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New England Water Science Center Images

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A man in a baseball cap and orange lifejacket stands in front of a lake and points to a sign.
Denis LeBlanc Presents Groundwater Research at Ashumet Pond
Denis LeBlanc Presents Groundwater Research at Ashumet Pond
Denis LeBlanc Presents Groundwater Research at Ashumet Pond

Research Hydrologist Emeritus Denis LeBlanc teaches the Gulf of Maine Council about Cape Cod hydrology in front of Ashumet Pond in Falmouth, Massachusetts. 

Research Hydrologist Emeritus Denis LeBlanc teaches the Gulf of Maine Council about Cape Cod hydrology in front of Ashumet Pond in Falmouth, Massachusetts. 

A man stands at the front of a bus with a microphone.
Cape Cod Field Trip
Cape Cod Field Trip
Cape Cod Field Trip

Research Hydrologist Emeritus Denis LeBlanc speaks to visitors about the groundwater and surface water interactions on Cape Cod.

Research Hydrologist Emeritus Denis LeBlanc speaks to visitors about the groundwater and surface water interactions on Cape Cod.

A man in a blue shirt holds a plaque and he shakes the hand of another man on the left with glasses and a dark shirt.
USGS Hydrologist Paul Barlow Retirement from New England Water Science Center
USGS Hydrologist Paul Barlow Retirement from New England Water Science Center
USGS Hydrologist Paul Barlow Retirement from New England Water Science Center

USGS Hydrologist Paul Barlow, who served as the Chief of the Hydrologic Interpretive Branch of the New England Water Science Center, retired at the end of May 2024. Director John Bumgarner presented Paul with a plaque at his retirement gathering at the center.

USGS Hydrologist Paul Barlow, who served as the Chief of the Hydrologic Interpretive Branch of the New England Water Science Center, retired at the end of May 2024. Director John Bumgarner presented Paul with a plaque at his retirement gathering at the center.

Scientist using equipment on boat in pond
Hydrologic Technician Kim Campo deploys a buoy at Fresh Pond in Cambridge, MA with sensors to monitor water temperature, wind speed/direction, and blue-green algae
Hydrologic Technician Kim Campo deploys a buoy at Fresh Pond in Cambridge, MA with sensors to monitor water temperature, wind speed/direction, and blue-green algae
Hydrologic Technician Kim Campo deploys a buoy at Fresh Pond in Cambridge, MA with sensors to monitor water temperature, wind speed/direction, and blue-green algae

Hydrologic Technician Kim Campo deploys a buoy at Fresh Pond in Cambridge, MA with sensors to monitor water temperature, wind speed/direction, and blue-green algae. Nearby continuous water quality monitoring station is 422302071083801.

Spring 2024 Photo Contest Winner: Meghan Santos, Where We Work category

Hydrologic Technician Kim Campo deploys a buoy at Fresh Pond in Cambridge, MA with sensors to monitor water temperature, wind speed/direction, and blue-green algae. Nearby continuous water quality monitoring station is 422302071083801.

Spring 2024 Photo Contest Winner: Meghan Santos, Where We Work category

A streamgage in a field with a fence inthe background.
Streamgage at the Elizabeth Mine Site in Stratford, Vermont
Streamgage at the Elizabeth Mine Site in Stratford, Vermont
Streamgage at the Elizabeth Mine Site in Stratford, Vermont

Elizabeth Mine was added to the U.S. Environmental Protection Agency (EPA) Superfund Program’s National Priority List in 2001. Since then, EPA and USGS have cooperated to investigate the nature and extent of contamination from weathering of waste rock rich in metals and sulfides.

Elizabeth Mine was added to the U.S. Environmental Protection Agency (EPA) Superfund Program’s National Priority List in 2001. Since then, EPA and USGS have cooperated to investigate the nature and extent of contamination from weathering of waste rock rich in metals and sulfides.

Abandoned mine tunnels in bedrock with trees on the left-hand side.
Elizabeth Mine, an Abandoned Copper Mine in Vermont
Elizabeth Mine, an Abandoned Copper Mine in Vermont
Elizabeth Mine, an Abandoned Copper Mine in Vermont

Elizabeth Mine was a copper mine in Strafford, Vermont, that was abandoned in 1957. It was added to the U.S. Environmental Protection Agency (EPA) Superfund Program’s National Priority List in 2001. Since then, EPA and USGS have cooperated to investigate the nature and extent of contamination from weathering of waste rock rich in metals and sulfides. 

Elizabeth Mine was a copper mine in Strafford, Vermont, that was abandoned in 1957. It was added to the U.S. Environmental Protection Agency (EPA) Superfund Program’s National Priority List in 2001. Since then, EPA and USGS have cooperated to investigate the nature and extent of contamination from weathering of waste rock rich in metals and sulfides. 

