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Images

Check out photos of some of the awesome work USGS scientists and field technicians have done over the years.

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Low water reveals steep sandy banks along reservoir. Cloudy sky. Reservoir lake looks like a wide, muddy river
Green Peter Reservoir
Green Peter Reservoir
Green Peter Reservoir

Green Peter Reservoir during drawdown in fall of 2023. Go here to view lake water level data.

Green Peter Reservoir during drawdown in fall of 2023. Go here to view lake water level data.

tufts of bulrush emerge from shallow bright blue waters of Malheur Lake against a backdrop of bright blue sky.
Bulrush growing in Malheur Lake
Bulrush growing in Malheur Lake
Bulrush growing in Malheur Lake

Following a wet winter, bulrush is shown growing in Malheur Lake. Emergent vegetation like bulrush provides nesting habitat and food resources for birds. 

Following a wet winter, bulrush is shown growing in Malheur Lake. Emergent vegetation like bulrush provides nesting habitat and food resources for birds. 

sprawling yellow hills that overly the Columbia River Basalt Group
Landscape of the Columbia River Plateau
Landscape of the Columbia River Plateau
Landscape of the Columbia River Plateau

Black angular basalt fragments in the foreground against a backdrop of rolling yellow hills.

Black angular basalt fragments in the foreground against a backdrop of rolling yellow hills.

 Square brick gaging station on the bank of the Columbia River. Cloudy day with a rainbow shining over the station.
Columbia River at The Dalles monitoring station
Columbia River at The Dalles monitoring station
Columbia River at The Dalles monitoring station

The small house is the monitoring station for Columbia River at The Dalles. The house protects sensitive electronics from the elements.

The small house is the monitoring station for Columbia River at The Dalles. The house protects sensitive electronics from the elements.

Panoramic view of greenish water lined by round cobles against a basalt hillside covered in green & fire burnt trees
Substrate Mapping on the Little North Santiam River
Substrate Mapping on the Little North Santiam River
Substrate Mapping on the Little North Santiam River

A substrate mapping survey in action. Scientists aim to map the size and distribution of river sediments.

A substrate mapping survey in action. Scientists aim to map the size and distribution of river sediments.

underwater photo of a chinook salmon
Chinook Salmon
Chinook Salmon
Chinook Salmon

Native fish populations, like the Chinook salmon during spawning season, rely on the Santiam River.

Native fish populations, like the Chinook salmon during spawning season, rely on the Santiam River.

Blue sky day, Tilikum crossing suspension bridge in the background. See caption
Water quality sensor inspection - Willamette River
Water quality sensor inspection - Willamette River
Water quality sensor inspection - Willamette River

Hydrologic technician, Ann McGowan, shows OMSI representative a water quality sensor deployed in the Willamette River near OMSI. This sensor monitors water temperature, dissolved oxygen, chlorophyll, blue green algea, specific conductance and pH. The sensors need cleaned every 4-6 weeks.

Hydrologic technician, Ann McGowan, shows OMSI representative a water quality sensor deployed in the Willamette River near OMSI. This sensor monitors water temperature, dissolved oxygen, chlorophyll, blue green algea, specific conductance and pH. The sensors need cleaned every 4-6 weeks.

Scientist stands on the dock near OMSI holding a net sampling device
Water Sampling on the Willamette River
Water Sampling on the Willamette River
Water Sampling on the Willamette River

Hydrologist Kurt Carpenter demonstrated gathering a water sample from the Willamette on the docks at OMSI. The netting gets pulled through the water and is then funneled into a sample bottle.

Hydrologist Kurt Carpenter demonstrated gathering a water sample from the Willamette on the docks at OMSI. The netting gets pulled through the water and is then funneled into a sample bottle.

Five USGS staff from the Data Section stand in front of USGS banner. Two staff in the center holding recognition plaques.
Oregon Water Science Center staff accept centennial monitoring station award
Oregon Water Science Center staff accept centennial monitoring station award
Oregon Water Science Center staff accept centennial monitoring station award

Oregon Water Science Center received the award plaques during the 2023 USGS National Data Training Conference in Phoenix Arizona. Pictured right to left: Marc Stewart, Deputy Director for Data, followed by expert hydrologic technicians; Carrie Boudreau, Amarys Acosta, Scott Deweese, and Tasha Albertson-Herberholz.

Oregon Water Science Center received the award plaques during the 2023 USGS National Data Training Conference in Phoenix Arizona. Pictured right to left: Marc Stewart, Deputy Director for Data, followed by expert hydrologic technicians; Carrie Boudreau, Amarys Acosta, Scott Deweese, and Tasha Albertson-Herberholz.

See caption.
Harmful Algae Bloom seen near USGS gage on OMSI docks
Harmful Algae Bloom seen near USGS gage on OMSI docks
Harmful Algae Bloom seen near USGS gage on OMSI docks

Green cyanobacteria in the Willamette River at the new USGS water quality monitor at OMSI. 

Green cyanobacteria in the Willamette River at the new USGS water quality monitor at OMSI. 

