Skip to main content
U.S. flag

An official website of the United States government

All Multimedia

Access all multimedia to include images, video, audio, webcams, before-after imagery, and more. Filter and explore with filtering options to refine search. 

Filter Total Items: 24923
Depth-averaged velocity & primary & secondary velocities of River
Depth-averaged velocity & primary & secondary velocities of River
Depth-averaged velocity & primary & secondary velocities of River
Depth-averaged velocity & primary & secondary velocities of River

Depth-averaged velocity and primary and secondary velocities (Rozovskii definition) in the confluence of the White and Wabash Rivers along the Illinois and Indiana border, January 12, 2008. Produced in VMT using data from a TRDI 1200 KHz Rio Grande ADCP and additional formatting using Adobe Illustrator.

Depth-averaged velocity and primary and secondary velocities (Rozovskii definition) in the confluence of the White and Wabash Rivers along the Illinois and Indiana border, January 12, 2008. Produced in VMT using data from a TRDI 1200 KHz Rio Grande ADCP and additional formatting using Adobe Illustrator.

Depth-averaged currents and distribution of near-surface specific conductance in coastal Lake Erie, OH
Depth-avg currents & distribution of near-surface specific conductance
Depth-avg currents & distribution of near-surface specific conductance
Depth-avg currents & distribution of near-surface specific conductance

Depth-averaged currents and distribution of near-surface specific conductance in coastal Lake Erie in the vicinity of Villa Angela Beach and Euclid Creek, Ohio on September 11, 2012 Produced in VMT using data from a TRDI 600 KHz Rio Grande ADCP and supplementary specific conductance data from an autonomous underwater vehicle (AUV) that completed a simulataeous three

Depth-averaged currents and distribution of near-surface specific conductance in coastal Lake Erie in the vicinity of Villa Angela Beach and Euclid Creek, Ohio on September 11, 2012 Produced in VMT using data from a TRDI 600 KHz Rio Grande ADCP and supplementary specific conductance data from an autonomous underwater vehicle (AUV) that completed a simulataeous three

Map of earthquakes greater than M1.5 that occurred between March 1 and May 12, 2020, in the Intermountain West.
Map of earthquakes greater than M1.5 Intermountain West Idaho
Map of earthquakes greater than M1.5 Intermountain West Idaho
Map of earthquakes greater than M1.5 Intermountain West Idaho

Map of earthquakes greater than M1.5 that occurred between March 1 and May 12, 2020, in the Intermountain West. The main shock-aftershock sequences in central Idaho and near Salt Lake City are labeled. Orange dots are earthquakes that occurred within 24 hours, and yellow 1 week, of the map being generated (May 12, 2020)

Map of earthquakes greater than M1.5 that occurred between March 1 and May 12, 2020, in the Intermountain West. The main shock-aftershock sequences in central Idaho and near Salt Lake City are labeled. Orange dots are earthquakes that occurred within 24 hours, and yellow 1 week, of the map being generated (May 12, 2020)

graphs showing the difference between earthquake types
Schematic diagram showing differences in earthquake types
Schematic diagram showing differences in earthquake types
Schematic diagram showing differences in earthquake types

Schematic diagram illustrating the difference between a main shock with aftershocks (top), a sequences of foreshocks, main shock, and aftershocks (middle), and a seismic swarm (bottom).  Adapted from manuscript by Farrell and others, 2009.

Schematic diagram illustrating the difference between a main shock with aftershocks (top), a sequences of foreshocks, main shock, and aftershocks (middle), and a seismic swarm (bottom).  Adapted from manuscript by Farrell and others, 2009.

Color map of Kīlauea lower East Rift Zone
A map of the lower East Rift Zone of Kīlauea Volcano
A map of the lower East Rift Zone of Kīlauea Volcano
A map of the lower East Rift Zone of Kīlauea Volcano

A map of the lower East Rift Zone of Kīlauea Volcano showing the fissures and flow fields from the 1955 (blue) and 2018 (pink) eruptions. Portions of the 1955 lava flows that were covered during the 2018 eruption, are represented with a blue outline.
 

