Skip to main content
U.S. flag

An official website of the United States government

Images

All items in this gallery are considered public domain unless otherwise noted.

Filter Total Items: 450
Interactive map that identifies Natural Resource Damage Assessment and Restoration (NRDAR) cases
Interactive map that identifies NRDAR cases
Interactive map that identifies NRDAR cases
Interactive map that identifies NRDAR cases

The new Damage Assessment and Restoration Tracking System (DARTS) Web site provides an interactive map that identifies Natural Resource Damage Assessment and Restoration (NRDAR) cases. The shapes of icons represent incident type; icon color represents the status of the case.

The new Damage Assessment and Restoration Tracking System (DARTS) Web site provides an interactive map that identifies Natural Resource Damage Assessment and Restoration (NRDAR) cases. The shapes of icons represent incident type; icon color represents the status of the case.

USGS scientist sampling tap water from a public water supply
USGS scientist sampling tap water from a public water supply
USGS scientist sampling tap water from a public water supply
USGS scientist sampling tap water from a public water supply

USGS scientist sampling tap water from a public water supply.

Before and after photos of Fourmile Creek near Ankeny, Iowa, showing a wastewater outfall from a wastewater treatment facility
Before and after photos of Fourmile Creek near Ankeny, Iowa
Before and after photos of Fourmile Creek near Ankeny, Iowa
Before and after photos of Fourmile Creek near Ankeny, Iowa

Before and after photos of Fourmile Creek near Ankeny, Iowa, showing a wastewater outfall from a wastewater treatment facility (WWTF). The top photo is the creek before the WWTFwas closed, and the bottom photo is after the WWTF was shutdown. After the shutdown flow in the creek decreased significantly. Photo credits: Laura E.

Before and after photos of Fourmile Creek near Ankeny, Iowa, showing a wastewater outfall from a wastewater treatment facility (WWTF). The top photo is the creek before the WWTFwas closed, and the bottom photo is after the WWTF was shutdown. After the shutdown flow in the creek decreased significantly. Photo credits: Laura E.

USGS scientist sampling tap water from a public water supply
USGS scientist sampling tap water from a tap
USGS scientist sampling tap water from a tap
USGS scientist sampling tap water from a tap

USGS scientist sampling tap water from a public-water supply.

Harmful algal blooms turn water in Milford lake emerald green
Harmful algal blooms turn water in Milford Lake emerald green
Harmful algal blooms turn water in Milford Lake emerald green
Harmful algal blooms turn water in Milford Lake emerald green

Harmful algal blooms turn water in Milford Lake emerald green

Cyanobacterial blooms in 2016 on Lake Okeechobee, Florida
Cyanobacterial blooms in 2016 on Lake Okeechobee, Florida
Cyanobacterial blooms in 2016 on Lake Okeechobee, Florida
Cyanobacterial blooms in 2016 on Lake Okeechobee, Florida

Cyanobacterial blooms, such as the one shown that occurred in 2016 on Lake Okeechobee, Florida, can release toxins.

Cyanobacterial blooms, such as the one shown that occurred in 2016 on Lake Okeechobee, Florida, can release toxins.

Green River
Sampling Trip on the Green River
Sampling Trip on the Green River
Sampling Trip on the Green River

Green River in the Upper Colorado River Basin.

Green River
Sampling Trip on the Green River
Sampling Trip on the Green River
Sampling Trip on the Green River

The Green River in the Upper Colorado River Basin.

U.S. Geological Survey employees sampling the soil
Soil sampling near a uranium mine site in Arizona
Soil sampling near a uranium mine site in Arizona
Soil sampling near a uranium mine site in Arizona

Soil sampling near the Kanab North uranium mine site in Arizona.

U.S. Geological Survey employees sampling soil
Soil sampling near a uranium mine site in Arizona
Soil sampling near a uranium mine site in Arizona
Soil sampling near a uranium mine site in Arizona

Soil sampling near the Kanab North uranium mine site in Arizona.

USGS scientist getting ready to measure discharge (flow) in the same stream as above (from New York Branch, Iowa)
USGS scientist getting ready to measure discharge (flow)
USGS scientist getting ready to measure discharge (flow)
USGS scientist getting ready to measure discharge (flow)

In this photo the USGS scientist is getting ready to measure discharge (flow) in the same stream as above (from New York Branch, Iowa), but after a rainfall event. 

In this photo the USGS scientist is getting ready to measure discharge (flow) in the same stream as above (from New York Branch, Iowa), but after a rainfall event. 

Denis R. LeBlanc receiving his Distinguished Service Award
Denis R. LeBlanc receiving his Distinguished Service Award
Denis R. LeBlanc receiving his Distinguished Service Award
Denis R. LeBlanc receiving his Distinguished Service Award

Denis R. LeBlanc receiving his Distinguished Service Award on May 9, 2016, from Mike Connor, Deputy Secretary of the Interior (left) and Sally Jewell, Secretary of the Interior (right). 

Denis R. LeBlanc receiving his Distinguished Service Award on May 9, 2016, from Mike Connor, Deputy Secretary of the Interior (left) and Sally Jewell, Secretary of the Interior (right). 

