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Photo of a group of USG paper models
USGS paper models collection
USGS paper models collection
USGS paper models collection

USGS Education paper models collection includes dinosaurs and other fossils, and geologic processes like volcanoes and sand dune formation.

USGS Education paper models collection includes dinosaurs and other fossils, and geologic processes like volcanoes and sand dune formation.

Man sitting in front of a map Man sitting in front of a map
Yellowstone Volcano Observatory Monthly Update: April 1, 2020
Yellowstone Volcano Observatory Monthly Update: April 1, 2020

Mike Poland, Scientist-in-Charge of the Yellowstone Volcano Observatory, gives an overview of activity at Yellowstone during March 2020.

 

March 31, 2020 M6.5 Stanley Idaho earthquake station download location
March 31, 2020 M6.5 Stanley Idaho earthquake station download location
March 31, 2020 M6.5 Stanley Idaho earthquake station download location
March 31, 2020 M6.5 Stanley Idaho earthquake station download location

For every major earthquake in the U.S., UNAVCO downloads high-rate data from all nearby GPS/GNSS stations. The downloads for the March 31, 2020, magnitude 6.5 Stanley, Idaho, earthquake include more than 20 stations in and around Yellowstone. Figure by Christine Puskas (UNAVCO).

For every major earthquake in the U.S., UNAVCO downloads high-rate data from all nearby GPS/GNSS stations. The downloads for the March 31, 2020, magnitude 6.5 Stanley, Idaho, earthquake include more than 20 stations in and around Yellowstone. Figure by Christine Puskas (UNAVCO).

March 31, 2020 M6.5 Stanley Idaho earthquake
March 31, 2020 M6.5 Stanley Idaho earthquake viewed on many sensors
March 31, 2020 M6.5 Stanley Idaho earthquake viewed on many sensors
March 31, 2020 M6.5 Stanley Idaho earthquake viewed on many sensors

Highly sensitive instruments installed deep below the ground surface yield great records of earthquakes near and far. The March 31, 2020, magnitude 6.5 Stanley, Idaho, earthquake shows up very clearly in borehole strainmeter station B944's four different sensors.

Highly sensitive instruments installed deep below the ground surface yield great records of earthquakes near and far. The March 31, 2020, magnitude 6.5 Stanley, Idaho, earthquake shows up very clearly in borehole strainmeter station B944's four different sensors.

Photo of the Colorado River running through a canyon lined with rocky debris and green vegetation
Colorado River, Marble Canyon, Arizona
Colorado River, Marble Canyon, Arizona
Colorado River, Marble Canyon, Arizona

Photo of the Colorado River running through Marble Canyon near Nankoweap Creek (near River Mile 51.5) in the Grand Canyon, Arizona.

Photo of the Colorado River running through Marble Canyon near Nankoweap Creek (near River Mile 51.5) in the Grand Canyon, Arizona.

Biography of Florence Bascom
Biography of Florence Bascom
Biography of Florence Bascom

This video is a brief but informative introduction to the life and work of Florence Bascom, the first woman hired by USGS! It describes the significance of her accomplishments at USGS and the legacy of her work beyond geology.

This video is a brief but informative introduction to the life and work of Florence Bascom, the first woman hired by USGS! It describes the significance of her accomplishments at USGS and the legacy of her work beyond geology.

image related to volcanoes. See description
Close monitoring of the summit water pond continues
Close monitoring of the summit water pond continues
Close monitoring of the summit water pond continues

Clear weather allowed another water pond measurement to be made this morning. Results show continued slow rise of the water level. No major changes were observed. Note the former HVO observation tower can be seen above the geologist's helmet.

Clear weather allowed another water pond measurement to be made this morning. Results show continued slow rise of the water level. No major changes were observed. Note the former HVO observation tower can be seen above the geologist's helmet.

image related to volcanoes. See description
Day to day changes in the color of the water pond are common. This morning the
Day to day changes in the color of the water pond are common. This morning the
Day to day changes in the color of the water pond are common. This morning the

Day to day changes in the color of the water pond are common. This morning the pond had a browner hue compared to the previous observation on April 1, when the pond color was slightly more greenish yellow (see photo below).

