Skip to main content
U.S. flag

An official website of the United States government

Images

Images of Yellowstone.

Filter Total Items: 709
Queen's Laundry bathhouse, in the Lower Geyser Basin of Yellowstone National Park
Queen's Laundry bathhouse, in Yellowstone's Lower Geyser Basin
Queen's Laundry bathhouse, in Yellowstone's Lower Geyser Basin
Queen's Laundry bathhouse, in Yellowstone's Lower Geyser Basin

Queen's Laundry bathhouse, in the Lower Geyser Basin of Yellowstone National Park.  Building began under superintendent Philetus Norris in 1881 but was never finished.

Gas plume rises above lava fountains in a lava lake in the summit crater of Nyiragongo volcano, Democratic Republic of the Congo, on 20 August 1994
Gas plume rises above lava fountains in a lava lake in the summit crater of Nyiragongo volcano, Democratic Republic of the Congo, on 20 August 1994
Gas plume rises above lava fountains in a lava lake in the summit crater of Nyiragongo volcano, Democratic Republic of the Congo, on 20 August 1994
Gas plume rises above lava fountains in a lava lake in the summit crater of Nyiragongo volcano, Democratic Republic of the Congo, on 20 August 1994

A gas plume rises above lava fountains in a lava lake in the summit crater of Nyiragongo volcano on 20 August 1994. USGS photo by Jack Lockwood.

Black and white line drawing showing the geology of the Wind River Range, Wyoming
Geologic map of the Wind River Range, Wyoming
Geologic map of the Wind River Range, Wyoming
Geologic map of the Wind River Range, Wyoming

Geologic map of the Wind River Range from Blackstone, 1993 (The Wind River Range, Wyoming: An Overview. Wyoming Geological Association. Jubilee Anniversary Field Conference Guidebook: Wyoming Geology, Past, Present, and Future. Pg. 121-140).

Geologic map of the Wind River Range from Blackstone, 1993 (The Wind River Range, Wyoming: An Overview. Wyoming Geological Association. Jubilee Anniversary Field Conference Guidebook: Wyoming Geology, Past, Present, and Future. Pg. 121-140).

Data with a large spread suggest increase in subsurface temperature prior to 1989 explosion at Porkchop Geyser
Chemical geothermometer temperatures for Porkchop Geyser, Yellowstone National Park, prior to its 1989 explosion
Chemical geothermometer temperatures for Porkchop Geyser, Yellowstone National Park, prior to its 1989 explosion
Chemical geothermometer temperatures for Porkchop Geyser, Yellowstone National Park, prior to its 1989 explosion

Fluid chemical geothermometer temperatures for Porkchop Geyser in Norris Geyser Basin, Yellowstone National Park, showing an increase of 40–60 °C (72–108 °F) for deep subsurface fluid temperatures near the time of the September 1989 Porkchop hydrothermal explosion.  Note the significant scatter and variations of estimates using the conventional geothermometers.&

Fluid chemical geothermometer temperatures for Porkchop Geyser in Norris Geyser Basin, Yellowstone National Park, showing an increase of 40–60 °C (72–108 °F) for deep subsurface fluid temperatures near the time of the September 1989 Porkchop hydrothermal explosion.  Note the significant scatter and variations of estimates using the conventional geothermometers.&

Deep-ocean hydrothermal vent system from the East Pacific Rise
Deep-ocean hydrothermal vent system from the East Pacific Rise
Deep-ocean hydrothermal vent system from the East Pacific Rise
Deep-ocean hydrothermal vent system from the East Pacific Rise

Photo of a deep-ocean hydrothermal vent system from the East Pacific Rise at 9º39’N latitude and 2550 m (8366 ft) depth showing vigorously venting “black smoker” hydrothermal fluids (329 °C, or 624 °F) that are dark gray to black due to rapid precipitation of iron, copper, and zinc sulfide minerals as the hot water mixes with cold bottom waters.

Photo of a deep-ocean hydrothermal vent system from the East Pacific Rise at 9º39’N latitude and 2550 m (8366 ft) depth showing vigorously venting “black smoker” hydrothermal fluids (329 °C, or 624 °F) that are dark gray to black due to rapid precipitation of iron, copper, and zinc sulfide minerals as the hot water mixes with cold bottom waters.

