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Vegetation plot on Seward Mountain
Vegetation plot on Seward Mountain
Vegetation plot on Seward Mountain
Vegetation plot on Seward Mountain

Researchers evaluate vegetation during a Global Observation Research Initiative in Alpine (GLORIA) alpine plant survey near the summit of Seward Mountain in Glacier National Park, Montana.

Researchers evaluate vegetation during a Global Observation Research Initiative in Alpine (GLORIA) alpine plant survey near the summit of Seward Mountain in Glacier National Park, Montana.

View looks along a coastal beach from a rocky jetty.
Fort Stevens State Park
Fort Stevens State Park
Fort Stevens State Park

Photo of surf zone offshore of Fort Stevens State Park taken from the Columbia River South Jetty observation deck.

Photo of surf zone offshore of Fort Stevens State Park taken from the Columbia River South Jetty observation deck.

Mount Nyiragongo Eruption Activity Captured by Terra ASTER
Mount Nyiragongo Eruption Activity Captured by Terra ASTER
Mount Nyiragongo Eruption Activity Captured by Terra ASTER

Mount Nyiragongo is a stratovolcano in the Democratic Republic of the Congo. It’s one of the most active in the world, having exhibited volcanic activity at least once every 3 months since May 17, 2002.
 

Mount Nyiragongo is a stratovolcano in the Democratic Republic of the Congo. It’s one of the most active in the world, having exhibited volcanic activity at least once every 3 months since May 17, 2002.
 

USGS gage 04159130 St. Clair River at Port Huron, MI
USGS gage 04159130 St. Clair River at Port Huron, MI
USGS gage 04159130 St. Clair River at Port Huron, MI
USGS gage 04159130 St. Clair River at Port Huron, MI

Josh Loewel, Hydrologic Technician for the Upper Midwest Water Science Center, Lansing Office, servicing the ADVM at St. Clair River at Port Huron, MI (USGS Station Number 04159130). Photograph was taken looking southeast, with the city of Sarnia, Ontario on the opposite bank of the river.

Josh Loewel, Hydrologic Technician for the Upper Midwest Water Science Center, Lansing Office, servicing the ADVM at St. Clair River at Port Huron, MI (USGS Station Number 04159130). Photograph was taken looking southeast, with the city of Sarnia, Ontario on the opposite bank of the river.

LCMAP Collection 1 Science Products - Primary & Secondary Land Cover
LCMAP Collection 1 Science Products - Primary & Secondary Land Cover
LCMAP Collection 1 Science Products - Primary & Secondary Land Cover

LCMAP Collection 1 includes 10 Science Products, offering different perspectives for the study of land change across the country, through time. The primary and secondary land cover products, provide important information on the most likely land cover class for each pixel. Their associated confidence products record the level of confidence in each classification.

LCMAP Collection 1 includes 10 Science Products, offering different perspectives for the study of land change across the country, through time. The primary and secondary land cover products, provide important information on the most likely land cover class for each pixel. Their associated confidence products record the level of confidence in each classification.

image related to volcanoes. See description
No significant changes at Kīlauea's summit water lake
No significant changes at Kīlauea's summit water lake
No significant changes at Kīlauea's summit water lake

An HVO geologist collects GPS data on the western rim of Kīlauea's summit caldera. The geologist is standing upon a thick sequence of tephra deposits formed during explosive eruptions at Kīlauea's summit between about 1500 CE and the early 19th century.

An HVO geologist collects GPS data on the western rim of Kīlauea's summit caldera. The geologist is standing upon a thick sequence of tephra deposits formed during explosive eruptions at Kīlauea's summit between about 1500 CE and the early 19th century.

Scientists collecting water samples from near the water buoy
VanDorn Sample
VanDorn Sample
VanDorn Sample

Hydrographers Bradley Bjorklund and Jonathan Cohl splitting a sample collected at Spruce Run Reservoir into sample containers for laboratory analysis.

Hydrographers Bradley Bjorklund and Jonathan Cohl splitting a sample collected at Spruce Run Reservoir into sample containers for laboratory analysis.

David O'Leary setting up the RTK GPS base station to establish a base elevation on a point above the Colorado River.
David O'Leary setting up the RTK GPS base station.
David O'Leary setting up the RTK GPS base station.
David O'Leary setting up the RTK GPS base station.

David O'Leary is setting up the RTK GPS base station to establish a base elevation on a point above the Colorado River downstream of the rapids of Cataract Canyon.

David O'Leary is setting up the RTK GPS base station to establish a base elevation on a point above the Colorado River downstream of the rapids of Cataract Canyon.

Panorama of Hayden Valley, Yellowstone National Park
Panorama of Hayden Valley, Yellowstone National Park
Panorama of Hayden Valley, Yellowstone National Park
Panorama of Hayden Valley, Yellowstone National Park

Panoramic photo of Hayden Valley looking east toward the Yellowstone River from the Mary Mountain trail.

Employee surveying real-time water stage in river with rafts downstream
Streamgage datum surveying for Snake River abv reservoir nr Alpine, WY
Streamgage datum surveying for Snake River abv reservoir nr Alpine, WY
Streamgage datum surveying for Snake River abv reservoir nr Alpine, WY

USGS employee surveys streamgage datum for the Snake River near Alpine, Wyoming to ensure real-time stage and streamflow data on the web are accurate.

