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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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Grinnell Glacier from Mount Gould - 2015
Grinnell Glacier from Mount Gould - 2015
Grinnell Glacier from Mount Gould - 2015
Grinnell Glacier from Mount Gould - 2015

Grinnell Glacier from the summit of Mt. Gould, 9/25/2015. Repeat of Hileman, 1938 image.

Grinnell Glacier from the summit of Mt. Gould, 9/25/2015. Repeat of Hileman, 1938 image.

image related to volcanoes. See description
HVO field crews carefully traverse the uneven surface of the channel levee (left
HVO field crews carefully traverse the uneven surface of the channel levee (left
HVO field crews carefully traverse the uneven surface of the channel levee (left

HVO field crews carefully traverse the uneven surface of the channel levee (left of image) to make measurements of the fissure 8 lava channel. The lava is slowly cooling and contracting but the area remains warm (note the steam rising). The view is to the east, with Puu Honuaula in the distance (right of image).

HVO field crews carefully traverse the uneven surface of the channel levee (left of image) to make measurements of the fissure 8 lava channel. The lava is slowly cooling and contracting but the area remains warm (note the steam rising). The view is to the east, with Puu Honuaula in the distance (right of image).

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Kīlauea Volcano's lower East Rift Zone
Kīlauea Volcano's lower East Rift Zone
Kīlauea Volcano's lower East Rift Zone

An Unmanned Aircraft Systems overflight of fissure 8 on August 21, 2018, showed no incandescence within the cinder cone. Minor amounts of gases, primarily steam, rose from the north wall of the cinder cone and from areas along the lower East Rift Zone. The interior walls of the fissure 8 cone and lava channel are slumping downward and inward.

An Unmanned Aircraft Systems overflight of fissure 8 on August 21, 2018, showed no incandescence within the cinder cone. Minor amounts of gases, primarily steam, rose from the north wall of the cinder cone and from areas along the lower East Rift Zone. The interior walls of the fissure 8 cone and lava channel are slumping downward and inward.

Color photograph of lava entering ocean
South edge of the lava flow
South edge of the lava flow
South edge of the lava flow

The south edge of the lava flow showed no incandescence this morning and remained less than 0.1 miles from the Pohoiki boat ramp in Isaac Hale Park. The main ocean entry area was still in the Ahalanui area.

The south edge of the lava flow showed no incandescence this morning and remained less than 0.1 miles from the Pohoiki boat ramp in Isaac Hale Park. The main ocean entry area was still in the Ahalanui area.

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Void spaces within the cooled lava channel and along the channel margins create
Void spaces within the cooled lava channel and along the channel margins create
Void spaces within the cooled lava channel and along the channel margins create

Void spaces within the cooled lava channel and along the channel margins create hazardous conditions on the fissure 8 flow field. Here, part of the void is visible, but a fragile veneer of lava hides other parts of it (upper right).

Void spaces within the cooled lava channel and along the channel margins create hazardous conditions on the fissure 8 flow field. Here, part of the void is visible, but a fragile veneer of lava hides other parts of it (upper right).

active lava channel on Kīlauea Volcano's lower East Rift Zone
active lava channel on Kīlauea Volcano's lower East Rift Zone
active lava channel on Kīlauea Volcano's lower East Rift Zone
active lava channel on Kīlauea Volcano's lower East Rift Zone

The fissure 8 vent (far distance, upper right) continues to feed an active lava channel on Kīlauea Volcano's lower East Rift Zone, shown here on July 26, 2018.

The fissure 8 vent (far distance, upper right) continues to feed an active lava channel on Kīlauea Volcano's lower East Rift Zone, shown here on July 26, 2018.

A woman is kneeling on a slightly foggy beach, she is wearing field gear and is examining some of her equipment.
Elwha River delta mapping
Elwha River delta mapping
Elwha River delta mapping

Diana McCandless of the Washington State Department of Ecology pauses for a moment, on the beach around the point and to the east of the mouth of Elwha River. McCandless is part of a team of scientists from WA State and the USGS who are periodically mapping the delta and beach areas near the mouth of the Elwha River.

Diana McCandless of the Washington State Department of Ecology pauses for a moment, on the beach around the point and to the east of the mouth of Elwha River. McCandless is part of a team of scientists from WA State and the USGS who are periodically mapping the delta and beach areas near the mouth of the Elwha River.

