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Schematic showing the general setting of seeps on the US Atlantic margin and related processes, such as gas hydrate degradation,
U.S. Atlantic Margin Seeps
U.S. Atlantic Margin Seeps
U.S. Atlantic Margin Seeps

Schematic showing the general setting of seeps on the US Atlantic margin and related processes, such as gas hydrate degradation, groundwater seepage, leakage through fractured rocks, or emissions from the seafloor overlying salt diapirs. Pockmarks shown in white, and the nominal updip limit of gas hydrate stability is represented by the dashed black line.

Schematic showing the general setting of seeps on the US Atlantic margin and related processes, such as gas hydrate degradation, groundwater seepage, leakage through fractured rocks, or emissions from the seafloor overlying salt diapirs. Pockmarks shown in white, and the nominal updip limit of gas hydrate stability is represented by the dashed black line.

Sample preparation and processing area
Sample preparation and processing area
Sample preparation and processing area
Sample preparation and processing area

Sample preparation and processing area in the K.O. Emery Geotechnical Wing at the Woods Hole Coastal and Marine Science Center, Woods Hole, MA

Sample preparation and processing area in the K.O. Emery Geotechnical Wing at the Woods Hole Coastal and Marine Science Center, Woods Hole, MA

rocky sandy beach at sunset
Long Island beach
Long Island beach
Long Island beach

Long Island beach at sunset

man in orange pfd standing next to green flooded gagehouse
Flooded Gage House Carlls River, Long Island, NY
Flooded Gage House Carlls River, Long Island, NY
Flooded Gage House Carlls River, Long Island, NY

Flooded Gage House Carlls River, Suffolk County, Long Island, NY

flooded streets and sidewalks in Babylon, NY
Carlls River at Babylon, NY 8/13/2014
Carlls River at Babylon, NY 8/13/2014
Carlls River at Babylon, NY 8/13/2014

 Carlls River at Babylon, NY approximately 3000 ft downstream of the gaging station (01308500). Part of a video  by William Capurso of USGS on 8/13/2014. (Public domain)

 Carlls River at Babylon, NY approximately 3000 ft downstream of the gaging station (01308500). Part of a video  by William Capurso of USGS on 8/13/2014. (Public domain)

Photograph of bridge-deck scuppers draining into the Charles River on State Route 2A in Boston
Bridge-deck scuppers draining into the Charles River
Bridge-deck scuppers draining into the Charles River
Bridge-deck scuppers draining into the Charles River

Photograph of bridge-deck scuppers draining into the Charles River on State Route 2A in Boston near U.S. Geological Survey bridge-deck-monitoring station 422108071052501 during a rainstorm.

Photograph of bridge-deck scuppers draining into the Charles River on State Route 2A in Boston near U.S. Geological Survey bridge-deck-monitoring station 422108071052501 during a rainstorm.

2 drill rigs and pickup truck
Borehole logging
Borehole logging
Borehole logging

Borehole logging

USGS and Cornell trucks and trailers on NYC street
Cornell University's Geothermal Test Site on Roosevelt Island, NY
Cornell University's Geothermal Test Site on Roosevelt Island, NY
Cornell University's Geothermal Test Site on Roosevelt Island, NY

Cornell University's Geothermal Test Site on Roosevelt Island, NY

man kneeling on grass with groundwater equipment
Groundwater Elevation Survey
Groundwater Elevation Survey
Groundwater Elevation Survey

USGS hydrologist conducting a groundwater elevation survey on Long Island, New York

USGS hydrologist conducting a groundwater elevation survey on Long Island, New York

2 people on dirt path using surveying equipment to sample water quality
Water-quality Sampling
Water-quality Sampling
Water-quality Sampling

Water-quality sampling on Long Island, New York

Water-quality sampling on Long Island, New York

Photograph of Marinna Martini prepares to deploy a NIMBBLE from the R/V Connecticut south of Martha's Vineyard
Marinna Martini prepares to deploy a NIMBBLE from the R/V Connecticut
Marinna Martini prepares to deploy a NIMBBLE from the R/V Connecticut
Marinna Martini prepares to deploy a NIMBBLE from the R/V Connecticut

Marinna Martini prepares to deploy a NIMBBLE from the R/V Connecticut south of Martha's Vineyard

