USGS hydrologist Brent Hanson is interviewed by media at the flooded Souris River in Foxholm, N.D., about 30 miles northwest of Minot. A flooded road can be seen in the background.
Marisa Lubeck (Former Employee)
Science and Products
USGS hydrologist Brent Hanson is interviewed by media at the flooded Souris River in Foxholm, N.D., about 30 miles northwest of Minot. A flooded road can be seen in the background.
As the Souris River flooded during the early summer of 2011, it overcame levees in the city of Minot, N.D., causing about 11,000 people to evacuate their homes. The record-breaking flood crested on July 25 at over 26,000 cubic feet per second (cfs) and 24 feet - nearly 13 feet over flood stage - according to U.S.
As the Souris River flooded during the early summer of 2011, it overcame levees in the city of Minot, N.D., causing about 11,000 people to evacuate their homes. The record-breaking flood crested on July 25 at over 26,000 cubic feet per second (cfs) and 24 feet - nearly 13 feet over flood stage - according to U.S.
USGS hydrologists prepare to take media out on a boat to measure streamflow on the flooded Souris River, Foxholm, N.D., about 30 miles northwest of Minot.
USGS hydrologists prepare to take media out on a boat to measure streamflow on the flooded Souris River, Foxholm, N.D., about 30 miles northwest of Minot.
USGS scientists measure streamflow on a tributary of the Souris River in Foxholm, N.D., about 30 miles northwest of Minot. The team is using an acoustic Doppler current profiler (ACDP) to measure streamflow.
USGS scientists measure streamflow on a tributary of the Souris River in Foxholm, N.D., about 30 miles northwest of Minot. The team is using an acoustic Doppler current profiler (ACDP) to measure streamflow.
As the Souris River flooded during the early summer of 2011, it overcame levees in the city of Minot, N.D., causing about 11,000 people to evacuate their homes. The record-breaking flood crested on July 25 at over 26,000 cubic feet per second (cfs) and 24 feet - nearly 13 feet over flood stage - according to U.S.
As the Souris River flooded during the early summer of 2011, it overcame levees in the city of Minot, N.D., causing about 11,000 people to evacuate their homes. The record-breaking flood crested on July 25 at over 26,000 cubic feet per second (cfs) and 24 feet - nearly 13 feet over flood stage - according to U.S.
USGS scientists prepare to bring a television news crew on a rainy tour of the flooded Red River in downtown Fargo, where they take water level and streamflow measurements.
USGS scientists prepare to bring a television news crew on a rainy tour of the flooded Red River in downtown Fargo, where they take water level and streamflow measurements.
USGS scientists Art Lilienthal and Dan Thomas bring a television news crew on a rainy tour of the flooded Red River, where they take water level and streamflow measurements during the Fargo flood.
USGS scientists Art Lilienthal and Dan Thomas bring a television news crew on a rainy tour of the flooded Red River, where they take water level and streamflow measurements during the Fargo flood.
An image of the USGS Red River of the North at Fargo streamgage in downtown Fargo, ND. Real-time water level and streamflow data from this gage can be accessed online.
An image of the USGS Red River of the North at Fargo streamgage in downtown Fargo, ND. Real-time water level and streamflow data from this gage can be accessed online.
The 2011 Red River flood was the third largest in Fargo, ND since 1900. In the background of this photo, USGS authorized personnel take a boat out on the river to record streamflow and water level measurements.
The 2011 Red River flood was the third largest in Fargo, ND since 1900. In the background of this photo, USGS authorized personnel take a boat out on the river to record streamflow and water level measurements.
USGS scientists Joel Galloway and Dan Thomas bring a television news crew on a tour of the flooded Red River, where they take water level and streamflow measurements during the flood. Here, the crew films footage of the USGS Red River of the North at Fargo streamgage.
USGS scientists Joel Galloway and Dan Thomas bring a television news crew on a tour of the flooded Red River, where they take water level and streamflow measurements during the flood. Here, the crew films footage of the USGS Red River of the North at Fargo streamgage.
USGS scientists Joel Galloway and Dan Thomas prepare to take streamflow and water level measurements of the flooded Red River in downtown Fargo, ND.
USGS scientists Joel Galloway and Dan Thomas prepare to take streamflow and water level measurements of the flooded Red River in downtown Fargo, ND.
USGS scientists Joel Galloway and Dan Thomas prepare to take streamflow and water level measurements of the flooded Red River in downtown Fargo, ND. The USGS Red River of the North at Fargo streamgage can be seen in the background.
USGS scientists Joel Galloway and Dan Thomas prepare to take streamflow and water level measurements of the flooded Red River in downtown Fargo, ND. The USGS Red River of the North at Fargo streamgage can be seen in the background.
A television news journalist records work being done by USGS scientists at the Red River in downtown Fargo, ND.
