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New England Water Science Center Images

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Treated wastewater from Joint Base Cape Cod was discharged to rapid-infiltration disposal beds from 1936 to 1995
Treated Wastewater from Joint Base Cape Cod was Discharged
Treated Wastewater from Joint Base Cape Cod was Discharged
Treated Wastewater from Joint Base Cape Cod was Discharged

Treated wastewater from Joint Base Cape Cod was discharged to rapid-infiltration disposal beds from 1936 to 1995. The disposal formed a groundwater contamination plume that extends more than 10 kilometers in the Cape Cod sand and gravel glacial outwash aquifer.

Treated wastewater from Joint Base Cape Cod was discharged to rapid-infiltration disposal beds from 1936 to 1995. The disposal formed a groundwater contamination plume that extends more than 10 kilometers in the Cape Cod sand and gravel glacial outwash aquifer.

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.

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

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.

Sampling of Groundwater discharging through the bottom of a Cape Cod pond
Sampling of Groundwater discharging through the bottom of a pond
Sampling of Groundwater discharging through the bottom of a pond
Sampling of Groundwater discharging through the bottom of a pond

Sampling of Groundwater discharging through the bottom of a pond.

Location: Cape Cod, Massachusetts

Sampling of Groundwater discharging through the bottom of a pond.

Location: Cape Cod, Massachusetts

view across Ashumet Pond, Cape Cod, Massachusetts, with sampling grid markers in forground
Ashumet Pond, Cape Cod with sample grid markers
Ashumet Pond, Cape Cod with sample grid markers
Ashumet Pond, Cape Cod with sample grid markers

Sunset view looking northwest from Fishermans Cove, across Ashumet Pond, Cape Cod, Massachusetts. The small sticks and flags in the lake are a sampling grid. 

Sunset view looking northwest from Fishermans Cove, across Ashumet Pond, Cape Cod, Massachusetts. The small sticks and flags in the lake are a sampling grid. 

Image: Leaf Me Alone!
Leaf Me Alone!
Leaf Me Alone!
Leaf Me Alone!

In this photo, Joseph Whittier, a student with the Maine Office of the New England Water Science Center, takes a break from scooping leaves to pose for a photo. 

In this photo, Joseph Whittier, a student with the Maine Office of the New England Water Science Center, takes a break from scooping leaves to pose for a photo. 

Sudbury Dam, Massachusetts
Sudbury Dam, Massachusetts
Sudbury Dam, Massachusetts
Sudbury Dam, Massachusetts

Sudbury Dam located in Southborough Massachusetts was built in 1894. A storehouse was built in 1900.

Sudbury Dam located in Southborough Massachusetts was built in 1894. A storehouse was built in 1900.

Screen capture of the ModelMuse main window with a caption indicating how to activate MODFLOW-CFP.
ModelMuse: MODFLOW-CFP
ModelMuse: MODFLOW-CFP
ModelMuse: MODFLOW-CFP

Screen capture of ModelMuse displaying an expanded "Model" menu and the cursor over "MODFLOW Packages and Programs". A caption reads "Then select 'MODFLOW Packages and Programs' and then select the Conduit Flow Process."

Screen capture of ModelMuse displaying an expanded "Model" menu and the cursor over "MODFLOW Packages and Programs". A caption reads "Then select 'MODFLOW Packages and Programs' and then select the Conduit Flow Process."

Image: Cableway Measurement
Cableway Measurement
Cableway Measurement
Cableway Measurement

On April 10, 2014 hydrologic technicians Nick Stasulis and Anthony Underwood visited the USGS gaging station on Grand Lake Stream at Grand Lake Stream, Maine. The cableway was used to make a discharge measurement with an acoustic Doppler current profiler (ADCP).

On April 10, 2014 hydrologic technicians Nick Stasulis and Anthony Underwood visited the USGS gaging station on Grand Lake Stream at Grand Lake Stream, Maine. The cableway was used to make a discharge measurement with an acoustic Doppler current profiler (ADCP).

Image: Traveling Hydrographer
Traveling Hydrographer
Traveling Hydrographer
Traveling Hydrographer

Spring in Maine introduces significant challenges for hydrographers when it comes to accessing remote stations. In this photo, hydrologic technician Anthony Underwood is prepared to visit the USGS gaging station on Libby Brook near Northfield, Maine.

