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Explore our planet and learn more about our work through photographs and imagery from scientists and support staff.

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Bridge over the Pamunkey River with a water quality sampling shuttle in the river, attached to the bridge.
Sampling from bridge over the Pamunkey River near Hanover, VA
Sampling from bridge over the Pamunkey River near Hanover, VA
Sampling from bridge over the Pamunkey River near Hanover, VA

Water quality sampling from the bridge over the Pamunkey River using a weighted D-95 water sampler. Near Hanover, Virginia.

This site is the location of a River Input Monitoring (RIM) Station.

Water quality sampling from the bridge over the Pamunkey River using a weighted D-95 water sampler. Near Hanover, Virginia.

This site is the location of a River Input Monitoring (RIM) Station.

Looking upstream along the Shenandoah River
Shenandoah River
Shenandoah River
Shenandoah River

Lockes Mill fiber-optic temperature monitoring study area on the Shenandoah River.  Looking upstream.

Lockes Mill fiber-optic temperature monitoring study area on the Shenandoah River.  Looking upstream.

Looking downstream on the Shenandoah River
Shenandoah River
Shenandoah River
Shenandoah River

Lockes Mill fiber-optic temperature monitoring study area on the Shenandoah River. Location of subaqueous spring discharge identified using a 300-meter fiber-optic line.  Looking downstream.

Lockes Mill fiber-optic temperature monitoring study area on the Shenandoah River. Location of subaqueous spring discharge identified using a 300-meter fiber-optic line.  Looking downstream.

Shenandoah River, looking upstream.
Shenandoah River
Shenandoah River
Shenandoah River

Lockes Mill fiber-optic temperature monitoring study area on the Shenandoah River. Location of subaqueous spring discharge identified on the 300-meter fiber-optic line.  Looking upstream.

Lockes Mill fiber-optic temperature monitoring study area on the Shenandoah River. Location of subaqueous spring discharge identified on the 300-meter fiber-optic line.  Looking upstream.

Opequon Creek
Opequon Creek
Opequon Creek
Opequon Creek

Opequon Creek. View from USGS streamflow gaging station 01615000 near Berryville.

Streamflow data for this site can be viewed on Water Data for the Nation here.

Resource professionals in the rain beside a stream.
A day in the field
A day in the field
A day in the field

Resource professionals stand in the rain beside a mountain stream.

Resource professionals stand in the rain beside a mountain stream.

Stream water flowing over a rural road.
A flooded road in Highland County, Virginia.
A flooded road in Highland County, Virginia.
A wooden fence around a hand-dug well behind two houses in Clarke County, Virginia
Well 47X 89 in Clarke County, Virginia
Well 47X 89 in Clarke County, Virginia
Well 47X 89 in Clarke County, Virginia

Well 47X 89 is a hand dug and stone-lined well in which water levels were measured quarterly by the USGS. Well depth is 30.9 feet. Wells like this one are susceptible to current conditions.

Well 47X 89 is a hand dug and stone-lined well in which water levels were measured quarterly by the USGS. Well depth is 30.9 feet. Wells like this one are susceptible to current conditions.

USGS Scientist servicing Well 46W175 in Clarke County, Virginia
Well 46W175 in Clarke County, Virginia
Well 46W175 in Clarke County, Virginia
Well 46W175 in Clarke County, Virginia

Well 46W175 was the first real-time USGS well in Clarke County.  Water levels are recorded every 15 minutes and transmitted every hour via satellite and displayed on the USGS Water Data for the Nation website.  This

Well 46W175 was the first real-time USGS well in Clarke County.  Water levels are recorded every 15 minutes and transmitted every hour via satellite and displayed on the USGS Water Data for the Nation website.  This

A svirginia stream in autumn
Wrights Branch
Wrights Branch
Wrights Branch

Wrights Branch upstream of Route 638. Wrights Branch is located in Clarke County, Virginia.

Wrights Branch upstream of Route 638. Wrights Branch is located in Clarke County, Virginia.

A natural pool of water fed by a spring. The small brick building covering the spring is in the background.
Spring 46XS 8 in Clarke County, Virginia
Spring 46XS 8 in Clarke County, Virginia
Spring 46XS 8 in Clarke County, Virginia

Spring 46XS 8 during a period of flow. This spring feeds Dry Marsh Run in Clarke County, Virginia. On this day in April 2003, the measured discharge was 3.69 cubic feet per second, which is equal to 1,660 gallons per minute.

Spring 46XS 8 during a period of flow. This spring feeds Dry Marsh Run in Clarke County, Virginia. On this day in April 2003, the measured discharge was 3.69 cubic feet per second, which is equal to 1,660 gallons per minute.

A USGS scientist measures stream discharge at a small rural creek.
Dry Marsh Run
Dry Marsh Run
Dry Marsh Run

Dry Marsh Run about 300 feet downstream of spring 46XS 8.  On this day in April 2003, the measured discharge at the spring was 3.69 cubic feet per second, which is equal to 1,660 gallons per minute, which was reflected in the discharge measurements of Dry Marsh Run.

Dry Marsh Run about 300 feet downstream of spring 46XS 8.  On this day in April 2003, the measured discharge at the spring was 3.69 cubic feet per second, which is equal to 1,660 gallons per minute, which was reflected in the discharge measurements of Dry Marsh Run.

The Rappahannock River near Fredericksburg in winter, partially iced over.
Rappahannock River in winter, near Fredericksburg Virginia
Rappahannock River in winter, near Fredericksburg Virginia
Rappahannock River in winter, near Fredericksburg Virginia

The Rappahannock River near Fredericksburg, Virginia in winter, partially iced over. 

This site is the location of a River Input Monitoring (RIM) Station.

A photograph of the original Franklin extensometer.
Franklin Extensometer Historical Photo
Franklin Extensometer Historical Photo
Franklin Extensometer Historical Photo

Image of the original extensometer at Franklin, Virginia, which recorded aquifer compaction from 1979 to 1995.

Originally published in:

Image of the original extensometer at Franklin, Virginia, which recorded aquifer compaction from 1979 to 1995.

Originally published in:

The original Suffolk Extensometer
Instrumentation of the original Suffolk Extensometer
Instrumentation of the original Suffolk Extensometer
Instrumentation of the original Suffolk Extensometer

The original Suffolk Extensometer was installed in 1982, with a period of record extending up to 1995, when it was decommissioned. 

View of the Mattaponi River form the sampling bridge.
Mattaponi River near Beulahville, VA
Mattaponi River near Beulahville, VA
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