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Image: Sinkhole in Frederick, Maryland
Sinkhole in Frederick, Maryland
Sinkhole in Frederick, Maryland
Sinkhole in Frederick, Maryland

Cover-collapse sinkhole in limestone near Frederick, Maryland (September 2003). Many sinkholes occur along highways where rainwater runoff is concentrated into storm drains and ditches increasing the rate of sinkhole development (note the sewer drain pipe beneath roadway).

Cover-collapse sinkhole in limestone near Frederick, Maryland (September 2003). Many sinkholes occur along highways where rainwater runoff is concentrated into storm drains and ditches increasing the rate of sinkhole development (note the sewer drain pipe beneath roadway).

Image: Boulder from 2008 Great Sichuan Earthquake in China
Boulder from 2008 Great Sichuan Earthquake in China
Boulder from 2008 Great Sichuan Earthquake in China
Boulder from 2008 Great Sichuan Earthquake in China

The May 12, 2008, Great Sichuan Earthquake, also called the Wenchuan Earthquake, occurred at 14:28 local time, in Sichuan Province, China. The earthquake magnitudes were Mw = 7.9 (USGS), Ms = 8.0 (Chinese Earthquake Administration). The epicenter was 80 km west-northwest of Chengdu, the capital city of Sichuan province.

The May 12, 2008, Great Sichuan Earthquake, also called the Wenchuan Earthquake, occurred at 14:28 local time, in Sichuan Province, China. The earthquake magnitudes were Mw = 7.9 (USGS), Ms = 8.0 (Chinese Earthquake Administration). The epicenter was 80 km west-northwest of Chengdu, the capital city of Sichuan province.

Image: 2008 Landslide Near Hongyan Resort, China
2008 Landslide Near Hongyan Resort, China
2008 Landslide Near Hongyan Resort, China
2008 Landslide Near Hongyan Resort, China

The May 12, 2008, Great Sichuan Earthquake, also called the Wenchuan Earthquake, occurred at 14:28 local time, in Sichuan Province, China. The earthquake magnitudes were Mw = 7.9 (USGS), Ms = 8.0 (Chinese Earthquake Administration). The epicenter was 80 km west-northwest of Chengdu, the capital city of Sichuan province.

The May 12, 2008, Great Sichuan Earthquake, also called the Wenchuan Earthquake, occurred at 14:28 local time, in Sichuan Province, China. The earthquake magnitudes were Mw = 7.9 (USGS), Ms = 8.0 (Chinese Earthquake Administration). The epicenter was 80 km west-northwest of Chengdu, the capital city of Sichuan province.

Image: Mameyes River Flood
Mameyes River Flood
Mameyes River Flood
Mameyes River Flood

The Mameyes River in flood. Eastern Puerto Rico.

Image: A Fire Tornado Swirls Near a Home in Southern California
A Fire Tornado Swirls Near a Home in Southern California
A Fire Tornado Swirls Near a Home in Southern California
A Fire Tornado Swirls Near a Home in Southern California

A screenshot from the USGS film "Living with Fire".

A fire tornado swirls near a home in southern California. USGS is investigating the factors that dictate home loss from wildfires as part of the USGS Southern California Wildfire Risk Scenario Project.

Image courtesy of Tim Walton, Photo One Productions, CALFIRE. Shared with permission.

A screenshot from the USGS film "Living with Fire".

A fire tornado swirls near a home in southern California. USGS is investigating the factors that dictate home loss from wildfires as part of the USGS Southern California Wildfire Risk Scenario Project.

Image courtesy of Tim Walton, Photo One Productions, CALFIRE. Shared with permission.

Image: Road Damage from 2008 Great Sichuan Earthquake in China
Road Damage from 2008 Great Sichuan Earthquake in China
Road Damage from 2008 Great Sichuan Earthquake in China
Road Damage from 2008 Great Sichuan Earthquake in China

The May 12, 2008, Great Sichuan Earthquake, also called the Wenchuan Earthquake, occurred at 14:28 local time, in Sichuan Province, China. The earthquake magnitudes were Mw = 7.9 (USGS), Ms = 8.0 (Chinese Earthquake Administration). The epicenter was 80 km west-northwest of Chengdu, the capital city of Sichuan province.

