New York / Washington / DC / College Station / Okinawa Trough / /
Company
Spreading Systems / Integrated Ocean Drilling Program Management International Inc. / NEC / F.J.A.S. / H. Hartnett S.P. / Yellow / CBC / Nichiyu Giken Co. Ltd. / Suzuki / Back-Arc Spreading Systems / Komatsu / IODP / /
Country
Japan / United States / Papua New Guinea / / /
Facility
University of Hawaii / /
IndustryTerm
submarine hydrothermal systems / hydrothermal systems / physical and chemical settings / sedimentary chemical inputs / conventional hard rock drilling equipment / physical and chemical variation / piston corer temperature tool / active hydrothermal vent site / chemical aspects / energy / subseafloor microbial eco-systems / chemical composition / chemical signature / mid-ocean ridge hydrothermal systems / physical and chemical variations / steel mesh platform / subseafloor fluid circulation systems / hydrothermal energy / hydrothermal solution / seafloor hydrothermal systems / gas hydrates / hydrothermal solutions / Web Link fluids / headspace gas / steel / /
GL017i012p02133 Shipboard Scientific Party / Center for Deep Earth Exploration / Japan Agency for Marine-Earth Science & Technology / Department of Oceanography / School of Ocean and Earth Science / University of Hawaii / /
Person
Miller / Michael J. Mottl / Juan de Fuca / Fontaine / Ken Takai / Simon H.H. Nielsen / / /
Science Reports IODP Expedition 331: Strong and Expansive Subseafloor Hydrothermal Activities in the Okinawa Trough doi:iodp.sd