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Images

Images below come from a wide variety of USGS science activities in the Northeast Region. Science Center staff showcase what we do, who we are, and where we work conducting science that inform decision makers and addresses societal needs. 

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St. John River threatens to swamp a steel bridge.
St. John River at Ft. Kent, Maine Flood 2008
St. John River at Ft. Kent, Maine Flood 2008
St. John River at Ft. Kent, Maine Flood 2008

Understanding the forces that influence major floods can help inform the design of more resilient infrastructure. Image shows a major flood on the St. John River on the border of Maine, United States and New Brunswick, Canada, April 29, 2008. This site was part of the study. USGS Public Domain.

Understanding the forces that influence major floods can help inform the design of more resilient infrastructure. Image shows a major flood on the St. John River on the border of Maine, United States and New Brunswick, Canada, April 29, 2008. This site was part of the study. USGS Public Domain.

An alligator rest on exposed limestone bedrock, sunning itself.
Alligator Resting in Afternoon Sun
Alligator Resting in Afternoon Sun
Alligator Resting in Afternoon Sun

Alligators are very abundant in the freshwater wetlands of Everglades National Park and can usually be seen along the Anhinga trail in the park, especially when water levels are low.  This ~5-foot gator is resting on exposed limestone bedrock alongside the trail.  

Alligators are very abundant in the freshwater wetlands of Everglades National Park and can usually be seen along the Anhinga trail in the park, especially when water levels are low.  This ~5-foot gator is resting on exposed limestone bedrock alongside the trail.  

Oblique hillshaded-relief view of the bathymetry surrounding Martha’s Vineyard and the Upper Cape
Bathymetry surrounding Martha's Vineyard, MA
Bathymetry surrounding Martha's Vineyard, MA
Bathymetry surrounding Martha's Vineyard, MA

Oblique hillshaded-relief view of the bathymetry surrounding Martha’s Vineyard and the Upper Cape looking south across Buzzards Bay and Vineyard Sound

Image showing bathymetry of the southern Gulf of Maine with MA coastal zone boundary
Southern Gulf of Maine and Massachusetts coastal zone bathymetry
Southern Gulf of Maine and Massachusetts coastal zone bathymetry
Southern Gulf of Maine and Massachusetts coastal zone bathymetry

Image showing the bathymetry of the southern Gulf of Maine with the Massachusetts coastal zone boundary outlined in grey. The images on the right display how the geophysical and sample data are combined to create an interpretation of seafloor geology

Image showing the bathymetry of the southern Gulf of Maine with the Massachusetts coastal zone boundary outlined in grey. The images on the right display how the geophysical and sample data are combined to create an interpretation of seafloor geology

shaded-relief bathymetry image of the sea floor offshore of northeastern Massachusetts between Cape Ann and Salisbury Beach
Swath Bathymetry
Swath Bathymetry
Swath Bathymetry

Swath bathymetry and derivative products such as slope, hillshaded relief, and rugosity maps provide information not only on water depth, but also the roughness and smoothness of the sea floor, which correlates with sea floor texture and depositional environment.

Swath bathymetry and derivative products such as slope, hillshaded relief, and rugosity maps provide information not only on water depth, but also the roughness and smoothness of the sea floor, which correlates with sea floor texture and depositional environment.

Chart of data input heirarchy
Data input heirarchy
Data input heirarchy
Data input heirarchy

Sediment texture and distribution data were mapped qualitatively in Esri ArcGIS using a hierarchical methodology. Backscatter data were the first input, followed by bathymetry, surficial geologic and shallow stratigraphic interpretations, and photograph and sample databases. DEM, digital elevation model.

Sediment texture and distribution data were mapped qualitatively in Esri ArcGIS using a hierarchical methodology. Backscatter data were the first input, followed by bathymetry, surficial geologic and shallow stratigraphic interpretations, and photograph and sample databases. DEM, digital elevation model.

Inner continental shelf sediment textures within western Massachusetts Bay
Sediment Textures
Sediment Textures
Sediment Textures

 Inner continental shelf sediment textures within western Massachusetts Bay classified using Barnhardt and others (1998). Bottom photographs A-D show sediment texture in select locations (photograph locations are shown as white dots on the sediment texture map).

 Inner continental shelf sediment textures within western Massachusetts Bay classified using Barnhardt and others (1998). Bottom photographs A-D show sediment texture in select locations (photograph locations are shown as white dots on the sediment texture map).

photo of woman bending over putting tape measure down a hole in sidewalk
Groundwater Elevation Survey
Groundwater Elevation Survey
Groundwater Elevation Survey

Using a groundwater observation well, a USGS hydrologist conducts a groundwater elevation survey on a city street on Staten Island, New York.

Using a groundwater observation well, a USGS hydrologist conducts a groundwater elevation survey on a city street on Staten Island, New York.

fog and pilings in a river
Early morning fog and pilings at Oswego River near Phoenix, NY
Early morning fog and pilings at Oswego River near Phoenix, NY
Gatehouse for the raw drinking water-intake at Flints (Sandy) Pond in Lincoln, Massachusetts
Water supply reservoir and water treatment plant intake gatehouse, Flints Pond, Lincoln, Massachusetts
Water supply reservoir and water treatment plant intake gatehouse, Flints Pond, Lincoln, Massachusetts
USGS boat sitting on a river with trees on bank
USGS boat on Hudson River
USGS boat on Hudson River
USGS boat on Hudson River

USGS scientist in a boat on the Hudson River

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