Kanakee River at Davis, IN
Images
Images
Kanakee River at Davis, IN
Kanakee River at Davis, IN - gage equipment
Kanakee River at Davis, IN - gage equipment
ADCP measurement on a snowy day at the Cattaraugus Creek near Springville, NY
ADCP measurement on a snowy day at the Cattaraugus Creek near Springville, NY
Scientist at Indiana River collecting samples
Scientist at Indiana River collecting samples
Tanja Williamson and Shawn Meyer - UAS
Tanja Williamson and Shawn Meyer - UAS
Black River at Elyria, OH - high and fast moving water
Black River at Elyria, OH - high and fast moving water
Black River at Elyria, OH - high water
Black River at Elyria, OH - high water
The fantail of the R/V Savannah loaded with USGS gear recovered from near Matanzas Inlet, FL. The data collected by the sensors in winter 2018 will be used to assess storm effects on coastal inlet dynamics.
The fantail of the R/V Savannah loaded with USGS gear recovered from near Matanzas Inlet, FL. The data collected by the sensors in winter 2018 will be used to assess storm effects on coastal inlet dynamics.
USGS personnel control chain as it went through a block on recovery of a seafloor platform. The platform had been deployed off Matanzas Inlet, FL in winter 2018 to assess storm effects on coastal inlet dynamics.
USGS personnel control chain as it went through a block on recovery of a seafloor platform. The platform had been deployed off Matanzas Inlet, FL in winter 2018 to assess storm effects on coastal inlet dynamics.
USGS team and R/V Savannah crew prepare to lower the quadpod deployed at the nearshore site onto the deck during recovery operations. Note all the hairy encrusting organisms that grew in 3 months and how close to the shoreline the ship is.
USGS team and R/V Savannah crew prepare to lower the quadpod deployed at the nearshore site onto the deck during recovery operations. Note all the hairy encrusting organisms that grew in 3 months and how close to the shoreline the ship is.
A 3DR Solo quadcopter is collecting imagery at Chimney Bluffs State Park in NY. Using photogrammetric techniques, a 3D surface model was created providing elevation data.
A 3DR Solo quadcopter is collecting imagery at Chimney Bluffs State Park in NY. Using photogrammetric techniques, a 3D surface model was created providing elevation data.
Sunrise over the Atlantic near Matanzas Inlet, FL. USGS was recovering seafloor platforms deployed to quantify storm effects on coastal inlet dynamics.
Sunrise over the Atlantic near Matanzas Inlet, FL. USGS was recovering seafloor platforms deployed to quantify storm effects on coastal inlet dynamics.
![man standing next to tripod in front of a large watertower reading an instrument](https://d9-wret.s3.us-west-2.amazonaws.com/assets/palladium/production/s3fs-public/styles/masonry/public/thumbnails/image/Groundwater%20-%20Surveying%20-%20GNSS%20-%20Suffolk%20-%2020180411.jpg?itok=eIYvdUYM)
Groundwater - Surveying - Global Navigation Satellite System (GNSS) Suffolk County, Long Island, NY
Groundwater - Surveying - Global Navigation Satellite System (GNSS) Suffolk County, Long Island, NY
The 3DR Solo quadcopter in flight, with a Ricoh GRII camera mounted, taking pictures to be used in photogrammetric techniques to produce 3D surface models.
The 3DR Solo quadcopter in flight, with a Ricoh GRII camera mounted, taking pictures to be used in photogrammetric techniques to produce 3D surface models.
Image showing MTL contour, marsh edge, and example of calculating the marsh edge
Image showing MTL contour, marsh edge, and example of calculating the marsh edge
Black River at Elyria, OH - high water
Black River at Elyria, OH - high water
![Black River at Elyria, OH - view from bank , fast moving water](https://d9-wret.s3.us-west-2.amazonaws.com/assets/palladium/production/s3fs-public/styles/masonry/public/thumbnails/image/view_from_bank_high_water_040518_0.jpg?itok=NyjHwjar)
Black River at Elyria, OH - view from bank , fast moving water
Black River at Elyria, OH - view from bank , fast moving water
![A boat floating on calm, shallow waters with mountains far off in the distance.](https://d9-wret.s3.us-west-2.amazonaws.com/assets/palladium/production/s3fs-public/styles/masonry/public/thumbnails/image/Fault1DeploymentBoatOnSeaofGalilee.jpg?itok=W5ut6WQr)
The Israel Oceanographic and Limnological Institute research boat Lillian on its way to deploy receivers in the Sea of Galilee to record data during an April, 2018 experiment to image the deep structure of the Dead Sea fault in Israel.
The Israel Oceanographic and Limnological Institute research boat Lillian on its way to deploy receivers in the Sea of Galilee to record data during an April, 2018 experiment to image the deep structure of the Dead Sea fault in Israel.
One of 40 seismic receivers modified to work in water and anchored to the bottom of the Sea of Galilee in Israel's Dead Sea fault zone.
One of 40 seismic receivers modified to work in water and anchored to the bottom of the Sea of Galilee in Israel's Dead Sea fault zone.
Working in a temporary lab in Kibbutz Moran, Lloyd Carothers (left, IRIS-PASSCAL) and Eldad Levi (Geophysical Institute of Israel) download data from seismic receivers (in blue and yellow boxes) retrieved after completion of the Dead Sea fault experiment.
Working in a temporary lab in Kibbutz Moran, Lloyd Carothers (left, IRIS-PASSCAL) and Eldad Levi (Geophysical Institute of Israel) download data from seismic receivers (in blue and yellow boxes) retrieved after completion of the Dead Sea fault experiment.
Drone image of Nauset Inlet, Cape Cod National Seashore, Massachusetts
Drone image of Nauset Inlet, Cape Cod National Seashore, Massachusetts