Two men in neon shirts standing next to a streamgage and precipitation gage.
Hydrologic Technicians at a Streamgage at Elizabeth Mine in Vermont
Hydrologic Technicians at a Streamgage at Elizabeth Mine in Vermont
Hydrologic Technicians at a Streamgage at Elizabeth Mine in Vermont

Hydrologic technicians Joel Kneisley and Alexander Kind installed a streamgage and precipitation gage at Elizabeth Mine in Strafford, Vermont. This copper mine was abandoned in 1957 and added to the EPA Superfund Program’s National Priority List in 2001.

Hydrologic technicians Joel Kneisley and Alexander Kind installed a streamgage and precipitation gage at Elizabeth Mine in Strafford, Vermont. This copper mine was abandoned in 1957 and added to the EPA Superfund Program’s National Priority List in 2001.

A streamgage in the woods.
East Branch Penobscot River Streamgage in Maine
East Branch Penobscot River Streamgage in Maine
East Branch Penobscot River Streamgage in Maine

The streamgage at East Branch Penobscot River below Grand Lake Matagamon in Patton, Maine, is operated in cooperation with the Penobscot Nation. This river is part of the eastern border for the Katahdin Woods and Waters National Monument.

The streamgage at East Branch Penobscot River below Grand Lake Matagamon in Patton, Maine, is operated in cooperation with the Penobscot Nation. This river is part of the eastern border for the Katahdin Woods and Waters National Monument.

A view of a river with mountains on the left-hand side.
An upstream view of East Branch Penobscot River in Patten, Maine
An upstream view of East Branch Penobscot River in Patten, Maine
boat sits on lake with large mountains in the background
Unveiling Earthquake History at Skilak Lake, Alaska
Unveiling Earthquake History at Skilak Lake, Alaska
Unveiling Earthquake History at Skilak Lake, Alaska

Skilak Lake, Alaska. A team of USGS scientists, in collaboration with partners from the Woods Hole Oceanographic Institution Ocean Bottom Seismic Instrument Center, are aiming to create a record of past earthquakes from Skilak Lake on the Kenai Peninsula of Alaska.

Skilak Lake, Alaska. A team of USGS scientists, in collaboration with partners from the Woods Hole Oceanographic Institution Ocean Bottom Seismic Instrument Center, are aiming to create a record of past earthquakes from Skilak Lake on the Kenai Peninsula of Alaska.

A woman standing next to a poster.
Janet Barclay Poster Presentation at the 2024 Northeast Section Meeting of GSA
Janet Barclay Poster Presentation at the 2024 Northeast Section Meeting of GSA
Janet Barclay Poster Presentation at the 2024 Northeast Section Meeting of GSA

Hydrologist Janet Barclay held a poster presentation at the 2024 Northeast Section of the Geological Society of America in Manchester, New Hampshire.

Hydrologist Janet Barclay held a poster presentation at the 2024 Northeast Section of the Geological Society of America in Manchester, New Hampshire.

A man stands at a podium in front of rows of chairs and people with a presentation.
Hydrologist Richard Moore Presents Study at 2024 GSA Meeting
Hydrologist Richard Moore Presents Study at 2024 GSA Meeting
Hydrologist Richard Moore Presents Study at 2024 GSA Meeting

Research Hydrologist Richard Moore presents work at a technical session on groundwater and surface water characterization at the 2024 Northeast Section Meeting of the Geological Society of America.

Research Hydrologist Richard Moore presents work at a technical session on groundwater and surface water characterization at the 2024 Northeast Section Meeting of the Geological Society of America.

An auditorium with hanging posters and people.
Northeast Section Meeting of the Geological Society of America Poster Sessions
Northeast Section Meeting of the Geological Society of America Poster Sessions
Northeast Section Meeting of the Geological Society of America Poster Sessions

The poster sessions at the 2024 Northeast Section Meeting of the Geological Society of America in Manchester, New Hampshire.

The poster sessions at the 2024 Northeast Section Meeting of the Geological Society of America in Manchester, New Hampshire.

A man standing at a podium and a man and woman sitting behind him at a table.
Hydrologist Max Meadows Speaking at 2024 Northeast Section Meeting of GSA
Hydrologist Max Meadows Speaking at 2024 Northeast Section Meeting of GSA
Hydrologist Max Meadows Speaking at 2024 Northeast Section Meeting of GSA

Hydrologist Maxwell Meadows speaks about a New Hampshire PFAS study at a technical session at the 2024 Northeast Section Meeting of the Geological Society of America.

