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Graben that drained some of the lava out of 'Alae on August 4, 1969...
Graben that drained some of the lava out of 'Alae on Aug. 4, 1969.
Graben that drained some of the lava out of 'Alae on Aug. 4, 1969.
Graben that drained some of the lava out of 'Alae on Aug. 4, 1969.

Graben that drained some of the lava out of 'Alae on August 4, 1969. Photo taken on September 24, 1969. The graben, more than 10 m (30 ft) wide and locally more than 70 m (230 ft) deep, extended 800 m (2,600 ft) east-northeast from 'Alae. and a trough reached 700 m (2,300 ft) farther. It was an older structure but was reactivated during the draining.

Graben that drained some of the lava out of 'Alae on August 4, 1969. Photo taken on September 24, 1969. The graben, more than 10 m (30 ft) wide and locally more than 70 m (230 ft) deep, extended 800 m (2,600 ft) east-northeast from 'Alae. and a trough reached 700 m (2,300 ft) farther. It was an older structure but was reactivated during the draining.

East end of 'Alae Crater after catastrophic draining on August 4, 1...
East end of 'Alae Crater after catastrophic draining on Aug. 4, 1970
East end of 'Alae Crater after catastrophic draining on Aug. 4, 1970
East end of 'Alae Crater after catastrophic draining on Aug. 4, 1970

East end of 'Alae Crater after catastrophic draining on August 4, 1969. The entire crater was nearly full of lava erupted in February 1969 and later by Mauna Ulu, most recently on August 3.

East end of 'Alae Crater after catastrophic draining on August 4, 1969. The entire crater was nearly full of lava erupted in February 1969 and later by Mauna Ulu, most recently on August 3.

Pool of lava filling a basin 150 m (500 m) wide at the summit of Ma...
Pool of lava filling a basin at the summit of Mauna Ulu, July 29, 1970
Pool of lava filling a basin at the summit of Mauna Ulu, July 29, 1970
Pool of lava filling a basin at the summit of Mauna Ulu, July 29, 1970

Pool of lava filling a basin 150 m (500 m) wide at the summit of Mauna Ulu on July 29, 1969. This image and the next two illustrate a process called gas pistoning. The pool is fed by lava rising 50 m (160 ft) in 15 minutes up a fissure 3-7 m (10-25 ft) wide. Bubbling is just starting above the fissure, leading to draining shown in the next image.

Pool of lava filling a basin 150 m (500 m) wide at the summit of Mauna Ulu on July 29, 1969. This image and the next two illustrate a process called gas pistoning. The pool is fed by lava rising 50 m (160 ft) in 15 minutes up a fissure 3-7 m (10-25 ft) wide. Bubbling is just starting above the fissure, leading to draining shown in the next image.

Close-up of right side of lava pool shown in previous image a few s...
Close-up of right side of lava pool shown in previous image a few s...
Close-up of right side of lava pool shown in previous image a few s...
Close-up of right side of lava pool shown in previous image a few s...

Close-up of right side of lava pool shown in previous image a few seconds later, showing early stage of gas-piston draining. Pond level has already dropped several meters. During the next 30 seconds the pond level dropped 25-30 m (80-100 ft) as gas escaped from the pond, creating a void immediately filled by the draining lava.

Close-up of right side of lava pool shown in previous image a few seconds later, showing early stage of gas-piston draining. Pond level has already dropped several meters. During the next 30 seconds the pond level dropped 25-30 m (80-100 ft) as gas escaped from the pond, creating a void immediately filled by the draining lava.

Same view as in previous image, but about 20 seconds later. Now lav...
Same view as in previous image, but about 20 seconds later. Now lav...
Same view as in previous image, but about 20 seconds later. Now lav...
Same view as in previous image, but about 20 seconds later. Now lav...

Same view as in previous image, but about 20 seconds later. Now lava is now falling into the fissure, destroying sheets of crust in the process. When the draining was over, lava level had dropped about 50 m (160 ft). Once draining was complete, lava level again began to slowly rise as it was pushed upward by expanding gas bubbles.

Same view as in previous image, but about 20 seconds later. Now lava is now falling into the fissure, destroying sheets of crust in the process. When the draining was over, lava level had dropped about 50 m (160 ft). Once draining was complete, lava level again began to slowly rise as it was pushed upward by expanding gas bubbles.

Lava fountain of June 25, 1969, This fountain lasted a little over ...
Lava fountain of June 25, 1969, This fountain lasted a little over ...
Lava fountain of June 25, 1969, This fountain lasted a little over ...
Lava fountain of June 25, 1969, This fountain lasted a little over ...

It is a good example of what many volcanologists term a Hawaiian fountain.