See photo caption.
Streaks of blue-green cyanobacteria in the Willamette River
Streaks of blue-green cyanobacteria in the Willamette River
Streaks of blue-green cyanobacteria in the Willamette River

Streaks of blue-green cyanobacteria in the Willamette River at the new USGS water-quality monitor at OMSI. 

Streaks of blue-green cyanobacteria in the Willamette River at the new USGS water-quality monitor at OMSI. 

see caption
Cyanobacteria in the Willamette River
Cyanobacteria in the Willamette River
Cyanobacteria in the Willamette River

Cyanobacteria in the Willamette River near new USGS water quality monitor at OMSI. Photo courtesy of Kale Clausen (ODEQ).

Cyanobacteria in the Willamette River near new USGS water quality monitor at OMSI. Photo courtesy of Kale Clausen (ODEQ).

see caption.
Microcystis aeruginosa under the microscope
Microcystis aeruginosa under the microscope
Microcystis aeruginosa under the microscope

Microcyctis aeruginosa is a freshwater cyanobacteria that produce cyanotoxins such as Microcystin. Cyanotoxins are harmful to humans and pets.

Microcyctis aeruginosa is a freshwater cyanobacteria that produce cyanotoxins such as Microcystin. Cyanotoxins are harmful to humans and pets.

a metal pipe with flex tube conduit is fastened to a mossy bank with ferns. Sensors and wiring are inside the pipe and tube.
Water level and temperature sensor in the Middle Santiam River
Water level and temperature sensor in the Middle Santiam River
Water level and temperature sensor in the Middle Santiam River

New USGS water temperature and water level gage installed in Middle Santiam River in the Middle Santiam Wildness Area upstream of Green Peter Dam. This gage will help characterize habitat conditions for multiple life stages of spring Chinook salmon in this river reach.

New USGS water temperature and water level gage installed in Middle Santiam River in the Middle Santiam Wildness Area upstream of Green Peter Dam. This gage will help characterize habitat conditions for multiple life stages of spring Chinook salmon in this river reach.

Scientist in red kayak paddles on green waters of a narrow river section lined with rocks
North Santiam - Field Work
North Santiam - Field Work
North Santiam - Field Work

Brandon Overstreet paddles North Santiam River near Narrows Rapid collecting survey data and underwater photographs to characterize channel bed topography and substrates

Brandon Overstreet paddles North Santiam River near Narrows Rapid collecting survey data and underwater photographs to characterize channel bed topography and substrates

Digital elevation model of the Santiam River, OR.
Preliminary topobathymetric digital elevation model of the Santiam River, OR.
Preliminary topobathymetric digital elevation model of the Santiam River, OR.
Preliminary topobathymetric digital elevation model of the Santiam River, OR.

Image of a preliminary topobathymetric digital elevation model captured of the of the Santiam River, OR. 

see caption
American coot nest in Malheur Lake
American coot nest in Malheur Lake
American coot nest in Malheur Lake

An American coot nest in Malheur Lake was built with bulrush and floated on the surface even as waves passed by. 

An American coot nest in Malheur Lake was built with bulrush and floated on the surface even as waves passed by. 

See caption.
The Diatom Synedra under the Microscope
The Diatom Synedra under the Microscope
The Diatom Synedra under the Microscope

Diatom, Synedra, from the Greek word synedria meaning "a sitting together". The genus Synedra has long, needle like cells that can exist singly or radiate in colonies.  

Diatom, Synedra, from the Greek word synedria meaning "a sitting together". The genus Synedra has long, needle like cells that can exist singly or radiate in colonies.  

See caption
Willamette River near Harrisburg, Oregon
Willamette River near Harrisburg, Oregon
Willamette River near Harrisburg, Oregon

Photo taken of the Willamette River near Harrisburg, Oregon during the "heat dome" of 2021. This historic heatwave occurred in Oregon and the greater Pacific Northwest in late June of 2021 breaking high temperature records, some by several degrees.

Photo taken of the Willamette River near Harrisburg, Oregon during the "heat dome" of 2021. This historic heatwave occurred in Oregon and the greater Pacific Northwest in late June of 2021 breaking high temperature records, some by several degrees.

Blue green mountain river lined with steep rock walls and evergreens in the distance. Equipment installed in the sheer wall.
Quartzville Creek near Cascadia Oregon
Quartzville Creek near Cascadia Oregon
Quartzville Creek near Cascadia Oregon

An outside gage set-up at Quartzville Creek near Cascadia Oregon. Graduated staff plates installed at various heights to capture the range in water levels. Staffs are used to get river level readings hydrologic technicians need to calibrate electronic sensors.  The vertical grey metal pipe is a crest stage gage (CSG).

An outside gage set-up at Quartzville Creek near Cascadia Oregon. Graduated staff plates installed at various heights to capture the range in water levels. Staffs are used to get river level readings hydrologic technicians need to calibrate electronic sensors.  The vertical grey metal pipe is a crest stage gage (CSG).

Panorama of lake Abert on a mostly cloudy day with the sun barely peaking through clouds. Green grass and shrubs line lake.
Lake Abert
Lake Abert
Lake Abert

Photo taken by hydrotech Josh Price while he scouts for potential spots to install the new monitoring equipment.

Photo taken by hydrotech Josh Price while he scouts for potential spots to install the new monitoring equipment.