Dr. Michael T. Meyer receiving his Distinguished Service Award
Dr. Michael T. Meyer receiving his Distinguished Service Award
Dr. Michael T. Meyer receiving his Distinguished Service Award
Dr. Michael T. Meyer receiving his Distinguished Service Award

Dr. Michael T. Meyer receiving his Distinguished Service Award on May 9, 2016, from Mike Connor, Deputy Secretary of the Interior (left) and Sally Jewell, Secretary of the Interior (right)

Dr. Michael T. Meyer receiving his Distinguished Service Award on May 9, 2016, from Mike Connor, Deputy Secretary of the Interior (left) and Sally Jewell, Secretary of the Interior (right)

Tanker truck sits in from of several large tanks holding wastewater.
Class II injection well wastewater disposal facility with storage tank
Class II injection well wastewater disposal facility with storage tank
Class II injection well wastewater disposal facility with storage tank

This West Virginia disposal facility disposes of wastewaters from unconventional oil and gas production in Class II underground injection control wells

This West Virginia disposal facility disposes of wastewaters from unconventional oil and gas production in Class II underground injection control wells

Study area located in the Grand Canyon, Arizona
Study area located in the Grand Canyon, Arizona
Study area located in the Grand Canyon, Arizona
Study area located in the Grand Canyon, Arizona

A scientist walking on a trail in Grand Canyon, National Park

View of Old Mans Creek near Iowa City, Iowa
View of Old Mans Creek near Iowa City, Iowa
View of Old Mans Creek near Iowa City, Iowa
View of Old Mans Creek near Iowa City, Iowa

View of Old Mans Creek near Iowa City, Iowa upstream from a bridge used for collecting water-quality samples (USGS Site ID: 05455100).

View of Old Mans Creek near Iowa City, Iowa upstream from a bridge used for collecting water-quality samples (USGS Site ID: 05455100).

Image: Ross basin, upper Cement Creek in Watershed above North Fork Cement Creek
Ross basin, upper Cement Creek in Watershed above North Fork Cement Creek
Ross basin, upper Cement Creek in Watershed above North Fork Cement Creek
Ross basin, upper Cement Creek in Watershed above North Fork Cement Creek

Western view toward the Red Mountains near Silverton, Colorado, taken just upstream from the North Fork Cement Creek drainage in 2006. The photo illustrates acidic drainage (red drainage at right) and less acidic drainage (white drainage at left of photo) that originates from altered rocks and mines in the watershed.

Western view toward the Red Mountains near Silverton, Colorado, taken just upstream from the North Fork Cement Creek drainage in 2006. The photo illustrates acidic drainage (red drainage at right) and less acidic drainage (white drainage at left of photo) that originates from altered rocks and mines in the watershed.

Image: Ferricrete Formation at Base of Cement Creek
Ferricrete Formation at Base of Cement Creek
Ferricrete Formation at Base of Cement Creek
Ferricrete Formation at Base of Cement Creek

Ferricrete (surficial deposits cemented by iron oxides) formation at the base of Cement Creek north of Silverton, Colorado.

Ferricrete (surficial deposits cemented by iron oxides) formation at the base of Cement Creek north of Silverton, Colorado.

Image: White-Nose Syndrome Lesions Under UV Light
White-Nose Syndrome Lesions Under UV Light
White-Nose Syndrome Lesions Under UV Light
White-Nose Syndrome Lesions Under UV Light

Long-wave ultraviolet (UV) and white-light illumination of lesions associated with white-nose syndrome.  Points of orange–yellow fluorescence (arrows) detected on a roosting Indiana myotis (Myotis sodalis) following surface illumination with a field-portable 9-watt 368-nm fluorescent UV light (photo by Tina Cheng with permission).

Long-wave ultraviolet (UV) and white-light illumination of lesions associated with white-nose syndrome.  Points of orange–yellow fluorescence (arrows) detected on a roosting Indiana myotis (Myotis sodalis) following surface illumination with a field-portable 9-watt 368-nm fluorescent UV light (photo by Tina Cheng with permission).

U.S. Geological Survey laboratories to middle school students
U.S. Geological Survey laboratories to middle school students
U.S. Geological Survey laboratories to middle school students
U.S. Geological Survey laboratories to middle school students

Dr. Denise Akob and Dr. Karl Haase give a tour of U.S. Geological Survey laboratories to middle school students. The tour was part of the White House's My Brother's Keeper Day at the Lab.

Dr. Denise Akob and Dr. Karl Haase give a tour of U.S. Geological Survey laboratories to middle school students. The tour was part of the White House's My Brother's Keeper Day at the Lab.

A map showing the locations of decision units surrounding the Canyon Mine, Arizona
A map showing the locations of decision units at the Canyon Mine, AZ
A map showing the locations of decision units at the Canyon Mine, AZ
A map showing the locations of decision units at the Canyon Mine, AZ

A map showing the locations of decision units surrounding the Canyon Mine, Arizona. The scientists used a incremental sampling methodology to collect samples from the predefined decision units. The points (squares and circles) indicate locations where surface soil subsamples were collected during June 2013.

A map showing the locations of decision units surrounding the Canyon Mine, Arizona. The scientists used a incremental sampling methodology to collect samples from the predefined decision units. The points (squares and circles) indicate locations where surface soil subsamples were collected during June 2013.