Black and white SEM image of ash
Scanning electron microprobe images of Icelandic ash
Scanning electron microprobe images of Icelandic ash
Scanning electron microprobe images of Icelandic ash

Scanning electron microprobe images show the complexity of tiny Icelandic ash grains (150 micron, or 0.006 inch). Image (a) shows a dense and blocky grain, and (b) shows a foamy grain.

Scanning electron microprobe images show the complexity of tiny Icelandic ash grains (150 micron, or 0.006 inch). Image (a) shows a dense and blocky grain, and (b) shows a foamy grain.

aerial view of edge of lake showing cracks under the water
Stanley Lake Cracks from Stanley, Idaho Earthquake Liquefaction
Stanley Lake Cracks from Stanley, Idaho Earthquake Liquefaction
Color photograph of soil and ash
This section of brown Icelandic soil and ash
This section of brown Icelandic soil and ash
This section of brown Icelandic soil and ash

This section of brown Icelandic soil (top) contains 800 years of ash deposits erupted from five different volcanoes. The black layers, 5-10 cm (2-4 in) thick, are from Katla Volcano. A white arrow points to a closeup of the 1755 Katla ash deposit (lower left).

This section of brown Icelandic soil (top) contains 800 years of ash deposits erupted from five different volcanoes. The black layers, 5-10 cm (2-4 in) thick, are from Katla Volcano. A white arrow points to a closeup of the 1755 Katla ash deposit (lower left).

Timelapse of water rising in Halema‘uma‘u
Timelapse of water rising in Halema‘uma‘u
Timelapse of water rising in Halema‘uma‘u

This timelapse sequence shows the water pond in Halema‘uma‘u Crater, at Kīlauea's summit, between November 1, 2019, and March 26, 2020. Over this time the water level rose approximately 14 meters (46 feet), equivalent to 67 cm (about 2 feet) per week. The timelapse shows one image per day (with a few cloudy images removed), and is looped several times.

This timelapse sequence shows the water pond in Halema‘uma‘u Crater, at Kīlauea's summit, between November 1, 2019, and March 26, 2020. Over this time the water level rose approximately 14 meters (46 feet), equivalent to 67 cm (about 2 feet) per week. The timelapse shows one image per day (with a few cloudy images removed), and is looped several times.

Transboundary Connectivity Conservation for a Changing Climate
Transboundary Connectivity Conservation for a Changing Climate
Transboundary Connectivity Conservation for a Changing Climate

Enhancing ecological connectivity - the degree to which landscapes facilitate the movement of the organisms within them - is a frequently recommended strategy for conserving wildlife populations into the future.

Enhancing ecological connectivity - the degree to which landscapes facilitate the movement of the organisms within them - is a frequently recommended strategy for conserving wildlife populations into the future.

PCB Project Field Photograph, USGS - New Mexico Water Science Center
PCB Project Field Photograph, USGS - New Mexico Water Science Center
PCB Project Field Photograph, USGS - New Mexico Water Science Center
PCB Project Field Photograph, USGS - New Mexico Water Science Center

Field photograph taken for Polychlorinated Biphenyl (PCB) In Albuquerque Stormwater Channels Project, USGS - New Mexico Water Science Center

Image of the Week — Antarctica's Newest Island
Image of the Week — Antarctica's Newest Island
Image of the Week — Antarctica's Newest Island

Antarctica has been the source for a host of fascinating satellite imagery in recent months. We've offered scenes from the southern solstice, images of icebergs adrift, and shots of pooling meltwater during some of the warmest days on record for the frozen continent. An international team of scientists onboard a U.S.

Antarctica has been the source for a host of fascinating satellite imagery in recent months. We've offered scenes from the southern solstice, images of icebergs adrift, and shots of pooling meltwater during some of the warmest days on record for the frozen continent. An international team of scientists onboard a U.S.