A television news journalist records work being done by USGS scientists at the Red River in downtown Fargo, ND.
Water level measurement from the USGS Red River of the North at Fargo streamgage in downtown Fargo, ND. The water level peaked at around 39 feet at this streamgage on April 9. Real-time water level and streamflow data from this gage can be accessed online.
Water level measurement from the USGS Red River of the North at Fargo streamgage in downtown Fargo, ND. The water level peaked at around 39 feet at this streamgage on April 9. Real-time water level and streamflow data from this gage can be accessed online.
A white box in the foreground of this photograph demonstrates one cubic foot. The peak streamflow at the USGS Red River of the North at Fargo, ND streamgage was around 26,000 cubic feet per second on April 9, 2011.
A white box in the foreground of this photograph demonstrates one cubic foot. The peak streamflow at the USGS Red River of the North at Fargo, ND streamgage was around 26,000 cubic feet per second on April 9, 2011.
USGS scientists use an acoustic doppler current profiler to measure streamflow and water currents at Ditch 14 near Fargo, ND.
USGS scientists use an acoustic doppler current profiler to measure streamflow and water currents at Ditch 14 near Fargo, ND.
USGS scientists use an acoustic doppler current profiler to measure streamflow and water currents at Ditch 14 near Fargo, ND.
USGS scientists use an acoustic doppler current profiler to measure streamflow and water currents at Ditch 14 near Fargo, ND.
USGS scientists use an acoustic doppler current profiler to measure streamflow and water currents at Ditch 14 near Fargo, ND.
USGS scientists use an acoustic doppler current profiler to measure streamflow and water currents at Ditch 14 near Fargo, ND.
USGS scientists use an acoustic doppler current profiler to measure streamflow and water currents at Ditch 14 near Fargo, ND.
USGS scientists use an acoustic doppler current profiler to measure streamflow and water currents at Ditch 14 near Fargo, ND.
USGS scientists take measurements at Ditch 14 near Fargo, ND.
USGS scientists take measurements at Ditch 14 near Fargo, ND.
USGS scientists John Miller and Brent Hall measure the streamflow and water levels at the flooded Ditch 14 near Mapleton, ND. What appears to be a lake is actually a flooded cornfield.
USGS scientists John Miller and Brent Hall measure the streamflow and water levels at the flooded Ditch 14 near Mapleton, ND. What appears to be a lake is actually a flooded cornfield.
Science and Products
USGS hydrologist Brent Hanson is interviewed by media at the flooded Souris River in Foxholm, N.D., about 30 miles northwest of Minot. A flooded road can be seen in the background.
USGS hydrologist Brent Hanson is interviewed by media at the flooded Souris River in Foxholm, N.D., about 30 miles northwest of Minot. A flooded road can be seen in the background.
As the Souris River flooded during the early summer of 2011, it overcame levees in the city of Minot, N.D., causing about 11,000 people to evacuate their homes. The record-breaking flood crested on July 25 at over 26,000 cubic feet per second (cfs) and 24 feet - nearly 13 feet over flood stage - according to U.S.
As the Souris River flooded during the early summer of 2011, it overcame levees in the city of Minot, N.D., causing about 11,000 people to evacuate their homes. The record-breaking flood crested on July 25 at over 26,000 cubic feet per second (cfs) and 24 feet - nearly 13 feet over flood stage - according to U.S.
USGS hydrologists prepare to take media out on a boat to measure streamflow on the flooded Souris River, Foxholm, N.D., about 30 miles northwest of Minot.
USGS hydrologists prepare to take media out on a boat to measure streamflow on the flooded Souris River, Foxholm, N.D., about 30 miles northwest of Minot.
USGS scientists measure streamflow on a tributary of the Souris River in Foxholm, N.D., about 30 miles northwest of Minot. The team is using an acoustic Doppler current profiler (ACDP) to measure streamflow.
USGS scientists measure streamflow on a tributary of the Souris River in Foxholm, N.D., about 30 miles northwest of Minot. The team is using an acoustic Doppler current profiler (ACDP) to measure streamflow.
As the Souris River flooded during the early summer of 2011, it overcame levees in the city of Minot, N.D., causing about 11,000 people to evacuate their homes. The record-breaking flood crested on July 25 at over 26,000 cubic feet per second (cfs) and 24 feet - nearly 13 feet over flood stage - according to U.S.
As the Souris River flooded during the early summer of 2011, it overcame levees in the city of Minot, N.D., causing about 11,000 people to evacuate their homes. The record-breaking flood crested on July 25 at over 26,000 cubic feet per second (cfs) and 24 feet - nearly 13 feet over flood stage - according to U.S.
USGS scientists prepare to bring a television news crew on a rainy tour of the flooded Red River in downtown Fargo, where they take water level and streamflow measurements.