Track of the Yellowstone hotspot showing the ages and locations of volcanic fields
Track of the Yellowstone hotspot showing the ages and locations of volcanic fields
Track of the Yellowstone hotspot showing the ages and locations of volcanic fields
Track of the Yellowstone hotspot showing the ages and locations of volcanic fields

Color-shaded relief topographic map of the track of the Yellowstone hotspot showing the ages and locations of volcanic fields and faulting patterns which become younger to the northeast.  Areas in cooler colors (greens and blues) represent low topographic elevations, whereas warmer colors (oranges and reds) represent high elevations.  Adapted from

Color-shaded relief topographic map of the track of the Yellowstone hotspot showing the ages and locations of volcanic fields and faulting patterns which become younger to the northeast.  Areas in cooler colors (greens and blues) represent low topographic elevations, whereas warmer colors (oranges and reds) represent high elevations.  Adapted from

water shoots from a rock wall, with forest in the background
Apollinaris Spring, Yellowstone National Park, in 1987
Apollinaris Spring, Yellowstone National Park, in 1987
Apollinaris Spring, Yellowstone National Park, in 1987

Apollinaris Spring in 1987.  The spring was modified in 1925 so that water would flow through pipes to be emitted from a rock wall.  Yellowstone National Park photo by Jim Peaco.

Apollinaris Spring in 1987.  The spring was modified in 1925 so that water would flow through pipes to be emitted from a rock wall.  Yellowstone National Park photo by Jim Peaco.

Muddy thermal discharge near Congress Pool in Norris Geyser Basin following the 1975 Yellowstone National Park earthquake
Muddy thermal discharge near Congress Pool in Norris Geyser Basin following the 1975 Yellowstone National Park earthquake
Muddy thermal discharge near Congress Pool in Norris Geyser Basin following the 1975 Yellowstone National Park earthquake
Muddy thermal discharge near Congress Pool in Norris Geyser Basin following the 1975 Yellowstone National Park earthquake

Muddy thermal discharge (foreground) near Congress Pool (middle ground) in Norris Geyser Basin following the June 30, 1975, magnitude-6 Yellowstone National Park earthquake,  NPS photo by Rick Hutchinson.

Morning Glory pool, before and after garbage clean out
Morning Glory Pool before and after garbage clean out, Yellowstone.
Morning Glory Pool before and after garbage clean out, Yellowstone.
Morning Glory Pool before and after garbage clean out, Yellowstone.

Morning Glory Pool used to be clear blue in color, as shown in the historic undated photo on the left (National Park Service photo by Rentchler).

1975 earthquake damage just south of Mammoth Hot Springs on the Mammoth-Norris highway
1975 earthquake damage just south of Mammoth Hot Springs on the Mammoth-Norris highway
1975 earthquake damage just south of Mammoth Hot Springs on the Mammoth-Norris highway
1975 earthquake damage just south of Mammoth Hot Springs on the Mammoth-Norris highway

Photo of damage to the Mammoth-Norris highway, just south of Mammoth Hot Springs, caused by the June 30, 1975, magnitude-6 earthquake.  Haynes Inc. photo for the Deseret News.

Gibbon River in Gibbon Meadows immediate following the 1975 Yellowstone National Park earthquake
Gibbon River in Gibbon Meadows immediate following the 1975 Yellowstone National Park earthquake
Gibbon River in Gibbon Meadows immediate following the 1975 Yellowstone National Park earthquake
Gibbon River in Gibbon Meadows immediate following the 1975 Yellowstone National Park earthquake

Gibbon River in Gibbon Meadows immediate following the June 30, 1975, magnitude-6 Yellowstone National Park earthquake.  The muddy color is due to increased sediment load.  NPS photo by Rick Hutchinson.

Shoshone Tukudika (Sheepeater) at Medicine Lodge Creek, Idaho, in 1871.
Shoshone Tukudika (Sheepeater) at Medicine Lodge Creek, Idaho, in 1871
Shoshone Tukudika (Sheepeater) at Medicine Lodge Creek, Idaho, in 1871
Shoshone Tukudika (Sheepeater) at Medicine Lodge Creek, Idaho, in 1871

Shoshone Tukudika (Sheepeater) men, women, and children at Medicine Lodge Creek, Idaho, in 1871. This photo was taken by U.S. Geological Survey employee William Henry Jackson.  Courtesy of National Park Service, Yellowstone National Park, YELL 8151.

Shoshone Tukudika (Sheepeater) men, women, and children at Medicine Lodge Creek, Idaho, in 1871. This photo was taken by U.S. Geological Survey employee William Henry Jackson.  Courtesy of National Park Service, Yellowstone National Park, YELL 8151.

A geyser sprays water into the air. Foreground is barren with dead trees. Background is a tree-covered hill under blue sky.
Seismic geyser in Yellowstone’s Upper Geyser Basin during an eruption in 1969
Seismic geyser in Yellowstone’s Upper Geyser Basin during an eruption in 1969
Seismic geyser in Yellowstone’s Upper Geyser Basin during an eruption in 1969

Seismic geyser in Yellowstone’s Upper Geyser Basin during an eruption. Based on the study of George Marler and USGS scientist Donald E.

Was this page helpful?