Image Archive





























The OOI cable (white) is shown running through the cable highway, or trough, at the aft end of the TE SubCom Dependable. The seaplow that will be used to bury the cable sits to the right. --Photo by Cecile Durand, University of Washington, onboard TE SubCom Dependable

The OOI cable (white) shown running through the Linear Cable Engine onboard the TE SubCom Dependable. --Photo by Cecile Durand, University of Washington, onboard the TE SubCom Dependable

Repeaters being kept cool onboard the TE SubCom Dependable.

Seaplow sitting on the back deck of the TE SubCom Dependable. The seaplow is deployed from the ship and used to bury the cable in the seafloor. All portions of the cable from the shore to a distance of about 1 km (.6 mile) seaward of the 700-fathom (4200-feet) Essential Fish Habitat boundary (EFH) will be buried. -- Photo by Cecile Durand, University of Washington, onboard the TE SubCom Dependable.

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OOI Backbone cable loading operations TE SubCom plant to Cable Ship Dependable. Image courtesy of TE SubCom.

OOI Backbone cable loading operations TE SubCom plant to Cable Ship Dependable. Image courtesy of TE SubCom.

OOI Backbone cable loading operations TE SubCom plant to Cable Ship Dependable. Image courtesy of TE SubCom.

OOI Backbone cable loading operations TE SubCom plant to Cable Ship Dependable. Image courtesy of TE SubCom.

OOI Backbone cable loading operations on the C.S. Dependable; repeater transfer to ship. Photo courtesy of TE SubCom.

The TE SubCom Cable Ship Dependable is being used to install the OOI cable off the coast of Oregon. Image courtesy of TE SubCom

The TE Subcom Dependable casts off from Astoria, Oregon. Image taken by Cecile Durand, University of Washington, on board the Dependable.

Cable Landing Invite Image

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Likhi Ondov, a student on the Enlighten'10 expedition, collects water samples from a Niskin bottle on the CTD rosette.

The Canadian Scientific Submersible Facility's ROV ROPOS. (photo by Allison Fundis)

Rutgers University's Slocum glider

Audrey Djunaedi, UW

Cody Turner

RSN Science Themes

Axial Seamount

Tina Haskins, Rutgers

Martha James, a UW oceanography student, samples fluids from the CTD.

Alexandra Powell, UW

Dustin Anctil, UW

Matthew Knight, UW

Brendan Philip, UW
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