The May 12, 2008, Great Sichuan Earthquake, also called the Wenchuan Earthquake, occurred at 14:28 local time, in Sichuan Province, China. The earthquake magnitudes were Mw = 7.9 (USGS), Ms = 8.0 (Chinese Earthquake Administration). The epicenter was 80 km west-northwest of Chengdu, the capital city of Sichuan province.

Image: House Damage from 2011 Central Virginia Earthquake<br />
House Damage from 2011 Central Virginia Earthquake<br />
House Damage from 2011 Central Virginia Earthquake<br />
House Damage from 2011 Central Virginia Earthquake

Damage to a house in Louisa County, Virginia, after a magnitude 5.8 earthquake on August 23, 2011.

Image: Aerial Oblique Photography Comparing the Chandeleur Islands Before and After Hurricane Isaac
Aerial Oblique Photography Comparing the Chandeleur Islands Before and After Hurricane Isaac
Aerial Oblique Photography Comparing the Chandeleur Islands Before and After Hurricane Isaac
Aerial Oblique Photography Comparing the Chandeleur Islands Before and After Hurricane Isaac

The images reveal significant erosion of the island, likely due to inundation by waves and surge.This erosion resulted in the disappearance of an oil-protection berm constructed follow the BP oil spill.  Due to this island's cumulative damage from previous storms like Hurricane Katrina, it remains in question whether this beach system will ever be able to fully

The images reveal significant erosion of the island, likely due to inundation by waves and surge.This erosion resulted in the disappearance of an oil-protection berm constructed follow the BP oil spill.  Due to this island's cumulative damage from previous storms like Hurricane Katrina, it remains in question whether this beach system will ever be able to fully

Image: Aerial Oblique Photography Comparing Dauphin Island Before and After Hurricane Isaac
Aerial Oblique Photography Comparing Dauphin Island Before and After Hurricane Isaac
Aerial Oblique Photography Comparing Dauphin Island Before and After Hurricane Isaac
Aerial Oblique Photography Comparing Dauphin Island Before and After Hurricane Isaac

Photos from Dauphin Island indicate beach erosion and island overwash, furthering the erosion the island has seen during repeated storm events -- Ivan, Katrina, Gustav and Isaac -- that have led to the island's increased vulnerability to future storms.  

 

Photos from Dauphin Island indicate beach erosion and island overwash, furthering the erosion the island has seen during repeated storm events -- Ivan, Katrina, Gustav and Isaac -- that have led to the island's increased vulnerability to future storms.  

 

Image: House Damage from 2011 Central Virginia Earthquake<br />
House Damage from 2011 Central Virginia Earthquake<br />
House Damage from 2011 Central Virginia Earthquake<br />
House Damage from 2011 Central Virginia Earthquake

Damage to a house in Louisa County, Virginia, after a magnitude 5.8 earthquake on August 23, 2011.

Image: House Damage from 2011 Central Virginia Earthquake<br />
House Damage from 2011 Central Virginia Earthquake<br />
House Damage from 2011 Central Virginia Earthquake<br />
House Damage from 2011 Central Virginia Earthquake

Damage to a house in Louisa County, Virginia, after a magnitude 5.8 earthquake on August 23, 2011.

Image: House Damage from 2011 Central Virginia Earthquake<br />
House Damage from 2011 Central Virginia Earthquake<br />
House Damage from 2011 Central Virginia Earthquake<br />
House Damage from 2011 Central Virginia Earthquake

Chimney damage to a house in Louisa County, Virginia, after a magnitude 5.8 earthquake on August 23, 2011.

Chimney damage to a house in Louisa County, Virginia, after a magnitude 5.8 earthquake on August 23, 2011.

Image: Floodwater at Wild Rice River
Floodwater at Wild Rice River
Floodwater at Wild Rice River
Floodwater at Wild Rice River

USGS personnel at work on bridge over Wild Rice River. Photo taken at 174th Ave and 124th St southwest of Horace, ND.

USGS personnel at work on bridge over Wild Rice River. Photo taken at 174th Ave and 124th St southwest of Horace, ND.