USGS scientists prepare to bring a television news crew on a rainy tour of the flooded Red River in downtown Fargo, where they take water level and streamflow measurements.
USGS scientists Art Lilienthal and Dan Thomas bring a television news crew on a rainy tour of the flooded Red River, where they take water level and streamflow measurements during the Fargo flood.
USGS scientists Art Lilienthal and Dan Thomas bring a television news crew on a rainy tour of the flooded Red River, where they take water level and streamflow measurements during the Fargo flood.
An image of the USGS Red River of the North at Fargo streamgage in downtown Fargo, ND. Real-time water level and streamflow data from this gage can be accessed online.
An image of the USGS Red River of the North at Fargo streamgage in downtown Fargo, ND. Real-time water level and streamflow data from this gage can be accessed online.
The 2011 Red River flood was the third largest in Fargo, ND since 1900. In the background of this photo, USGS authorized personnel take a boat out on the river to record streamflow and water level measurements.
The 2011 Red River flood was the third largest in Fargo, ND since 1900. In the background of this photo, USGS authorized personnel take a boat out on the river to record streamflow and water level measurements.
USGS scientists Joel Galloway and Dan Thomas bring a television news crew on a tour of the flooded Red River, where they take water level and streamflow measurements during the flood. Here, the crew films footage of the USGS Red River of the North at Fargo streamgage.
USGS scientists Joel Galloway and Dan Thomas bring a television news crew on a tour of the flooded Red River, where they take water level and streamflow measurements during the flood. Here, the crew films footage of the USGS Red River of the North at Fargo streamgage.
USGS scientists Joel Galloway and Dan Thomas prepare to take streamflow and water level measurements of the flooded Red River in downtown Fargo, ND.
USGS scientists Joel Galloway and Dan Thomas prepare to take streamflow and water level measurements of the flooded Red River in downtown Fargo, ND.
USGS scientists Joel Galloway and Dan Thomas prepare to take streamflow and water level measurements of the flooded Red River in downtown Fargo, ND. The USGS Red River of the North at Fargo streamgage can be seen in the background.
USGS scientists Joel Galloway and Dan Thomas prepare to take streamflow and water level measurements of the flooded Red River in downtown Fargo, ND. The USGS Red River of the North at Fargo streamgage can be seen in the background.
A television news journalist records work being done by USGS scientists at the Red River in downtown Fargo, ND.
A television news journalist records work being done by USGS scientists at the Red River in downtown Fargo, ND.
Water level measurement from the USGS Red River of the North at Fargo streamgage in downtown Fargo, ND. The water level peaked at around 39 feet at this streamgage on April 9. Real-time water level and streamflow data from this gage can be accessed online.
Water level measurement from the USGS Red River of the North at Fargo streamgage in downtown Fargo, ND. The water level peaked at around 39 feet at this streamgage on April 9. Real-time water level and streamflow data from this gage can be accessed online.
A white box in the foreground of this photograph demonstrates one cubic foot. The peak streamflow at the USGS Red River of the North at Fargo, ND streamgage was around 26,000 cubic feet per second on April 9, 2011.
A white box in the foreground of this photograph demonstrates one cubic foot. The peak streamflow at the USGS Red River of the North at Fargo, ND streamgage was around 26,000 cubic feet per second on April 9, 2011.
USGS scientists use an acoustic doppler current profiler to measure streamflow and water currents at Ditch 14 near Fargo, ND.
USGS scientists use an acoustic doppler current profiler to measure streamflow and water currents at Ditch 14 near Fargo, ND.
USGS scientists use an acoustic doppler current profiler to measure streamflow and water currents at Ditch 14 near Fargo, ND.
USGS scientists use an acoustic doppler current profiler to measure streamflow and water currents at Ditch 14 near Fargo, ND.
USGS scientists use an acoustic doppler current profiler to measure streamflow and water currents at Ditch 14 near Fargo, ND.
USGS scientists use an acoustic doppler current profiler to measure streamflow and water currents at Ditch 14 near Fargo, ND.
USGS scientists use an acoustic doppler current profiler to measure streamflow and water currents at Ditch 14 near Fargo, ND.
USGS scientists use an acoustic doppler current profiler to measure streamflow and water currents at Ditch 14 near Fargo, ND.
USGS scientists take measurements at Ditch 14 near Fargo, ND.
USGS scientists take measurements at Ditch 14 near Fargo, ND.
USGS scientists John Miller and Brent Hall measure the streamflow and water levels at the flooded Ditch 14 near Mapleton, ND. What appears to be a lake is actually a flooded cornfield.
USGS scientists John Miller and Brent Hall measure the streamflow and water levels at the flooded Ditch 14 near Mapleton, ND. What appears to be a lake is actually a flooded cornfield.