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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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6 foot tall basalt boulder with metal box and flex tube keep electronics and wiring covered. Half of rock white salt stained
Lake Abert Monitoring Gage
Lake Abert Monitoring Gage
Lake Abert Monitoring Gage

Data collection electronics are stored in the metal box. The flex tube connects wiring to sensors and pole where telemetry antennas will be mounted. 

Data collection electronics are stored in the metal box. The flex tube connects wiring to sensors and pole where telemetry antennas will be mounted. 

black and white graph of streamflow in January 2023
North Santiam at Greens Bridge (14184100)
North Santiam at Greens Bridge (14184100)
North Santiam at Greens Bridge (14184100)

Graph of streamflow over time at North Santiam at Greens Bridge (14184100) between January 5th - January 22nd, 2023. Two speaker symbols represent the approximate timing of hydrophone audio recordings of river water moving gravel and cobbles along the channel bottom.

Graph of streamflow over time at North Santiam at Greens Bridge (14184100) between January 5th - January 22nd, 2023. Two speaker symbols represent the approximate timing of hydrophone audio recordings of river water moving gravel and cobbles along the channel bottom.

Red dots representing ancient groundwater, blue dots mostly modern groundwater and green dots a mix.
Harney Basin groundwater age
Harney Basin groundwater age
Harney Basin groundwater age

Relative groundwater age in (A) shallow wells that are less than 100 feet deep and (B) deep wells that are greater than 100 feet deep within and next to the Harney Basin, southeastern Oregon. Relative age is based on the analysis of stable isotopes of hydrogen in water and its relation to tritium and carbon-14 age dates.

Relative groundwater age in (A) shallow wells that are less than 100 feet deep and (B) deep wells that are greater than 100 feet deep within and next to the Harney Basin, southeastern Oregon. Relative age is based on the analysis of stable isotopes of hydrogen in water and its relation to tritium and carbon-14 age dates.

small drainage cuts into the exposed soil as it flows into Fern Ridge Lake.
Drainage channel along HWY 126
Drainage channel along HWY 126
Drainage channel along HWY 126

Drainage channel along HWY 126, near Coyote Creek, OR, where low water levels have exposed a headcut/headward erosion/knickpoint in the sediment.

Drainage channel along HWY 126, near Coyote Creek, OR, where low water levels have exposed a headcut/headward erosion/knickpoint in the sediment.

snow dusted shrubs and mountain ridges surround lake Abert. The water is reflecting blue sky and white fluffy clouds.
Lake Abert in the snow
Lake Abert in the snow
Lake Abert in the snow

A winter reconnaissance visit at Lake Abert. Data technicians scout out the terrain and lake to plan site installation.

A winter reconnaissance visit at Lake Abert. Data technicians scout out the terrain and lake to plan site installation.

Globular tan/white salt deposits along shore of lake Abert amongst patches of snow. Blue sky with fluffy clouds above.
Lake Abert's salty shores
Lake Abert's salty shores
Lake Abert's salty shores

As the water drops large amounts of salt deposits are left behind on the shores of Lake Abert.

As the water drops large amounts of salt deposits are left behind on the shores of Lake Abert.

View of central point field office from the side facing USGS logo
Central Point Field Office
Central Point Field Office
Central Point Field Office

Side view of Central Point field office. Photo provided by Josh Price for use on ORWSC website.

Side view of Central Point field office. Photo provided by Josh Price for use on ORWSC website.

Sunlit grasses and trees line a sharp bend of the Crooked River. Tall basalt cliff in the distance. Blue sky day.
Crooked River
Crooked River
Crooked River

Image of the Crooked River near our Bend field office in Oregon. Image is looking up stream.

Image of the Crooked River near our Bend field office in Oregon. Image is looking up stream.

Heavily vegetated dunes with yellow flowering plants and patches of sand, with the sea in the background on a clear blue day.
Inter-dune coastal scrub and grass barrier island habitat
Inter-dune coastal scrub and grass barrier island habitat
Inter-dune coastal scrub and grass barrier island habitat

Inter-dune habitat with a mix of coastal scrub, bare ground, and grass vegetation, on Santa Rosa Island, Gulf Islands National Seashore, FL. The foredune (in background) separates the inter-dune habitat from beach habitat (not visible) behind the foredune.

Inter-dune habitat with a mix of coastal scrub, bare ground, and grass vegetation, on Santa Rosa Island, Gulf Islands National Seashore, FL. The foredune (in background) separates the inter-dune habitat from beach habitat (not visible) behind the foredune.

glittering waters of the Willamette on a cloudy day
Willamette River in Portland, Oregon
Willamette River in Portland, Oregon
Willamette River in Portland, Oregon

Photo taken from Tilikum Crossing Bridge looking downstream towards Ross Island Bridge and Ross Island in Portland Oregon.