Image: Floodwater at Wild Rice River
Floodwater at Wild Rice River
Floodwater at Wild Rice River
Floodwater at Wild Rice River

USGS personnel at work using acoustic doppler on bridge over Wild Rice River. Photo taken at 174th Ave and 124th St southwest of Horace, ND.

USGS personnel at work using acoustic doppler on bridge over Wild Rice River. Photo taken at 174th Ave and 124th St southwest of Horace, ND.

Image: Floodwater at Wild Rice River
Floodwater at Wild Rice River
Floodwater at Wild Rice River
Floodwater at Wild Rice River

Acoustic doppler used to record measurements on Wild Rice River during 2010 flood. Photo taken from bridge at 174th Ave and 124th St southwest of Horace, ND.

Acoustic doppler used to record measurements on Wild Rice River during 2010 flood. Photo taken from bridge at 174th Ave and 124th St southwest of Horace, ND.

Image: Floodwater at Wild Rice River
Floodwater at Wild Rice River
Floodwater at Wild Rice River
Floodwater at Wild Rice River

Acoustic doppler used to record measurements on Wild Rice River during 2010 flood. Photo taken from bridge at 174th Ave and 124th St southwest of Horace, ND.

Acoustic doppler used to record measurements on Wild Rice River during 2010 flood. Photo taken from bridge at 174th Ave and 124th St southwest of Horace, ND.

Image: Floodwater at Wild Rice River
Floodwater at Wild Rice River
Floodwater at Wild Rice River
Floodwater at Wild Rice River

USGS personnel at work using acoustic doppler on bridge over Wild Rice River. Photo taken at 174th Ave and 124th St southwest of Horace, ND.

USGS personnel at work using acoustic doppler on bridge over Wild Rice River. Photo taken at 174th Ave and 124th St southwest of Horace, ND.

Mount Adams, aerial view from the south. The A.G. Aiken Lava Bed la...
Mount Adams, aerial view from the south. The A.G. Aiken Lava Bed la...
Mount Adams, aerial view from the south. The A.G. Aiken Lava Bed la...
Mount Adams, aerial view from the south. The A.G. Aiken Lava Bed la...

Mount Adams, aerial view from the south. The A.G. Aiken Lava Bed lava flow is seen in the lower center of the photo, which erupted since the last glaciation.

Mount Adams, aerial view from the south. The A.G. Aiken Lava Bed lava flow is seen in the lower center of the photo, which erupted since the last glaciation.

Mount Adams from the southwest near Trout Lake, Washington. Foregro...
Mount Adams from SW near Trout Lake, WA. Foreground surface is a 30...
Mount Adams from SW near Trout Lake, WA. Foreground surface is a 30...
Mount Adams from SW near Trout Lake, WA. Foreground surface is a 30...

Mount Adams from the southwest near Trout Lake, Washington. Foreground surface is a 300 year old lahar deposit that originated from high on the flank of the volcano, which deposited house-sized block.

Mount Adams from the southwest near Trout Lake, Washington. Foreground surface is a 300 year old lahar deposit that originated from high on the flank of the volcano, which deposited house-sized block.

Seismic monitoring station ASR at Mount Adams, Washington. Scientis...
Seismic monitoring station ASR at Mount Adams, WA
Seismic monitoring station ASR at Mount Adams, WA
Seismic monitoring station ASR at Mount Adams, WA

Seismic monitoring station ASR at Mount Adams, Washington. Scientist conducting routine maintenance.

Seismic monitoring station ASR at Mount Adams, Washington. Scientist conducting routine maintenance.

Yellowstone sinter research article graphic representing sample col...
Yellowstone sinter research article graphic representing sample col...
Yellowstone sinter research article graphic representing sample col...
Yellowstone sinter research article graphic representing sample col...

Graphical abstract of the new research paper. The scientists collect samples from the rocks forming near hot springs and geysers. They dissolve small amounts of the rock in acid and organic carbon (created by living organisms) remains behind.

Graphical abstract of the new research paper. The scientists collect samples from the rocks forming near hot springs and geysers. They dissolve small amounts of the rock in acid and organic carbon (created by living organisms) remains behind.