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

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bee
Bumble bee on a flower
Bumble bee on a flower
Bumble bee on a flower

While surveying high water marks in Oakridge, Oregon, bumble bees buzzed around the river banks. The bees often mistake our bright colored equipment and florescent safety gear for tasty yellow flowers.

While surveying high water marks in Oakridge, Oregon, bumble bees buzzed around the river banks. The bees often mistake our bright colored equipment and florescent safety gear for tasty yellow flowers.

bee
Bumble bee on a flower
Bumble bee on a flower
Bumble bee on a flower

While surveying high water marks in Oakridge, Oregon, bumble bees buzzed around the river banks. The bees often mistake our bright colored equipment and florescent safety gear for tasty yellow flowers.

While surveying high water marks in Oakridge, Oregon, bumble bees buzzed around the river banks. The bees often mistake our bright colored equipment and florescent safety gear for tasty yellow flowers.

lake fernhill
Lake at Fernhill
Lake at Fernhill
Lake at Fernhill

View of lake at Fernhill Natural Treatment Wetlands.

View of lake at Fernhill Natural Treatment Wetlands.

fernhill sample
Fernhill Sample Site 7
Fernhill Sample Site 7
Fernhill Sample Site 7

View of lake at Fernhill Natural Treatment Wetlands.

lake fernhill
Lake at Fernhill
Lake at Fernhill
Lake at Fernhill

View of lake at Fernhill Natural Treatment Wetlands.

View of lake at Fernhill Natural Treatment Wetlands.

various equipment laid out on an aluminum grate platform. Green water shines below.
Chlorophyll sampling gear
Chlorophyll sampling gear
Chlorophyll sampling gear

Technicians lower an aluminum holder to collect river water in medium-sized bottles. The water is then mixed in a churn bucket to evenly suspend any particles. Once thoroughly mixed, smaller sample bottles are filled from the churn’s spigot and transported to the lab for analysis.

Technicians lower an aluminum holder to collect river water in medium-sized bottles. The water is then mixed in a churn bucket to evenly suspend any particles. Once thoroughly mixed, smaller sample bottles are filled from the churn’s spigot and transported to the lab for analysis.

Green rectangular wooden gauge house on grassy river bank.
Klamath River at Keno, Oregon
Klamath River at Keno, Oregon
Klamath River at Keno, Oregon

This station monitors streamflow and water-quality on the Link - Keno reach of the Klamath River. View the data.

This station monitors streamflow and water-quality on the Link - Keno reach of the Klamath River. View the data.

fernhill sample
Fernhill Sample Site 18
Fernhill Sample Site 18
Fernhill Sample Site 18

View of lake at Fernhill Natural Treatment Wetlands.

fernhill sample
Fernhill Sample Point 1
Fernhill Sample Point 1
Fernhill Sample Point 1

View of lake at Fernhill Natural Treatment Wetlands.

Mount Hood in the distance against a backdrop of thin stratus clouds and blue sky. Railroad bridge crosses the river.
Mount Hood and Railroad Bridge
Mount Hood and Railroad Bridge
Mount Hood and Railroad Bridge

Burlington Northern Railroad Bridge and Mt. Hood seen from Portland, Oregon. 

Burlington Northern Railroad Bridge and Mt. Hood seen from Portland, Oregon. 

green rectangular wooden house with solar panels and satellite antenna's on top.
South Santiam River near Foster, Oregon
South Santiam River near Foster, Oregon
South Santiam River near Foster, Oregon

The gage house is sitting on a circular metal base also known as a stilling well. Stilling wells fill with calm water that is equal to the height of the river that is read by sensors inside. This technique has been in use for decades to collect water level data. 

The gage house is sitting on a circular metal base also known as a stilling well. Stilling wells fill with calm water that is equal to the height of the river that is read by sensors inside. This technique has been in use for decades to collect water level data. 

photo taken from the back of a boat on a lake with a grassy shoreline
Malheur Lake, Oregon
Malheur Lake, Oregon
Malheur Lake, Oregon

Malheur Lake, a saline lake in eastern Oregon, photographed from a USGS airboat. USGS has been monitoring water quality parameters including temperature, turbidity, and pH in the lake since 2017.

