This picture was taken from a airplane flying out of Grand Forks on April 14, 2011. Looking north from Grand Forks, ND. You can see flooded I-29 and the isolated town of Oslo, MN.
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This picture was taken from a airplane flying out of Grand Forks on April 14, 2011. Looking north from Grand Forks, ND. You can see flooded I-29 and the isolated town of Oslo, MN.
This picture was taken from a airplane flying out of Grand Forks on April 14, 2011. Looking north from Grand Forks, ND. You can see flooded I-29 and the isolated town of Oslo, MN.
This picture was taken from a airplane flying out of Grand Forks on April 14, 2011. Looking north from Grand Forks, ND. You can see flooded I-29 and the isolated town of Oslo, MN.
Overland flooding on Interstate 29 in North Dakota caused by the Red River of the North (nearest town Oslo, Minnesota). This photograph was taken by the USGS National Flood Hazard Coordinator in one of the last small vehicles to drive on this stretch of the Interstate. About 15 minutes later, the North Dakota State Highway Patrol closed a stretch of the
Overland flooding on Interstate 29 in North Dakota caused by the Red River of the North (nearest town Oslo, Minnesota). This photograph was taken by the USGS National Flood Hazard Coordinator in one of the last small vehicles to drive on this stretch of the Interstate. About 15 minutes later, the North Dakota State Highway Patrol closed a stretch of the
James River above Arrowwood Lake near Kensal, North Dakota flooding on April 13. James River had a streamflow of 6,550 cubic feet per second and stage of 13.84 feet.
James River above Arrowwood Lake near Kensal, North Dakota flooding on April 13. James River had a streamflow of 6,550 cubic feet per second and stage of 13.84 feet.
James River above Arrowwood Lake near Kensal, North Dakota on April 13. James River had a streamflow of 6,550 cubic feet per second and stage of 13.84 feet.
James River above Arrowwood Lake near Kensal, North Dakota on April 13. James River had a streamflow of 6,550 cubic feet per second and stage of 13.84 feet.
Water flowing over the baffles of the overflow chute at streamgage 05059715 Maple River Dam near Sheldon, North Dakota.
Water flowing over the baffles of the overflow chute at streamgage 05059715 Maple River Dam near Sheldon, North Dakota.
Water flowing over the baffles of the overflow chute at streamgage 05059715 Maple River Dam near Sheldon, North Dakota.
Water flowing over the baffles of the overflow chute at streamgage 05059715 Maple River Dam near Sheldon, North Dakota.
James River above Arrowwood Lake near Kensal, North Dakota on April 13. James River had a streamflow of 6,550 cubic feet per second and stage of 13.84 feet.
James River above Arrowwood Lake near Kensal, North Dakota on April 13. James River had a streamflow of 6,550 cubic feet per second and stage of 13.84 feet.
This picture was taken from the top of the Oslo, MN exit looking southwest, on April 13, 2011.
This picture was taken from the top of the Oslo, MN exit looking southwest, on April 13, 2011.
Looking at the Sorlie Bridge at Grand Forks, ND from downstream.
Looking at the Sorlie Bridge at Grand Forks, ND from downstream.
Embden farm landowners durring Maple River flooding.
Embden farm landowners durring Maple River flooding.
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 hydrologist Brent Hall measures the water level at Ditch 14 near Fargo, ND.
USGS hydrologist Brent Hall measures the water level 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.
Water covers a cornfield and dirt road that leads to the USGS Maple River near Mapleton, ND streamgage.
Water covers a cornfield and dirt road that leads to the USGS Maple River near Mapleton, ND streamgage.
Flooding of Apple Creek near Menoken, North Dakota. On April 8, the streamflow was pproximately 1,750 cfs and stage at 15.86 feet.
Flooding of Apple Creek near Menoken, North Dakota. On April 8, the streamflow was pproximately 1,750 cfs and stage at 15.86 feet.
![Flood of April 25, 2011, at U.S. Geological Survey (USGS) streamflow-gaging station 07048490, Town Branch tributary at Highway 1](https://d9-wret.s3.us-west-2.amazonaws.com/assets/palladium/production/s3fs-public/styles/masonry/public/thumbnails/image/07048490_20110425.jpg?itok=I5nmYMUE)
Flood of April 25, 2011, at U.S. Geological Survey (USGS) streamflow-gaging station 07048490, Town Branch tributary at Highway 16 at Fayetteville, Arkansas. Photograph by D.M. Wagner, Lower Mississippi-Gulf Water Science Center.
SIR 2016–5081
Flood of April 25, 2011, at U.S. Geological Survey (USGS) streamflow-gaging station 07048490, Town Branch tributary at Highway 16 at Fayetteville, Arkansas. Photograph by D.M. Wagner, Lower Mississippi-Gulf Water Science Center.
SIR 2016–5081
Flood of April 25, 2011, at USGS streamflow-gaging station 07048600, White River near Fayetteville, Arkansas. Photograph by K.M. Hubbs, Lower Mississippi-Gulf Water Science Center.
SIR 2016–5081
Flood of April 25, 2011, at USGS streamflow-gaging station 07048600, White River near Fayetteville, Arkansas. Photograph by K.M. Hubbs, Lower Mississippi-Gulf Water Science Center.
SIR 2016–5081