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Scanning electron microscope image of Yellowstone drill core
Scanning electron microscope image of Yellowstone drill core
Scanning electron microscope image of Yellowstone drill core
Scanning electron microscope image of Yellowstone drill core

The right side of the figure is an image of a small piece of the Y-9 core from the USGS 1967-68 drilling expedition to Yellowstone National Park. The black area was analyzed using a scanning electron microscope (SEM) at the University of Wyoming to determine mineralogy and dispersion of elements.

The right side of the figure is an image of a small piece of the Y-9 core from the USGS 1967-68 drilling expedition to Yellowstone National Park. The black area was analyzed using a scanning electron microscope (SEM) at the University of Wyoming to determine mineralogy and dispersion of elements.

Map of Yellowstone Lake seismic swarms in 2008-2009 and 2020
Map of Yellowstone Lake seismic swarms in 2008-2009 and 2020
Map of Yellowstone Lake seismic swarms in 2008-2009 and 2020
Map of Yellowstone Lake seismic swarms in 2008-2009 and 2020

Map of earthquakes that occurred beneath Yellowstone Lake as parts of seismic swarms in 2008-2009 (green) and 2020 (red).  Orange line is the boundary of Yellowstone Caldera, which formed 631,000 years ago.

Map of earthquakes that occurred beneath Yellowstone Lake as parts of seismic swarms in 2008-2009 (green) and 2020 (red).  Orange line is the boundary of Yellowstone Caldera, which formed 631,000 years ago.

Earthquake rates over time for Yellowstone Lake 2008-2009 and 2020 seismic swarms
Seismicity rates for Yellowstone Lake earthquake swarms
Seismicity rates for Yellowstone Lake earthquake swarms
Seismicity rates for Yellowstone Lake earthquake swarms

Rate of earthquake occurrence for the 2008-2009 Yellowstone Lake swarm (green) and 2020 swarm (red).

Snake River near Moran, streamgage 13011000
Snake River near Moran, streamgage 13011000
Snake River near Moran, streamgage 13011000
Snake River near Moran, streamgage 13011000

Snake River near Moran, streamgage 13011000, during a winter visit. Streamgage located downstream of Jackson Lake Dam.

Snake River near Moran, streamgage 13011000, during a winter visit. Streamgage located downstream of Jackson Lake Dam.

Temperature records from sites on Yellowstone Lake bottom
Temperature records from sites on Yellowstone Lake bottom
Temperature records from sites on Yellowstone Lake bottom
Temperature records from sites on Yellowstone Lake bottom

Year-long (August 2017 to August 2018) temperature records from two hydrothermal vents (“A” and “B”) in the Deep Hole area of Yellowstone Lake.

Crested pool, in Upper Geyser Basin near Castle Geyser
Crested pool, in Upper Geyser Basin near Castle Geyser
Crested pool, in Upper Geyser Basin near Castle Geyser
Crested pool, in Upper Geyser Basin near Castle Geyser

Crested Pool, in Upper Geyser Basin near Castle Geyser.  Geyser Hill is in the background, and Old Faithful is the steaming feature at the upper right.  USGS photo by Mike Poland, October 12, 2020.

Crested Pool, in Upper Geyser Basin near Castle Geyser.  Geyser Hill is in the background, and Old Faithful is the steaming feature at the upper right.  USGS photo by Mike Poland, October 12, 2020.

Panoramic view of Pocket Basin, Yellowstone National Park
Panoramic view of Pocket Basin, Yellowstone National Park
Panoramic view of Pocket Basin, Yellowstone National Park
Panoramic view of Pocket Basin, Yellowstone National Park

Panoramic photo of Pocket Basin, a hydrothermal explosion crater in Yellowstone National Park's Lower Geyser Basin, taken from the northeast rim looking southwest into the crater. Pocket Basin is a U-shaped crater that is dissected on the SW edge by the Firehole River, visible on the far-right of the photo.

Panoramic photo of Pocket Basin, a hydrothermal explosion crater in Yellowstone National Park's Lower Geyser Basin, taken from the northeast rim looking southwest into the crater. Pocket Basin is a U-shaped crater that is dissected on the SW edge by the Firehole River, visible on the far-right of the photo.

Truck parked in front of Continental Divide sign in Yellowstone National Park at night. Sign is illuminated by headlights.
Vibroseis truck in Yellowstone National Park
Vibroseis truck in Yellowstone National Park
Vibroseis truck in Yellowstone National Park

A 53,000-pound vibroseis truck, with a hydraulic vibration plate that creates signals like tiny earthquakes. The truck is parked at a roadside pullout near the Continental Divide in Yellowstone National Park.  Photo by Jamie Farrell, University of Utah, September 2020, taken under Yellowstone National Park research permit YELL-2020-SCI-8146.