A map of the lower East Rift Zone of Kīlauea Volcano showing the fissures and flow fields from the 1955 (blue) and 2018 (pink) eruptions. Portions of the 1955 lava flows that were covered during the 2018 eruption, are represented with a blue outline.
 

Halema‘uma‘u rockslide on May 11, 2020
Halema‘uma‘u rockslide on May 11, 2020
Halema‘uma‘u rockslide on May 11, 2020

A small rockslide occurred today on the south wall of Halema‘uma‘u, sending boulders into the water at the bottom of the crater. USGS video by M. Patrick.

A small rockslide occurred today on the south wall of Halema‘uma‘u, sending boulders into the water at the bottom of the crater. USGS video by M. Patrick.

image related to volcanoes. See description
A small rockslide occurred today on the south wall of Halema‘uma‘u,
A small rockslide occurred today on the south wall of Halema‘uma‘u,
A small rockslide occurred today on the south wall of Halema‘uma‘u,

A small rockslide occurred today on the south wall of Halema‘uma‘u, sending boulders into the water at the bottom of the crater. USGS video by M. Patrick.

image related to volcanoes. See description
A view from the south rim of Halema‘uma‘u shows a lower collapsed bl
A view from the south rim of Halema‘uma‘u shows a lower collapsed bl
A view from the south rim of Halema‘uma‘u shows a lower collapsed bl

A view from the south rim of Halema‘uma‘u shows a lower collapsed block which has remains of Crater Rim Drive and the Halema‘uma‘u parking lot. The white feature in the lower right is a stop sign that was present at the eastern exit of the parking lot.

A view from the south rim of Halema‘uma‘u shows a lower collapsed block which has remains of Crater Rim Drive and the Halema‘uma‘u parking lot. The white feature in the lower right is a stop sign that was present at the eastern exit of the parking lot.

Deena Green setting up WinRiver II to make a RioPro measurement at the Selway River near Lowell, ID.
Deena Green setting up WinRiver II to make a RioPro measurement
Deena Green setting up WinRiver II to make a RioPro measurement
Deena Green setting up WinRiver II to make a RioPro measurement

Deena Green setting up WinRiver II to make a RioPro measurement at the Selway River near Lowell, ID.

Bank of the Green River
Green River Water Quality Sampling
Green River Water Quality Sampling
Green River Water Quality Sampling

Getting ready to collect sample number 378 at Green Riv blw Green Riv. Samples collected at regular intervals over a long period of time are critical for understanding current water-quality conditions and changes.

Getting ready to collect sample number 378 at Green Riv blw Green Riv. Samples collected at regular intervals over a long period of time are critical for understanding current water-quality conditions and changes.

Color photograph of technician on volcanic vent
HVO technician inspects power/communication station at Pu‘u ‘Ō‘ō
HVO technician inspects power/communication station at Pu‘u ‘Ō‘ō
scientists collect field data at Gulkana Glacier
Collecting Field Data at Gulkana Glacier
Collecting Field Data at Gulkana Glacier
Collecting Field Data at Gulkana Glacier

USGS scientists collect field data at Gulkana Glacier in the eastern Alaska Range. The checkerboard sampling pattern in the foreground indicates where snow pit density measurements were collected.

USGS scientists collect field data at Gulkana Glacier in the eastern Alaska Range. The checkerboard sampling pattern in the foreground indicates where snow pit density measurements were collected.

Timing is Everything: Fish, Wildlife, and Timing of Life Events
Timing is Everything: Fish, Wildlife, and Timing of Life Events
Timing is Everything: Fish, Wildlife, and Timing of Life Events

Timing is Everything: How Fish and Wildlife are Responding to Climate Change Through Shifts in the Timing of Life Events

Color photo of a fire and Frank Fay with the Eyes on Earth podcast logo
Eyes on Earth - Wildfire Risk to Communities
Eyes on Earth - Wildfire Risk to Communities
Eyes on Earth Episode 24 - Wildfire Risk to Communities
Eyes on Earth Episode 24 - Wildfire Risk to Communities
Color photo of a fire and Frank Fay with the Eyes on Earth podcast logo
Eyes on Earth - Wildfire Risk to Communities
Eyes on Earth - Wildfire Risk to Communities
Eyes on Earth Episode 24 - Wildfire Risk to Communities

The U.S. has plenty of data on wildfire risk. There are local and regional risk assessments, complex datasets like LANDFIRE and tracking tools like the EROS Fire Danger Monitor, as well as a host of resources and research projects devoted to the subject.

