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Image: Control Structure on Souris River
Control Structure on Souris River
Control Structure on Souris River
Control Structure on Souris River

View of the control structure, used to help get an accurate streamflow measurement at the streamgage, on the Souris River near Foxholm, North Dakota.  When the picture was takend streamflow was 25.4 cubic feet per second and the gage height was 5.80 feet.

View of the control structure, used to help get an accurate streamflow measurement at the streamgage, on the Souris River near Foxholm, North Dakota.  When the picture was takend streamflow was 25.4 cubic feet per second and the gage height was 5.80 feet.

Image: Rocks Preventing Bed Scour
Rocks Preventing Bed Scour
Rocks Preventing Bed Scour
Rocks Preventing Bed Scour

Image of the channel of the Wild River River at Interstate 29, near St. Benedict, North Dakota.  Rocks are there to prevent bed scour/erosion.

 

Image of the channel of the Wild River River at Interstate 29, near St. Benedict, North Dakota.  Rocks are there to prevent bed scour/erosion.

 

Image: Cablecar Used by USGS Personnel to Measure Streamflow
Cablecar Used by USGS Personnel to Measure Streamflow
Cablecar Used by USGS Personnel to Measure Streamflow
Cablecar Used by USGS Personnel to Measure Streamflow

Cablecar that allows USGS personnel to cross the Souris River near Sherwood, North Dakota, and measure the streamflow.

 

Cablecar that allows USGS personnel to cross the Souris River near Sherwood, North Dakota, and measure the streamflow.

 

Image: North Dakota Scenery
North Dakota Scenery
North Dakota Scenery
North Dakota Scenery

Highway 5 between Bottineau and Westhope, North Dakota.

Highway 5 between Bottineau and Westhope, North Dakota.

Image: Monitoring Bank Erosion at Lower Brule, SD
Monitoring Bank Erosion at Lower Brule, SD
Monitoring Bank Erosion at Lower Brule, SD
Monitoring Bank Erosion at Lower Brule, SD

The Lower Brule Environmental Protection Office and USGS provided "chase" boats to carry unmanned aerial system (UAS) spotters during the UAS flights at Lower Brule, SD, August 21-23, 2012. This period included 1-day field demonstration for Tribes, Federal, State, and local agencies and others at Lower Brule, SD.

The Lower Brule Environmental Protection Office and USGS provided "chase" boats to carry unmanned aerial system (UAS) spotters during the UAS flights at Lower Brule, SD, August 21-23, 2012. This period included 1-day field demonstration for Tribes, Federal, State, and local agencies and others at Lower Brule, SD.

Image: Little Missouri River at Medora
Little Missouri River at Medora
Little Missouri River at Medora
Little Missouri River at Medora

View of the Little Missouri River at Medora, North Dakota.  USGS personnel were their to measure streamflow and maintain the streamgage.  Streamflow was 34.8 cubic feet per second, gage height 1.93 feet.

 

View of the Little Missouri River at Medora, North Dakota.  USGS personnel were their to measure streamflow and maintain the streamgage.  Streamflow was 34.8 cubic feet per second, gage height 1.93 feet.

 

Image: Survey at West Brule Community wetlands, Lower Brule Indian Reservation, SD
Survey at West Brule Community wetlands, Lower Brule Indian Reservation, SD
Survey at West Brule Community wetlands, Lower Brule Indian Reservation, SD
Survey at West Brule Community wetlands, Lower Brule Indian Reservation, SD

USGS hydrologist surveying distinct vegetation bands in wetland area south of West Brule Community. A reconnaissance-level study of selected wetlands on and near the Lower Brule Indian Reservation in South Dakota was completed in 2012-13 by the U.S. Geological Survey in cooperation with the Lower Brule Sioux Tribe using ground surveys and water-quality analyses.

USGS hydrologist surveying distinct vegetation bands in wetland area south of West Brule Community. A reconnaissance-level study of selected wetlands on and near the Lower Brule Indian Reservation in South Dakota was completed in 2012-13 by the U.S. Geological Survey in cooperation with the Lower Brule Sioux Tribe using ground surveys and water-quality analyses.

