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Text says Mount St. Helens, Land of Transformation
Mount St. Helens: Land of Transformation
Mount St. Helens: Land of Transformation
Mount St. Helens: Land of Transformation

Mount St. Helens: Land of Transformation video shows the changes to the landscape from before the May 18, 1980 eruption to today (2024).

USGS Employees high five students participating in an outdoor lahar evacuation drill outside their school
Lahar Evacuation Drill
Lahar Evacuation Drill
Lahar Evacuation Drill

During the March 21, 2024 lahar evacuation drills, thousands of students walked to the Washington State Fairgrounds in Puyallup, Washington to practice evacuating from a lahar generated by Mount Rainier. A lahar, or volcanic mudflow, could reach this area in about 3 hours.

During the March 21, 2024 lahar evacuation drills, thousands of students walked to the Washington State Fairgrounds in Puyallup, Washington to practice evacuating from a lahar generated by Mount Rainier. A lahar, or volcanic mudflow, could reach this area in about 3 hours.

South Cascade Glacier timelapse
South Cascade Glacier area change, 1970 - 2021
South Cascade Glacier area change, 1970 - 2021
South Cascade Glacier area change, 1970 - 2021

South Cascade Glacier area change, 1970 - 2021.  South Cascade Glacier located in a north-northwest facing valley near the crest of the Cascade Range in northwest Washington state.

South Cascade Glacier area change, 1970 - 2021.  South Cascade Glacier located in a north-northwest facing valley near the crest of the Cascade Range in northwest Washington state.

A technician is suspended above a river by cableway. In the foreground, scientific equipment lays on the snow.
Measuring streamflow in the Pend Oreille River, WA
Measuring streamflow in the Pend Oreille River, WA
Measuring streamflow in the Pend Oreille River, WA

A hydrologic technician uses a cableway to measure streamflow in the Pend Oreille River on a winter day. On-shore, a computer shows streamflow data in real-time, allowing the team to monitor their progress.

A hydrologic technician uses a cableway to measure streamflow in the Pend Oreille River on a winter day. On-shore, a computer shows streamflow data in real-time, allowing the team to monitor their progress.

Map of western USA with colors indicating likelihood of hydrothermal activity
Map of areas predicted as having conditions favorable for fostering a hydrothermal system in the western United States
Map of areas predicted as having conditions favorable for fostering a hydrothermal system in the western United States
Map of areas predicted as having conditions favorable for fostering a hydrothermal system in the western United States

Map of areas predicted as having conditions favorable for fostering a hydrothermal system in the western United States.  Black dots are mapped hydrothermal systems.  From Mordensky et al., 2023 (https://www.sciencedirect.com/science/article/pii/S0375650523000160).

Vibrant UV light close-up image of a gloved hand holding a tray of glowing test samples.
New method to detect white-nose syndrome fungus in bats developed
New method to detect white-nose syndrome fungus in bats developed
New method to detect white-nose syndrome fungus in bats developed

A new test for white-nose syndrome-causing fungus in bats has been developed using a CRISPR biosensor. If white-nose syndrome-causing fungus is present, the reaction tube will glow under UV light.

A new test for white-nose syndrome-causing fungus in bats has been developed using a CRISPR biosensor. If white-nose syndrome-causing fungus is present, the reaction tube will glow under UV light.

Vibrant UV light close-up image of a tray of glowing test samples.
New method to detect white-nose syndrome fungus in bats developed
New method to detect white-nose syndrome fungus in bats developed
New method to detect white-nose syndrome fungus in bats developed

A new test for white-nose syndrome-causing fungus in bats has been developed using a CRISPR biosensor. If white-nose syndrome-causing fungus is present, the reaction tube will glow under UV light.

A new test for white-nose syndrome-causing fungus in bats has been developed using a CRISPR biosensor. If white-nose syndrome-causing fungus is present, the reaction tube will glow under UV light.

Scientist using a fluorescing stereoscope for counting microplastics
Scientist using a fluorescing stereoscope for counting microplastics found in smallmouth bass tissue samples
Scientist using a fluorescing stereoscope for counting microplastics found in smallmouth bass tissue samples
Scientist using a fluorescing stereoscope for counting microplastics found in smallmouth bass tissue samples

WFRC scientist Lisa Wetzel uses a fluorescing stereoscope to look for microplastics in samples of Smallmouth Bass tissue provided by the Nez Perce Tribe, Idaho.

Lighted bioacoustics fish fence in Georgiana Slough, CA
Georgiana Slough Bio-Acoustic Fish Fence (BAFF) Barrier
Georgiana Slough Bio-Acoustic Fish Fence (BAFF) Barrier
Georgiana Slough Bio-Acoustic Fish Fence (BAFF) Barrier

This is a drone photo of the bio-acoustic fish fence in the Georgiana Slough, a tributary of the Sacramento River Delta. It is used to guide fish safely out to the ocean.

This is a drone photo of the bio-acoustic fish fence in the Georgiana Slough, a tributary of the Sacramento River Delta. It is used to guide fish safely out to the ocean.

Visual abstract: Orange title, 2 images below on left with circular arrows. Arrow in middle going to 2 images circular arrows
Visual Abstract for Fire Modeling Integration
Visual Abstract for Fire Modeling Integration
Visual Abstract for Fire Modeling Integration

Workflow for integrating fire behavior modeling into post-fire hazard risk models. QUIC-Fire is a fast, 3-D simulation tool for prescribed fire planning. It can help managers understand the complex and dynamic behavior of wildland fires.

Workflow for integrating fire behavior modeling into post-fire hazard risk models. QUIC-Fire is a fast, 3-D simulation tool for prescribed fire planning. It can help managers understand the complex and dynamic behavior of wildland fires.

