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Images of Yellowstone.

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Airborne images of Tern Lake, Yellowstone 1994 2006 2017
High-spatial-resolution airborne images of Tern Lake, Yellowstone
High-spatial-resolution airborne images of Tern Lake, Yellowstone
High-spatial-resolution airborne images of Tern Lake, Yellowstone

High-spatial-resolution airborne images of the Tern Lake area from 1994, 2006, and 2017. The area of bright pixels identified in the Landsat-8 thermal infrared image corresponds to a newly emerging area of warm ground and tree kills about 32,500 m2 (8 acres, or 4 soccer fields) in area.

High-spatial-resolution airborne images of the Tern Lake area from 1994, 2006, and 2017. The area of bright pixels identified in the Landsat-8 thermal infrared image corresponds to a newly emerging area of warm ground and tree kills about 32,500 m2 (8 acres, or 4 soccer fields) in area.

NASA Yellowstone astrobiology team at Great Fountain Geyser
NASA Yellowstone astrobiology team at Great Fountain Geyser
NASA Yellowstone astrobiology team at Great Fountain Geyser
NASA Yellowstone astrobiology team at Great Fountain Geyser

NASA Yellowstone astrobiology expedition team members stand in front of Great Fountain Geyser after completion of field work, February 28, 2019. Research conducted under Yellowstone Research Permit YELL-2019-SCI-8094.

NASA Yellowstone astrobiology expedition team members stand in front of Great Fountain Geyser after completion of field work, February 28, 2019. Research conducted under Yellowstone Research Permit YELL-2019-SCI-8094.

Map of Yellowstone showing earthquake locations for year 2018
Map of seismicity in the Yellowstone region during 2018
Map of seismicity in the Yellowstone region during 2018
Map of seismicity in the Yellowstone region during 2018

Map of seismicity (white circles) in the Yellowstone region during 2018. Yellow lines are roads, red line shows the caldera boundary, Yellowstone National Park is outlined in black, and dashed lines denote state boundaries.

Map of seismicity (white circles) in the Yellowstone region during 2018. Yellow lines are roads, red line shows the caldera boundary, Yellowstone National Park is outlined in black, and dashed lines denote state boundaries.

Coring platform on the shore of Goose Lake, Lower Geyser Basin, Yellowstone National Park, in 2018
Coring platform on the shore of Goose Lake, Lower Geyser Basin, Yellowstone National Park, in 2018
Coring platform on the shore of Goose Lake, Lower Geyser Basin, Yellowstone National Park, in 2018
Coring platform on the shore of Goose Lake, Lower Geyser Basin, Yellowstone National Park, in 2018

Coring platform assembled on the shore of Goose Lake, in Lower Geyser Basin, Yellowstone National Park, in 2018. Today, the nearest thermal features are 400 meters (about 1300 feet) away from Goose Lake, but thousands of years ago Goose Lake itself showed indications of being thermally active!. Steam from Midway Geyser Basin can be seen in the distance.

Coring platform assembled on the shore of Goose Lake, in Lower Geyser Basin, Yellowstone National Park, in 2018. Today, the nearest thermal features are 400 meters (about 1300 feet) away from Goose Lake, but thousands of years ago Goose Lake itself showed indications of being thermally active!. Steam from Midway Geyser Basin can be seen in the distance.

Hydrothermal sediment deposits from the Goose Lake (Yellowstone) sediment core
Hydrothermal sediment deposits from the Goose Lake (Yellowstone) sediment core
Hydrothermal sediment deposits from the Goose Lake (Yellowstone) sediment core
Hydrothermal sediment deposits from the Goose Lake (Yellowstone) sediment core

Hydrothermal sediment deposits from the Goose Lake sediment core, Lower Geyser Basin, Yellowstone National Park. The orange sediment (left, scale in cm) consists mostly of fluorite, a common mineral in some hydrothermal deposits, but not usually found in lake sediments.

Hydrothermal sediment deposits from the Goose Lake sediment core, Lower Geyser Basin, Yellowstone National Park. The orange sediment (left, scale in cm) consists mostly of fluorite, a common mineral in some hydrothermal deposits, but not usually found in lake sediments.

Geological time scale showing the geologic eons, eras, periods, epochs, and associated ages in millions of years ago (MYA)
Geological time scale showing the geologic eons, eras, periods, epochs, and associated ages in millions of years ago (MYA)
Geological time scale showing the geologic eons, eras, periods, epochs, and associated ages in millions of years ago (MYA)
Geological time scale showing the geologic eons, eras, periods, epochs, and associated ages in millions of years ago (MYA)

Geologic time scale showing the geologic eons, eras, periods, epochs, and associated ages in millions of years ago (MYA). The time scale also shows major evolutionary and tectonic events in North America.