Photo taken from Tilikum Crossing Bridge looking downstream towards Ross Island Bridge and Ross Island in Portland Oregon.

Cobble lined river channel and a couple dead salmon are visible through clear water. Tree lined bank with autumn colors
South Fork McKenzie river
South Fork McKenzie river
South Fork McKenzie river

A dead salmon in the South Fork McKenzie River. Salmon die after spawning. The cold waters of South Fork McKenzie River contribute to low pre-spawn mortality in this salmon habitat.

A dead salmon in the South Fork McKenzie River. Salmon die after spawning. The cold waters of South Fork McKenzie River contribute to low pre-spawn mortality in this salmon habitat.

Pole mounted metal gage box next to a river flowing under bridge
Klamath River below JC Boyle Powerplant
Klamath River below JC Boyle Powerplant
Klamath River below JC Boyle Powerplant

One of many stream gages in the Klamath Basin. Solar charged batteries keep the data coming in through the satellite network. View the data.

One of many stream gages in the Klamath Basin. Solar charged batteries keep the data coming in through the satellite network. View the data.

a wide, rocky riverbed with shallow, clear water in the foreground. Rolling forested hills and blue sky in background
Main Umpqua River near Tyee, Oregon
Main Umpqua River near Tyee, Oregon
Main Umpqua River near Tyee, Oregon

Photo taken during field work along the Umpqua River.

a silhouette of a goose standing on the shore of a lake at sunrise
Lone goose at sunrise at Summer Lake Wildlife Area
Lone goose at sunrise at Summer Lake Wildlife Area
Low water flows over loose cobbles and gravel with grasses on the riverbank. Far bank is tree lined.
Umpqua River near Coles Valley
Umpqua River near Coles Valley
Umpqua River near Coles Valley

The main Umpqua River near Coles Valley. This section of river channel is composed of unconsolidated sediments called alluvium, which make up alluvial valleys.

The main Umpqua River near Coles Valley. This section of river channel is composed of unconsolidated sediments called alluvium, which make up alluvial valleys.

A grey sky day, tree lined banks of Fall Creek
View from the cableway at Fall Creek, OR
View from the cableway at Fall Creek, OR
View from the cableway at Fall Creek, OR

Photo taken by Lisa Hoaks while she measured the streamflow of Fall Creek from the cableway. Looking downstream towards Unity Covered Bridge.

Photo taken by Lisa Hoaks while she measured the streamflow of Fall Creek from the cableway. Looking downstream towards Unity Covered Bridge.

Male standing on metal platform holds cylindrical nitrate sensor. Green lit water shines from river beneath platform.
Inspecting Willamette River nitrate sensor
Inspecting Willamette River nitrate sensor
Inspecting Willamette River nitrate sensor

This nitrate sensor detects the unique way nitrate absorbs ultraviolet light and then calculates how much is present. During site visits, technicians clean the optics, check anti-fouling systems, and verify accuracy to keep it running reliably.

This nitrate sensor detects the unique way nitrate absorbs ultraviolet light and then calculates how much is present. During site visits, technicians clean the optics, check anti-fouling systems, and verify accuracy to keep it running reliably.

Seven periphyton samples float in water in glass vials. Periphyton are bright green, moss green and to brown in color.
Periphyton samples
Periphyton samples
Periphyton samples

Seven Periphyton samples from the North Santiam River, submitted for hyperspectral microscopic evaluation.

Seven Periphyton samples from the North Santiam River, submitted for hyperspectral microscopic evaluation.

Field crew wades in the shallow edge of the north Santiam River. Backdrop is a rough ridge with burnt trees from recent fires
USGS Scientists gather hyperspectral and GPS data
USGS Scientists gather hyperspectral and GPS data
USGS Scientists gather hyperspectral and GPS data

USGS scientists gather field survey data for the periphyton hyperspectral imagery study.

underwater photo of brown algae coating a rock.
Underwater view of periphyton
Underwater view of periphyton
Underwater view of periphyton

Underwater photo taken during field survey with a handheld hyperspectral senor. There is a blend of periphyton here: golden blobs of cyanobacteria (Nostoc), filaments of green algae, and small white tufts of stalked diatoms. 

Underwater photo taken during field survey with a handheld hyperspectral senor. There is a blend of periphyton here: golden blobs of cyanobacteria (Nostoc), filaments of green algae, and small white tufts of stalked diatoms. 

Black handheld hyperspectral sensor seen from the side as it plunges underwater to get data from the river bed.
Handheld hyperspectral sensor plunges underwater
Handheld hyperspectral sensor plunges underwater
Handheld hyperspectral sensor plunges underwater

A handheld hyperspectral sensor plunges underwater to get hyperspectral signature data from periphyton on the river bed.

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