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A lab technician swirls samples in a watch glass to assist in extracting pollen
Pollen Lab, FBGC
Pollen Lab, FBGC
Pollen Lab, FBGC

Tom Sheehan, a lab technician at the Florence Bascom Geoscience Center, swirls a sample in a watch glass to assist in separating pollen from heavier mineral material.

Tom Sheehan, a lab technician at the Florence Bascom Geoscience Center, swirls a sample in a watch glass to assist in separating pollen from heavier mineral material.

King Creek in York County, Virginia
King Creek in York County, Virginia
King Creek in York County, Virginia
King Creek in York County, Virginia

A panoramic photo of King Creek near the Colonial Parkway in York County, Virginia.

Young Boy Fishing
Young Boy Fishing
Young Boy Fishing
Young Boy Fishing

A young boy fishing in a lake in Albemarle County, Virginia.

White Heron in Marsh
White Heron in Marsh
White Heron in Marsh
White Heron in Marsh

A white heron flying across a marsh in York County, Virginia.

A flying insect on lakeshore grasses.
A flying insect on lakeshore grasses
A flying insect on lakeshore grasses
A flying insect on lakeshore grasses

A flying insect perched on lakeshore grasses, Albemarle County, Virginia.

Picture of the burned area within the Great Dismal Swamp
Great Dismal Swamp Burn Area, March 2017
Great Dismal Swamp Burn Area, March 2017
Great Dismal Swamp Burn Area, March 2017

USGS scientists recently collected peat and lake core samples from the swamp to help reconstruct natural, environmental conditions over the past 12,000 years. 

USGS scientists recently collected peat and lake core samples from the swamp to help reconstruct natural, environmental conditions over the past 12,000 years. 

Living up to it's name, this picture shows the interior of the Great Dismal Swamp
Great Dismal Swamp, March 2017
Great Dismal Swamp, March 2017
Great Dismal Swamp, March 2017

Centuries of ditching, draining and harvesting resources have greatly altered the Great Dismal Swamp in Virginia.

Centuries of ditching, draining and harvesting resources have greatly altered the Great Dismal Swamp in Virginia.

Satellite image showing the Delaware Bay and Chesapeake Bay region
Satellite Image of the Delaware Bay and Chesapeake Bay Region
Satellite Image of the Delaware Bay and Chesapeake Bay Region
Satellite Image of the Delaware Bay and Chesapeake Bay Region

This Indian Space Research Organization LISS-3 image of the Delaware Bay and Chesapeake Bay region, acquired on January 25, 2017, shows the landscape along the densely populated U.S. East coast. Ecosystems and sea-level rise are among the regional landscape changes that satellite imagery helps to monitor. 

This Indian Space Research Organization LISS-3 image of the Delaware Bay and Chesapeake Bay region, acquired on January 25, 2017, shows the landscape along the densely populated U.S. East coast. Ecosystems and sea-level rise are among the regional landscape changes that satellite imagery helps to monitor. 

USGS scientists inspect a sediment core from Bearsden Pond near the Fredericks Hall fault
Sediment Core from Bearsden Pond
Sediment Core from Bearsden Pond
Sediment Core from Bearsden Pond

USGS Research Geologist Jessica Rodysill and USGS-NAGT Student Intern Kristen Steele inspect a sediment core from Bearsden Pond near the Fredericks Hall fault, one of three subsidiary faults that broke in response to slip along the main Quail fault on 23 August 2011 during the M5.8 earthquake.  This research is a collaborative project between the USGS Land Use

USGS Research Geologist Jessica Rodysill and USGS-NAGT Student Intern Kristen Steele inspect a sediment core from Bearsden Pond near the Fredericks Hall fault, one of three subsidiary faults that broke in response to slip along the main Quail fault on 23 August 2011 during the M5.8 earthquake.  This research is a collaborative project between the USGS Land Use

Reston Microbiology Laboratory Roll Bottle
Iron Reducing Bacteria
Iron Reducing Bacteria
Iron Reducing Bacteria

Iron Reducing Bacteria
FeRB isolated using a roll bottle technique from the former Uranium Mine near Ronneburg, Germany, Photo credit: Denise Akob, USGS

Iron Reducing Bacteria
FeRB isolated using a roll bottle technique from the former Uranium Mine near Ronneburg, Germany, Photo credit: Denise Akob, USGS

Image shows a sample of Apophyllite and Prehnite on a black background
Sample of Apophyllite and Prehnite
Sample of Apophyllite and Prehnite
Sample of Apophyllite and Prehnite

These two minerals are apophyllite and prehnite. Both apophyllite, the clear crystals, and prehnite, the green mineral, are primarily prized as collectors minerals. 

