Shawnee Traylor, a science and technology advisor for the project, formerly at LDEO and currently at MIT/WHOI, developed a site-specific algorithm with McGillis that predictively measures the water’s quality based on historical data.
Michael J. Moore, a biologist and director of the Marine Mammal Center at the Woods Hole Oceanographic Institution, tells Jessica Leigh Hester of Atlas Obscura, body mass “tells you about the health of the animal, and in the context of its environment, it gives you a sense of how it’s doing nutritionally.”
Associate Scientist Joel Llopiz describes the vast, virtually unexplored ecosystem lurking beneath the surface of the ocean known as the twilight zone. It is deep enough that it hasn’t really been affected by humans yet. But commercial fishing companies are eyeing it now, so scientists who study the Twilight Zone are urging the UN to establish some rules for it soon. (segment begins at 23:08)
A whale’s mass “tells you about the health of the animal, and in the context of its environment, it gives you a sense of how it’s doing nutritionally,” says Michael J. Moore, a biologist and director of the Marine Mammal Center at the Woods Hole Oceanographic Institution.
Preparing to summarize and celebrate the 10-year Deep Carbon Observatory program at the National Academy of Sciences, Washington DC, Oct. 24-26, DCO’s 500-member Reservoirs and Fluxes team today outlined several key findings that span time from the present to billions of years past; from Earth’s core to its atmosphere, and in size from single volcanoes to the five continents.
Over the past year and as a student fellow in 2017, I have been working with Woods Hole Oceanographic Institution scientist Jeffrey Donnelly, who uses sediment cores—tubes of sand and mud layers that are extracted from coastal lake beds—to track ancient cyclones in the Atlantic and, recently, in the islands of the South Pacific.
In the 81 years since the 1938 storm, the sea level here has risen about a foot, said WHOI researcher Jeff Donnelly, and is now rising faster than it has in thousands of years.
After a story about 52 Blue called “Song of the Sea, a Cappella and Unanswered” appeared in The New York Times in 2004, letters from heartsick readers flooded Woods Hole Oceanographic Institution, one of the laboratories that had studied the whale. 52 Blue sang at a different frequency than all the other blue whales they had studied before.
As sea ice continues to melt in the Arctic and oil exploration expands in the region, the possibility of an oil spill occurring under the ice is higher than ever, the Woods Hole Oceanographic Institution (WHOI) says. But how first responders will deal with oil trapped under ice in such an extreme and remote environment is a huge unresolved question.
“Reducing entanglement in East Coast waters of the United States is a critical part of a comprehensive strategy for right whale survival and recovery,” Scott Kraus, chief scientist for marine mammals at New England Aquarium’s Anderson Center for Ocean Life, and Mark Baumgartner, associate scientist at Woods Hole Oceanographic Institution and chairman of the North Atlantic Right Whale Consortium, said in a letter Tuesday to Sen. Susan Collins, R-Maine.
Cameron and researchers with the WHOI say the difference between the depth recorded by Deepsea Challenger and Vescovo’s submersible relates to the technology used. Measuring ocean depth is not as straightforward as measuring distance on land.
Woods Hole Oceanographic Institution and the New York Aquarium teamed up to deploy a high-tech acoustic buoy named Melville, 22 miles south of Fire Island. Whales communicate mostly via sound, and each species has distinct calls (and even dialects).
In the 1950s, a timber cabin on the grounds of the Woods Hole Oceanographic Institution in Falmouth, Massachusetts, became a hub for annual meetings where Simpson, meteorologist Jule Charney and other innovators teased out geophysical fluid dynamics. As Dry shows, imagination has been as important as mathematical skill in advancing planetary knowledge.
The Woods Hole Oceanographic Institution is working with NOAA’s Office of Marine Sanctuaries and Marine Imaging Technologies to explore the wreck of the SS Portland as part of a three-year project that will also include explorations of other nearby shipwrecks.
By visiting the final resting place of the Portland, researchers will document changes that have occurred at the site of the wreck and gain more insight into the fate of the doomed steamer.The expedition is being led by NOAA’s Office of National Marine Sanctuaries, the Woods Hole Oceanographic Institution, and Marine Imaging Technologies.
“As the Arctic’s atmosphere is heating up it is reducing the gradient, and that slows down the jet stream,” says Glen Gawarkiewicz, an oceanographer at the Woods Hole Oceanographic Institution who helped track the phenomenon. “It’s been having these big meanders and sometimes just gets stuck in one position for weeks at a time.”
A new report from Woods Hole Oceanographic Institution (WHOI) discusses some of the science of sea level rise and highlights three key processes that contribute to the phenomenon. Produced in conjunction with climate science expert Dr. Christopher Piecuch, the report also describes some of the research being conducted to better understand how and why sea levels are rising, so that we can more confidently predict future changes.
BBC radio host Rhod Sharp and Jeff Donnelly of WHOI’s Coastal Research Lab trace the history of hurricanes in the Atlantic and discuss the frequency of intense storms. New sediment records indicate that historically unprecedented levels of intense hurricane activity impacted the eastern seaboard of the United States and northeastern Gulf Coast in the last two millennia.
(segment begins at 02:05:00)
Rainfall forecasting is big money! For over 40 years, Ray Schmitt has been a physical oceanographer at Woods Hole Oceanographic Institution.
On 27 November 2015, the San José was “officially” discovered by a robotic submarine called the REMUS 6000, which is operated by the US-based Woods Hole Oceanographic Institution.
According to the Woods Hole Oceanographic Institution website, diarrhetic shellfish poisoning produces gastrointestinal symptoms, usually beginning within 30 minutes to a few hours after consumption of toxic shellfish. Although not fatal, the illness is characterized by incapacitating diarrhea, nausea, vomiting and abdominal pain.
“The most striking thing is just how far down it is and how the light dissolves away,” says Joel Llopiz, a biologist with Woods Hole Oceanographic.