Hydrologist Maxwell Meadows speaks about a New Hampshire PFAS study at a technical session at the 2024 Northeast Section Meeting of the Geological Society of America.

A view of the bridge over Neponset River near Canton, Massachusetts
A view of the Neponset River near Canton, Massachusetts
A view of the Neponset River near Canton, Massachusetts
A view of the Neponset River near Canton, Massachusetts

A view of the Neponset River flowing under Greenlodge Street bridge near Canton, Massachusetts, at a USGS 01105554 streamgage.

photograph tan loose ground with cactus and other desert plants under a partly cloudy blue sky
USGS scientists mapping vegetation and land use in Los Planes watershed, Baja California Sur, Mexico
USGS scientists mapping vegetation and land use in Los Planes watershed, Baja California Sur, Mexico
USGS scientists mapping vegetation and land use in Los Planes watershed, Baja California Sur, Mexico

USGS scientists mapping vegetation and land use in Los Planes watershed, Baja California Sur, Mexico, as part of a joint project to understand the impacts of installing natural infrastructure in dryland streams (NIDS), structures made from rock, sandbags and wood, meant

USGS scientists mapping vegetation and land use in Los Planes watershed, Baja California Sur, Mexico, as part of a joint project to understand the impacts of installing natural infrastructure in dryland streams (NIDS), structures made from rock, sandbags and wood, meant

Photograph of a person holding a white curved tube on a red reel in a silver well pipe on white sand with desert vegetation
Monitoring a shallow groundwater well in Los Planes watershed, Baja California Sur, Mexico
Monitoring a shallow groundwater well in Los Planes watershed, Baja California Sur, Mexico
Monitoring a shallow groundwater well in Los Planes watershed, Baja California Sur, Mexico

USGS and Alumbra Innovations scientists monitoring a shallow groundwater well in Los Planes watershed, Baja California Sur, Mexico. (Laura Norman, USGS)

A river with boulders in the middle surrounded by snowy banks and leaf-less trees.
West Branch Little River in Stowe, Vermont
West Branch Little River in Stowe, Vermont
West Branch Little River in Stowe, Vermont

A view of the West Branch Little River in Stowe, Vermont, near streamgage 04288250.

Two scientists at the edge of the river holding the cableway rope
Two scientists taking a critical ADCP measurement at Shetucket River in Taftville, CT
Two scientists taking a critical ADCP measurement at Shetucket River in Taftville, CT
Two scientists taking a critical ADCP measurement at Shetucket River in Taftville, CT

Two scientists taking a critical ADCP measurement at Shetucket River in Taftville, CT. This measurement was the highest flow measured at this site at 11,400 cfs. Due to high velocities the measurement required two people manning the cableway to maintain a smooth and consistent track across the river.

Two scientists taking a critical ADCP measurement at Shetucket River in Taftville, CT. This measurement was the highest flow measured at this site at 11,400 cfs. Due to high velocities the measurement required two people manning the cableway to maintain a smooth and consistent track across the river.

Allison standing in snow next at groundwater well site with three large buildings in the background
Hydrologic Technician Allison Carter taking a water level measurement with a calibrated electric tape at the real-time groundwater well station located in Orange, Massachusetts
Hydrologic Technician Allison Carter taking a water level measurement with a calibrated electric tape at the real-time groundwater well station located in Orange, Massachusetts
Hydrologic Technician Allison Carter taking a water level measurement with a calibrated electric tape at the real-time groundwater well station located in Orange, Massachusetts

Hydrologic Technician Allison Carter taking a water level measurement with a calibrated electric tape at the real-time groundwater well station located in Orange, Massachusetts. (Station ID#: 423441072170701 MA-ORW 63)

Winter 2024 Photo Contest Winner: Sam Banas, Where We Work category

Hydrologic Technician Allison Carter taking a water level measurement with a calibrated electric tape at the real-time groundwater well station located in Orange, Massachusetts. (Station ID#: 423441072170701 MA-ORW 63)

Winter 2024 Photo Contest Winner: Sam Banas, Where We Work category

A man in a neon yellow jacket measures a high water mark on a wall with a river in the background.
Measuring a High-Water Mark at the Androscoggin River in Topsham, Maine
Measuring a High-Water Mark at the Androscoggin River in Topsham, Maine
Measuring a High-Water Mark at the Androscoggin River in Topsham, Maine

A hydrologic technician measures a high-water mark near the Androscoggin River in Topsham, Maine days after a significant flood event in late December 2023. A combination of heavy rainfall and snowmelt prompted the flooding.

A hydrologic technician measures a high-water mark near the Androscoggin River in Topsham, Maine days after a significant flood event in late December 2023. A combination of heavy rainfall and snowmelt prompted the flooding.