Skip to main content
U.S. flag

An official website of the United States government

Images

Explore water-related photography, imagery, and illustrations.

Filter Total Items: 2526
Image: Tidepool Anemone
Tidepool Anemone
Tidepool Anemone
Tidepool Anemone

Tide pools provide habitat for a wide variety of Puget Sound flora and fauna.  During low tides, the captive inhabitants of tide pools may be closely inspected. 

Tide pools provide habitat for a wide variety of Puget Sound flora and fauna.  During low tides, the captive inhabitants of tide pools may be closely inspected. 

Image: Lake Huron Coast
Lake Huron Coast
Lake Huron Coast
Lake Huron Coast

Great Lakes water availability studies conducted by the U.S. Geological Survey aim to help characterize how much water the Basin has now, how water availability is changing, and how much water it can expect to have in the future.

Great Lakes water availability studies conducted by the U.S. Geological Survey aim to help characterize how much water the Basin has now, how water availability is changing, and how much water it can expect to have in the future.

Image: Devils Lake Gage House
Devils Lake Gage House
Devils Lake Gage House
Devils Lake Gage House

USGS gage house located at Devils Lake near Devils Lake, ND has recorded 100 years of data.

USGS gage house located at Devils Lake near Devils Lake, ND has recorded 100 years of data.

Image: Red River of the North Gage House
Red River of the North Gage House
Red River of the North Gage House
Red River of the North Gage House

USGS river gage at Grand Forks, ND along the Red River of the North has recorded 100 years of data. View of auxiliary gage about 3 miles downstream from base gage.

USGS river gage at Grand Forks, ND along the Red River of the North has recorded 100 years of data. View of auxiliary gage about 3 miles downstream from base gage.

Image: Cannonball River
Cannonball River
Cannonball River
Cannonball River

The Cannonball River opening up at Breien, ND.

Image: Cannonball River
Cannonball River
Cannonball River
Cannonball River

Viewing the Cannonball River at Breien, ND from the Highway 6 bridge looking southeast.

Viewing the Cannonball River at Breien, ND from the Highway 6 bridge looking southeast.

Image: Cannonball River
Cannonball River
Cannonball River
Cannonball River

Cannonball River at Breien, ND from the east side of Highway 6 bridge.

Cannonball River at Breien, ND from the east side of Highway 6 bridge.

Image: Shadroe Canal Weir
Shadroe Canal Weir
Shadroe Canal Weir
Shadroe Canal Weir

A calm canal flows intensely over the weir into the churning pool below.

A calm canal flows intensely over the weir into the churning pool below.

Image: Measuring Flow in a Flooded Forest
Measuring Flow in a Flooded Forest
Measuring Flow in a Flooded Forest
Measuring Flow in a Flooded Forest

Employee uses a Flowtracker to measure cross-sectional profile of a rivulet draining a mangrove forest.

Image: Navigating a Tidal Creek at Low Tide
Navigating a Tidal Creek at Low Tide
Navigating a Tidal Creek at Low Tide
Navigating a Tidal Creek at Low Tide

Scientist raised the engine to navigate a tidal creek at low tide.  Note freeze damage to mangroves in the background.

Scientist raised the engine to navigate a tidal creek at low tide.  Note freeze damage to mangroves in the background.

Image: Salish Sea Tribal Canoe Journey Landing
Salish Sea Tribal Canoe Journey Landing
Salish Sea Tribal Canoe Journey Landing
Salish Sea Tribal Canoe Journey Landing

Arrival of Salish Sea Tribal Canoes with USGS water quality sampling instrumentation onboard.

Image: Westhope Comparison
Westhope Comparison
Westhope Comparison
Westhope Comparison

The Souris River at Westhope, North Dakota. The top photos taken on April 26, 1970, with a discharge of 1,110 cfs. And the bottom photo taken on April 19, 2011, with a discharge of 13,300 cfs and a gage height of 19.82 feet.

The Souris River at Westhope, North Dakota. The top photos taken on April 26, 1970, with a discharge of 1,110 cfs. And the bottom photo taken on April 19, 2011, with a discharge of 13,300 cfs and a gage height of 19.82 feet.

