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The original Franklin extensometer after it was damaged by aquifer rebound. The pipe is bent and the fulcrum is crooked.
2015 Franklin Extensometer Aquifer Rebound Damage
2015 Franklin Extensometer Aquifer Rebound Damage
2015 Franklin Extensometer Aquifer Rebound Damage

Photo of the original Franklin extensometer taken during an inspection in 2015. Recording had ended in 1995, and between 1995 and 2015, groundwater pumping rates lessened causing the aquifer to briefly recover and the land to rebound. This rebound was so significant that it caused the damage to the extensometer seen above.

Photo of the original Franklin extensometer taken during an inspection in 2015. Recording had ended in 1995, and between 1995 and 2015, groundwater pumping rates lessened causing the aquifer to briefly recover and the land to rebound. This rebound was so significant that it caused the damage to the extensometer seen above.

Five USGS scientists inspect equipment at the land subsidence research site in Franklin, Virginia.
USGS Scientists Inspect A Research Site in Franklin, Virginia
USGS Scientists Inspect A Research Site in Franklin, Virginia
USGS Scientists Inspect A Research Site in Franklin, Virginia

USGS Scientists inspect the Franklin Extensometer research site in 2015. The extensometer at Franklin had been measuring land subsidence since 1979 but had been offline since 1995 and would be brought back online the following year.

USGS Scientists inspect the Franklin Extensometer research site in 2015. The extensometer at Franklin had been measuring land subsidence since 1979 but had been offline since 1995 and would be brought back online the following year.

Two Mobile Fish Exposure Laboratories with Inset Showing the Inside of One
Mobile Laboratories Used to Understand Exposure and Effects on Fish
Mobile Laboratories Used to Understand Exposure and Effects on Fish
Mobile Laboratories Used to Understand Exposure and Effects on Fish

Scientists deployed mobile fish exposure laboratories, such as these two, at sites in the Shenandoah River watershed, Virginia, to understand exposure and effects on fish. Inside the laboratories (see inset photo) fish were placed in aquariums, and exposed to stream water or wastewater during the study.

Scientists deployed mobile fish exposure laboratories, such as these two, at sites in the Shenandoah River watershed, Virginia, to understand exposure and effects on fish. Inside the laboratories (see inset photo) fish were placed in aquariums, and exposed to stream water or wastewater during the study.

USGS Scientist Adam Mumford WBS Sampling Under Ice
WBS Sampling Under Ice
WBS Sampling Under Ice
WBS Sampling Under Ice

Icy Sampling
RML scientist, Adam Mumford, working under ice to obtain grab samples of a stream in North Dakota to assess impacts of a brine spill from unconventional oil and gas activities (UOG). UOG spills often have very high concentrations of salts, metals, naturally occurring radioactive materials (NORMs), and organic compounds. 

Icy Sampling
RML scientist, Adam Mumford, working under ice to obtain grab samples of a stream in North Dakota to assess impacts of a brine spill from unconventional oil and gas activities (UOG). UOG spills often have very high concentrations of salts, metals, naturally occurring radioactive materials (NORMs), and organic compounds. 

Photo of Smith Creek, taken from the middle of the shallow stream with both banks visible and grassy.
Smith Creek in Rockingham County, Virginia
Smith Creek in Rockingham County, Virginia
Smith Creek in Rockingham County, Virginia

Photograph taken in the middle of Smith Creek in Rockingham County, Virginia. The creek appears shallow and the creek banks are grassy.

Photograph taken in the middle of Smith Creek in Rockingham County, Virginia. The creek appears shallow and the creek banks are grassy.

An outcrop-scale brittle fault exposed on the shore of Lake Anna in the vicinity of the Dominion North Anna Power Plant.
Outcrop-Scale Brittle Fault, Lake Anna
Outcrop-Scale Brittle Fault, Lake Anna
Outcrop-Scale Brittle Fault, Lake Anna

An outcrop-scale brittle fault exposed on the shore of Lake Anna in the vicinity of the Dominion North Anna Power Plant.  The fault offsets a pegmatite dike within biotite granitic gneiss by about 1 meter, in a reserve (top-to-east) sense-of-motion.  The small fault is oriented 235°, with a dip of 30° to the northwest (view is to south in this photograph).

An outcrop-scale brittle fault exposed on the shore of Lake Anna in the vicinity of the Dominion North Anna Power Plant.  The fault offsets a pegmatite dike within biotite granitic gneiss by about 1 meter, in a reserve (top-to-east) sense-of-motion.  The small fault is oriented 235°, with a dip of 30° to the northwest (view is to south in this photograph).