Drilling on Maravista peninsula in Falmouth MA
Drilling on Maravista peninsula in Falmouth MA
Drilling on Maravista peninsula in Falmouth MA
Drilling on Maravista peninsula in Falmouth MA

Drilling on Maravista peninsula in Falmouth, Massachusetts

A Sontek IQ ADCP measures depth and velocity of a salt marsh creek (Cape Cod, MA)
A Sontek IQ ADCP measures depth and velocity of a salt marsh creek
A Sontek IQ ADCP measures depth and velocity of a salt marsh creek
The Salt Marsh Observatory at Sage Lot Pond in the Waquoit Bay National Estuarine Research Reserve
Salt Marsh Observatory at Sage Lot Pond in the Waquoit Bay, MA
Salt Marsh Observatory at Sage Lot Pond in the Waquoit Bay, MA
Salt Marsh Observatory at Sage Lot Pond in the Waquoit Bay, MA

The Salt Marsh Observatory at Sage Lot Pond in the Waquoit Bay National Estuarine Research Reserve serves as an important platform for research in coastal salt marshes. Infrastrucutre in this marsh allows researchers to access sites while maintaining habitat and platform health.

The Salt Marsh Observatory at Sage Lot Pond in the Waquoit Bay National Estuarine Research Reserve serves as an important platform for research in coastal salt marshes. Infrastrucutre in this marsh allows researchers to access sites while maintaining habitat and platform health.

Jen Suttles collects water samples from a salt marsh tidal creek (East Falmouth, MA) for laboratory analysis
Collecting samples from a salt marsh
Collecting samples from a salt marsh
Collecting samples from a salt marsh

Jen Suttles collects water samples from a salt marsh tidal creek (East Falmouth, MA) for laboratory analysis of total organic carbon.  These samples will be compared to data recorded by instrumentation deployed in an adjacent tidal creek as part of research efforts to quantify carbon dynamics in coastal ecosystems

Jen Suttles collects water samples from a salt marsh tidal creek (East Falmouth, MA) for laboratory analysis of total organic carbon.  These samples will be compared to data recorded by instrumentation deployed in an adjacent tidal creek as part of research efforts to quantify carbon dynamics in coastal ecosystems

Licking River at Highway 536 near Alexandria, Kentucky gage
Licking River at Highway 536 near Alexandria, Kentucky gage
Licking River at Highway 536 near Alexandria, Kentucky gage
Licking River at Highway 536 near Alexandria, Kentucky gage

Licking River at Highway 536 near Alexandria, Kentucky gage

USGS scientists collecting water-quality samples from shallow groundwater under Ashumet Pond
USGS Scientists Collecting Water-Quality Samples from Shallow Groundwater under Ashumet Pond
USGS Scientists Collecting Water-Quality Samples from Shallow Groundwater under Ashumet Pond
USGS Scientists Collecting Water-Quality Samples from Shallow Groundwater under Ashumet Pond

U.S. Geological Survey (USGS) scientists collecting water-quality samples from shallow groundwater under Ashumet Pond, Cape Cod, Massachusetts.

Sara Zeigler (USGS) uses the smartphone data collection app ‘iPlover’ to classify the landscape characteristics
Sara Zeigler (USGS) uses the smartphone data collection app ‘iPlover’
Sara Zeigler (USGS) uses the smartphone data collection app ‘iPlover’
Sara Zeigler (USGS) uses the smartphone data collection app ‘iPlover’

 Sara Zeigler (USGS) uses the smartphone data collection app ‘iPlover’ to classify the landscape characteristics in an area immediately surrounding a piping plover nest (here, protected with a black mesh predator exclosure).

 Sara Zeigler (USGS) uses the smartphone data collection app ‘iPlover’ to classify the landscape characteristics in an area immediately surrounding a piping plover nest (here, protected with a black mesh predator exclosure).

and fencing on a Fire Island beach
Sand fencing can affect natural beach processes
Sand fencing can affect natural beach processes
Sand fencing can affect natural beach processes

Human modifications to beaches, such as sand fencing, sea walls and rock jetties, can alter natural beach processes like overwash. This can affect how much habitat for species like piping plovers is created by storms.

Human modifications to beaches, such as sand fencing, sea walls and rock jetties, can alter natural beach processes like overwash. This can affect how much habitat for species like piping plovers is created by storms.