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Images

Explore water-related photography, imagery, and illustrations.

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A brownish river with sand and salt deposits along the shore, with red rock formations beyond the far shore
Salt deposits along the Paria River, UT
Salt deposits along the Paria River, UT
Salt deposits along the Paria River, UT

Salt deposits along the Paria River, UT. USGS scientists are studying salinity in the Upper Colorado Basin.

A green-brown river cuts through a red rock canyon, with scrubby desert vegetation along the river's edge
Dolores River, CO
Dolores River, CO
Dolores River, CO

The Dolores River, CO, a tributary of the Colorado River. USGS scientists are studying salinity in the Upper Colorado Basin.

The Dolores River, CO, a tributary of the Colorado River. USGS scientists are studying salinity in the Upper Colorado Basin.

A USGS monitoring camera sits atop a structure, overlooking a river.
HIVIS camera along the San Antonio River
HIVIS camera along the San Antonio River
HIVIS camera along the San Antonio River

A Hydrologic Imagery Visualization and Information System (HIVIS) camera along the San Antonio River in San Antonio, Texas. The camera is used to verify the position of a gate that is operated by the City of San Antonio. Check out the camera here.

A Hydrologic Imagery Visualization and Information System (HIVIS) camera along the San Antonio River in San Antonio, Texas. The camera is used to verify the position of a gate that is operated by the City of San Antonio. Check out the camera here.

Person hunching over white metal box in ground
Tarah Balden, scientist, Yurok Tribe looking at data logger
Tarah Balden, scientist, Yurok Tribe looking at data logger
Tarah Balden, scientist, Yurok Tribe looking at data logger

A soil moisture data logger buried in the ground is a specialized instrument designed to measure and record the moisture content of soil over time. Here's how it generally functions:

The image is the logo for pywatershed
Logo for Pywatershed
Logo for Pywatershed
Logo for Pywatershed

The image is the logo for pywatershed created by James L. Mccreight. jmccreight@usgs.gov

Photo of a lush green forested area around Makamaka‘ole Stream near Kānoa Ridge, Maui.
Makamaka'ole_Stream_Maui_portrait.JPG
Makamaka'ole_Stream_Maui_portrait.JPG
Makamaka'ole_Stream_Maui_portrait.JPG

Photo of a lush green forested area around Makamaka‘ole Stream near Kānoa Ridge, Maui.

Photo of lush green forested area around Makamaka‘ole Stream near Kānoa Ridge, Maui.
Makamaka'ole_Stream_Maui_landscape.JPG
Makamaka'ole_Stream_Maui_landscape.JPG
Lanscape in Nakula, Maui
Nakula_cloud_forest_Maui.JPG
Nakula_cloud_forest_Maui.JPG
Nakula_cloud_forest_Maui.JPG

Cloud covered forest landscape in Nakula, Maui with outlines of trees in the distance.

A landscape depicting where water is (in bright blue) and how it moves (with arrows). Human activities are shown throughout.
Le cycle de l’eau - The Water Cycle, French (Canadian) (PNG)
Le cycle de l’eau - The Water Cycle, French (Canadian) (PNG)
Le cycle de l’eau - The Water Cycle, French (Canadian) (PNG)

*English is the official language and authoritative version of all federal information

 

A landscape depicting where water is (in bright blue) and how it moves (with arrows). Human activities are shown throughout.
Su döngüsü - The Water Cycle, Turkish (PNG)
Su döngüsü - The Water Cycle, Turkish (PNG)
Su döngüsü - The Water Cycle, Turkish (PNG)

This diagram, released in English and Spanish in 2022, depicts the global water cycle. It shows how human water use affects where water is stored, how it moves, and how clean it is. This diagram is also available in other languages available on our Downloadable Products page.

This diagram, released in English and Spanish in 2022, depicts the global water cycle. It shows how human water use affects where water is stored, how it moves, and how clean it is. This diagram is also available in other languages available on our Downloadable Products page.

Continental US Map of USGS HABs Cooperative Matching Funds Projects locations
USGS HABs Cooperarative Matching Funds Projects
USGS HABs Cooperarative Matching Funds Projects
USGS HABs Cooperarative Matching Funds Projects

The USGS National Water Quality Program (NWQP) is funding 24 projects in 15 geographic areas that advance real-time monitoring, remote sensing, and use of molecular techniques in identifying and predicting the occurrence of HABs and the toxins they produce.

The USGS National Water Quality Program (NWQP) is funding 24 projects in 15 geographic areas that advance real-time monitoring, remote sensing, and use of molecular techniques in identifying and predicting the occurrence of HABs and the toxins they produce.