Incandescent gash surrounded by day-old lava flow is young, 1 day o...
Incandescent gash surrounded by day-old lava flow is young, 1 day o...
Incandescent gash surrounded by day-old lava flow is young, 1 day o...
Incandescent gash surrounded by day-old lava flow is young, 1 day o...

‘Ālo‘i Crater (top) chokes in fume rising from new lava. A slightly sinuous line connecting Mauna Ulu and ‘Ālo‘i is row of spatter cones formed on May 24. View looks west, with trade wind blowing.

‘Ālo‘i Crater (top) chokes in fume rising from new lava. A slightly sinuous line connecting Mauna Ulu and ‘Ālo‘i is row of spatter cones formed on May 24. View looks west, with trade wind blowing.

Ground fractures cut across road as the ground shifted in response ...
Ground fractures cut across road as the ground shifted in response ...
Ground fractures cut across road as the ground shifted in response ...
Ground fractures cut across road as the ground shifted in response ...

A series of wide fractures cut across Chain of Craters Road in Hawai‘i Volcanoes National Park during an eruption of Kīlauea in February 1969. These fractures were related to a "slump block" that developed on the southwest rim of ‘Alae Crater on the volcano's East Rift Zone.

A series of wide fractures cut across Chain of Craters Road in Hawai‘i Volcanoes National Park during an eruption of Kīlauea in February 1969. These fractures were related to a "slump block" that developed on the southwest rim of ‘Alae Crater on the volcano's East Rift Zone.

Shoestring Glacier on Mount St. Helens, viewed from the southeast. ...
Shoestring Glacier on Mount St. Helens, May, 1965
Shoestring Glacier on Mount St. Helens, May, 1965
Shoestring Glacier on Mount St. Helens, May, 1965

Shoestring Glacier on Mount St. Helens, viewed from the southeast. Photo from May, 1965.

Photograph shows what remains of a building foundation in the foreground and a house in the background and up a slight elevation
Chenega Village after tsunami waves hit in 1964
Chenega Village after tsunami waves hit in 1964
Chenega Village after tsunami waves hit in 1964

Photograph taken in 1964 of the main part of the Chenega village site in Alaska. Pilings in the ground mark the former locations of homes swept away by tsunami waves. The schoolhouse on high ground was undamaged.

Photograph taken in 1964 of the main part of the Chenega village site in Alaska. Pilings in the ground mark the former locations of homes swept away by tsunami waves. The schoolhouse on high ground was undamaged.

Mount St. Helens, aerial photograph taken from the northeast. Septe...
Mount St. Helens, aerial photograph taken from NE. Sep. 1964.
Mount St. Helens, aerial photograph taken from NE. Sep. 1964.
Mount St. Helens, aerial photograph taken from NE. Sep. 1964.

Aerial photo of Mount St. Helens taken from the northeast in September 1964.  

Two people sit on the remains of a building looking at debris on a street with bent-over parking meter in foreground.
Aftermath of Chilean tsunami in Hilo, Hawaii
Aftermath of Chilean tsunami in Hilo, Hawaii
Aftermath of Chilean tsunami in Hilo, Hawaii

Aftermath of the 1960 Chilean tsunami in Hilo, Hawaii, where the tsunami caused 61 deaths.

‘A‘ā flow has just reached the barrier built between KUKi‘i and Kap...
‘A‘ā flow has just reached the barrier built between KUKi‘i and Kapoho
‘A‘ā flow has just reached the barrier built between KUKi‘i and Kapoho
‘A‘ā flow has just reached the barrier built between KUKi‘i and Kapoho

‘A‘ā flow has just reached the barrier built between KUKi‘i and Kapoho.

The leaves of these papaya plants were abraded and sheared off by f...
The leaves of these papaya plants were abraded and sheared off by f...
The leaves of these papaya plants were abraded and sheared off by f...
The leaves of these papaya plants were abraded and sheared off by f...

The high front of an advancing ‘A‘ā flow forms the ridge between the papaya orchard and the fountain. The defoliation had occurred by January 16, 1960.

The high front of an advancing ‘A‘ā flow forms the ridge between the papaya orchard and the fountain. The defoliation had occurred by January 16, 1960.

House belonging to the Hongo family set fire by advancing ‘A‘ā in t...
House belonging to Hongo family set fire by advancing ‘A‘ā in the f...
House belonging to Hongo family set fire by advancing ‘A‘ā in the f...
House belonging to Hongo family set fire by advancing ‘A‘ā in the f...

House belonging to the Hongo family set fire by advancing ‘A‘ā in the foreground, 1800 January 16, 1960. Note fountain behind tree near right edge of view.

House belonging to the Hongo family set fire by advancing ‘A‘ā in the foreground, 1800 January 16, 1960. Note fountain behind tree near right edge of view.