Vertical motion at GPS station P350, in Idaho, together with nearby snowpack measurements
Vertical motion at GPS station P350, in Idaho, together with nearby snowpack measurements
Vertical motion at GPS station P350, in Idaho, together with nearby snowpack measurements
Vertical motion at GPS station P350, in Idaho, together with nearby snowpack measurements

Vertical motion at GPS station P350, in Idaho, together with nearby snowpack measurements (given as snow water equivalent). The GPS station moves downward as snowpack grows, and moves upward after it melts away. Taken from Knappe, et al., 2018 (https://doi.org/10.1029/2018WR023289).

Map showing the northwestern corner of the Sour Creek Dome, Yellowstone National Park
Map of the northwestern corner of the Sour Creek Dome, Yellowstone NP
Map of the northwestern corner of the Sour Creek Dome, Yellowstone NP
Map of the northwestern corner of the Sour Creek Dome, Yellowstone NP

Map showing the northwestern corner of the Sour Creek Dome. The red lines mark the area where the map will be changing to become more accurate. Figure adapted from Wilson et al. 2018 (Bulletin of Volcanology, v. 80, article 53; doi:10.1007/s00445-018-1229-x).

Map showing the northwestern corner of the Sour Creek Dome. The red lines mark the area where the map will be changing to become more accurate. Figure adapted from Wilson et al. 2018 (Bulletin of Volcanology, v. 80, article 53; doi:10.1007/s00445-018-1229-x).

Map of Norris Geyser Basin showing four subbasins within the overall thermal area
The four subbasins of Norris Geyser Basin, Yellowstone National Park
The four subbasins of Norris Geyser Basin, Yellowstone National Park
The four subbasins of Norris Geyser Basin, Yellowstone National Park

The four subbasins of Norris Geyser Basin, Yellowstone National Park, as seen on a Google Earth base map.  The curving line to the east of Norris Geyser Basin is the Grand Loop Road (Norris Junction is in the center-right of the image). Figure developed by Bill Keller, Yellowstone National Park. 

The four subbasins of Norris Geyser Basin, Yellowstone National Park, as seen on a Google Earth base map.  The curving line to the east of Norris Geyser Basin is the Grand Loop Road (Norris Junction is in the center-right of the image). Figure developed by Bill Keller, Yellowstone National Park. 

hydrothermal area disturbs boardwalk passage in Yellowstone
hydrothermal area disturbs boardwalk passage in Yellowstone
hydrothermal area disturbs boardwalk passage in Yellowstone
hydrothermal area disturbs boardwalk passage in Yellowstone

A section of the Porcelain Basin Loop boardwalk in the Norris Geyser Basin was removed because the ground below sections of the boardwalk became too hot and made charcoal of the wood footings that support the structure. Luckily enough in this case, the boardwalk was shifted about 3 feet to avoid the new hot ground.

A section of the Porcelain Basin Loop boardwalk in the Norris Geyser Basin was removed because the ground below sections of the boardwalk became too hot and made charcoal of the wood footings that support the structure. Luckily enough in this case, the boardwalk was shifted about 3 feet to avoid the new hot ground.

Vertical deformation and snow depth measured at a GPS site in central Idaho during 2010-2016
Vertical deformation and snow depth measured at a GPS site in central Idaho during 2010-2016
Vertical deformation and snow depth measured at a GPS site in central Idaho during 2010-2016
Vertical deformation and snow depth measured at a GPS site in central Idaho during 2010-2016

Vertical ground motion (red line) measured at GPS site P350, in central Idaho, and snow depth (expressed as Snow Water Equivalent, or SWE; blue line) measured at a nearby SNOTEL site, during 2010-2016. The GPS station moved downward due to the increasing load of the accumulating snow during winter months, and then upward when the snow melted during summer months.

Vertical ground motion (red line) measured at GPS site P350, in central Idaho, and snow depth (expressed as Snow Water Equivalent, or SWE; blue line) measured at a nearby SNOTEL site, during 2010-2016. The GPS station moved downward due to the increasing load of the accumulating snow during winter months, and then upward when the snow melted during summer months.

GPS data plots from station NRWY in Yellowstone
GPS time series data station NRWY Yellowstone, Norris Geyser Basin
GPS time series data station NRWY Yellowstone, Norris Geyser Basin
GPS time series data station NRWY Yellowstone, Norris Geyser Basin

GPS time series from station NRWY, near Norris Geyser Basin in Yellowstone National Park. The three plots show how the station is moving in a north-south direction (top), east-west direction (middle), and up-down direction (bottom).

