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Explore our planet through photography and imagery, including climate change and water all the way back to the 1800s when the USGS was surveying the country by horse and buggy.

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Lees Ferry streamgage on the Colorado River, Arizona
Lees Ferry streamgage on the Colorado River, Arizona
Lees Ferry streamgage on the Colorado River, Arizona
Lees Ferry streamgage on the Colorado River, Arizona

Lees Ferry streamgage and cableway downstream on the Colorado River, Arizona

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Metals and Minerals in Medical Implants
Metals and Minerals in Medical Implants
Metals and Minerals in Medical Implants

Metals and minerals are vital components of medical devices that allow millions of people to enjoy healthy lifestyles. Devices implanted into the human body can replace, support, or enhance an existing body part. Other devices can diagnose, monitor, or treat clinical conditions, both saving lives and improving people’s quality of life.

Metals and minerals are vital components of medical devices that allow millions of people to enjoy healthy lifestyles. Devices implanted into the human body can replace, support, or enhance an existing body part. Other devices can diagnose, monitor, or treat clinical conditions, both saving lives and improving people’s quality of life.

The Research Vessel Peterson Underway in San Francisco Bay.
R/V Peterson Underway in San Francisco Bay
R/V Peterson Underway in San Francisco Bay
R/V Peterson Underway in San Francisco Bay

The Research Vessel Peterson Underway in San Francisco Bay.

The Research Vessel Peterson Underway in San Francisco Bay.

A school of snook, large subtropical game fish, in a Florida spring
Subtropical snook gather at a warm Florida springhead in winter
Subtropical snook gather at a warm Florida springhead in winter
Subtropical snook gather at a warm Florida springhead in winter

 Winter temperature extremes control the distributions of subtropical fishes. Common snook (Centropomus undecimalis), aggregate at a spring in northern Florida during winter. Snook are warm saltwater game fish, common in Florida, that have been moving further northward as extreme cold spells become less frequent and less intense.

 Winter temperature extremes control the distributions of subtropical fishes. Common snook (Centropomus undecimalis), aggregate at a spring in northern Florida during winter. Snook are warm saltwater game fish, common in Florida, that have been moving further northward as extreme cold spells become less frequent and less intense.

View of the lava lake from the south rim of Halema‘uma‘u, at the summit of Kīlauea
View of lava lake in Halema‘uma‘u - Kīlauea, March 15, 2021
View of lava lake in Halema‘uma‘u - Kīlauea, March 15, 2021
View of lava lake in Halema‘uma‘u - Kīlauea, March 15, 2021

View of the lava lake from the south rim of Halema‘uma‘u, at the summit of Kīlauea, looking north. The western (left) portion of the lava lake remains active, with small scale crustal foundering events. Lava enters the lake at two sources approximately 20 to 30 meters (65 to 100 ft) apart at the base of the western vent spatter cone.

View of the lava lake from the south rim of Halema‘uma‘u, at the summit of Kīlauea, looking north. The western (left) portion of the lava lake remains active, with small scale crustal foundering events. Lava enters the lake at two sources approximately 20 to 30 meters (65 to 100 ft) apart at the base of the western vent spatter cone.

Agassiz Glacier in 1913 and 2007
Agassiz Glacier in 1913 and 2007
Agassiz Glacier in 1913 and 2007
Agassiz Glacier in 1913 and 2007

Agassiz Glacier: 8/5/1913 WC Alden, USGS Photographic Library - 8/24/2007, D Fagre, USGS 

View the full collection at USGS Photographic Library 

Agassiz Glacier: 8/5/1913 WC Alden, USGS Photographic Library - 8/24/2007, D Fagre, USGS 

View the full collection at USGS Photographic Library 

Color map of lava lake at volcano summit
March 12, 2021—Kīlauea summit eruption contour map
March 12, 2021—Kīlauea summit eruption contour map
March 12, 2021—Kīlauea summit eruption contour map

This map of Halema‘uma‘u at the summit of Kīlauea shows 20 m (66 ft) contour lines (dark gray) that mark locations of equal elevation above sea level (asl). The map shows that the lava lake has filled 221 m (725 ft) of the crater, to an elevation of 737 m (2418 ft) asl since the eruption began on December 20, 2020.

This map of Halema‘uma‘u at the summit of Kīlauea shows 20 m (66 ft) contour lines (dark gray) that mark locations of equal elevation above sea level (asl). The map shows that the lava lake has filled 221 m (725 ft) of the crater, to an elevation of 737 m (2418 ft) asl since the eruption began on December 20, 2020.

