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Images related to natural hazards.

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Panoramic image of Belacázar Village eight years after the 2008 lah...
Panoramic image of Belacázar Village eight years after the 2008 lah...
Panoramic image of Belacázar Village eight years after the 2008 lah...
Panoramic image of Belacázar Village eight years after the 2008 lah...

Panoramic image of Belacázar Village eight years after the 2008 lahar innundation. Lahar deposits in the foreground of the town are now soccer fields and a dirt bike track.

Living with Volcanoes: How a South American Town May Save Lives ar...
How a South American Town May Save Lives around Mount Rainier
How a South American Town May Save Lives around Mount Rainier
How a South American Town May Save Lives around Mount Rainier

For Volcano Preparedness Month in Washington State, Carolyn Driedger (USGS-Cascades Volcano Observatory) and Zane Gibson (Fire Chief, Orting Valley Fire and Rescue) share the story of their visit to Colombia's Nevado del Ruiz volcano and valuable lessons learned for resident near Mount Rainier.

For Volcano Preparedness Month in Washington State, Carolyn Driedger (USGS-Cascades Volcano Observatory) and Zane Gibson (Fire Chief, Orting Valley Fire and Rescue) share the story of their visit to Colombia's Nevado del Ruiz volcano and valuable lessons learned for resident near Mount Rainier.

Map of Airports Impacted by Volcanic Ash...
Map of Airports Impacted by Volcanic Ash
Map of Airports Impacted by Volcanic Ash
Map of Airports Impacted by Volcanic Ash

Map showing locations of airports impacted by volcanic activity. From 1980 through 2006, an average of five airports per year have been affected by volcanic activity

Map showing locations of airports impacted by volcanic activity. From 1980 through 2006, an average of five airports per year have been affected by volcanic activity

Flow chart illustrating the many variables influencing ash-induced ...
Flow chart: many variables influencing ash-induced insulator flashover
Flow chart: many variables influencing ash-induced insulator flashover
Streamflow measurement and water sampling at Paradise Creek are par...
Streamflow measurement and water sampling at Paradise Creek are par...
Streamflow measurement and water sampling at Paradise Creek are par...
Streamflow measurement and water sampling at Paradise Creek are par...

Streamflow measurement and water sampling at Paradise Creek are part of the regular measurements taken during hydrothermal monitoring campaigns at Mount Rainier, Washington.

Village of Belalcázar along the Páez River in Colombia. Photograph ...
Village of Belalcázar along the Páez River in Colombia. Photograph ...
Village of Belalcázar along the Páez River in Colombia. Photograph ...
Village of Belalcázar along the Páez River in Colombia. Photograph ...

Village of Belalcázar along the Páez River in Colombia. Photograph taken in 2006 - note river bank vegetation and soccer pitch is restored in 12 years after 1994 lahar.

Scientists monitor data in the California Volcano Observatory opera...
Scientists monitor data in the CVO operations room
Scientists monitor data in the CVO operations room
Scientists monitor data in the CVO operations room

Scientists monitor data in the California Volcano Observatory operations room, Menlo Park, California.

Thickness of ash (and larger-sized particles within 20-40 km) that ...
Thickness of ash (and larger-sized particles within 20-40 km) that ...
Thickness of ash (and larger-sized particles within 20-40 km) that ...
Thickness of ash (and larger-sized particles within 20-40 km) that ...

Graph shows thickness of ash (and larger-sized particles within 20-40 km) that fell to the ground downwind of Mount St. Helens during the eruption on May 18, 1980. The volcano ejected a minimum of 1.1 km3 of uncompacted tephra, which is equivalent to 0.20-0.25 km3 of magma or solid rock.

Graph shows thickness of ash (and larger-sized particles within 20-40 km) that fell to the ground downwind of Mount St. Helens during the eruption on May 18, 1980. The volcano ejected a minimum of 1.1 km3 of uncompacted tephra, which is equivalent to 0.20-0.25 km3 of magma or solid rock.

chart showing overlaid cross-sections of volcanic crater
1892 and 1894 cross-sections of Halemaʻumaʻu crater
1892 and 1894 cross-sections of Halemaʻumaʻu crater
1892 and 1894 cross-sections of Halemaʻumaʻu crater

Surveyor Frank Dodge's 1894 cross-section of Halema‘uma‘u overlaid on his 1892 cross-section. The 1892 lava lake was measured at 73 m (240 ft) below the rim of Halema‘uma‘u pit and by early-1894, the lava lake had filled the pit and frequently overflowed onto the caldera floor.

Surveyor Frank Dodge's 1894 cross-section of Halema‘uma‘u overlaid on his 1892 cross-section. The 1892 lava lake was measured at 73 m (240 ft) below the rim of Halema‘uma‘u pit and by early-1894, the lava lake had filled the pit and frequently overflowed onto the caldera floor.

black-and-white photograph of volcanic terrain
1894 view of lava flows in Kaluapele
1894 view of lava flows in Kaluapele
1894 view of lava flows in Kaluapele

Photograph taken on March 20, 1894 looking up at the Halemaʻumaʻu lava lake perched atop a low dome on the floor of Kaluapele (Kīlauea caldera).

Photograph taken on March 20, 1894 looking up at the Halemaʻumaʻu lava lake perched atop a low dome on the floor of Kaluapele (Kīlauea caldera).

Volcano Art at Hawai`i Volcanoes National Park—A Science Perspectiv...
Volcano Art at Hawai`i Volcanoes National Park—A Science Perspective.
Volcano Art at Hawai`i Volcanoes National Park—A Science Perspective.
Volcano Art at Hawai`i Volcanoes National Park—A Science Perspective.

The painting by Jules Tavernier, depicting the 1880-81 lava flow from Mauna Loa as it enters a stream near Hilo, Hawaii on July 20, 1881, provided courtesy of the National Park Service, Hawaii Volcanoes National Park (catalog number HAVO 806).

The painting by Jules Tavernier, depicting the 1880-81 lava flow from Mauna Loa as it enters a stream near Hilo, Hawaii on July 20, 1881, provided courtesy of the National Park Service, Hawaii Volcanoes National Park (catalog number HAVO 806).

old black and white photo of collapsed building, with inset image of the building before collapse
Alameda County Courthouse (Calif.) before and after 1868 Earthquake
Alameda County Courthouse (Calif.) before and after 1868 Earthquake
Alameda County Courthouse (Calif.) before and after 1868 Earthquake

Strong shaking during the 1868 Hayward Fault earthquake caused the second story of the Alameda County Courthouse in San Leandro to collapse (photo courtesy of the Bancroft Library, University of California). The inset photo shows the courthouse before the quake

Strong shaking during the 1868 Hayward Fault earthquake caused the second story of the Alameda County Courthouse in San Leandro to collapse (photo courtesy of the Bancroft Library, University of California). The inset photo shows the courthouse before the quake

Image: Instrument in Surf Zone
Instrument in Surf Zone
Instrument in Surf Zone
Instrument in Surf Zone

Instrument on poles in the surf zone for a coastal erosion study.

Image: Interview with Dr. Robert Fisher
Interview with Dr. Robert Fisher
Interview with Dr. Robert Fisher
Interview with Dr. Robert Fisher

USGS videographer Steve Wessells interviews USGS scientist Dr. Robert Fisher about the ecological effects of the Harris Fire. Dulzura Creek.

USGS videographer Steve Wessells interviews USGS scientist Dr. Robert Fisher about the ecological effects of the Harris Fire. Dulzura Creek.

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

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.

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