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Kīlauea summit
Kīlauea summit
Kīlauea summit

The caldera floor near Halema‘uma‘u is a jumble of down-dropped blocks and surface cracks. HVO field crews hiked along the roadway to verify the location of benchmarks (lower left) and prepare for additional geophysical work to document the changes. The road provided access to the Overlook parking area, closed since 2008.

The caldera floor near Halema‘uma‘u is a jumble of down-dropped blocks and surface cracks. HVO field crews hiked along the roadway to verify the location of benchmarks (lower left) and prepare for additional geophysical work to document the changes. The road provided access to the Overlook parking area, closed since 2008.

Color photograph of lava at night
Nighttime view of fissure 8 
Nighttime view of fissure 8 
Nighttime view of fissure 8 

Nighttime view of fissure 8 lava as it exits the vent and feeds into the channel.

Nighttime view of fissure 8 lava as it exits the vent and feeds into the channel.

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Cooling lava in Kīlauea Volcano's lower East Rift Zone continues to pose ha
Cooling lava in Kīlauea Volcano's lower East Rift Zone continues to pose ha
Cooling lava in Kīlauea Volcano's lower East Rift Zone continues to pose ha

View from the bank of the cooling lava channel near the Leilani Estates subdivision. The height difference between the channel (right) and upper bank (left) is about 8 m (26 ft). Although lava is not flowing from fissure 8, the lava flow field includes large areas of still-hot, rugged, and unstable lava surfaces.

View from the bank of the cooling lava channel near the Leilani Estates subdivision. The height difference between the channel (right) and upper bank (left) is about 8 m (26 ft). Although lava is not flowing from fissure 8, the lava flow field includes large areas of still-hot, rugged, and unstable lava surfaces.

Damian Menning preparing eDNA Elodea samples
Damian Menning preparing eDNA Elodea samples
Damian Menning preparing eDNA Elodea samples
Damian Menning preparing eDNA Elodea samples

Dr. Damian Menning, Geneticist with the USGS Alaska Science Center, preparing environmental samples containing Elodea species to test universal eDNA Elodea species primers that can be used to detect all five Elodea sp. in aquatic samples.

Dr. Damian Menning, Geneticist with the USGS Alaska Science Center, preparing environmental samples containing Elodea species to test universal eDNA Elodea species primers that can be used to detect all five Elodea sp. in aquatic samples.

View from the sky of a large estuary with large and small waterways surrounded by villages and agriculture, hills in background.
Elkhorn Slough
Elkhorn Slough
Elkhorn Slough

Elkhorn Slough is a tidal river delta, salt marsh, and estuary in Monterey County, California. It is near the community of Moss Landing and is fed by Carneros Creek.

Elkhorn Slough is a tidal river delta, salt marsh, and estuary in Monterey County, California. It is near the community of Moss Landing and is fed by Carneros Creek.

Geneticist preparing environmental samples containing Elodea species
Geneticist preparing environmental samples containing Elodea species
Geneticist preparing environmental samples containing Elodea species
Geneticist preparing environmental samples containing Elodea species

Dr. Damian Menning, Geneticist with the USGS Alaska Science Center, preparing environmental samples containing Elodea species to test universal eDNA Elodea sp. primers that can be used to detect all five Elodea sp. in aquatic samples.

Dr. Damian Menning, Geneticist with the USGS Alaska Science Center, preparing environmental samples containing Elodea species to test universal eDNA Elodea sp. primers that can be used to detect all five Elodea sp. in aquatic samples.

View from the sky of a jagged coastline with many roads, houses, a park, and other buildings nearby.
Natural Bridges
Natural Bridges
Natural Bridges

Natural Bridges State Beach, shown here in the middle of the photo, is nestled amongst coastal neighborhoods in the southwestern part of Santa Cruz, California. View is looking south. The offices of the USGS Pacific Coastal and Marine Science Center are just a few hundred feet north, outside the bottom portion of the photograph.

Natural Bridges State Beach, shown here in the middle of the photo, is nestled amongst coastal neighborhoods in the southwestern part of Santa Cruz, California. View is looking south. The offices of the USGS Pacific Coastal and Marine Science Center are just a few hundred feet north, outside the bottom portion of the photograph.

