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Browse images from a wide range of science topics covered by USGS. All items in this gallery are considered public domain unless otherwise noted.

Filter Total Items: 1592
A white-fronted goose flies over a nesting area near Point Lonely, Alaska
White-fronted goose flies over a nesting area near Point Lonely, AK
White-fronted goose flies over a nesting area near Point Lonely, AK
White-fronted goose flies over a nesting area near Point Lonely, AK

A white-fronted goose flies over a nesting area near Point Lonely, Alaska. For more information about this USGS study read "Effects of industrial and investigator disturbance on Arctic-nesting geese" at: https://pubs.er.usgs.gov/publication/70192845

A white-fronted goose flies over a nesting area near Point Lonely, Alaska. For more information about this USGS study read "Effects of industrial and investigator disturbance on Arctic-nesting geese" at: https://pubs.er.usgs.gov/publication/70192845

Weighing type precipitation gage is on the left and new radar-based sensor in on a pole on the right
Weighing type precipitation gage and new radar-based sensor
Weighing type precipitation gage and new radar-based sensor
Weighing type precipitation gage and new radar-based sensor

The Wolverine Glacier weather station was installed in 1968, and at 3250 ft is the highest elevation long-term weather record on the Kenai Peninsula. On October 19, 2020, USGS scientists upgraded the power system to a Lithium battery bank and installed a radar-based precipitation sensor (Lufft WS-100) to compare with the weighing based precipitation gage.

The Wolverine Glacier weather station was installed in 1968, and at 3250 ft is the highest elevation long-term weather record on the Kenai Peninsula. On October 19, 2020, USGS scientists upgraded the power system to a Lithium battery bank and installed a radar-based precipitation sensor (Lufft WS-100) to compare with the weighing based precipitation gage.

Black Oystercatcher on Gull Island, Alaska
Black Oystercatcher on Gull Island, Alaska
Black Oystercatcher on Gull Island, Alaska
Black Oystercatcher on Gull Island, Alaska

Black Oystercatcher on Gull Island, Kachemak Bay, Alaska 

Aerial view of the upper cracks in the Wolverine Glacier icefall as sunset approaches.
Aerial view of Wolverine Glacier icefall
Aerial view of Wolverine Glacier icefall
Aerial view of Wolverine Glacier icefall

An aerial view of the upper cracks in the Wolverine Glacier icefall as sunset approaches.

The new radar-based precipitation sensor is on the left, with the anemometer, wind vane, and GOES antenna on the station shack
Upgraded Wolverine Glacier weather station, Alaska
Upgraded Wolverine Glacier weather station, Alaska
Upgraded Wolverine Glacier weather station, Alaska

The Wolverine Glacier weather station was installed in 1968, and at 3250 ft is the highest elevation long-term weather record on the Kenai Peninsula. In Ocotober 2020, USGS scientists upgraded the power system to a Lithium battery bank and installed a radar-based precipitation sensor (Lufft WS-100) to compare with the weighing based precipitation gage. The

The Wolverine Glacier weather station was installed in 1968, and at 3250 ft is the highest elevation long-term weather record on the Kenai Peninsula. In Ocotober 2020, USGS scientists upgraded the power system to a Lithium battery bank and installed a radar-based precipitation sensor (Lufft WS-100) to compare with the weighing based precipitation gage. The

Wolverine Glacier weather station in the Kenai Mountains on the coast of south-central Alaska
Wolverine Glacier weather station on the Kenai Peninsula, Alaska
Wolverine Glacier weather station on the Kenai Peninsula, Alaska
Wolverine Glacier weather station on the Kenai Peninsula, Alaska

The Wolverine Glacier weather station was installed in 1968, and at 3250 ft is the highest elevation long-term weather record on the Kenai Peninsula.

Close up of the new radar precipitation sensor on the top of the pole at Wolverine Glacier, Alaska
Close up of the new radar precipitation sensor on the top of the pole
Close up of the new radar precipitation sensor on the top of the pole
Close up of the new radar precipitation sensor on the top of the pole

The Wolverine Glacier weather station was installed in 1968, and at 3250 ft is the highest elevation long-term weather record on the Kenai Peninsula. Close up of the new radar precipitation sensor on the top of the pole. The crazy looking thing in the middle of the picture is an aspirated temperature sensor.