GPS time series from station NRWY, near Norris Geyser Basin in Yellowstone National Park. The three plots show how the station is moving in a north-south direction (top), east-west direction (middle), and up-down direction (bottom).

View of a clear blue hot spring pool of alkaline chloride fluid with silica sinter apron around it at Biscuit Basin.
View of a clear blue hot spring pool of alkaline chloride fluid
View of a clear blue hot spring pool of alkaline chloride fluid
View of a clear blue hot spring pool of alkaline chloride fluid

View of a clear blue hot spring pool of alkaline chloride fluid with silica sinter apron around it at Biscuit Basin.  This pool is generally close to the boiling temperature (200℉, 93℃) at this altitude (7200 ft, 2195 m).

View of a clear blue hot spring pool of alkaline chloride fluid with silica sinter apron around it at Biscuit Basin.  This pool is generally close to the boiling temperature (200℉, 93℃) at this altitude (7200 ft, 2195 m).

Alkaline-chloride waters from Old Faithful flow over the edge of the white silica sinter terrace into the Firehole River
Alkaline-chloride waters from Old Faithful
Alkaline-chloride waters from Old Faithful
Alkaline-chloride waters from Old Faithful

Alkaline-chloride waters from an eruption of Old Faithful flow over the edge of the white silica sinter terrace into the Firehole River.  The orange coloration on the sinter terrace is due to thermophilic (high temperature) bacteria living in the warm fluids.  Old Faithful Inn is in the background, with the wooded Summit Lake rhyolitic lava flow behind.&nb

Alkaline-chloride waters from an eruption of Old Faithful flow over the edge of the white silica sinter terrace into the Firehole River.  The orange coloration on the sinter terrace is due to thermophilic (high temperature) bacteria living in the warm fluids.  Old Faithful Inn is in the background, with the wooded Summit Lake rhyolitic lava flow behind.&nb

Upper Geyser Basin boardwalk, Yellowstone
Ear Spring, Yellowstone National Park
Ear Spring, Yellowstone National Park
Ear Spring, Yellowstone National Park

New thermal feature beneath the boardwalk on Geyser Hill, Upper Geyser Basin. Boards removed for better observation. Pump Geyser is mound at end of boardwalk. Old Faithful Inn in distance.

New thermal feature beneath the boardwalk on Geyser Hill, Upper Geyser Basin. Boards removed for better observation. Pump Geyser is mound at end of boardwalk. Old Faithful Inn in distance.

Thermal feature along Ferris Fork near Bechler River, Yellowstone
Thermal feature along Ferris Fork near Bechler River, Yellowstone
Thermal feature along Ferris Fork near Bechler River, Yellowstone
Thermal feature along Ferris Fork near Bechler River, Yellowstone

An unnamed but charismatic thermal feature alongside Ferris Fork, near the Bechler River. The center of the pool is roiling with gas bubbles, but not boiling! The pool is only about 180 degrees F (81 degrees C), and all the gas is bubbling up from underground.

An unnamed but charismatic thermal feature alongside Ferris Fork, near the Bechler River. The center of the pool is roiling with gas bubbles, but not boiling! The pool is only about 180 degrees F (81 degrees C), and all the gas is bubbling up from underground.

Mules loaded with equipment, Yellowstone
Mules loaded with sampling equipment and supplies, Yellowstone
Mules loaded with sampling equipment and supplies, Yellowstone
Mules loaded with sampling equipment and supplies, Yellowstone

Mules loaded with sampling equipment and supplies for a mission to collect gas and thermal water samples from the Bechler River area in the southwest part of Yellowstone National Park. 

Mules loaded with sampling equipment and supplies for a mission to collect gas and thermal water samples from the Bechler River area in the southwest part of Yellowstone National Park. 

Ear Spring after geysering event, Yellowstone National Park
Ear Spring, Yellowstone National Park
Ear Spring, Yellowstone National Park
Ear Spring, Yellowstone National Park

Ear Spring photographed on September 16, 2018. Rocks and other debris on the ground surrounding the spring were ejected during the September 15 water eruption. The spring is dry in this photo.

Ear Spring photographed on September 16, 2018. Rocks and other debris on the ground surrounding the spring were ejected during the September 15 water eruption. The spring is dry in this photo.

Roman marketplace in Pozzuoli, Italy records deformation of Campi Flegrei caldera
Serapeum, a Roman Marketplace in Pozzuoli, Italy
Serapeum, a Roman Marketplace in Pozzuoli, Italy
Serapeum, a Roman Marketplace in Pozzuoli, Italy

Serapeum, a Roman Marketplace in Pozzuoli, Italy, records deformation of Campi Flegrei caldera over two millennia.

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