Northwest infectious hematopoietic necrosis virus (IHNV) is a significant viral pathogen of many salmonid fish populations.

scientists working at night
Scientists Working on Measuring Artificial Light at Night in Seattle, WA
Scientists Working on Measuring Artificial Light at Night in Seattle, WA
Scientists Working on Measuring Artificial Light at Night in Seattle, WA

Photo shared by Dave Beauchamp from the first week of quantitative light measurements for the Artificial Light At Night (ALAN) project. This week was a big data collection push, with 2 boats out nightly Tuesday through Thursday, plus day activities and prep. 

Photo shared by Dave Beauchamp from the first week of quantitative light measurements for the Artificial Light At Night (ALAN) project. This week was a big data collection push, with 2 boats out nightly Tuesday through Thursday, plus day activities and prep. 

Boat strung to dock in the night in Seattle, WA
Boat Used to Study Artificial Light at Night in Seattle, WA
Boat Used to Study Artificial Light at Night in Seattle, WA
Boat Used to Study Artificial Light at Night in Seattle, WA

Photos shared by Dave Beauchamp from the first week of quantitative light measurements for the Artificial Light At Night (ALAN) project:

This week was a big data collection push, with 2 boats out nightly Tuesday through Thursday, plus day activities and prep. 

Photos shared by Dave Beauchamp from the first week of quantitative light measurements for the Artificial Light At Night (ALAN) project:

This week was a big data collection push, with 2 boats out nightly Tuesday through Thursday, plus day activities and prep. 

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