Mount-Rushmore 1
Sampling Lafferty Gulch Surface Water at Mount Rushmore
Sampling Lafferty Gulch Surface Water at Mount Rushmore
Sampling Lafferty Gulch Surface Water at Mount Rushmore

Lafferty Gulch surface water at Mount Rushmore National Memorial was sampled
and analyzed for perchlorate and metals on July 10, 2012. An environmental concern to water resources
within Mount Rushmore National Memorial has been the annual aerial fireworks display at the

Lafferty Gulch surface water at Mount Rushmore National Memorial was sampled
and analyzed for perchlorate and metals on July 10, 2012. An environmental concern to water resources
within Mount Rushmore National Memorial has been the annual aerial fireworks display at the

Mount Rushmore water sampling
Water Sampling at Mount Rushmore
Water Sampling at Mount Rushmore
Water Sampling at Mount Rushmore

USGS scientists take samples of Lafferty Gulch surface water, which was analyzed for perchlorate and metals.

USGS scientists take samples of Lafferty Gulch surface water, which was analyzed for perchlorate and metals.

Scientists sampling surface water from a gulch
Water Quality Sampling at Mount Rushmore National Memorial
Water Quality Sampling at Mount Rushmore National Memorial
Water Quality Sampling at Mount Rushmore National Memorial

Sampling Lafferty Gulch surface water that was analyzed for perchlorate and metals on July 10, 2012. Water-quality sampling of groundwater and surface water was conducted during 2011-15 at Mount Rushmore National Memorial to characterize the occurrent of perchlorate and selected metals commonly associated with fireworks.

Sampling Lafferty Gulch surface water that was analyzed for perchlorate and metals on July 10, 2012. Water-quality sampling of groundwater and surface water was conducted during 2011-15 at Mount Rushmore National Memorial to characterize the occurrent of perchlorate and selected metals commonly associated with fireworks.

Mount-Rushmore 3
Collection of Composite Soil Samples at Mount Rushmore
Collection of Composite Soil Samples at Mount Rushmore
Collection of Composite Soil Samples at Mount Rushmore

Collection of composite soil samples, Mount Rushmore National Memorial, June 20, 2012. An environmental concern to water resources within Mount Rushmore National Memorial has been the annual aerial fireworks display at the memorial for the Independence Day holiday during 1998–2009.

Collection of composite soil samples, Mount Rushmore National Memorial, June 20, 2012. An environmental concern to water resources within Mount Rushmore National Memorial has been the annual aerial fireworks display at the memorial for the Independence Day holiday during 1998–2009.

Scientists collecting soil samples
Water Quality Sampling at Mount Rushmore National Memorial
Water Quality Sampling at Mount Rushmore National Memorial
Water Quality Sampling at Mount Rushmore National Memorial

Collection of composite soil samples, Mount Rushmore National Memorial, June 20, 2012. Water-quality sampling of groundwater and surface water and soil sampling was conducted during 2011-15 at Mount Rushmore National Memorial to characterize the occurrent of perchlorate and selected metals commonly associated with fireworks.

Collection of composite soil samples, Mount Rushmore National Memorial, June 20, 2012. Water-quality sampling of groundwater and surface water and soil sampling was conducted during 2011-15 at Mount Rushmore National Memorial to characterize the occurrent of perchlorate and selected metals commonly associated with fireworks.

Image: USGS Outreach at South Dakota School of Mines Field Affair Class
USGS Outreach at South Dakota School of Mines Field Affair Class
USGS Outreach at South Dakota School of Mines Field Affair Class
USGS Outreach at South Dakota School of Mines Field Affair Class

U.S. Geological Survey Hydrologist, Janet Carter, demonstrates an interactive groundwater-flow model to the Field Affair class at the South Dakota School of Mines and Technology on June 19, 2012, in Rapid City, SD. The model can be used to show how a contaminant can travel through an aquifer to a pumping well.

U.S. Geological Survey Hydrologist, Janet Carter, demonstrates an interactive groundwater-flow model to the Field Affair class at the South Dakota School of Mines and Technology on June 19, 2012, in Rapid City, SD. The model can be used to show how a contaminant can travel through an aquifer to a pumping well.

Image: USGS Outreach at South Dakota School of Mines Field Affair Class
USGS Outreach at South Dakota School of Mines Field Affair Class
USGS Outreach at South Dakota School of Mines Field Affair Class
USGS Outreach at South Dakota School of Mines Field Affair Class

U.S. Geological Survey Hydrologic Technician, Louis Leader Charge, demonstrates collection of stream discharge data to the Field Affair class from the South Dakota School of Mines on June 19, 2012. The demonstration is at Rapid Creek in Rapid City, SD (streamgage 06414000).