People are wearing wet suits and waders and are holding hand-held computers and backpacks with equipment in them, smiling.
Synchronized mapping
Synchronized mapping
Synchronized mapping

USGS and Washington State Department of Ecology scientists are geared up and ready to start a topographic survey at the mouth of the Elwha River, using handheld computers and backpack-mounted GPS equipment. From left to right are Owen Warrick (USGS Volunteer), Jon Warrick (USGS), Andy Ritchie (USGS), Heather Weiner (WA State Dept.

USGS and Washington State Department of Ecology scientists are geared up and ready to start a topographic survey at the mouth of the Elwha River, using handheld computers and backpack-mounted GPS equipment. From left to right are Owen Warrick (USGS Volunteer), Jon Warrick (USGS), Andy Ritchie (USGS), Heather Weiner (WA State Dept.

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This morning, USGS scientists flying over fissure 8 noticed a change in the vent
This morning, USGS scientists flying over fissure 8 noticed a change in the vent
This morning, USGS scientists flying over fissure 8 noticed a change in the vent

This morning, USGS scientists flying over fissure 8 noticed a change in the vent from yesterday. Gas jets were throwing spatter—fragments of glassy lava (light gray deposits)—from small incandescent areas deep within the cone. This activity is an indication that the lower East Rift Zone eruption may be paused rather than pau (over).

This morning, USGS scientists flying over fissure 8 noticed a change in the vent from yesterday. Gas jets were throwing spatter—fragments of glassy lava (light gray deposits)—from small incandescent areas deep within the cone. This activity is an indication that the lower East Rift Zone eruption may be paused rather than pau (over).

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Vertical deformation at GPS station WLWY during 2001-2018
Vertical deformation at GPS station WLWY during 2001-2018
Vertical deformation at GPS station WLWY during 2001-2018

Data from continuous GPS stations indicate how the ground is moving over time. Station WLWY, near White Lake on the Sour Creek resurgent dome in Yellowstone caldera, has been operating since 2001. This plot shows vertical ground motion recorded at the site.

Data from continuous GPS stations indicate how the ground is moving over time. Station WLWY, near White Lake on the Sour Creek resurgent dome in Yellowstone caldera, has been operating since 2001. This plot shows vertical ground motion recorded at the site.

Common Murre flying
Common Murre flying in lower Cook Inlet, Alaska
Common Murre flying in lower Cook Inlet, Alaska
Common Murre flying in lower Cook Inlet, Alaska

Common Murre flying in lower Cook Inlet, Alaska. 

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Conditions evolve at ocean entry, in Kīlauea Volcano's lower East Rift Zone
Conditions evolve at ocean entry, in Kīlauea Volcano's lower East Rift Zone
Conditions evolve at ocean entry, in Kīlauea Volcano's lower East Rift Zone

View from this morning's helicopter overflight of the Pohoiki boat ramp at Isaac Hale Park shows black sand, transported to the southwest by longshore currents, blocking the entrance to the small boat harbor.

View from this morning's helicopter overflight of the Pohoiki boat ramp at Isaac Hale Park shows black sand, transported to the southwest by longshore currents, blocking the entrance to the small boat harbor.

Schematic of drawdown as a result of overpumping
Cone of depression: Pumping a well can cause water level lowering
Cone of depression: Pumping a well can cause water level lowering
Cone of depression: Pumping a well can cause water level lowering

Groundwater occurs in the saturated soil and rock below the water table. If the aquifer is shallow enough and permeable enough to allow water to move through it at a rapid-enough rate, then people can drill wells into it and withdraw water.

Groundwater occurs in the saturated soil and rock below the water table. If the aquifer is shallow enough and permeable enough to allow water to move through it at a rapid-enough rate, then people can drill wells into it and withdraw water.

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Echinus temperature record during October 17-20, 2017
Echinus temperature record during October 17-20, 2017
Echinus temperature record during October 17-20, 2017

Temperature record from Echinus geyser outflow channel for October 17–20, 2017. The plot captures a time when the geyser went from occasional eruptions to semi-regular eruptions (signified by temperature spikes after about 12:00 on October 18) occurring about every 2 hours.

Temperature record from Echinus geyser outflow channel for October 17–20, 2017. The plot captures a time when the geyser went from occasional eruptions to semi-regular eruptions (signified by temperature spikes after about 12:00 on October 18) occurring about every 2 hours.

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