The National Science Foundation has awarded the 天美影视传媒 $52.4 million over five years to continue operating the Regional Cabled Array, a cabled deep-ocean observatory about 300 miles offshore from Newport, Oregon. The grant is part of a $220 million total investment that will fund the internet-connected ocean observatory, known as the Ocean Observatories Initiative, through 2028.
Twenty-five undergraduates are among the participants on a 41-day cruise off the Oregon coast aboard the UW’s large research vessel, the R/V Thomas G. Thompson. Principal investigator Deborah Kelley, professor of oceanography, answers questions about the expedition to visit and maintain the cabled ocean observatory.
UW oceanographers discovered warm, chemically distinct liquid shooting up from the seafloor about 50 miles off Newport. They named the unique underwater spring “Pythia鈥檚 Oasis.” Observations suggest the spring is sourced from water 2.5 miles beneath the seafloor at the plate boundary, regulating stress on the offshore subduction zone fault.
The National Science Foundation will support a state-of-the-art marine facility that continues delivering data and new insight to the ocean science community, policymakers and the public worldwide.
The annual maintenance cruise for the Pacific Northwest’s deep-sea observatory continues through Aug. 29. Two dozen students will participate, and more than 120 ocean instruments will get their yearly checkup.
Charles Eriksen, Deborah Kelley and Stephen Warren are among 60 newly elected fellows from U.S. and international institutions.
Data is now streaming from the deep sea, thanks to an observatory installed in this region by the 天美影视传媒 as part of a larger National Science Foundation initiative to usher in a new age of oceanographic research.
A team of researchers, engineers and students is now at sea to check the equipment in a massive seafloor laboratory, where underwater stations off the Pacific Northwest coast collect data and provide a real-time, virtual eye on the deep sea for people on shore.
Oceanographer Deborah Kelley is one of the lead authors of a first-of-its-kind atlas of the deep sea, titled “Discovering the Deep.”
UW students have had a unique experience off the coast of Washington and Oregon helping scientists and engineers complete construction of the world鈥檚 largest deep-ocean observatory.
A UW research vessel leaves July 2 for six weeks at sea, during which oceanographers will install miles of cable for a new type of deep-sea observatory.
Engineers at the UW’s Applied Physics Laboratory are under pressure to build and test parts for installation this summer in the world’s largest deep-ocean observatory off the Washington and Oregon coasts.
Journey 300 miles off the Washington-Oregon coast and dive nearly a mile deep into the ocean as scientists and 20 students use underwater robots to explore, map and sample methane ice deposits, an underwater volcano and seafloor hot springs spewing water up to 570 degrees F.
On the marine microbial stage, there appears to be a vast group of understudies only too ready to step in when
Hydrocarbons — molecules critical to life — are being generated by the simple interaction of seawater with the rocks under the Lost City hydrothermal vent field in the mid-Atlantic Ocean.
With clever engineering and being in the right spot, under the right satellite, UW oceanographers working with Computing & Communications and the ResearchChannel became the first team in the world to broadcast high-definition video from the seafloor to selected sites around the world Sept.
The hydrothermal vents were miles from where anyone could have imagined.
Black smoker hydrothermal vent systems may have the fire power, but the staying power of seafloor hydrothermal vent systems like the bizarre Lost City vent field 鈥� discovered just two and a half years ago 鈥� is one reason they may have been incubators of some of Earth鈥檚 earliest life, say UW scientists and their co-authors in a recent issue of Science.
A new hydrothermal vent field, which scientists have dubbed “The Lost City,” was discovered Dec. 4 on an undersea mountain in the Atlantic Ocean.