A map of 4 streamgages along the Colorado stretch of the Colorado River.  Hydrographs for each streamgage are also shown.
Upper Colorado River Basin streamflow, March-August 2023
Upper Colorado River Basin streamflow, March-August 2023
Upper Colorado River Basin streamflow, March-August 2023

March-August daily average streamflow for the last 30 years (1991-2022) (dark gray lines) compared to 2023, showing the periods where 2023 streamflow was above (blue) and below (orange) the historical average. Individual years of the relevant historical streamflow period are shown in light gray. 

March-August daily average streamflow for the last 30 years (1991-2022) (dark gray lines) compared to 2023, showing the periods where 2023 streamflow was above (blue) and below (orange) the historical average. Individual years of the relevant historical streamflow period are shown in light gray. 

Map of Willamette River Basin showing hillshade topography, major rivers, and U.S. Army Corps of Engineers dams.
Integrated Water Science: Willamette River Basin, Oregon
Integrated Water Science: Willamette River Basin, Oregon
Integrated Water Science: Willamette River Basin, Oregon

Map of the Integrated Water Science study area for the Willamette River Basin, Oregon.

USGS hydrologist on Fernan Lake in a canoe sampling the water
Field sampling by boat in Lake Fernan, Idaho
Field sampling by boat in Lake Fernan, Idaho
Field sampling by boat in Lake Fernan, Idaho

Collecting field samples to validate satellite remote sensing of water quality on Fernan Lake, Idaho.

Cyanobacteria algae near the shore of Lake Lowell, Idaho
Cyanobacteria algae near the shore of Lake Lowell, Idaho
Cyanobacteria algae near the shore of Lake Lowell, Idaho
Cyanobacteria algae near the shore of Lake Lowell, Idaho

Cyanobacteria (a form of algae) accumulated near the shore of Lake Lowell, Idaho.  Field samples from this site visit are used to validate satellite remote sensing of water quality.

Cyanobacteria (a form of algae) accumulated near the shore of Lake Lowell, Idaho.  Field samples from this site visit are used to validate satellite remote sensing of water quality.

Photograph showing red-brown buttes of sedimentary rocks incised by the sediment-rich brown water of the Colorado River.
Grand_Canyon_20230908_Brennan.jpg
Grand_Canyon_20230908_Brennan.jpg
Abandoned cars on a flooded street in Brooklyn, NY.
Abandoned cars on a flooded street in Brooklyn, NY.
Abandoned cars on a flooded street in Brooklyn, NY.
Abandoned cars on a flooded street in Brooklyn, NY.

Abandoned cars on a flooded street in the Gowanus neighborhood of Brooklyn, NY during a storm in 2023.

A pale orange river and dark orange deposits on river bank.
An orange tributary of the Kugururok River, Noatak National Preserve, Alaska
An orange tributary of the Kugururok River, Noatak National Preserve, Alaska
An orange tributary of the Kugururok River, Noatak National Preserve, Alaska

Orange streams are increasingly common in the Brooks Range of northern Alaska. The orange stream color reflects oxidized iron, but also often indicates elevated heavy metal concentrations. Our ongoing study aims to document these occurrences and the timing of their onset.

Orange streams are increasingly common in the Brooks Range of northern Alaska. The orange stream color reflects oxidized iron, but also often indicates elevated heavy metal concentrations. Our ongoing study aims to document these occurrences and the timing of their onset.

photo of creek flowing through mixed grass and shrubland. Small hill and cloudy sky in background.
MuddyCreekChannel.jpg
MuddyCreekChannel.jpg
MuddyCreekChannel.jpg

Vegetation growth is assisting the Muddy Creek channel in becoming deeper and narrower (Carbon County, Wyoming).  Photo by Patrick Anderson (USGS)

Vegetation growth is assisting the Muddy Creek channel in becoming deeper and narrower (Carbon County, Wyoming).  Photo by Patrick Anderson (USGS)

A screenshot from a video of a rising glacial lake in Alaska. The lake is filled with large chunks of ice.
Rising glacial lake in Alaska
Rising glacial lake in Alaska
Rising glacial lake in Alaska

This is a screenshot taken from a timelapse video of a rising glacial lake from May through August 2023. The video was captured by a USGS Hydrologic Imagery Visualization and Information System (HIVIS) camera. The water level in the lake gradually rises throughout the video and then the water level dramatically decreases towards the end of the video.

This is a screenshot taken from a timelapse video of a rising glacial lake from May through August 2023. The video was captured by a USGS Hydrologic Imagery Visualization and Information System (HIVIS) camera. The water level in the lake gradually rises throughout the video and then the water level dramatically decreases towards the end of the video.

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