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Explore water-related photography, imagery, and illustrations.

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Image: Near-Surface Geophysics: Two-Dimensional Resistivity
Near-Surface Geophysics: Two-Dimensional Resistivity
Near-Surface Geophysics: Two-Dimensional Resistivity
Near-Surface Geophysics: Two-Dimensional Resistivity

USGS hydrologist conducts a two-dimensional (2D) resistivity survey to investigate and characterize the shallow subsurface. The survey was conducted as part of an applied research effort by the USGS Office of Groundwater Branch of Geophysics in 2006.

USGS hydrologist conducts a two-dimensional (2D) resistivity survey to investigate and characterize the shallow subsurface. The survey was conducted as part of an applied research effort by the USGS Office of Groundwater Branch of Geophysics in 2006.

Stream water flowing over a rural road.
A flooded road in Highland County, Virginia.
A flooded road in Highland County, Virginia.
Slicing sample of lake bed sediment
Sediment core from lake for PAH analysis
Sediment core from lake for PAH analysis
Sediment core from lake for PAH analysis

Sediment cores from lakes and reservoirs can be used to reconstruct contaminant histories in watersheds. Sediment-core analyses indicate that concentrations of PAHs in many U.S. urban lakes are increasing, and multiple lines of evidence indicate that the source of the PAHs in coal-tar-based pavement sealants.

Sediment cores from lakes and reservoirs can be used to reconstruct contaminant histories in watersheds. Sediment-core analyses indicate that concentrations of PAHs in many U.S. urban lakes are increasing, and multiple lines of evidence indicate that the source of the PAHs in coal-tar-based pavement sealants.

Pouring pavement dust into sample jar
Pouring dust from sealcoated pavement into sample jar
Pouring dust from sealcoated pavement into sample jar
Pouring dust from sealcoated pavement into sample jar

Dust was collected from sealcoated pavements across the U.S. Concentrations of polycyclic aromatic hydrocarbons (PAHs) in dust from sealed pavement in the East, where coal-tar-based products are used, was about 1,000 times higher than in dust from sealed pavement in the  West, where asphalt-based products are used.

Dust was collected from sealcoated pavements across the U.S. Concentrations of polycyclic aromatic hydrocarbons (PAHs) in dust from sealed pavement in the East, where coal-tar-based products are used, was about 1,000 times higher than in dust from sealed pavement in the  West, where asphalt-based products are used.

Scientists sampling fish from a canoe on Shoepack Lake in Voyageaurs National Park
Scientists sampling fish from a canoe on Shoepack Lake
Scientists sampling fish from a canoe on Shoepack Lake
Scientists sampling fish from a canoe on Shoepack Lake

Mark Sandheinrich and Sean Bailey of the University of Wisconsin - La Crosse sampling fish from a canoe on Shoepack Lake in Voyageurs National Park.

Scientists sampling fish from a canoe on Shoepack Lake in Voyageurs National Park
Scientists sampling for fish on Shoepack Lake via canoe
Scientists sampling for fish on Shoepack Lake via canoe
Scientists sampling for fish on Shoepack Lake via canoe

Mark Sandheinrich and Sean Bailey of the University of Wisconsin - La Crosse sampling fish from a canoe on Shoepack Lake in Voyageurs National Park. A burned tree is in the foreground from a previous wildland fire.

Mark Sandheinrich and Sean Bailey of the University of Wisconsin - La Crosse sampling fish from a canoe on Shoepack Lake in Voyageurs National Park. A burned tree is in the foreground from a previous wildland fire.

Image: Electromagnetic Survey
Electromagnetic Survey
Electromagnetic Survey
Electromagnetic Survey

USGS hydrologist conducts a broadband electromagnetic survey in New Orleans, Louisiana. The survey was one of several geophysical methods used during USGS applied research on the utility of the multi-channel analysis of surface waves (MASW) seismic method for non-invasive assessment of earthen levees.

USGS hydrologist conducts a broadband electromagnetic survey in New Orleans, Louisiana. The survey was one of several geophysical methods used during USGS applied research on the utility of the multi-channel analysis of surface waves (MASW) seismic method for non-invasive assessment of earthen levees.