Boulder Ice Cave Glacier 1932 and 1988
Boulder Ice Cave Glacier 1932 and 1988
Boulder Ice Cave Glacier 1932 and 1988
Boulder Ice Cave Glacier 1932 and 1988

Boulder Glacier Ice Cave:  1932, TJ Hileman, GNP Archives – 1988, J DeSanto, U of M Library 

This photo pair inspired the USGS to document glacier and landscape change using oblique photography.

Boulder Glacier Ice Cave:  1932, TJ Hileman, GNP Archives – 1988, J DeSanto, U of M Library 

This photo pair inspired the USGS to document glacier and landscape change using oblique photography.

Chaney Glacier 1911 and 2005
Chaney Glacier 1911 and 2005
Chaney Glacier 1911 and 2005
Chaney Glacier 1911 and 2005

Chaney Glacier:  1911, MR Campbell, USGS Photographic Library – 8/19/2005 Karen Milone, USGS 

View the full collection at USGS Photographic Library 

Chaney Glacier:  1911, MR Campbell, USGS Photographic Library – 8/19/2005 Karen Milone, USGS 

View the full collection at USGS Photographic Library 

Two gray cylinders with chemical symbols next to a large metal cylinder labeled 'Nitrogen'
Gamma detectors at the St. Petersburg Coastal & Marine Science Center
Gamma detectors at the St. Petersburg Coastal & Marine Science Center
Gamma detectors at the St. Petersburg Coastal & Marine Science Center

Radioactive isotopes are common in nature and emit particles that can be detected, quantified, and used to characterize environmental processes.

Radioactive isotopes are common in nature and emit particles that can be detected, quantified, and used to characterize environmental processes.

Color photograph of lava lake and vent
March 11, 2021 - Halema‘uma‘u lava lake
March 11, 2021 - Halema‘uma‘u lava lake
March 11, 2021 - Halema‘uma‘u lava lake

View of the lava lake from the southern rim of Halema‘uma‘u, at the summit of Kīlauea, looking north. The western portion of the lava lake remains active, with small scale crustal foundering events. The white steam from the crater walls is more pronounced due to the heavy rain of the last couple of days.

View of the lava lake from the southern rim of Halema‘uma‘u, at the summit of Kīlauea, looking north. The western portion of the lava lake remains active, with small scale crustal foundering events. The white steam from the crater walls is more pronounced due to the heavy rain of the last couple of days.

Color map of lava flow response times
Mauna Loa eruption response times over the past 200 years
Mauna Loa eruption response times over the past 200 years
Mauna Loa eruption response times over the past 200 years

This map shows the response time people can expect based on Mauna Loa eruptions over the past 200 years.  Different sectors around Mauna Loa are colored according to how quickly lava flows can reach populated areas.  The warmer the color, the more quickly the flows travel.

This map shows the response time people can expect based on Mauna Loa eruptions over the past 200 years.  Different sectors around Mauna Loa are colored according to how quickly lava flows can reach populated areas.  The warmer the color, the more quickly the flows travel.

Repeat photo of Harrison Glacier (1913, 2009)
Repeat photo of Harrison Glacier (1913, 2009)
Repeat photo of Harrison Glacier (1913, 2009)
Repeat photo of Harrison Glacier (1913, 2009)

Repeat photo of Harrison Glacier. 8/20/1913 by WC Alden, USGS Photographic Library, 7/30/2009 by Ralph Thornton, USGS.

Repeat photo of Harrison Glacier. 8/20/1913 by WC Alden, USGS Photographic Library, 7/30/2009 by Ralph Thornton, USGS.

Shepard Glacier
Shepard Glacier
Shepard Glacier
Shepard Glacier

Karen Holzer and Lisa McKeon rephotograph Shepard Glacier from the slope of Pyramid Peak, Glacier National Park. 1998 USGS photo.

Karen Holzer and Lisa McKeon rephotograph Shepard Glacier from the slope of Pyramid Peak, Glacier National Park. 1998 USGS photo.

Color photograph of lava lake and vent
Western fissure area in Halema‘uma‘u, Kīlauea summit (3/11/2021)
Western fissure area in Halema‘uma‘u, Kīlauea summit (3/11/2021)
Western fissure area in Halema‘uma‘u, Kīlauea summit (3/11/2021)

View looking to the northwest of western fissure area of Halema‘uma‘u lava lake at the Kīlauea summit on March 11, 2021. There is a small incandescent opening at the top of the main (southern) west vent spatter cone (middle-left), and a few smaller incandescent openings at the top of the northern west vent spatter cone (right of the main cone).