The Wolverine Glacier weather station was installed in 1968, and at 3250 ft is the highest elevation long-term weather record on the Kenai Peninsula. Close up of the new radar precipitation sensor on the top of the pole. The crazy looking thing in the middle of the picture is an aspirated temperature sensor.

USGS scientists map river bathymetry around bridge piers in the Copper River Delta, Alaska
Mapping river bathymetry in the Copper River Delta, Alaska
Mapping river bathymetry in the Copper River Delta, Alaska
Mapping river bathymetry in the Copper River Delta, Alaska

USGS scientists Robin Beebee (left) and Jeff Conaway use a boat-mounted multibeam echosounder to map river bathymetry around bridge piers in the Copper River Delta of Alaska. The bathymetric mapping is part of a streambed scour study conducted in cooperation with the Alaska Department of Transportation and Public Facilities.

USGS scientists Robin Beebee (left) and Jeff Conaway use a boat-mounted multibeam echosounder to map river bathymetry around bridge piers in the Copper River Delta of Alaska. The bathymetric mapping is part of a streambed scour study conducted in cooperation with the Alaska Department of Transportation and Public Facilities.

Blue River confluence (shown on left side of photo) with Unuk River in the volcanic Iskut-Unuk River Cones region, Southeast, Alaska
Blue River confluence with Unuk River, Alaska
Blue River confluence with Unuk River, Alaska
Blue River confluence with Unuk River, Alaska

Blue River confluence with Unuk River in the volcanic Iskut-Unuk River Cones region. The Unuk River is one of the transboundary watersheds of Southeast Alaska.

Blue River confluence with Unuk River in the volcanic Iskut-Unuk River Cones region. The Unuk River is one of the transboundary watersheds of Southeast Alaska.

Unuk River waterfalls from old lava pipes. Volcanic lava pipes form as the result of violent eruptions of deep-origin volcanoes.
Unuk River waterfalls from old lava pipes
Unuk River waterfalls from old lava pipes
Unuk River waterfalls from old lava pipes

Unuk River waterfalls from old lava pipes. Volcanic lava pipes form as the result of violent eruptions of deep-origin volcanoes. The Unuk River is one of the transboundary watersheds of Southeast Alaska.

Unuk River waterfalls from old lava pipes. Volcanic lava pipes form as the result of violent eruptions of deep-origin volcanoes. The Unuk River is one of the transboundary watersheds of Southeast Alaska.

Pelagic cormorant, Gull Island, Kachemak Bay Alaska
Pelagic cormorant, Gull Island, Kachemak Bay Alaska
Pelagic cormorant, Gull Island, Kachemak Bay Alaska
Pelagic cormorant, Gull Island, Kachemak Bay Alaska

Pelagic cormorant, sitting on a cliff on Gull Island, which is located at Kachemak Bay, Alaska.

Thick-billed Murres on the Pribilof Islands
Thick-billed Murres on the Pribilof Islands
Thick-billed Murres on the Pribilof Islands
Thick-billed Murres on the Pribilof Islands

Three thick-billed Murres perched on the Pribilof Islands, off the coast of the mainland, Alaska.

Ablation stakes on Gulkana Glacier. Late summer fieldwork on Gulkana Glacier reveals ablation stakes emerging from the ice.
Ablation stakes on Gulkana Glacier
Ablation stakes on Gulkana Glacier
Ablation stakes on Gulkana Glacier

Ablation stakes on Gulkana Glacier, Alaska. Late summer fieldwork on Gulkana Glacier reveals ablation stakes emerging from the ice. Measurements of the change in the height of the snow and ice at these stakes is one aspect of determining glacier mass balance.

Ablation stakes on Gulkana Glacier, Alaska. Late summer fieldwork on Gulkana Glacier reveals ablation stakes emerging from the ice. Measurements of the change in the height of the snow and ice at these stakes is one aspect of determining glacier mass balance.