A 53,000-pound vibroseis truck, with a hydraulic vibration plate that creates signals like tiny earthquakes. The truck is parked at a roadside pullout near the Continental Divide in Yellowstone National Park.  Photo by Jamie Farrell, University of Utah, September 2020, taken under Yellowstone National Park research permit YELL-2020-SCI-8146.

dead pine trees without needles standing in a grassy marsh in foggy conditions.
View of dead lodgepole pine trees with “bobby socks” in Lower Geyser Basin, Yellowstone National Park
View of dead lodgepole pine trees with “bobby socks” in Lower Geyser Basin, Yellowstone National Park
View of dead lodgepole pine trees with “bobby socks” in Lower Geyser Basin, Yellowstone National Park

View of dead lodgepole pine trees with “bobby socks” from having taken up hydrothermal water that contains dissolved silica and other minerals. Photo taken south of the Fountain Paint Pot Trail in Lower Geyser Basin, Yellowstone National Park, looking toward the southeast. USGS photo by Stanley Mordensky, August 28, 2020.

View of dead lodgepole pine trees with “bobby socks” from having taken up hydrothermal water that contains dissolved silica and other minerals. Photo taken south of the Fountain Paint Pot Trail in Lower Geyser Basin, Yellowstone National Park, looking toward the southeast. USGS photo by Stanley Mordensky, August 28, 2020.

Giantess Geyser in eruption on August 26, 2020
Giantess Geyser in eruption on August 26, 2020
Giantess Geyser in eruption on August 26, 2020
Giantess Geyser in eruption on August 26, 2020

Giantess Geyser in eruption at approximately 10:00 AM MDT on August 26, 2020.  Old Faithful is erupting in the center background.

Tree rings in a Rocky Mountain Juniper, Yellowstone National Park
Tree rings in a Rocky Mountain Juniper, Yellowstone National Park
Tree rings in a Rocky Mountain Juniper, Yellowstone National Park
Tree rings in a Rocky Mountain Juniper, Yellowstone National Park

A scanned image of Rocky Mountain juniper deadwood sample GGR100 collected in the northern part of Yellowstone National Park under permit YELL-5582.  The full length of this sample covers the time period 723-1792 CE.

A scanned image of Rocky Mountain juniper deadwood sample GGR100 collected in the northern part of Yellowstone National Park under permit YELL-5582.  The full length of this sample covers the time period 723-1792 CE.

A single-span steel bridge crosses over a river with grassy banks on both sides
1960s-era bridge over the Yellowstone River near Tower Junction
1960s-era bridge over the Yellowstone River near Tower Junction
1960s-era bridge over the Yellowstone River near Tower Junction

The current bridge across the Yellowstone River near Tower Junction.  The bridge was constructed in the early 1960s and has structural problems that require it to be replaced.  The bridge will be removed once the new Yellowstone River Bridge is completed (scheduled for 2026).  Photo by Jacob Frank (Yellowstone National Park) on August 17, 2020.

The current bridge across the Yellowstone River near Tower Junction.  The bridge was constructed in the early 1960s and has structural problems that require it to be replaced.  The bridge will be removed once the new Yellowstone River Bridge is completed (scheduled for 2026).  Photo by Jacob Frank (Yellowstone National Park) on August 17, 2020.

The brilliantly blue Sapphire Pool, Yellowstone National Park, steams on a stormy morning
Sapphire Pool, Yellowstone National Park
Sapphire Pool, Yellowstone National Park
Sapphire Pool, Yellowstone National Park

Sapphire Pool, in Biscuit Basin, steams on a stormy morning. A few “biscuits” remain along the pool’s southern edge (center right of photo) – violent geyser eruptions destroyed hundreds of the features when the pool’s plumbing system changed after being jarred by the 1959 Hebgen Lake earthquake. National Park Service photo by Jacob W. Frank, July 20, 2020.

Sapphire Pool, in Biscuit Basin, steams on a stormy morning. A few “biscuits” remain along the pool’s southern edge (center right of photo) – violent geyser eruptions destroyed hundreds of the features when the pool’s plumbing system changed after being jarred by the 1959 Hebgen Lake earthquake. National Park Service photo by Jacob W. Frank, July 20, 2020.

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.

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.

Photo of volcaniclastic units of the Absaroka volcanic province in northeastern Yellowstone National Park
Photo of volcaniclastic units of the Absaroka volcanic province in northeastern Yellowstone National Park
Photo of volcaniclastic units of the Absaroka volcanic province in northeastern Yellowstone National Park
Photo of volcaniclastic units of the Absaroka volcanic province in northeastern Yellowstone National Park

Photo of geologic units of the Absaroka volcanic province in northeastern Yellowstone National Park that shows volcaniclastic sandstones grading up into a conglomerate, followed by another sequence of sandstone to conglomerate. These repeating layers of the same-looking material make it difficult to assign them to a specific volcanic group.

Photo of geologic units of the Absaroka volcanic province in northeastern Yellowstone National Park that shows volcaniclastic sandstones grading up into a conglomerate, followed by another sequence of sandstone to conglomerate. These repeating layers of the same-looking material make it difficult to assign them to a specific volcanic group.

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.

Petrified trees on Specimen Ridge, Yellowstone National Park
Petrified trees on Specimen Ridge, Yellowstone National Park
Petrified trees on Specimen Ridge, Yellowstone National Park
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