Spring in Maine introduces significant challenges for hydrographers when it comes to accessing remote stations. In this photo, hydrologic technician Anthony Underwood is prepared to visit the USGS gaging station on Libby Brook near Northfield, Maine.

Image: Rising River
Rising River
Rising River
Rising River

On April 9, 2014 a visit to the USGS gaging station on Libby Brook near Northfield, Maine showed that while runoff had caused a large rise in the small brook, there still remained a significant snowpack in the area.

On April 9, 2014 a visit to the USGS gaging station on Libby Brook near Northfield, Maine showed that while runoff had caused a large rise in the small brook, there still remained a significant snowpack in the area.

view across Ashumet Pond, Cape Cod, Massachusetts
Ashumet Pond, Cape Cod
Ashumet Pond, Cape Cod
Ashumet Pond, Cape Cod

View looking west from Fishermans Cove, across Ashumet Pond, Cape Cod, Massachusetts. The small sticks in the lake are a small-scale sampling grid. 

View looking west from Fishermans Cove, across Ashumet Pond, Cape Cod, Massachusetts. The small sticks in the lake are a small-scale sampling grid. 

Image: Early Morning Site Visit
Early Morning Site Visit
Early Morning Site Visit
Early Morning Site Visit

USGS streamflow station 01048000 (Sandy River near Mercer, Maine) is shown during an early morning site visit in October 2013.

USGS streamflow station 01048000 (Sandy River near Mercer, Maine) is shown during an early morning site visit in October 2013.

Shoreline of Mary Dunn Pond, Barnstable, MA
Shoreline of Mary Dunn Pond, Barnstable, MA
Shoreline of Mary Dunn Pond, Barnstable, MA
Shoreline of Mary Dunn Pond, Barnstable, MA

Photograph of the shoreline of Mary Dunn Pond, Barnstable, Massachusetts.

Photograph of the shoreline of Mary Dunn Pond, Barnstable, Massachusetts.

Image: USGS Gage At Covered Bridge
USGS Gage At Covered Bridge
USGS Gage At Covered Bridge
USGS Gage At Covered Bridge

This photograph shows Lowe's Bridge off ME-15 in Guilford, Maine, spanning the Piscataquis River. USGS gaging station 01031500 is located on the downstream side of the bridge.

This photograph shows Lowe's Bridge off ME-15 in Guilford, Maine, spanning the Piscataquis River. USGS gaging station 01031500 is located on the downstream side of the bridge.

Image: ADCP Measurement at Bingham - Station 01046500
ADCP Measurement at Bingham - Station 01046500
ADCP Measurement at Bingham - Station 01046500
ADCP Measurement at Bingham - Station 01046500

This ADCP sends an acoustic pulse into the water to measure the speed of the water, the depth of the river and to measure how far it's moved across the river. With this information, it can compute discharge.

This ADCP sends an acoustic pulse into the water to measure the speed of the water, the depth of the river and to measure how far it's moved across the river. With this information, it can compute discharge.

Image: ADCP Measurement at Bingham - Station 01046500
ADCP Measurement at Bingham - Station 01046500
ADCP Measurement at Bingham - Station 01046500
ADCP Measurement at Bingham - Station 01046500

This is the cross section where the measurement was made and the line we strung across the river, marked with flagging for visibility. In slow velocities, the line helps control the speed of the boat as it is moved across the channel.

This is the cross section where the measurement was made and the line we strung across the river, marked with flagging for visibility. In slow velocities, the line helps control the speed of the boat as it is moved across the channel.

Image: ADCP Measurement at Bingham - Station 01046500
ADCP Measurement at Bingham - Station 01046500
ADCP Measurement at Bingham - Station 01046500
ADCP Measurement at Bingham - Station 01046500

This is the view upstream of the cross section.

Image: ADCP Measurement at Bingham - Station 01046500
ADCP Measurement at Bingham - Station 01046500
ADCP Measurement at Bingham - Station 01046500
ADCP Measurement at Bingham - Station 01046500

This is the view downstream of the cross section.

Image: ADCP Measurement at Bingham - Station 01046500
ADCP Measurement at Bingham - Station 01046500
ADCP Measurement at Bingham - Station 01046500
ADCP Measurement at Bingham - Station 01046500

A manned boat is used to ferry the ADCP back and forth across the river. The velocities at this section were quite slow, and the line across the river allowed better control than driving the small boat.

A manned boat is used to ferry the ADCP back and forth across the river. The velocities at this section were quite slow, and the line across the river allowed better control than driving the small boat.