Sampling Sediment from a Terrace Deposit Above the James River, VA

USGS Collaborators from Virginia Division of Geology and Mineral Resources and College of William and Mary sample sediment from a high-level terrace deposit about 200 feet above the James River in Cumberland County, Virginia, for age dating using the terrestrial cosmogenic nuclides (TCN) method.  This work was a collaborative effort between the Virginia Departm

USGS Collaborators from Virginia Division of Geology and Mineral Resources and College of William and Mary sample sediment from a high-level terrace deposit about 200 feet above the James River in Cumberland County, Virginia, for age dating using the terrestrial cosmogenic nuclides (TCN) method.  This work was a collaborative effort between the Virginia Departm

Image: Duck Blind in New Virginia Cove
Duck Blind in New Virginia Cove
Duck Blind in New Virginia Cove
Duck Blind in New Virginia Cove

A duck blind in New Virginia Cove, part of Chincoteague Island. The salt marshes that make up Chincoteague Island are important habitat for migrating waterfowl.

A duck blind in New Virginia Cove, part of Chincoteague Island. The salt marshes that make up Chincoteague Island are important habitat for migrating waterfowl.

Water Quality at Fairfax
Water Quality at Fairfax
Water Quality at Fairfax
cliff along Bull Run near Sudley Springs in Manassas National Battlefield Park, Virginia
Cliffs near Sudley Springs along Bull Run, Manassas Battlefield, VA
Cliffs near Sudley Springs along Bull Run, Manassas Battlefield, VA
Cliffs near Sudley Springs along Bull Run, Manassas Battlefield, VA

Vegetation grows on an east-facing cliff along Bull Run near Sudley Springs in Manassas National Battlefield Park, Virginia. The cliffs are islands of specialized habitat; they support plant species found nowhere else in the park, including locally uncommon or rare species.

Vegetation grows on an east-facing cliff along Bull Run near Sudley Springs in Manassas National Battlefield Park, Virginia. The cliffs are islands of specialized habitat; they support plant species found nowhere else in the park, including locally uncommon or rare species.

USGS streamgage located on Little Back Creek, Bath, Virginia
USGS streamgage located on Little Back Creek, Bath, Virginia
USGS streamgage located on Little Back Creek, Bath, Virginia
USGS streamgage located on Little Back Creek, Bath, Virginia

USGS streamgage located below the upper reservoir at the pump-storage station on Little Back Creeek, in Bath, Virginia, located in George Washington National Forest.

USGS streamgage located below the upper reservoir at the pump-storage station on Little Back Creeek, in Bath, Virginia, located in George Washington National Forest.

Rivanna River, VA
Rivanna River, VA
Rivanna River, VA
Rivanna River, VA

This view is looking upstream from the USGS gage 02034000 RIVANNA RIVER AT PALMYRA, VA . It is one of the 43 research sites in the Chespeake Synoptic Floodplain Network. 

This view is looking upstream from the USGS gage 02034000 RIVANNA RIVER AT PALMYRA, VA . It is one of the 43 research sites in the Chespeake Synoptic Floodplain Network. 

Image shows a sample of anthracite coal on a rock backdrop
Anthracite Coal
Anthracite Coal
Anthracite Coal

This is anthracite, the highest rank of coal. It is a hard, brittle, and black lustrous coal, often referred to as hard coal, containing a high percentage of fixed carbon and a low percentage of volatile matter. Anthracite is not as commonly mined as other ranks of coal.

This is anthracite, the highest rank of coal. It is a hard, brittle, and black lustrous coal, often referred to as hard coal, containing a high percentage of fixed carbon and a low percentage of volatile matter. Anthracite is not as commonly mined as other ranks of coal.

Image shows a sample of anthracite coal on a rock backdrop
Anthracite Coal
Anthracite Coal
Anthracite Coal

This is anthracite, the highest rank of coal. It is a hard, brittle, and black lustrous coal, often referred to as hard coal, containing a high percentage of fixed carbon and a low percentage of volatile matter. Anthracite is not as commonly mined as other ranks of coal.

This is anthracite, the highest rank of coal. It is a hard, brittle, and black lustrous coal, often referred to as hard coal, containing a high percentage of fixed carbon and a low percentage of volatile matter. Anthracite is not as commonly mined as other ranks of coal.

Image shows a sample of bituminous coal on a rock backdrop
Bituminous Coal
Bituminous Coal
Bituminous Coal

This sample is of bituminous coal, a middle rank coal (between subbituminous and anthracite) formed by additional pressure and heat on lignite.

This sample is of bituminous coal, a middle rank coal (between subbituminous and anthracite) formed by additional pressure and heat on lignite.

A bee fly that has landed on a flower.
Bombyliidae fly (Bee Fly)
Bombyliidae fly (Bee Fly)
Bombyliidae fly (Bee Fly)

Early, in the spring it is easy to see some furry insects flying and hovering just above ground.

Early, in the spring it is easy to see some furry insects flying and hovering just above ground.

View looking east from the Virginia Blue Ridge across the Rock Castle Creek gorge to the rolling hills of the Piedmont
Rock Castle, VA
Rock Castle, VA
Rock Castle, VA

View looking east from the Virginia Blue Ridge across the Rock Castle Creek gorge to the rolling hills of the Piedmont.

View looking east from the Virginia Blue Ridge across the Rock Castle Creek gorge to the rolling hills of the Piedmont.

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