Image: Seismic Survey
Seismic Survey
Seismic Survey
Seismic Survey

USGS hydrologists conduct a seismic survey in New Orleans, Louisiana. The survey was one of several geophysical methods used during USGS applied research on the utility of the multi-channel analysis of surface waves (MASW) seismic method (no pictured here) for non-invasive assessment of earthen levees.

USGS hydrologists conduct a seismic survey in New Orleans, Louisiana. The survey was one of several geophysical methods used during USGS applied research on the utility of the multi-channel analysis of surface waves (MASW) seismic method (no pictured here) for non-invasive assessment of earthen levees.

Image: Flooding of Whitey's Restaurant
Flooding of Whitey's Restaurant
Flooding of Whitey's Restaurant
Flooding of Whitey's Restaurant

USGS personnel measuring flood overflow near Whitey's Restaurant in East Grand Forks.

Image: Flint River at Base Flow Conditions
Flint River at Base Flow Conditions
Flint River at Base Flow Conditions
Flint River at Base Flow Conditions

The Flint River below Bainbridge, Georgia, showing base flow conditions. Even at low flows, rivers in this part of Georgia contain enough sediment to color the water brown.

The Flint River below Bainbridge, Georgia, showing base flow conditions. Even at low flows, rivers in this part of Georgia contain enough sediment to color the water brown.

Image: Red River of the North Flooding
Red River of the North Flooding
Red River of the North Flooding
Red River of the North Flooding

Red River of the North flooding the 1st Avenue North Bridge in Fargo, ND.

Image: Wild Rice River Flooding Bridge
Wild Rice River Flooding Bridge
Wild Rice River Flooding Bridge
Wild Rice River Flooding Bridge

The Wild Rice River near Abercrombie, North Dakota flooding.

Domestic well on the Arapahoe Aquifer
Domestic well on the Arapahoe Aquifer
Domestic well on the Arapahoe Aquifer
Domestic well on the Arapahoe Aquifer

Domestic well on the Arapahoe Aquifer from the USGS Circular 1357 "Water Quality in the Denver Basin Aquifer System, Colorado, 2003-2005."

Domestic well on the Arapahoe Aquifer from the USGS Circular 1357 "Water Quality in the Denver Basin Aquifer System, Colorado, 2003-2005."

Image: Paragliding by the Coast
Paragliding by the Coast
Paragliding by the Coast
Paragliding by the Coast

Scenic view of paragliding by coastline at Torrey Pines State Reserve.

Scenic view of paragliding by coastline at Torrey Pines State Reserve.

Image: Paragliding by the Coast
Paragliding by the Coast
Paragliding by the Coast
Paragliding by the Coast

Scenic view of paragliding by coastline at Torrey Pines State Reserve.

Scenic view of paragliding by coastline at Torrey Pines State Reserve.

Image: Paragliding by the Coast
Paragliding by the Coast
Paragliding by the Coast
Paragliding by the Coast

Scenic view of paragliding by coastline at Torrey Pines State Reserve.

Scenic view of paragliding by coastline at Torrey Pines State Reserve.

Image: Torrey Pines State Reserve
Torrey Pines State Reserve
Torrey Pines State Reserve
Image: Paragliding by the Coast
Paragliding by the Coast
Paragliding by the Coast
Paragliding by the Coast

Scenic view of paragliding by coastline at Torrey Pines State Reserve.

Scenic view of paragliding by coastline at Torrey Pines State Reserve.

Image: Pacific Coast of California
Pacific Coast of California
Pacific Coast of California
Pacific Coast of California

Waves crashing against rocks off the Pacific coast of California.

Hydrologist sampling for sediment and turbidity, Little Colorado River, Grand Canyon
Hydrologist sampling for sediment and turbidity, Little Colorado River
Hydrologist sampling for sediment and turbidity, Little Colorado River
Hydrologist sampling for sediment and turbidity, Little Colorado River

Here, a U.S. Geological Survey (USGS) hydrographer is collecting a suspended-sediment water sample from the Little Colorado River, a kilometer upstream from the Little Colorado River, Grand Canyon, Arizona, USA.

Here, a U.S. Geological Survey (USGS) hydrographer is collecting a suspended-sediment water sample from the Little Colorado River, a kilometer upstream from the Little Colorado River, Grand Canyon, Arizona, USA.

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