Common Murre on water with a Northern Ronquil in its bill. Photo taken near breeding colony on Gull Island in Kachemak Bay, Alaska.
Common Murre with a Northern Ronquil
Common Murre with a Northern Ronquil
Common Murre with a Northern Ronquil

A Common Murre holds a Northern Ronquil in its bill. Photo taken at Gull Island in Kachemak Bay, Alaska.

A Common Murre holds a Northern Ronquil in its bill. Photo taken at Gull Island in Kachemak Bay, Alaska.

Fairweather Range, Alaska
Fairweather Range, Alaska
Fairweather Range, Alaska
Fairweather Range, Alaska

Fairweather Range, Alaska. The mountain range spans across Alaska and the Canadian province of British Columbia. Photo taken while flying over range.

Fairweather Range, Alaska. The mountain range spans across Alaska and the Canadian province of British Columbia. Photo taken while flying over range.

Light yellow and gray outcrop with orange and black hammer in middle for size comparison. Ridge, blue sky and clouds in back.
Variation of weathering on rock surface
Variation of weathering on rock surface
Variation of weathering on rock surface

Variation of weathering and lichen growth on the rock surface reveals veins and segregated zones with different mineralogy. 

Variation of weathering and lichen growth on the rock surface reveals veins and segregated zones with different mineralogy. 

Caitlin Marsteller prepares to release a Black Oystercatcher, Alaska
Caitlin Marsteller prepares to release a Black Oystercatcher, Alaska
Caitlin Marsteller prepares to release a Black Oystercatcher, Alaska
Caitlin Marsteller prepares to release a Black Oystercatcher, Alaska

USGS Biologist Caitlin Marsteller prepares to release a Black Oystercatcher after assisting with the collection of morphometric data and tagging. Data were collected from Black Oystercatchers as part of a new study to better understand migration strategies and movement ecology of the species.

USGS Biologist Caitlin Marsteller prepares to release a Black Oystercatcher after assisting with the collection of morphometric data and tagging. Data were collected from Black Oystercatchers as part of a new study to better understand migration strategies and movement ecology of the species.

Scientists in boat record observations along nearshore transects in Kachemak Bay, Alaska
Scientists record nearshore transects in Kachemak Bay, Alaska
Scientists record nearshore transects in Kachemak Bay, Alaska
Scientists record nearshore transects in Kachemak Bay, Alaska

Brian Robinson (USGS) and Ben Weitzman (NOAA) record observations along nearshore transects in Kachemak Bay, Alaska. USGS is studying the migration strategies and movement ecology of Black Oystercatchers as part of the new tracking study.

 

Brian Robinson (USGS) and Ben Weitzman (NOAA) record observations along nearshore transects in Kachemak Bay, Alaska. USGS is studying the migration strategies and movement ecology of Black Oystercatchers as part of the new tracking study.

 

Biologist releases a Black Oystercatcher on Beach in Alaska
Caitlin Marsteller releases a Black Oystercatcher on beach in Alaska
Caitlin Marsteller releases a Black Oystercatcher on beach in Alaska
Caitlin Marsteller releases a Black Oystercatcher on beach in Alaska

USGS Biologist Caitlin Marsteller releases a Black Oystercatcher after assisting with the collection of morphometric data and tagging. Data were collected from Black Oystercatchers as part of a new study to better understand migration strategies and movement ecology of the species.

USGS Biologist Caitlin Marsteller releases a Black Oystercatcher after assisting with the collection of morphometric data and tagging. Data were collected from Black Oystercatchers as part of a new study to better understand migration strategies and movement ecology of the species.

Walruses resting on an ice floe
Walruses resting on an ice floe
Walruses resting on an ice floe
Walruses resting on an ice floe

A group of Pacific walruses during summer in the Chukchi Sea

Glaucous-winged gull with externally attached GPS satellite transmitter
Glaucous-winged gull with externally attached GPS satellite transmitte
Glaucous-winged gull with externally attached GPS satellite transmitte
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