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New York Water Science Center images.

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The AUV travels along the under-bay section of the Bergen Point Sewage Treatment Plant outfall pipe in Babylon, NY.
Wastewater impacts
Wastewater impacts
Wastewater impacts

The AUV travels along the under-bay section of the Bergen Point Sewage Treatment Plant outfall pipe in Babylon, NY. The goal is to see if changes in surrounding water-quality suggest potential leaks in the aging infrastructure.

The AUV travels along the under-bay section of the Bergen Point Sewage Treatment Plant outfall pipe in Babylon, NY. The goal is to see if changes in surrounding water-quality suggest potential leaks in the aging infrastructure.

2 men in boat on Great South Bay using a hydrophone to locate AUV
Where is the AUV?
Where is the AUV?
Where is the AUV?

If the vehicle becomes stuck or disabled at depth, a hydrophone can be used to locate the submerged instrument. When at the surface, the AUV can send its retrieval location to a web server or cell phone.

If the vehicle becomes stuck or disabled at depth, a hydrophone can be used to locate the submerged instrument. When at the surface, the AUV can send its retrieval location to a web server or cell phone.

AUV in Great South Bay, Long Island, NY
Mapping the Bay
Mapping the Bay
Mapping the Bay

This autonomous instrument reduces the time and manpower traditionally needed for manned-boat surveys. Because geologic, biologic, hydraulic, and chemical data are collected simultaneously; the datasets allow for a systems-based approach to analysis.

This autonomous instrument reduces the time and manpower traditionally needed for manned-boat surveys. Because geologic, biologic, hydraulic, and chemical data are collected simultaneously; the datasets allow for a systems-based approach to analysis.

lowering Autonomous Underwater Vehicle (AUV) into Great South Bay, Long Island
Off on a mission
Off on a mission
Off on a mission

The AUV navigates to its starting position before diving to a fixed distance off the seabed to measure dissolved oxygen concentrations in the Great South Bay, Long Island, NY.  The goal is to document the spatial extent of low dissolved oxygen concentrations, or hypoxia, to identify the best habitat for juvenile hard clam survival.

The AUV navigates to its starting position before diving to a fixed distance off the seabed to measure dissolved oxygen concentrations in the Great South Bay, Long Island, NY.  The goal is to document the spatial extent of low dissolved oxygen concentrations, or hypoxia, to identify the best habitat for juvenile hard clam survival.

two usgs staff in a park letting down rope into a gw well
Groundwater-level Monitoring Hoosic River, NY
Groundwater-level Monitoring Hoosic River, NY
Groundwater-level Monitoring Hoosic River, NY

Groundwater-level Monitoring for Characterization of Hydraulic Connections in the Basal Sand & Gravel Aquifer, Hoosic River Valley, Hoosick Falls, New York

Groundwater-level Monitoring for Characterization of Hydraulic Connections in the Basal Sand & Gravel Aquifer, Hoosic River Valley, Hoosick Falls, New York

2 people working with water quality equipment
Water-quality sampling on Long Island
Water-quality sampling on Long Island
Water-quality sampling on Long Island

USGS hydrologists Irene Fisher and Michael Como sample water quality on Long Island.

photo of a boat marina on Long Island coast
Long Island Boat Marina
Long Island Boat Marina
Long Island Boat Marina

Boat marina on Long Island coast

groundwater model demonstration at Shinnecock Nation
Demonstrating a groundwater model at the Shinnecock Nation Earth Day
Demonstrating a groundwater model at the Shinnecock Nation Earth Day
Demonstrating a groundwater model at the Shinnecock Nation Earth Day

Sim Rivera demonstrating a groundwater model to children at the Shinnecock Nation Earth Day outreach event.

Discharge measurement at Moyer Creek stream gauging station
Discharge Measurement at Moyer Creek
Discharge Measurement at Moyer Creek
Discharge Measurement at Moyer Creek

USGS Hydrologist Travis Smith makes a wading (section-by-section) discharge measurement at Moyer Creek stream gauging station near Frankfort,  NY  to allow for better estimates of streamflow during ice-affected periods in winter.

USGS Hydrologist Travis Smith makes a wading (section-by-section) discharge measurement at Moyer Creek stream gauging station near Frankfort,  NY  to allow for better estimates of streamflow during ice-affected periods in winter.

2 people dressed in cold weather gear in boat on a river
Collecting a sample on the Mohawk River/Barge Canal in Rome, NY
Collecting a sample on the Mohawk River/Barge Canal in Rome, NY
Collecting a sample on the Mohawk River/Barge Canal in Rome, NY

Dan Edwards (USGS) and Elizabeth Mosher (NYSDEC) collect a sample on the Mohawk River/Barge Canal in Rome as part of the TMDL/RIBS pilot USGS/NYSDEC collaboration in the Mohawk River Basin.

Dan Edwards (USGS) and Elizabeth Mosher (NYSDEC) collect a sample on the Mohawk River/Barge Canal in Rome as part of the TMDL/RIBS pilot USGS/NYSDEC collaboration in the Mohawk River Basin.

boat filled with equipment for monitoring water quality
Mohawk Water Quality boat
Mohawk Water Quality boat
man and woman in orange pfd suits using water sampler on river
Water sampling on Mohawk River
Water sampling on Mohawk River
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