The U.S. has plenty of data on wildfire risk. There are local and regional risk assessments, complex datasets like LANDFIRE and tracking tools like the EROS Fire Danger Monitor, as well as a host of resources and research projects devoted to the subject.

Image of the Week - London Bridge in Arizona
Image of the Week - London Bridge in Arizona
Image of the Week - London Bridge in Arizona

London Bridge was indeed falling down. Set to be torn apart and replaced in the 1960s, this bridge across the River Thames was purchased by businessman Robert McCulloch in April 1968 and shipped across the Atlantic, to Lake Havasu City, Arizona, billed as the world's largest antique.

London Bridge was indeed falling down. Set to be torn apart and replaced in the 1960s, this bridge across the River Thames was purchased by businessman Robert McCulloch in April 1968 and shipped across the Atlantic, to Lake Havasu City, Arizona, billed as the world's largest antique.

Surface Tension and Water
Surface Tension and Water
Surface Tension and Water

Surface tension performs many duties that are vitally important to the environment and people. This video briefly covers Surface tension.
 

Surface tension performs many duties that are vitally important to the environment and people. This video briefly covers Surface tension.
 

A man stands on the bow of a small aluminum boat wearing bib waders, a personal floatation device, and a mask.
The new face of fieldwork
The new face of fieldwork
The new face of fieldwork

Marine technician Dan Powers, from the Pacific Coastal and Marine Science Center's Marine Facility (PCMSC MarFac), wears all the required personal protective equipment: bib waders, personal floatation device, and mask.

Marine technician Dan Powers, from the Pacific Coastal and Marine Science Center's Marine Facility (PCMSC MarFac), wears all the required personal protective equipment: bib waders, personal floatation device, and mask.

Color photograph of river surrounded by vegetation
View of the recently cleared Boiling Pots on the Wailuku River in Hilo
View of the recently cleared Boiling Pots on the Wailuku River in Hilo
View of the recently cleared Boiling Pots on the Wailuku River in Hilo

View of the recently cleared Boiling Pots on the Wailuku River in Hilo. The pots, each about 15 m (50 ft) in diameter, are eroded into a 10,000 year old Mauna Loa lava flow. When the water is low, the river does not flow over some of the pot rims but it continues to flow through them.

View of the recently cleared Boiling Pots on the Wailuku River in Hilo. The pots, each about 15 m (50 ft) in diameter, are eroded into a 10,000 year old Mauna Loa lava flow. When the water is low, the river does not flow over some of the pot rims but it continues to flow through them.

A USGS field team measures spring floodwaters at Chesapeake bay's largest tributary.
USGS measures spring flooding at Chesapeake bay's largest tributary
USGS measures spring flooding at Chesapeake bay's largest tributary
USGS measures spring flooding at Chesapeake bay's largest tributary

A USGS field team, to include Pat Bowen, Kate Bowen and John Trainor, uses specialized equipment to measure spring floodwaters at Chesapeake Bay's largest tributary, the Susquehanna River in Maryland.

A USGS field team measures spring floodwaters at Chesapeake bay's largest tributary.
USGS measures spring flooding at Chesapeake bay's largest tributary
USGS measures spring flooding at Chesapeake bay's largest tributary
USGS measures spring flooding at Chesapeake bay's largest tributary

A USGS field team, to include Pat Bowen, Kate Bowen and John Trainor, uses specialized equipment to measure spring floodwaters at Chesapeake Bay's largest tributary, the Susquehanna River in Maryland.

Was this page helpful?