View of volcano monitoring station VALT in the crater of Mount St. Helens with rock-covered Crater Glacier nearby.
Volcano monitoring station VALT in 2023. Rock-covered Crater Glacier is nearby.
Volcano monitoring station VALT in 2023. Rock-covered Crater Glacier is nearby.
Volcano monitoring station VALT in 2023. Rock-covered Crater Glacier is nearby.

Monitoring station VALT, in the crater of Mount St. Helens, in 2023. Anxious about damage to the station from the advancing Crater Glacier (the rock and snow-covered cliff) and hazards to people working at the site, a CVO field team dismantled VALT on June 6, 2024 after 18 years in service. It will be rebuilt farther from the glacier. 

Monitoring station VALT, in the crater of Mount St. Helens, in 2023. Anxious about damage to the station from the advancing Crater Glacier (the rock and snow-covered cliff) and hazards to people working at the site, a CVO field team dismantled VALT on June 6, 2024 after 18 years in service. It will be rebuilt farther from the glacier. 

A dense patch of plants grows underwater
Elodea growth in Washington stream
Elodea growth in Washington stream
Elodea growth in Washington stream

Elodea and other aquatic plants grow in a thick clump in Clarks Creek, WA. Plants growing in streams may change the water chemistry as well as how quickly water can flow through the stream. USGS scientists study these dynamics.

Elodea and other aquatic plants grow in a thick clump in Clarks Creek, WA. Plants growing in streams may change the water chemistry as well as how quickly water can flow through the stream. USGS scientists study these dynamics.

A woman stands in a stream holding scientific equipment
Hydrologic technician measures streamflow in Tokul Creek
Hydrologic technician measures streamflow in Tokul Creek
Hydrologic technician measures streamflow in Tokul Creek

USGS Hydrologic Technician Katie Johnson measures streamflow in Tokul Creek near Snoqualmie, WA (12145000). 

Backpacks site on a small gravel bar in the middle of a river
Moclips River Stormwater Assessment Site
Moclips River Stormwater Assessment Site
Moclips River Stormwater Assessment Site

Stormwater assessment site on the Moclips River Near Moclips, WA on the Quinault Indian Nation Tribal land. 

Stormwater assessment site on the Moclips River Near Moclips, WA on the Quinault Indian Nation Tribal land. 

WFRC scientists, Spokane fish health scientist and Spokane Tribal intern conduct virus exposures
WFRC scientists, Spokane fish health scientist and Spokane Tribal intern conduct virus exposures in the WFRC Seattle web lab
WFRC scientists, Spokane fish health scientist and Spokane Tribal intern conduct virus exposures in the WFRC Seattle web lab
Joanne Salzer and Spokane Tribal intern, Justine Flett conducting virus exposures
Joanne Salzer and Spokane Tribal intern, Justine Flett conducting virus exposures in the WFRC Seattle weblab
Joanne Salzer and Spokane Tribal intern, Justine Flett conducting virus exposures in the WFRC Seattle weblab
Joanne Salzer and Spokane Tribal intern, Justine Flett conducting virus exposures in the WFRC Seattle weblab

Joanne Salzer and Spokane Tribal intern, Justine Flett, conducting virus exposures in the WFRC Seattle wetlab. Our scientists are collaborating with the fisheries staff from the Spokane Tribe and Coeur d'Alene Tribe in a study to determine how susceptible Redband trout are to IHN virus (infectious hematopoietic necrosis virus).

Joanne Salzer and Spokane Tribal intern, Justine Flett, conducting virus exposures in the WFRC Seattle wetlab. Our scientists are collaborating with the fisheries staff from the Spokane Tribe and Coeur d'Alene Tribe in a study to determine how susceptible Redband trout are to IHN virus (infectious hematopoietic necrosis virus).

two people hold equipment on ocean beach with a naval ship behind them
Tidal flux measurement in Sinclair Inlet
Tidal flux measurement in Sinclair Inlet
Tidal flux measurement in Sinclair Inlet

Scientists demonstrate equipment used to measure fluxes between groundwater and surface water. These interactions are particularly complex in tidally influenced shorelines such as Sinclair Inlet, WA. 

Scientists demonstrate equipment used to measure fluxes between groundwater and surface water. These interactions are particularly complex in tidally influenced shorelines such as Sinclair Inlet, WA. 

Green barrel with USGS sticker sits on pebbles
Tidal seepage measurement
Tidal seepage measurement
Tidal seepage measurement

A seepage meter implanted in the sediment-water interface of a tidal beach. The meter allows scientists to measure interactions between groundwater and surface water.

A seepage meter implanted in the sediment-water interface of a tidal beach. The meter allows scientists to measure interactions between groundwater and surface water.

Sampling a patch of sea asparagus
Sampling a patch of sea asparagus near Marrowstone Marine Field Station
Sampling a patch of sea asparagus near Marrowstone Marine Field Station
Sampling a patch of sea asparagus near Marrowstone Marine Field Station

Photo (left to right): Dr. David Paez, Joanne Salzer, Jossline Aranda-Jackson (SEALASKA intern), and Dr. Gael Kurath sampling a patch of sea asparagus near the Western Fisheries Research Center’s Marrowstone Marine Field Station (MMFS).

Group photo with SEALASKA intern
Group photo with SEALASKA intern
Group photo with SEALASKA intern
Group photo with SEALASKA intern

WFRC partners with researchers investigating the causes of Sea Star Wasting Disease and the impacts of viral infection on fish swimming performance. Left - right: Dr. David Paez, Dr.

WFRC partners with researchers investigating the causes of Sea Star Wasting Disease and the impacts of viral infection on fish swimming performance. Left - right: Dr. David Paez, Dr.

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