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Orcutt News

23 Oct 2015

Drilling the Earth’s Mantle Beneath the Atlantic

Robot drills on RRS James Cook's deck (Photo: NOC)

A team of scientists will set sail from Southampton to drill through the Earth’s mantle in the center of the Atlantic Ocean. They leave on board the Royal Research Ship James Cook on October 26, 2015 to explore the Atlantis Massif, a 4000 meter high underwater mountain. This is the first time a UK research ship will be used for this branch of science. The expedition is conducted by the European Consortium for Ocean Research Drilling (ECORD) as part of the International Ocean Discovery Program (IODP).

25 Apr 2013

Gateway Technology for Ocean Measurements

JAMSTEC President Asahiko Taira with Walter Munk on the deck of D/V Chikyu in front of the ship's drilling derrick. Credit: JAMSTEC

Scientists at Scripps Institution of Oceanography at UC San Diego, in collaboration with two private industry firms, are developing potentially breakthrough technologies to capture vital information from the world’s oceans. Scripps researchers John Orcutt and Jon Berger developed a Memorandum of Understanding with Horton Wison Deepwater (HWD) and John Crane Production Solutions (JCPS) in developing new, uniquely stable and long-lasting ocean buoys with sensors moored to the seafloor to measure ground motion…

09 Dec 2004

Scripps Oceanography and BP Announce Research Partnership

Scripps Institution of Oceanography at the University of California, San Diego (UCSD), and BP America Inc. announce the signing of a three-year, $3 million-dollar partnership, marking the beginning of a long-term research collaboration. The initial focus of the program is to develop and evaluate new technologies to image and characterize the seafloor and subseafloor. Using a wide variety of surveying techniques such as electromagnetics, fiber optics, acoustics, autonomous underwater vehicles and ocean bottom seismographs, Scripps and BP scientists will further improve our understanding of the seabed and the processes that shape it. The seabed is a dynamic environment, shaped by tides, storms, earthquakes and other factors.