New York Statewide Fish Collection: Contaminants in fish from the Buffalo River AOC
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New York Water Science Center images.
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Fish Collection from the Buffalo RIver AOC
New York Statewide Fish Collection: Contaminants in fish from the Buffalo River AOC
Electrofishing survey on the Buffalo River, NY
Biologists prepare to net fish during an electrofishing survey on Buffalo River
Biologists prepare to net fish during an electrofishing survey on Buffalo River
USGS NYWSC scientist collecting groundwater samples
USGS NYWSC scientist collecting groundwater samplesUSGS NYWSC scientist collecting groundwater samples
USGS NYWSC scientist collecting groundwater samples
USGS NYWSC scientist collecting groundwater samplesUSGS NYWSC scientist collecting groundwater samples
Borehole logging
Borehole logging
Ice Jam Webcam at the Stockade railroad bridge, Schenectady, NY
Ice Jam Webcam at the Stockade railroad bridge, Schenectady, NYMohawk River Live Ice Jam Web Camera monitoring conditions at the railroad bridge in the Stockade district, Schenectady, NY
Ice Jam Webcam at the Stockade railroad bridge, Schenectady, NY
Ice Jam Webcam at the Stockade railroad bridge, Schenectady, NYMohawk River Live Ice Jam Web Camera monitoring conditions at the railroad bridge in the Stockade district, Schenectady, NY
Mohawk River at Lock 8 near Schenectady, NY (01354330)
Mohawk River at Lock 8 near Schenectady, NY (01354330)Mohawk River at Lock 8 near Schenectady, New York (01354330)
Mohawk River at Lock 8 near Schenectady, NY (01354330)
Mohawk River at Lock 8 near Schenectady, NY (01354330)Mohawk River at Lock 8 near Schenectady, New York (01354330)
Ice Jam Webcam image of Mohawk River at Stockade bridge, Schenectady
Ice Jam Webcam image of Mohawk River at Stockade bridge, SchenectadyIce Jam Webcam image of Mohawk River at Stockade bridge, Schenectady
Ice Jam Webcam image of Mohawk River at Stockade bridge, Schenectady
Ice Jam Webcam image of Mohawk River at Stockade bridge, SchenectadyIce Jam Webcam image of Mohawk River at Stockade bridge, Schenectady
Mohawk River at Lock 8 near Schenectady (01354330)
Mohawk River at Lock 8 near Schenectady (01354330)Mohawk River at Lock 8 near Schenectady (01354330) Live Ice Jam Web Camera
Mohawk River at Lock 8 near Schenectady (01354330)
Mohawk River at Lock 8 near Schenectady (01354330)Mohawk River at Lock 8 near Schenectady (01354330) Live Ice Jam Web Camera
Niagara River at Fort Erie, NY
John Wernly and Brett Hayhurst returning from collecting a water quality sample and making a discharge measurement at site 04216070 Niagara River at Fort Erie, Ontario, Canada (Photo by Valerie Shao).
John Wernly and Brett Hayhurst returning from collecting a water quality sample and making a discharge measurement at site 04216070 Niagara River at Fort Erie, Ontario, Canada (Photo by Valerie Shao).
Exploratory well drilling on Long Island, New York
Exploratory well drilling on Long Island, New YorkExploratory well drilling on Long Island to study the effective management of Long Island’s groundwater resources
Exploratory well drilling on Long Island, New York
Exploratory well drilling on Long Island, New YorkExploratory well drilling on Long Island to study the effective management of Long Island’s groundwater resources
Drilling exploratory wells on Long Island
Drilling exploratory wells on Long Island
Drilling exploratory wells on Long Island
Drill rig on Long Island, NY
Drill rig on Long Island, NY
Weighing soils into crucibles
Don Bonville, Physical Scientist Technician, weighs soils into crucibles for the determination of percent dry and loss-on-ignition. These soil samples are part of the Hydrologic Benchmark Network Program.
Don Bonville, Physical Scientist Technician, weighs soils into crucibles for the determination of percent dry and loss-on-ignition. These soil samples are part of the Hydrologic Benchmark Network Program.
Stormwater control measure equipment in Buffalo, NY
Stormwater control measure equipment in Buffalo, NYManhole Cover and Accompanying NEMA Box Set-Up at E. Niagara Street Location, Buffalo, NY
Stormwater control measure equipment in Buffalo, NY
Stormwater control measure equipment in Buffalo, NYManhole Cover and Accompanying NEMA Box Set-Up at E. Niagara Street Location, Buffalo, NY
Groundwater sampling NYWSC
USGS staffer Michael Izdebski sampling groundwater.
USGS staffer Michael Izdebski sampling groundwater.
USGS scientist setting up equipment for groundwater sampling
USGS scientist setting up equipment for groundwater samplingUSGS scientist setting up equipment for groundwater sampling
USGS scientist setting up equipment for groundwater sampling
USGS scientist setting up equipment for groundwater samplingUSGS scientist setting up equipment for groundwater sampling
Gaging station with DCP for groundwater well
Gaging station S-5517 in Suffolk County with DCP for groundwater well collecting real-time data
Gaging station S-5517 in Suffolk County with DCP for groundwater well collecting real-time data
Making a discharge measurement with a flowtracker
USGS hydrologist Amy Simonson making a discharge measurement with a flowtracker in a Long Island stream.
USGS hydrologist Amy Simonson making a discharge measurement with a flowtracker in a Long Island stream.
Rain Gage
Rain gage on Long Island
Warning buoy
A buoy warning of the under-bay sewage treatment plant pipeline appears to guide the AUV on its course; confirming that the AUV’s position is accurate. The AUV uses a differential global positioning system (GPS) receiver and bottom-tracking Doppler velocimetry log (DVL) to maintain position.
A buoy warning of the under-bay sewage treatment plant pipeline appears to guide the AUV on its course; confirming that the AUV’s position is accurate. The AUV uses a differential global positioning system (GPS) receiver and bottom-tracking Doppler velocimetry log (DVL) to maintain position.
Retrieval and Results
Retrieval and Results
Processed data are exported to two- and three- dimensional mapping applications to visualize water-quality distributions. Combined with observed water currents and bathymetric contours, this allows for an integrated analysis of the system under investigation.
Retrieval and Results
Processed data are exported to two- and three- dimensional mapping applications to visualize water-quality distributions. Combined with observed water currents and bathymetric contours, this allows for an integrated analysis of the system under investigation.