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See our science through the images below.

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Image: Giant Lions-Paw (Nodipecten subnodosus)
Giant Lions-Paw (Nodipecten subnodosus)
Giant Lions-Paw (Nodipecten subnodosus)
Giant Lions-Paw (Nodipecten subnodosus)

Orange seashell of a Giant lions-paw (Nodipecten subnodosus). Species identification is tentative.

Orange seashell of a Giant lions-paw (Nodipecten subnodosus). Species identification is tentative.

Image: Giant Lions-Paw (Nodipecten subnodosus)
Giant Lions-Paw (Nodipecten subnodosus)
Giant Lions-Paw (Nodipecten subnodosus)
Giant Lions-Paw (Nodipecten subnodosus)

Orange seashell of a Giant lions-paw (Nodipecten subnodosus). Species identification is tentative.

Orange seashell of a Giant lions-paw (Nodipecten subnodosus). Species identification is tentative.

Image: Fluted Tridacna (Tridacna squamosa)
Fluted Tridacna (Tridacna squamosa)
Fluted Tridacna (Tridacna squamosa)
Fluted Tridacna (Tridacna squamosa)

Ornamented seashell of a fluted Tridacna. Tentatively identified as Tridacna squamosa.

Ornamented seashell of a fluted Tridacna. Tentatively identified as Tridacna squamosa.

Image:  Desert Perchlorate Field Work
Desert Perchlorate Field Work
Desert Perchlorate Field Work
Desert Perchlorate Field Work

USGS scientists dig soil pits in Nevada's Amargosa Desert to study the distribution of natural perchlorate and to determine the atmospheric-soil-plant interactions that affected perchlorate's cycling in a terrestrial ecosystem.


Amargosa Desert, Nevada

~17 km south of Beatty; ~20 km east of Death Valley National Park.

USGS scientists dig soil pits in Nevada's Amargosa Desert to study the distribution of natural perchlorate and to determine the atmospheric-soil-plant interactions that affected perchlorate's cycling in a terrestrial ecosystem.


Amargosa Desert, Nevada

~17 km south of Beatty; ~20 km east of Death Valley National Park.

Image: Red-Spotted Newt (Notophthalmus viridescens viridescens)
Red-Spotted Newt (Notophthalmus viridescens viridescens)
Red-Spotted Newt (Notophthalmus viridescens viridescens)
Red-Spotted Newt (Notophthalmus viridescens viridescens)

Red-spotted newt in the leaf litter along a trail in Big South Fork National River and Recreation Area.

Red-spotted newt in the leaf litter along a trail in Big South Fork National River and Recreation Area.

Image: Taking Polar Bear Blood Samples
Taking Polar Bear Blood Samples
Taking Polar Bear Blood Samples
Taking Polar Bear Blood Samples

USGS scientist Karyn Rode takes a blood sample from a polar bear to estimate the diets of wild bears.

USGS scientist Karyn Rode takes a blood sample from a polar bear to estimate the diets of wild bears.

Image: Taking Polar Bear Blood Samples
Taking Polar Bear Blood Samples
Taking Polar Bear Blood Samples
Taking Polar Bear Blood Samples

USGS scientist Karyn Rode takes a blood sample from a polar bear to estimate the diets of wild bears.

USGS scientist Karyn Rode takes a blood sample from a polar bear to estimate the diets of wild bears.

Image: Fence Lizard
Fence Lizard
Fence Lizard
Fence Lizard

A Fence Lizard (tentative identification) on the side of a tree trunk near the Potomac River.

A Fence Lizard (tentative identification) on the side of a tree trunk near the Potomac River.

Image: Water-caused Erosion in River Rocks
Water-caused Erosion in River Rocks
Water-caused Erosion in River Rocks
Water-caused Erosion in River Rocks

Rocks uncovered by a drought and a lower level of the Potomac River on Olmsted Island at the Chesapeake and Ohio Canal National Historical Park, Maryland. The holes in the center rock are caused by circulating water holding a smaller rock or pebble up against the large rock, and the resulting friction eroding a "pothole," into the larger rock.