Image: Little Missouri River at Medora ND Comparison
Little Missouri River at Medora ND Comparison
Little Missouri River at Medora ND Comparison
Little Missouri River at Medora ND Comparison

The Little Missouri River at Medora, North Dakota. Top photo taken by a USGS personnel in March of 1972, while the Little Missouri River was flooding the camp sites at Medora, ND. The bottom photo was taken by USGS Colton Rupp on May 24, 2011, with a discharge of 32,000 cfs and a gage height of 19.42 feet.

The Little Missouri River at Medora, North Dakota. Top photo taken by a USGS personnel in March of 1972, while the Little Missouri River was flooding the camp sites at Medora, ND. The bottom photo was taken by USGS Colton Rupp on May 24, 2011, with a discharge of 32,000 cfs and a gage height of 19.42 feet.

Image: Middle Dam (Maine) Well Drilling
Middle Dam (Maine) Well Drilling
Middle Dam (Maine) Well Drilling
Middle Dam (Maine) Well Drilling

USGS hydrologist Martha Nielsen examines cuttings as a drill crew works to drill a new monitoring well at USGS station 443647070552303 (ME-OW400A) near Middle Dam on Lower Richardson Lake. The existing well heaved due to frost and had to be replaced.

USGS hydrologist Martha Nielsen examines cuttings as a drill crew works to drill a new monitoring well at USGS station 443647070552303 (ME-OW400A) near Middle Dam on Lower Richardson Lake. The existing well heaved due to frost and had to be replaced.

Image: Breach Through Barrier Island at Pine Beach
Breach Through Barrier Island at Pine Beach
Breach Through Barrier Island at Pine Beach
Breach Through Barrier Island at Pine Beach

The island was severed by a breach that may have developed as the back bay drained excess water following the peak of the storm surge, although the breach could have been initiated by waves and surge from the Gulf side. More analyses are required to determine the forcing processes.

The island was severed by a breach that may have developed as the back bay drained excess water following the peak of the storm surge, although the breach could have been initiated by waves and surge from the Gulf side. More analyses are required to determine the forcing processes.

Image: Early USGS streamgage on the San Saba river in Texas
Early USGS streamgage on the San Saba river in Texas
Early USGS streamgage on the San Saba river in Texas
Early USGS streamgage on the San Saba river in Texas

An early streamgage is used to measure water levels on San Saba River. USGS crews would visit this equipment to collect water level readings.

Image: Bois de Sioux River
Bois de Sioux River
Bois de Sioux River
Bois de Sioux River

The Bois de Sioux river channel near White Rock, SD.

Image: Pliocene Lignite Bed
Pliocene Lignite Bed
Pliocene Lignite Bed
Pliocene Lignite Bed

Seam or bed of Pliocene lignite from a mine in the Balkan endemic nephropathy (BEN) area of Romania. Rainwater falling onto the surface penetrates into the ground, becoming ground water, and leaches toxic organic substances from this coal.

Seam or bed of Pliocene lignite from a mine in the Balkan endemic nephropathy (BEN) area of Romania. Rainwater falling onto the surface penetrates into the ground, becoming ground water, and leaches toxic organic substances from this coal.

Image: BEN Sampling in Serbia
BEN Sampling in Serbia
BEN Sampling in Serbia
BEN Sampling in Serbia

USGS scientist Bill Orem (left) and Adrian Muntean, a colleague from Romania, sampling water from a well in a Balkan endemic nephropathy (BEN) household in Serbia. The scientists will analyze the water for the presence of coal-derived organic substances dissolved in the water.

USGS scientist Bill Orem (left) and Adrian Muntean, a colleague from Romania, sampling water from a well in a Balkan endemic nephropathy (BEN) household in Serbia. The scientists will analyze the water for the presence of coal-derived organic substances dissolved in the water.

Image: Native American Salt Basins in the Sierra Nevada
Native American Salt Basins in the Sierra Nevada
Native American Salt Basins in the Sierra Nevada
Native American Salt Basins in the Sierra Nevada

Native Americans of the Miwok tribe in the northern Sierra Nevada, California carved these basins into the granite bedrock to produce salt for trade. They filled the basins with water from a salt spring and let the water evaporate, leaving a salt residue in the basin. The basins are about a meter in diameter and span the area of a football field.

Native Americans of the Miwok tribe in the northern Sierra Nevada, California carved these basins into the granite bedrock to produce salt for trade. They filled the basins with water from a salt spring and let the water evaporate, leaving a salt residue in the basin. The basins are about a meter in diameter and span the area of a football field.

Was this page helpful?