Malheur Lake, a saline lake in eastern Oregon, photographed from a USGS airboat. USGS has been monitoring water quality parameters including temperature, turbidity, and pH in the lake since 2017.

Murky blue waters ripple in the wind against a backdrop of partly cloudy blue sky,
Malheur Lake
Malheur Lake
Malheur Lake

Malheur Lake is shown with turbid water and without emergent vegetation. Snowpack from Steens Mountain (shown in the distance) provides most of the inflow to Malheur Lake.

Malheur Lake is shown with turbid water and without emergent vegetation. Snowpack from Steens Mountain (shown in the distance) provides most of the inflow to Malheur Lake.

Gravel bar of cobbles in the foreground, river flowing along tree lined bank in the background. Partly cloudy skies.
Willamette River near McKenzie River confluence
Willamette River near McKenzie River confluence
Willamette River near McKenzie River confluence

Gravel bars deposited by the Willamette River. The gravel bar distribution shifts each year with the changing river flows.

Gravel bars deposited by the Willamette River. The gravel bar distribution shifts each year with the changing river flows.

Grey icy waters of the narrow channel are lines with snow and yellow grasses.
Klamath Straits Drain at Highway 97
Klamath Straits Drain at Highway 97
Klamath Straits Drain at Highway 97

Klamath Straits Drain at Highway 97 looking west on February 11th , 2019. Photo taken during routine field work.

Klamath Straits Drain at Highway 97 looking west on February 11th , 2019. Photo taken during routine field work.

algal bloom
Algal Bloom in Willamette River
Algal Bloom in Willamette River
Algal Bloom in Willamette River

Algal bloom in the Ross Island Lagoon, Willamette River, Oregon.

after flames talk
After the Flames talk by Steven Sobieszczyk
After the Flames talk by Steven Sobieszczyk
After the Flames talk by Steven Sobieszczyk

USGS hydrologist, Steven Sobieszcyk, on stage at Alberta Rose Theater talking about the science behind the Eagle Creek Fire response.

USGS hydrologist, Steven Sobieszcyk, on stage at Alberta Rose Theater talking about the science behind the Eagle Creek Fire response.

tanner creek after eagle creek fire
Tanner Creek after the Eagle Creek Fire, Oregon
Tanner Creek after the Eagle Creek Fire, Oregon
Tanner Creek after the Eagle Creek Fire, Oregon

View along a bluff in Tanner Creek watershed following the 2017 Eagle Creek Fire, Oregon (Columbia Gorge)

grey sky and bright orange, yellow and green foliage reflect in the still water
Mckenzie River at the outlet of Clear Lake
Mckenzie River at the outlet of Clear Lake
Mckenzie River at the outlet of Clear Lake

The measurement tape installed in the river bank is called a staff plate. USGS hydrologic technicians use staff gage readings to calibrate sensors depth sensors to make sure data being recorded is accurate. 

The measurement tape installed in the river bank is called a staff plate. USGS hydrologic technicians use staff gage readings to calibrate sensors depth sensors to make sure data being recorded is accurate. 

Phormidium
Cyanobacteria - Phormidium (blue green algae)
Cyanobacteria - Phormidium (blue green algae)
Cyanobacteria - Phormidium (blue green algae)

Microscopic view of blue green algae sample. Some algae produce toxins that threaten the health and safety of living things that come in direct contact. Cyanobacteria - Phormidium (blue green algae)

Microscopic view of blue green algae sample. Some algae produce toxins that threaten the health and safety of living things that come in direct contact. Cyanobacteria - Phormidium (blue green algae)

scytonema
Cyanobacteria - Scytonema (blue green algae)
Cyanobacteria - Scytonema (blue green algae)
Cyanobacteria - Scytonema (blue green algae)

Microscopic view of blue green algae sample. Some algae produce toxins that threaten the health and safety of living things that come in direct contact. Cyanobacteria - Scytonema (blue green algae)

Microscopic view of blue green algae sample. Some algae produce toxins that threaten the health and safety of living things that come in direct contact. Cyanobacteria - Scytonema (blue green algae)

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