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Browse images from a wide range of science topics covered by USGS.

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Scientist holding a gray bird
Young Northern Shrike captured at a Seward Peninsula banding station
Young Northern Shrike captured at a Seward Peninsula banding station
Young Northern Shrike captured at a Seward Peninsula banding station

A young Northern Shrike captured at a banding station on the Seward Peninsula. This photo was taken as part Phase 1 of the Changing Arctic Ecosystem Boreal-Arctic Transition Zone program.

A young Northern Shrike captured at a banding station on the Seward Peninsula. This photo was taken as part Phase 1 of the Changing Arctic Ecosystem Boreal-Arctic Transition Zone program.

Pacific sand lance on a measuring table aged to year one and year zero
Age 1 and 0 Pacific sand lance in Prince William Sound, Alaska
Age 1 and 0 Pacific sand lance in Prince William Sound, Alaska
Age 1 and 0 Pacific sand lance in Prince William Sound, Alaska

Two different age classes of sand lance showing length differences and condition between fish in an age class.

Thawing ice wedges create ponds on the Arctic Coastal Plain
Thawing ice wedges create ponds on the Arctic Coastal Plain
Thawing ice wedges create ponds on the Arctic Coastal Plain
Thawing ice wedges create ponds on the Arctic Coastal Plain

Thawing ice wedges create ponds on the Arctic Coastal Plain.  The shape of these ponds influences how their water levels and nutrient concentrations change over the year.  These variables in turn influence pond ecosystems and use by waterbirds.

Thawing ice wedges create ponds on the Arctic Coastal Plain.  The shape of these ponds influences how their water levels and nutrient concentrations change over the year.  These variables in turn influence pond ecosystems and use by waterbirds.

Scientists use ground penetrating radar to measure the depth to ground ice in the watershed
Using ground penetrating radar
Using ground penetrating radar
Using ground penetrating radar

Colin and Colby use ground penetrating radar to measure the depth to ground ice in the watershed

Colin and Colby use ground penetrating radar to measure the depth to ground ice in the watershed

Many types of small fish laid out on the table for counting
Catch of forage fish from a trawl in Prince William Sound, Alaska
Catch of forage fish from a trawl in Prince William Sound, Alaska
Catch of forage fish from a trawl in Prince William Sound, Alaska

Catch of forage fish from a trawl in Prince William Sound, Alaska. Trawling was part of detecting long-term changes in forage fish populations.

The research vessel Alaskan Gyre is near a glacier in Prince William Sound, Alaska
R/V Alaskan Gyre near a glacier in Prince William Sound, Alaska
R/V Alaskan Gyre near a glacier in Prince William Sound, Alaska
A small yellow bird being held in a hand
Yellow Warbler in Alaska
Yellow Warbler in Alaska
Yellow Warbler in Alaska

Scientist holding an Yellow Warbler on the Seward Peninsula, Alaska.  This photo is part of the Changing Arctic Ecosystems Boreal-Arctic Transition program.

Scientist holding an Yellow Warbler on the Seward Peninsula, Alaska.  This photo is part of the Changing Arctic Ecosystems Boreal-Arctic Transition program.

A stream flowing from a small lake on the Arctic Coastal Plain
Stream outflow from a lake on the Arctic Coastal Plain
Stream outflow from a lake on the Arctic Coastal Plain
Stream outflow from a lake on the Arctic Coastal Plain

Stream outflow from a lake on the Arctic Coastal Plain. Surface water connectivity affects the occupancy of fish species in lakes, influencing richness, composition, and food web complexity.

Stream outflow from a lake on the Arctic Coastal Plain. Surface water connectivity affects the occupancy of fish species in lakes, influencing richness, composition, and food web complexity.

Releasing ninespine stickleback into a fishless pond
Ninespine stickleback experimental release
Ninespine stickleback experimental release
Ninespine stickleback experimental release

Ninespine stickleback experimental release. The addition of small-bodied ninespine stickleback to fishless thermokarst ponds provided valuable information on their ability to influence invertebrate prey. Through consumption, ninespine stickleback substantially reduced invertebrate biomass during the 6-week experiment.

Ninespine stickleback experimental release. The addition of small-bodied ninespine stickleback to fishless thermokarst ponds provided valuable information on their ability to influence invertebrate prey. Through consumption, ninespine stickleback substantially reduced invertebrate biomass during the 6-week experiment.

Two Least Auklets sitting on a rock on Kasatochi Volcano
Two Least Auklets sitting on a rock on Kasatochi Volcano
Two Least Auklets sitting on a rock on Kasatochi Volcano
Two Least Auklets sitting on a rock on Kasatochi Volcano

Two Least Auklets sitting on rocks on Kasatochi Volcano four years after the catastrophic eruption in 2008.

A Crested Auklet egg wedged between rocks on Kasatochi Volcano in 2012
A Crested Auklet egg wedged between rocks on Kasatochi Volcano in 2012
A Crested Auklet egg wedged between rocks on Kasatochi Volcano in 2012
A Crested Auklet egg wedged between rocks on Kasatochi Volcano in 2012

A Crested Auklet egg wedged between rocks on Kasatochi Volcano in 2012. They laid there eggs in crevices because of the lack of vegetation on the island due to the August 2008 catastrophic eruption.

A Crested Auklet egg wedged between rocks on Kasatochi Volcano in 2012. They laid there eggs in crevices because of the lack of vegetation on the island due to the August 2008 catastrophic eruption.

Arctic Warbler
Arctic Warbler in Alaska
Arctic Warbler in Alaska
Arctic Warbler in Alaska

Scientist holding an Arctic Warbler on the Seward Peninsula, Alaska.  This photo is part of the Changing Arctic Ecosystems Boreal-Arctic Transition program.

Scientist holding an Arctic Warbler on the Seward Peninsula, Alaska.  This photo is part of the Changing Arctic Ecosystems Boreal-Arctic Transition program.

A scientist holding a young Bluethroat
Juvenile Bluethroat on the Seward Peninsula, Alaska
Juvenile Bluethroat on the Seward Peninsula, Alaska
Juvenile Bluethroat on the Seward Peninsula, Alaska

Juvenile Bluethroat on the Seward Peninsula, Alaska.  This photo was taken on the Seward Peninsula as part of the Changing Arctic Ecosystem Boreal-Arctic Transition Zone program.

Juvenile Bluethroat on the Seward Peninsula, Alaska.  This photo was taken on the Seward Peninsula as part of the Changing Arctic Ecosystem Boreal-Arctic Transition Zone program.

An adult Bluethroat
Bluethroat on the Seward Peninsula, Alaska
Bluethroat on the Seward Peninsula, Alaska
Bluethroat on the Seward Peninsula, Alaska

Bluethroat on the Seward Peninsula, Alaska.  This photo was taken on the Seward Peninsula as part of the Changing Arctic Ecosystem Boreal-Arctic Transition Zone program.

Bluethroat on the Seward Peninsula, Alaska.  This photo was taken on the Seward Peninsula as part of the Changing Arctic Ecosystem Boreal-Arctic Transition Zone program.

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