Sample provided by Carlin Green, USGS. Sample originated from Virginia Crushed Stone Quarry, Virginia, and is 4.6cm in size.

These two minerals are apophyllite and prehnite. Both apophyllite, the clear crystals, and prehnite, the green mineral, are primarily prized as collectors minerals. 

Sample provided by Carlin Green, USGS. Sample originated from Virginia Crushed Stone Quarry, Virginia, and is 4.6cm in size.

Bath Creek, Bath County, VA
Bath Creek, Bath County, VA
Bath Creek, Bath County, VA
Bath Creek, Bath County, VA

Bath Creek, upstream of Blowing Springs Campground, George Washington National Forest, Bath County, VA.

Bath Creek, upstream of Blowing Springs Campground, George Washington National Forest, Bath County, VA.

Water rushing through a culvert during a storm
Stormflow through a Culvert in Hampton Roads, Virginia
Stormflow through a Culvert in Hampton Roads, Virginia
Fossil-rich sediment profile with hammer.
Yorktown Formation
Yorktown Formation
Yorktown Formation

Photo shows the fossil-rich sediments of the mid-Piacenzian warm period (MPWP) that document the rapid warming and sea level rise between about 3.30 and 3.25 million years agao. The hammer is at the conformable boundary between the Rushmere (below) and Morgarts Beach (above) Members of the Yorktown Formation. 

Photo shows the fossil-rich sediments of the mid-Piacenzian warm period (MPWP) that document the rapid warming and sea level rise between about 3.30 and 3.25 million years agao. The hammer is at the conformable boundary between the Rushmere (below) and Morgarts Beach (above) Members of the Yorktown Formation. 

Corals collected from the base of the Canetrap Formation. The corals are growing on disarticulated oyster and scallop shells.
ICW Section Outcrops, S.C., Summer 2016
ICW Section Outcrops, S.C., Summer 2016
ICW Section Outcrops, S.C., Summer 2016

In July of 2016, a team from the Climate and Land Use Research and Development Program took a trip to South Carolina to study outcrops of the “Canepatch” and “Socastee” formations along the Intra-Coastal Waterway, near Myrtle Beach. The age of these fossiliferous marine units has been controversial for several decades.

In July of 2016, a team from the Climate and Land Use Research and Development Program took a trip to South Carolina to study outcrops of the “Canepatch” and “Socastee” formations along the Intra-Coastal Waterway, near Myrtle Beach. The age of these fossiliferous marine units has been controversial for several decades.

A unit at the base of the Canepatch Formation with many shells encased in dense estuarine clay.
ICW Section Outcrops, S.C., Summer 2016
ICW Section Outcrops, S.C., Summer 2016
ICW Section Outcrops, S.C., Summer 2016

In July of 2016, a team from the Climate and Land Use Research and Development Program took a trip to South Carolina to study outcrops of the “Canepatch” and “Socastee” formations along the Intra-Coastal Waterway, near Myrtle Beach. The age of these fossiliferous marine units has been controversial for several decades.

In July of 2016, a team from the Climate and Land Use Research and Development Program took a trip to South Carolina to study outcrops of the “Canepatch” and “Socastee” formations along the Intra-Coastal Waterway, near Myrtle Beach. The age of these fossiliferous marine units has been controversial for several decades.

A nearshore shell hash deposit from the Socastee Formation.
ICW Section Outcrops, S.C., Summer 2016
ICW Section Outcrops, S.C., Summer 2016
ICW Section Outcrops, S.C., Summer 2016

In July of 2016, a team from the Climate and Land Use Research and Development Program took a trip to South Carolina to study outcrops of the “Canepatch” and “Socastee” formations along the Intra-Coastal Waterway, near Myrtle Beach. The age of these fossiliferous marine units has been controversial for several decades.

In July of 2016, a team from the Climate and Land Use Research and Development Program took a trip to South Carolina to study outcrops of the “Canepatch” and “Socastee” formations along the Intra-Coastal Waterway, near Myrtle Beach. The age of these fossiliferous marine units has been controversial for several decades.

Image shows a long gray stone lying flat in a gravel pit with a silver sign nearby
Leesburg Conglomerate
Leesburg Conglomerate
Leesburg Conglomerate

Conglomerates are sedimentary rocks that are made up of various fragments of rock interspersed with finer grained material. This particular conglomerate was deposited as a fan on the northwest side of the Culpeper Basin.

Conglomerates are sedimentary rocks that are made up of various fragments of rock interspersed with finer grained material. This particular conglomerate was deposited as a fan on the northwest side of the Culpeper Basin.

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