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Image: USGS and Japan Scientists Discuss Arctic Data
USGS and Japan Scientists Discuss Arctic Data
USGS and Japan Scientists Discuss Arctic Data
USGS and Japan Scientists Discuss Arctic Data

USGS oceanographer Ellyn Montgomery and Shigeto Nishino with the Japan Agency for Marine Earth Science & Technology (JAMSTEC) discuss measurements in a lab on Healy. Shigeto has spent three months on Canadian Coast Guard Ship Louis S. St.

USGS oceanographer Ellyn Montgomery and Shigeto Nishino with the Japan Agency for Marine Earth Science & Technology (JAMSTEC) discuss measurements in a lab on Healy. Shigeto has spent three months on Canadian Coast Guard Ship Louis S. St.

Image: USGS and NOAA Monitor Arctic Sea Ice
USGS and NOAA Monitor Arctic Sea Ice
USGS and NOAA Monitor Arctic Sea Ice
USGS and NOAA Monitor Arctic Sea Ice

USGS scientist Jonathan Childs and NOAA oceanographer Pablo Clemente-Colón, also Chief Scientist of the National Ice Center, looking out on the Arctic sea ice. This was during a scientific expedition to map the Arctic seafloor.

USGS scientist Jonathan Childs and NOAA oceanographer Pablo Clemente-Colón, also Chief Scientist of the National Ice Center, looking out on the Arctic sea ice. This was during a scientific expedition to map the Arctic seafloor.

Image: XBT Launch: Measuring Sound Speed
XBT Launch: Measuring Sound Speed
XBT Launch: Measuring Sound Speed
XBT Launch: Measuring Sound Speed

A U.S. Coast Guard member is preparing to launch an Expendable Bathythermograph (XBT) to help calculate the speed of sound in the ocean. The launcher sends a probe into the water to measure depth and temperature variation below the ship. There is a copper wire attached to both the launcher and the probe.

A U.S. Coast Guard member is preparing to launch an Expendable Bathythermograph (XBT) to help calculate the speed of sound in the ocean. The launcher sends a probe into the water to measure depth and temperature variation below the ship. There is a copper wire attached to both the launcher and the probe.

Image: XBT Used to Measure Speed of Sound
XBT Used to Measure Speed of Sound
XBT Used to Measure Speed of Sound
XBT Used to Measure Speed of Sound

A U.S. Coast Guard member is preparing to launch an Expendable Bathythermograph (XBT) to help calculate the speed of sound in the ocean. The launcher sends a probe into the water to measure depth and temperature variation below the ship. There is a copper wire attached to both the launcher and the probe.

A U.S. Coast Guard member is preparing to launch an Expendable Bathythermograph (XBT) to help calculate the speed of sound in the ocean. The launcher sends a probe into the water to measure depth and temperature variation below the ship. There is a copper wire attached to both the launcher and the probe.

Image: Collecting a DNA Sample
Collecting a DNA Sample
Collecting a DNA Sample
Collecting a DNA Sample

Collecting a DNA sample from a native freshwater mussel's muscular foot.

Collecting a DNA sample from a native freshwater mussel's muscular foot.

video thumbnail: Flood-Peak Inundation Map, Flood of September 2008, Deep River near Hobart, Indiana Flood-Peak Inundation Map, Flood of September 2008, Deep River near Hobart, Indiana
Flood-Peak Inundation Map, Flood of September 2008, Deep River near Hobart, Indiana
Flood-Peak Inundation Map, Flood of September 2008, Deep River near Hobart, Indiana

Fowler, K.K., Kim, M.H., Menke, C.D., and Arvin, D.V., 2010, Flood of September 2008 in Northwestern Indiana: U.S. Geological Survey Open File Report 2010--1098, 20 p.

Flood of September 2008 in Northwestern Indianahttp://pubs.usgs.gov/ofr/2010/1098/

Fowler, K.K., Kim, M.H., Menke, C.D., and Arvin, D.V., 2010, Flood of September 2008 in Northwestern Indiana: U.S. Geological Survey Open File Report 2010--1098, 20 p.

Flood of September 2008 in Northwestern Indianahttp://pubs.usgs.gov/ofr/2010/1098/

Pulse of ash and flashes of incandescence
Pulse of ash and flashes of incandescence
Pulse of ash and flashes of incandescence

Video shows an ash-emission event at 6:53pm on August 31 from the vent in Halema`uma`u crater. The event begins with a robust pulse of ash, followed shortly by flashes of bright incandescence that rise about 50 yards above the vent.

Video shows an ash-emission event at 6:53pm on August 31 from the vent in Halema`uma`u crater. The event begins with a robust pulse of ash, followed shortly by flashes of bright incandescence that rise about 50 yards above the vent.

Image: Thomson Prairie Field Trip
Thomson Prairie Field Trip
Thomson Prairie Field Trip
Thomson Prairie Field Trip

The Wisconsin Cooperative Wildlife Research Unit (WCWRU) graduate student, Megan Jones, explains the ecology of small mammals at Thomson Prairie as part of a class field trip organized by WCWRU for the University of Wisconsin Grassland Ecology Class.

The Wisconsin Cooperative Wildlife Research Unit (WCWRU) graduate student, Megan Jones, explains the ecology of small mammals at Thomson Prairie as part of a class field trip organized by WCWRU for the University of Wisconsin Grassland Ecology Class.

Pacific brant feeding on eelgrass beds in Izembek Lagoon, Alaska
Pacific brant feeding on eelgrass beds in Izembek Lagoon, Alaska
Pacific brant feeding on eelgrass beds in Izembek Lagoon, Alaska
Pacific brant feeding on eelgrass beds in Izembek Lagoon, Alaska

Pacific brant feeding on submerged eelgrass at Grant Point, Izembek Lagoon, Alaska.