Fountain and cone at vent B as seen from Pu‘u Kea, just southwest o...
Fountain and cone at vent B as seen from Pu‘u Kea, just SW of Kapoh...
Fountain and cone at vent B as seen from Pu‘u Kea, just SW of Kapoh...
Fountain and cone at vent B as seen from Pu‘u Kea, just SW of Kapoh...

A river of ‘A‘ā is pouring from the far side of the cone and moving to the right, hemmed in by the scarp along the Koa‘e fault, visible between the fountain and the right edge of the photo.

A river of ‘A‘ā is pouring from the far side of the cone and moving to the right, hemmed in by the scarp along the Koa‘e fault, visible between the fountain and the right edge of the photo.

Opening stages of KAPOHO eruption, January 14, 1960. Violent steam ...
Opening stages of KAPOHO eruption, Jan 14, 1960. Violent steam emis...
Opening stages of KAPOHO eruption, Jan 14, 1960. Violent steam emis...
Opening stages of KAPOHO eruption, Jan 14, 1960. Violent steam emis...

Incandescent lava particles can be seen above the fountain between the light and dark steam clouds. Photo looking uprift toward area of vent C, taken at 1000 January 14 by D.H. Richter. Left-hand lava fountain may be vent B.

Incandescent lava particles can be seen above the fountain between the light and dark steam clouds. Photo looking uprift toward area of vent C, taken at 1000 January 14 by D.H. Richter. Left-hand lava fountain may be vent B.

Displacement of Kapoho fault scarp, Kīlauea Volcano, Hawai‘i, cause...
Displacement of Kapoho fault scarp, Kīlauea, Hawai‘i, caused by mag...
Displacement of Kapoho fault scarp, Kīlauea, Hawai‘i, caused by mag...
Displacement of Kapoho fault scarp, Kīlauea, Hawai‘i, caused by mag...

View westward along the Kapoho fault scarp in the village of Kapoho following a swarm of earthquakes in the area. The ground cracking was caused by subsidence of a graben (down-dropped block) that spanned the community.

View westward along the Kapoho fault scarp in the village of Kapoho following a swarm of earthquakes in the area. The ground cracking was caused by subsidence of a graben (down-dropped block) that spanned the community.

Ground fractures through Kapoho Village, Hawai‘i, caused by magma m...
Ground fractures through Kapoho Village, Hawai‘i, caused by magma m...
Ground fractures through Kapoho Village, Hawai‘i, caused by magma m...
Ground fractures through Kapoho Village, Hawai‘i, caused by magma m...

Fractures along the Kapoho fault hours after an earthquake swarm began in the area early on January 13, 1960. Residents in and near Kapoho village reported feeling the earthquakes, and HVO scientists on the scene described "the ground beneath our feet in almost constant motion" and hearing "low-pitched booming sounds" accompanying the largest earthquakes.

Fractures along the Kapoho fault hours after an earthquake swarm began in the area early on January 13, 1960. Residents in and near Kapoho village reported feeling the earthquakes, and HVO scientists on the scene described "the ground beneath our feet in almost constant motion" and hearing "low-pitched booming sounds" accompanying the largest earthquakes.

Coconut palms were stripped by heavy tephra fall during the Kapoho ...
Coconut palms were stripped by heavy tephra fall during the Kapoho ...
Coconut palms were stripped by heavy tephra fall during the Kapoho ...
Coconut palms were stripped by heavy tephra fall during the Kapoho ...

Coconut palms were stripped by heavy tephra fall during the Kapoho eruption. These lie north of the fissure with volcanic bomb craters indenting the tephra on the flank of the new cone, Pu‘u Laimana.

Coconut palms were stripped by heavy tephra fall during the Kapoho eruption. These lie north of the fissure with volcanic bomb craters indenting the tephra on the flank of the new cone, Pu‘u Laimana.

Earthquake damage from the 1959 Hebgen Lake event in the Yellowston...
Earthquake damage from 1959 Hebgen Lake event in Yellowstone Plateau
Earthquake damage from 1959 Hebgen Lake event in Yellowstone Plateau
Earthquake damage from 1959 Hebgen Lake event in Yellowstone Plateau

This house fell into Hebgen Lake during the 1959 earthquake and floated along the shore until it came to rest here. The owner of the house, then-70-year-old Mrs. Grace Miller, escaped only after kicking out her front door and leaping a 5-foot-wide ground crack as her house dropped into the lake.

This house fell into Hebgen Lake during the 1959 earthquake and floated along the shore until it came to rest here. The owner of the house, then-70-year-old Mrs. Grace Miller, escaped only after kicking out her front door and leaping a 5-foot-wide ground crack as her house dropped into the lake.