Violet Creek in Hayden Valley, Yellowstone National Park
Violet Creek in Hayden Valley, Yellowstone National Park
Violet Creek in Hayden Valley, Yellowstone National Park
Jesslyn Brown (top) and Jennifer Rover with graphic for USGS EROS podcast "Eyes on Earth"
Eyes on Earth - Tracking Landscape Change with LCMAP
Eyes on Earth - Tracking Landscape Change with LCMAP
Eyes on Earth Episode 29 – Tracking Landscape Change with LCMAP
Eyes on Earth Episode 29 – Tracking Landscape Change with LCMAP
Jesslyn Brown (top) and Jennifer Rover with graphic for USGS EROS podcast "Eyes on Earth"
Eyes on Earth - Tracking Landscape Change with LCMAP
Eyes on Earth - Tracking Landscape Change with LCMAP
Eyes on Earth Episode 29 – Tracking Landscape Change with LCMAP

The U.S. Geological Survey took a bold step toward documenting change across the landscape with the launch of the first Landsat satellite in 1972. Since then, it’s collected nearly five decades of imagery. But it takes more than just imagery to understand change. It takes time, effort—and serious computing horsepower.

The U.S. Geological Survey took a bold step toward documenting change across the landscape with the launch of the first Landsat satellite in 1972. Since then, it’s collected nearly five decades of imagery. But it takes more than just imagery to understand change. It takes time, effort—and serious computing horsepower.

Repeating quakes during multiple phases of unrest and eruption
Repeating quakes during multiple phases of unrest and eruption
Repeating quakes during multiple phases of unrest and eruption

The video describes work by Jay Wellik, a USGS seismologist and his colleagues with the Volcano Disaster Assistance Program (VDAP). They assisted Indonesia's CVGHM in responding to the 2017 activity/eruption at Mt. Agung, on the island of Bali.

The video describes work by Jay Wellik, a USGS seismologist and his colleagues with the Volcano Disaster Assistance Program (VDAP). They assisted Indonesia's CVGHM in responding to the 2017 activity/eruption at Mt. Agung, on the island of Bali.

image related to volcanoes. See description
Another view of the Fissure 8 channel, looking upstream. On the right, a lower
Another view of the Fissure 8 channel, looking upstream. On the right, a lower
Another view of the Fissure 8 channel, looking upstream. On the right, a lower

Another view of the Fissure 8 channel, looking upstream. On the right, a lower ledge along the channel wall represents the level of lava in the channel during the later stages of the flow. USGS photo by M. Patrick.

Another view of the Fissure 8 channel, looking upstream. On the right, a lower ledge along the channel wall represents the level of lava in the channel during the later stages of the flow. USGS photo by M. Patrick.

Image of the Week - Virtual Road Trip with Landsat
Image of the Week - Virtual Road Trip with Landsat
Image of the Week - Virtual Road Trip with Landsat

Summer vacation plans changed for many in 2020. Whatever your plans, Landsat can take you on a virtual road trip. Landsat 8, in its sun-synchronous polar orbit, views every national park in the U.S. every 16 days and gathers more photographic data than the most ambitious of tourists.

 

Summer vacation plans changed for many in 2020. Whatever your plans, Landsat can take you on a virtual road trip. Landsat 8, in its sun-synchronous polar orbit, views every national park in the U.S. every 16 days and gathers more photographic data than the most ambitious of tourists.

 

Absaroka Mountains in northeastern Yellowstone National Park
Absaroka Mountains in northeastern Yellowstone National Park
Absaroka Mountains in northeastern Yellowstone National Park
Absaroka Mountains in northeastern Yellowstone National Park

A view into the Absaroka Mountains in northeastern Yellowstone National Park. While the Absarokas of today look a little different due to glacial activity, these are the same mountains that existed over the last 53 million years, well before the arrival of the Yellowstone hot spot.

A view into the Absaroka Mountains in northeastern Yellowstone National Park. While the Absarokas of today look a little different due to glacial activity, these are the same mountains that existed over the last 53 million years, well before the arrival of the Yellowstone hot spot.

On the left, the datasets are shown overlaid. On the right, the datasets are shown processed with a fusion algorithm.
Seamline Appearance Before and After Applying a DEM Fusion Algorithm
Seamline Appearance Before and After Applying a DEM Fusion Algorithm
Seamline Appearance Before and After Applying a DEM Fusion Algorithm

A map series showing a subset of the Puerto Rico bathymetric study area. Panels compare a “simple mosaic” formed by overlaying the most recent dataset on top of the older dataset (left panel) with the same dataset processed with the DEM fusion method (right panel).

A map series showing a subset of the Puerto Rico bathymetric study area. Panels compare a “simple mosaic” formed by overlaying the most recent dataset on top of the older dataset (left panel) with the same dataset processed with the DEM fusion method (right panel).

Image of mountains in Crested Butte, Colorado, with trees and grass in foreground
Mountains in Crested Butte
Mountains in Crested Butte
Mountains in Crested Butte

Photo of mountains from Crested Butte, CO.

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