View looking to the northwest of western fissure area of Halema‘uma‘u lava lake at the Kīlauea summit on March 11, 2021. There is a small incandescent opening at the top of the main (southern) west vent spatter cone (middle-left), and a few smaller incandescent openings at the top of the northern west vent spatter cone (right of the main cone).

Repeat photo of Grinnell Glacier (1910, 2016)
Repeat photo of Grinnell Glacier (1910, 2016)
Repeat photo of Grinnell Glacier (1910, 2016)
Repeat photo of Grinnell Glacier (1910, 2016)

Grinnell Glacier in 1910 (Elrod photo, U of M Collection) and 2016 (McKeon photo, USGS).  Retreat resulted in glacier fragmentation, so the 2016 scene shows both Grinnell Glacier, hugging the base of the cliff, and The Salamander Glacier, perched above, along the right edge of the photograph.

Grinnell Glacier in 1910 (Elrod photo, U of M Collection) and 2016 (McKeon photo, USGS).  Retreat resulted in glacier fragmentation, so the 2016 scene shows both Grinnell Glacier, hugging the base of the cliff, and The Salamander Glacier, perched above, along the right edge of the photograph.

Shepard Glacier in 1913 and 2005
Shepard Glacier in 1913 and 2005
Shepard Glacier in 1913 and 2005
Shepard Glacier in 1913 and 2005

Shepard Glacier:  9/6/1913, WC Alden, USGS Photo Library – 8/21/2005, B. Reardon, USGS

Shepard Glacier:  9/6/1913, WC Alden, USGS Photo Library – 8/21/2005, B. Reardon, USGS

Sperry Glacier in about 1930 and 2008
Sperry Glacier in about 1930 and 2008
Sperry Glacier in about 1930 and 2008
Sperry Glacier in about 1930 and 2008

Sperry Glacier: circa 1930, MJ Elrod, U of M Library – 9/17/2008, L McKeon, USGS 

Repeating this photo from the same photo point was impossible since the historic photo was shot from the elevated perspective of the glacier’s surface.

Sperry Glacier: circa 1930, MJ Elrod, U of M Library – 9/17/2008, L McKeon, USGS 

Repeating this photo from the same photo point was impossible since the historic photo was shot from the elevated perspective of the glacier’s surface.

An aerial view of several thin, sandy barrier islands lining a populated coastline behind an embayment
Aerial view of northern Pinellas County barrier islands
Aerial view of northern Pinellas County barrier islands
Aerial view of northern Pinellas County barrier islands

Barrier islands off the coast of northern Pinellas County, Florida including Anclote Key, Three Rooker Island, and the northern tip of Honeymoon Island. These barriers protect a highly populated coastline. 

Barrier islands off the coast of northern Pinellas County, Florida including Anclote Key, Three Rooker Island, and the northern tip of Honeymoon Island. These barriers protect a highly populated coastline. 

Grinnell Glacier from 1938 and 2019
Grinnell Glacier from 1938 and 2019
Grinnell Glacier from 1938 and 2019
Grinnell Glacier from 1938 and 2019

Grinnell and The Salamander Glaciers from the summit of Mt. Gould: 1938, TJ Hileman, GNP Archives – 9/4/2019, L McKeon, USGS

Upper Grinnell Lake has formed as the glacier has retreated.  The change in height of Grinnell Glacier along the cliff face hints at  volume loss during this timespan. 

Grinnell and The Salamander Glaciers from the summit of Mt. Gould: 1938, TJ Hileman, GNP Archives – 9/4/2019, L McKeon, USGS

Upper Grinnell Lake has formed as the glacier has retreated.  The change in height of Grinnell Glacier along the cliff face hints at  volume loss during this timespan. 

Jackson Glacier in 1912 and 2009
Jackson Glacier in 1912 and 2009
Jackson Glacier in 1912 and 2009
Jackson Glacier in 1912 and 2009

Jackson Glacier: 1912, MJ Elrod, U of M Library – 9/3/2009, L McKeon, USGS

Trees and vegetation continue to establish themselves at the base of Jackson Glacier as the glacier retreats.

Jackson Glacier: 1912, MJ Elrod, U of M Library – 9/3/2009, L McKeon, USGS

Trees and vegetation continue to establish themselves at the base of Jackson Glacier as the glacier retreats.