Rocks uncovered by a drought and a lower level of the Potomac River on Olmsted Island at the Chesapeake and Ohio Canal National Historical Park, Maryland. The holes in the center rock are caused by circulating water holding a smaller rock or pebble up against the large rock, and the resulting friction eroding a "pothole," into the larger rock.

Image: Water-Caused Erosion in River Rocks
Water-Caused Erosion in River Rocks
Water-Caused Erosion in River Rocks
Water-Caused Erosion in River Rocks

Rocks uncovered by a drought and a lower level of the Potamac River, at the Chesapeake and Ohio Canal National Historical Park, Maryland. The holes in the center rock are caused by circulating water holding a smaller rock or pebble up against the large rock, and the resulting friction eroding a "pothole," into the larger rock.

Rocks uncovered by a drought and a lower level of the Potamac River, at the Chesapeake and Ohio Canal National Historical Park, Maryland. The holes in the center rock are caused by circulating water holding a smaller rock or pebble up against the large rock, and the resulting friction eroding a "pothole," into the larger rock.

Image: Scientist Working in Lab
Scientist Working in Lab
Scientist Working in Lab
Scientist Working in Lab

Dr. David Blehert working in his laboratory at the USGS National Wildlife Health Center.

Dr. David Blehert working in his laboratory at the USGS National Wildlife Health Center.

Image: Scientist Working in Lab
Scientist Working in Lab
Scientist Working in Lab
Scientist Working in Lab

Dr. David Blehert working in his laboratory at the USGS National Wildlife Health Center.

Dr. David Blehert working in his laboratory at the USGS National Wildlife Health Center.

Image: Scientist at Bat Cave
Scientist at Bat Cave
Scientist at Bat Cave
Scientist at Bat Cave

USGS wildlife disease specialist Kim Miller outside of an abandoned mine where bats hibernate in NY.

USGS wildlife disease specialist Kim Miller outside of an abandoned mine where bats hibernate in NY.

Image: Collecting Environmental Samples
Collecting Environmental Samples
Collecting Environmental Samples
Collecting Environmental Samples

Kim Miller collecting environmental samples in an abandoned mine where bats hibernate in NY

Kim Miller collecting environmental samples in an abandoned mine where bats hibernate in NY

Bats affected with white-nose syndrome on cave wall.
Affected WNS bats in MA mine
Affected WNS bats in MA mine
Image: Collecting Environmental Samples
Collecting Environmental Samples
Collecting Environmental Samples
Collecting Environmental Samples

USGS wildlife disease specialist Kim Miller collecting environmental samples in an abandoned mine where bats hibernate in New York.

USGS wildlife disease specialist Kim Miller collecting environmental samples in an abandoned mine where bats hibernate in New York.

Image: Scientist at Bat Cave
Scientist at Bat Cave
Scientist at Bat Cave
Scientist at Bat Cave

USGS wildlife disease specialist Kim Miller outside of an abandoned mine where bats hibernate in New York.

USGS wildlife disease specialist Kim Miller outside of an abandoned mine where bats hibernate in New York.

Image: Bat Wing Damage
Bat Wing Damage
Bat Wing Damage
Bat Wing Damage

Wing damage from fungus in little brown bat.

Wing damage from fungus in little brown bat.

Image: Bar-headed Goose
Bar-headed Goose
Bar-headed Goose
Bar-headed Goose

This bar-headed goose (Anser indicus) was marked with a satellite transmitter at Qinghai Lake, China, in an effort to understand the role that wild birds play in avian influenza.

This bar-headed goose (Anser indicus) was marked with a satellite transmitter at Qinghai Lake, China, in an effort to understand the role that wild birds play in avian influenza.

Image: Bat Wing Damage
Bat Wing Damage
Bat Wing Damage
Bat Wing Damage

Wing damage from fungus in little brown bat.

Wing damage from fungus in little brown bat.

Mallard duck being held by scientists with gloved hands while another scientist swabs duck's cloacal.
USGS biologists swab a hen mallard duck for avian influenza
USGS biologists swab a hen mallard duck for avian influenza
USGS biologists swab a hen mallard duck for avian influenza

USGS biologists swab a hen mallard duck for avian influenza in Rio Grande County, Colorado.