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Woods Hole Coastal and Marine Science Center images

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Yellow seafloor surface overlain on a sub-bottom profile shows holes in the seafloor, with labels
3D view of a seismic profile draped under bathymetry
3D view of a seismic profile draped under bathymetry
3D view of a seismic profile draped under bathymetry

A sub-bottom profile of CHIRP seismic data is draped over swath bathymetry showing the Gulf of Maine pockmark field stratigraphy common to the area. Seafloor mapping combined with sub-bottom geologic profiles shows that Holocene mud ranges in thickness between 5 and 10 meters but pockmarks in Belfast Bay do not penetrate below the geologic unconformity. Th

A sub-bottom profile of CHIRP seismic data is draped over swath bathymetry showing the Gulf of Maine pockmark field stratigraphy common to the area. Seafloor mapping combined with sub-bottom geologic profiles shows that Holocene mud ranges in thickness between 5 and 10 meters but pockmarks in Belfast Bay do not penetrate below the geologic unconformity. Th

Image: Night Recovery of the Multichannel Seismic System Aboard CCGS Louis S. St-Laurent
Night Recovery of the Multichannel Seismic System
Night Recovery of the Multichannel Seismic System
Night Recovery of the Multichannel Seismic System

Looking astern, the airgun sled is in its cradle in the center of the photo.  The crew are manually recovering the multichannel streamer and beginning the large figure-8 shape of coiling it on deck. Work at sea occurs 24 hours a day.  In late September, there is ~12 hours of night, resulting in gear recovery at night.

Looking astern, the airgun sled is in its cradle in the center of the photo.  The crew are manually recovering the multichannel streamer and beginning the large figure-8 shape of coiling it on deck. Work at sea occurs 24 hours a day.  In late September, there is ~12 hours of night, resulting in gear recovery at night.

Image: Science Crew Aboard CCGS Louis S. St-Laurent
Science Crew Aboard CCGS Louis S. St-Laurent
Science Crew Aboard CCGS Louis S. St-Laurent
Science Crew Aboard CCGS Louis S. St-Laurent

Science crew ran the multichannel seismic equipment, sonobuoy refraction equipment, navigation, marine mammal observations program, and incidental science studies.  Dr. Deborah Hutchinson (USGS liaison aboard the Canadian icebreaker) is 7th from the right.  Dr. David Mosher, Chief Scientist aboard Louis is 10th from the right.

Science crew ran the multichannel seismic equipment, sonobuoy refraction equipment, navigation, marine mammal observations program, and incidental science studies.  Dr. Deborah Hutchinson (USGS liaison aboard the Canadian icebreaker) is 7th from the right.  Dr. David Mosher, Chief Scientist aboard Louis is 10th from the right.

Photograph of United States and Canada flags
Flags flying high
Flags flying high
Flags flying high

U.S. and Canadian two icebreaker collaboration in the Arctic Ocean. Flags flying from CCGS Louis S. St-Laurent.

U.S. and Canadian two icebreaker collaboration in the Arctic Ocean. Flags flying from CCGS Louis S. St-Laurent.

Marinna Martini prepares to deploy tripods along the outer perimeter of Diamond Shoals, NC
Tripod deployment along the outer perimeter of Diamond Shoals, NC
Tripod deployment along the outer perimeter of Diamond Shoals, NC
Tripod deployment along the outer perimeter of Diamond Shoals, NC

Marinna Martini, Woods Hole, Coastal and Marine Science Center,  prepares to deploy tripods at three sites along the outer perimeter of Diamond Shoals, North Carolina.

Shaded relief and combined bathymetry map of Puerto Rico
Shaded relief and combined bathymetry map of Puerto Rico
Shaded relief and combined bathymetry map of Puerto Rico
Shaded relief and combined bathymetry map of Puerto Rico

(Top image) Shaded relief of the new multibeam bathymetry along the Puerto Rico Trench illuminated from the northwest. Thin contours indicate bathymetry at 500-m intervals. (Bottom image) Combined bathymetry map of the multibeam bathymetry data, single-beam bathymetry compilation around Puerto Rico, Lidar data near shore, and topography of Puerto Rico.

(Top image) Shaded relief of the new multibeam bathymetry along the Puerto Rico Trench illuminated from the northwest. Thin contours indicate bathymetry at 500-m intervals. (Bottom image) Combined bathymetry map of the multibeam bathymetry data, single-beam bathymetry compilation around Puerto Rico, Lidar data near shore, and topography of Puerto Rico.

Photograph of USGS scientists standing in front of a helicopter
Remote places
Remote places
Remote places

Woods Hole Coastal and Marine Science Center's Ellyn Montgomery (right) on the helipad of the Canadian Coast Guard Vessel Louis St. Laurent returning from an ice reconnaissance flight as part of a joint study mapping the foot of the continental slope in the Arctic Ocean in 2008

Woods Hole Coastal and Marine Science Center's Ellyn Montgomery (right) on the helipad of the Canadian Coast Guard Vessel Louis St. Laurent returning from an ice reconnaissance flight as part of a joint study mapping the foot of the continental slope in the Arctic Ocean in 2008

Photograph of  Instrumented Pressure Testing Chamber body
Instrumented Pressure Testing Chamber
Instrumented Pressure Testing Chamber
Instrumented Pressure Testing Chamber

A pressurized, stable, hydrate-bearing sediment core can be fed through the IPTC body, shown here being used in Singapore to support the Indian National Gas Hydrates Program (NGHP1)

A pressurized, stable, hydrate-bearing sediment core can be fed through the IPTC body, shown here being used in Singapore to support the Indian National Gas Hydrates Program (NGHP1)

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