Pacific brant feeding on submerged eelgrass at Grant Point, Izembek Lagoon, Alaska.

Image: Monarch Caterpillar or Larva and Droppings
Monarch Caterpillar or Larva and Droppings
Monarch Caterpillar or Larva and Droppings
Monarch Caterpillar or Larva and Droppings

An approximately 2 inch long monarch butterfly caterpillar or larva grazes on the leaves of a butterfly weed in a northern Virginia garden. The dark lumps on the leaves around the caterpillar are its droppings or feces.

An approximately 2 inch long monarch butterfly caterpillar or larva grazes on the leaves of a butterfly weed in a northern Virginia garden. The dark lumps on the leaves around the caterpillar are its droppings or feces.

Image: Monarch Caterpillar or Larva and Droppings
Monarch Caterpillar or Larva and Droppings
Monarch Caterpillar or Larva and Droppings
Monarch Caterpillar or Larva and Droppings

An approximately 2 inch long monarch butterfly caterpillar or larva grazes on the leaves of a butterfly weed in a northern Virginia garden. The dark lumps on the leaves around the caterpillar are its droppings or feces.

An approximately 2 inch long monarch butterfly caterpillar or larva grazes on the leaves of a butterfly weed in a northern Virginia garden. The dark lumps on the leaves around the caterpillar are its droppings or feces.

Image: Manatee Spring Run
Manatee Spring Run
Manatee Spring Run
Manatee Spring Run

View of the Spring Run near the gage, downstream of the main vent. 

View of the Spring Run near the gage, downstream of the main vent. 

PubTalk 8/2008 — How the Earth Copes with Our LUSTs
PubTalk 8/2008 — How the Earth Copes with Our LUSTs
PubTalk 8/2008 — How the Earth Copes with Our LUSTs

The amazing capabilities of subsurface life

by Barbara Bekins, USGS Research Hydrologist

 

LUST= Leaking Underground Storge Tank

The amazing capabilities of subsurface life

by Barbara Bekins, USGS Research Hydrologist

 

LUST= Leaking Underground Storge Tank

Image: Sea Turtle Hatchling Tracks in Sand
Sea Turtle Hatchling Tracks in Sand
Sea Turtle Hatchling Tracks in Sand
Sea Turtle Hatchling Tracks in Sand

Two sets of tracks left by tiny sea turtle hatchlings when they emerged from their nests and crawled toward the sea during the night.

Two sets of tracks left by tiny sea turtle hatchlings when they emerged from their nests and crawled toward the sea during the night.

Image: Sea Turtle Hatchling Tracks in Sand
Sea Turtle Hatchling Tracks in Sand
Sea Turtle Hatchling Tracks in Sand
Sea Turtle Hatchling Tracks in Sand

A set of tracks left by tiny sea turtle hatchlings when they emerged from their nests and crawled toward the sea during the night.

A set of tracks left by tiny sea turtle hatchlings when they emerged from their nests and crawled toward the sea during the night.

Image: Sea Turtle Hatchling Tracks in Sand
Sea Turtle Hatchling Tracks in Sand
Sea Turtle Hatchling Tracks in Sand
Sea Turtle Hatchling Tracks in Sand

Multiple sets of tracks left by numerous sea turtle hatchlings when they emerged from their nests and crawled toward the sea during the night.

Multiple sets of tracks left by numerous sea turtle hatchlings when they emerged from their nests and crawled toward the sea during the night.

Image: Sea Turtle Hatchling Tracks in Sand
Sea Turtle Hatchling Tracks in Sand
Sea Turtle Hatchling Tracks in Sand
Sea Turtle Hatchling Tracks in Sand

Two sets of tracks left by tiny sea turtle hatchlings when they emerged from their nests and crawled toward the sea during the night.

Two sets of tracks left by tiny sea turtle hatchlings when they emerged from their nests and crawled toward the sea during the night.

Photograph of Launching a sonobuoy receiver off the end of a ship
Sonobuoy reciever launch
Sonobuoy reciever launch
Sonobuoy reciever launch

Launching a sonobuoy receiver off the end of CCGS Louis S. St-Laurent

Spawing sockeye salmon in a Matanuska River side channel, Alaska
Spawing sockeye salmon in a Matanuska River side channel, Alaska
Spawing sockeye salmon in a Matanuska River side channel, Alaska
Spawing sockeye salmon in a Matanuska River side channel, Alaska

A spawining sockeye salmon with it's back out of the water in a side channel of the Matanuska River.

A spawining sockeye salmon with it's back out of the water in a side channel of the Matanuska River.

Fifth explosive eruption
Fifth explosive eruption
Fifth explosive eruption

Movie shows a small explosive eruption, at 7:37 am, from the vent in Halema`uma`u crater. The normal white degassing plume is rapidly overwhelmed by a more robust, ash-rich plume that rises rapidly from the vent. This is the fifth explosive eruption since the new vent at Halema`uma`u appeared in mid-March.

Movie shows a small explosive eruption, at 7:37 am, from the vent in Halema`uma`u crater. The normal white degassing plume is rapidly overwhelmed by a more robust, ash-rich plume that rises rapidly from the vent. This is the fifth explosive eruption since the new vent at Halema`uma`u appeared in mid-March.

Researchers stand at the edge of a saline soil bare patch, Medicine Lake NWR
Researchers at a saline soil bare patch, Medicine Lake NWR
Researchers at a saline soil bare patch, Medicine Lake NWR
Researchers at a saline soil bare patch, Medicine Lake NWR

Researchers stand at the edge of a saline soil bare patch, Medicine Lake NWR.