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Kennebec River in downtown Augusta, Maine during the normal flow
Kennebec River in downtown Augusta, Maine
Kennebec River in downtown Augusta, Maine
Kennebec River in downtown Augusta, Maine

Kennebec River in downtown Augusta, Maine during the normal flow. USGS streamgage 01049320 monitors the streamflow of this area.

Kennebec River in downtown Augusta, Maine during the normal flow. USGS streamgage 01049320 monitors the streamflow of this area.

A map of Connecticut with certain sections colored in blue, green and yellow.
Annual Groundwater-Transported Nitrogen Yield into Long Island Sound
Annual Groundwater-Transported Nitrogen Yield into Long Island Sound
Annual Groundwater-Transported Nitrogen Yield into Long Island Sound

A map of Connecticut showing the annual groundwater-transported nitrogen yield on the north shore of the Long Island Sound. Watersheds that have yields exceeding 500 kilograms of nitrogen per square kilometer per year are shown in yellow regardless of the magnitude of the yield. 

A map of Connecticut showing the annual groundwater-transported nitrogen yield on the north shore of the Long Island Sound. Watersheds that have yields exceeding 500 kilograms of nitrogen per square kilometer per year are shown in yellow regardless of the magnitude of the yield. 

World map showing disruption of copper refinery production from seismic activity
Figure4SeismicCopper.png
Figure4SeismicCopper.png
Divers practice their skills during a Safety Training Day
NY Water Science Center Divers
NY Water Science Center Divers
NY Water Science Center Divers

Photograph taken during the 1st Annual NYWSC Dive Safety Day. The purpose of the safety day is to allow the NYWSC divers time to practice the skills they utilize during their routine dives, while also giving them a chance to work an any additional skills that might aid in dive safety and communication.

Photograph taken during the 1st Annual NYWSC Dive Safety Day. The purpose of the safety day is to allow the NYWSC divers time to practice the skills they utilize during their routine dives, while also giving them a chance to work an any additional skills that might aid in dive safety and communication.

Geologist compare new sediment core in a trans-disciplinary effort to reconstruct past climate change across the country.
USGS Geologist compare sediment core
USGS Geologist compare sediment core
USGS Geologist compare sediment core

USGS geologists at a site of new sediment core in a trans-disciplinary effort to reconstruct past climate change across the country near Hannah, Wyoming, on June 26, 2024. Pictured left to right: Marci Robinson and Jean Self-Trail both Research Geologist, Northeast Region; and Marieke Dechesne, Reasearch Geologist, Rocky Mountain Region. 

USGS geologists at a site of new sediment core in a trans-disciplinary effort to reconstruct past climate change across the country near Hannah, Wyoming, on June 26, 2024. Pictured left to right: Marci Robinson and Jean Self-Trail both Research Geologist, Northeast Region; and Marieke Dechesne, Reasearch Geologist, Rocky Mountain Region. 

Surveying the tidal at Boat Meadow River
Surveying the tidal at Boat Meadow River
Surveying the tidal at Boat Meadow River
Surveying the tidal at Boat Meadow River

Andy Massey, Physical Scientist at the New England Water Science Center, surveying the tidal Boat Meadow River in Eastham, Massachusetts on June 14, 2024. 

Summer 2024 Photo Contest Winner: Shannon Fisher, USGS at Work

Andy Massey, Physical Scientist at the New England Water Science Center, surveying the tidal Boat Meadow River in Eastham, Massachusetts on June 14, 2024. 

Summer 2024 Photo Contest Winner: Shannon Fisher, USGS at Work

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 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

Field assistant takes a discrete water-quality measurement.
Water-quality measurement
Water-quality measurement
Water-quality measurement

Field assistant Sean Mello takes a discrete WQ measurement on the Carman’s River in Yaphank, New York, on May 22, 2024.

Summer 2024 Photo Contest Winner: Emily Krsnak, Honorable Mention

Field assistant Sean Mello takes a discrete WQ measurement on the Carman’s River in Yaphank, New York, on May 22, 2024.

Summer 2024 Photo Contest Winner: Emily Krsnak, Honorable Mention

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. 

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.

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.

Salt marsh with ponding in coastal Connecticut.
Salt marsh with ponding in coastal Connecticut.
Salt marsh with ponding in coastal Connecticut.
Salt marsh with ponding in coastal Connecticut.

Photograph of a salt marsh with ponding in coastal Connecticut taken during estuarine research field work.

Salt marsh behind impoundment in coastal Connecticut.
Salt marsh behind impoundment in coastal Connecticut
Salt marsh behind impoundment in coastal Connecticut
Salt marsh behind impoundment in coastal Connecticut

Salt marsh behind impoundment in coastal Connecticut, taken during estuarine research field work.

Salt marsh with ponding in coastal Connecticut.
Salt marsh with ponding in coastal Connecticut
Salt marsh with ponding in coastal Connecticut
Salt marsh with ponding in coastal Connecticut

Photograph of a salt marsh with ponding in coastal Connecticut taken during estuarine research field work.

Photograph of a salt marsh with ponding in coastal Connecticut taken during estuarine research field work.

Salt marsh with ponding in coastal Connecticut.
Salt marsh with ponding in coastal Connecticut
Salt marsh with ponding in coastal Connecticut
Salt marsh with ponding in coastal Connecticut

Salt marsh with ponding in coastal Connecticut, with the sun shining brightly overhead.

Groundwater monitoring well
Groundwater-monitoring well
Groundwater-monitoring well
Groundwater-monitoring well

The USGS installs a sensor to monitor groundwater levels in real time at a well located at the City University of New York, York College campus. 

The USGS installs a sensor to monitor groundwater levels in real time at a well located at the City University of New York, York College campus. 

Groundwater monitoring well
Groundwater-monitoring well
Groundwater-monitoring well
Groundwater-monitoring well

The USGS installs a sensor to monitor groundwater levels in real time at a well located at the City University of New York, York College campus. 

The USGS installs a sensor to monitor groundwater levels in real time at a well located at the City University of New York, York College campus. 

Groundwater monitoring well
Groundwater-monitoring well
Groundwater-monitoring well
Groundwater-monitoring well

The USGS installs a sensor to monitor groundwater levels in real time at a well located at the City University of New York, York College campus. 

The USGS installs a sensor to monitor groundwater levels in real time at a well located at the City University of New York, York College campus. 

Scientist with laptop on dock next to tripod
Leveling a newly installed radar gage on the dock at Rye Playland, NY
Leveling a newly installed radar gage on the dock at Rye Playland, NY
Leveling a newly installed radar gage on the dock at Rye Playland, NY

Leveling a newly installed radar gage on the dock at Rye Playland, NY.

Spring 2024 Photo Contest Winner: Natalie Cheung, USGS at Work category

Leveling a newly installed radar gage on the dock at Rye Playland, NY.

Spring 2024 Photo Contest Winner: Natalie Cheung, USGS at Work category

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