U.S. Geological Survey Hydrologic Technician, Louis Leader Charge, demonstrates collection of stream discharge data to the Field Affair class from the South Dakota School of Mines on June 19, 2012. The demonstration is at Rapid Creek in Rapid City, SD (streamgage 06414000).

Image: USGS 1972 Flood Marker in Keystone, SD
USGS 1972 Flood Marker in Keystone, SD
USGS 1972 Flood Marker in Keystone, SD
USGS 1972 Flood Marker in Keystone, SD

Mark Anderson, Director of the USGS South Dakota Water Science Center, dedicated a flood marker at the Post Office in Keystone, SD, in June 2012 to commenorate the 40th anniversary of the devastating 1972 flood in the Black Hills of South Dakota.

Mark Anderson, Director of the USGS South Dakota Water Science Center, dedicated a flood marker at the Post Office in Keystone, SD, in June 2012 to commenorate the 40th anniversary of the devastating 1972 flood in the Black Hills of South Dakota.

Image: USGS 1972 Flood Marker at Cleghorn Springs Fish Hatchery, Rapid City, SD
USGS 1972 Flood Marker at Cleghorn Springs Fish Hatchery, Rapid City, SD
USGS 1972 Flood Marker at Cleghorn Springs Fish Hatchery, Rapid City, SD
USGS 1972 Flood Marker at Cleghorn Springs Fish Hatchery, Rapid City, SD

Mark Anderson, Director of the USGS South Dakota Water Science Center, dedicated a flood marker at Cleghorn Springs Fish Hatchery in Rapid City, SD, in June 2012 to commemorate the 40th anniversary of the devastating 1972 flood in the Black Hills of South Dakota.

Mark Anderson, Director of the USGS South Dakota Water Science Center, dedicated a flood marker at Cleghorn Springs Fish Hatchery in Rapid City, SD, in June 2012 to commemorate the 40th anniversary of the devastating 1972 flood in the Black Hills of South Dakota.

Image: Monitoring Stormwater in Rapid City, SD
Monitoring Stormwater in Rapid City, SD
Monitoring Stormwater in Rapid City, SD
Monitoring Stormwater in Rapid City, SD

U.S. Geological Survey Hydrologic Technicians measure streamflow for a stormwater monitoring study in Rapid City, SD.

U.S. Geological Survey Hydrologic Technicians measure streamflow for a stormwater monitoring study in Rapid City, SD.

Image: Cableway Over Souris River near Sherwood
Cableway Over Souris River near Sherwood
Cableway Over Souris River near Sherwood
Cableway Over Souris River near Sherwood

USGS Personnel using a cableway and accoustic doppler current profiler to measure streamflow on the Souris River near Sherwood, North Dakota.

USGS Personnel using a cableway and accoustic doppler current profiler to measure streamflow on the Souris River near Sherwood, North Dakota.

Mount-Rushmore 2
Installing Stream Monitoring Equipment
Installing Stream Monitoring Equipment
Installing Stream Monitoring Equipment

Grizzly Bear Creek in the Black Hills of South Dakota on May 9, 2012.

Grizzly Bear Creek in the Black Hills of South Dakota on May 9, 2012.

Installing stream monitoring equipment on a tributary to Grizzly Bear Creek
Water Quality Sampling at Mount Rushmore National Memorial
Water Quality Sampling at Mount Rushmore National Memorial
Water Quality Sampling at Mount Rushmore National Memorial

Installing stream monitoring equipment on a tributary to Grizzly Bear Creek, May 9, 2012. Water-quality sampling of groundwater and surface water was conducted during 2011-15 at Mount Rushmore National Memorial to characterize the occurrent of perchlorate and selected metals commonly associated with fireworks.

Installing stream monitoring equipment on a tributary to Grizzly Bear Creek, May 9, 2012. Water-quality sampling of groundwater and surface water was conducted during 2011-15 at Mount Rushmore National Memorial to characterize the occurrent of perchlorate and selected metals commonly associated with fireworks.

Image: Installation of Stage Logger near Mount Rushmore, SD
Installation of Stage Logger near Mount Rushmore, SD
Installation of Stage Logger near Mount Rushmore, SD
Installation of Stage Logger near Mount Rushmore, SD

USGS Hydrologist Galen Hoogestraat and contract student Robert Prann install a stage logger near Mount Rushmore in western South Dakota.

USGS Hydrologist Galen Hoogestraat and contract student Robert Prann install a stage logger near Mount Rushmore in western South Dakota.