Bruce Wylie with graphic for USGS EROS podcast Eyes on Earth
Eyes on Earth - Permafrost
Eyes on Earth - Permafrost
Eyes on Earth Episode 20 - Mapping Alaska's Permafrost
Eyes on Earth Episode 20 - Mapping Alaska's Permafrost
Bruce Wylie with graphic for USGS EROS podcast Eyes on Earth
Eyes on Earth - Permafrost
Eyes on Earth - Permafrost
Eyes on Earth Episode 20 - Mapping Alaska's Permafrost

The Arctic is changing at a more rapid rate than the rest of the planet. Some of the most significant changes are tied to the thawing of near-surface permafrost, the layers of frozen soil containing vast stocks of stored carbon.

The Arctic is changing at a more rapid rate than the rest of the planet. Some of the most significant changes are tied to the thawing of near-surface permafrost, the layers of frozen soil containing vast stocks of stored carbon.

Two aerial images of a barrier island, in 1994 and 2014. The size of the island is much smaller in 2014 and has moved westward.
Cedar Island, Virginia 1994 - 2014
Cedar Island, Virginia 1994 - 2014
Cedar Island, Virginia 1994 - 2014

Cedar Island, Virginia is an uninhabited barrier that has migrated landward approximately 15-30 meters per year since 1984 due to its low sediment supply. The shoreface slope is gradual but almost entirely devoid of island sediment - both responses to its recent, rapid retreat. USGS scientists collect geologic and morphologic data from this island’s shoreface.

Cedar Island, Virginia is an uninhabited barrier that has migrated landward approximately 15-30 meters per year since 1984 due to its low sediment supply. The shoreface slope is gradual but almost entirely devoid of island sediment - both responses to its recent, rapid retreat. USGS scientists collect geologic and morphologic data from this island’s shoreface.

Two aerial images of a barrier island, in 1994 and 2014. There is a breach in the island in 2014 that was not present in 1994.
Fire Island, New York 1994 - 2014
Fire Island, New York 1994 - 2014
Fire Island, New York 1994 - 2014

Fire Island, New York is sparsely populated and regularly nourished, but has few modifications that impede natural sediment exchanges. Shoreface geomorphology reflects past periods of seaward progradation and alongshore extension resulting in a relatively sediment-rich shoreface. USGS scientists collect geologic and morphologic data from this island’s shoreface.

Fire Island, New York is sparsely populated and regularly nourished, but has few modifications that impede natural sediment exchanges. Shoreface geomorphology reflects past periods of seaward progradation and alongshore extension resulting in a relatively sediment-rich shoreface. USGS scientists collect geologic and morphologic data from this island’s shoreface.

image related to volcanoes. See description
Physical map of the western USA showing locations of strong earthquakes in March
Physical map of the western USA showing locations of strong earthquakes in March
Physical map of the western USA showing locations of strong earthquakes in March

Physical map of the western USA showing locations of strong earthquakes in March 2020 and Basin and Range extensional province. The Basin and Range stretches from the Sierra Nevada in the west to the Wasatch and Teton mountains in the east, and from central Idaho and southwest Montana in the north to Mexico in the south.

Physical map of the western USA showing locations of strong earthquakes in March 2020 and Basin and Range extensional province. The Basin and Range stretches from the Sierra Nevada in the west to the Wasatch and Teton mountains in the east, and from central Idaho and southwest Montana in the north to Mexico in the south.

From under an airplane wing high above the ground, we see green hills, with a rainbow extending down from behind airplane wing
Rainbow captured along the CA coast from a plane
Rainbow captured along the CA coast from a plane
Rainbow captured along the CA coast from a plane

This photo was taken during an aerial photographic survey of seabirds and marine mammals along the California Coast. The project is supported by the Bureau of Ocean Energy Management and helps planning in advance of potential offshore wind energy development along the California Coast.

This photo was taken during an aerial photographic survey of seabirds and marine mammals along the California Coast. The project is supported by the Bureau of Ocean Energy Management and helps planning in advance of potential offshore wind energy development along the California Coast.

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