Moorings & Buoys
Ice-Tethered Profiler Deployment
WHOI researchers deploy a new instrument, an Ice-Tethered Profiler (ITP). The ITP has a small yellow surface capsule that dangles…
Read MoreLaunching the Mooring
By Fiamma Straneo :: Originally published online March 27, 2007
Read MoreNew Whale Detection Buoys Will Help Ships Take the Right Way through Marine Habitat
Researchers from the Woods Hole Oceanographic Institution (WHOI) and the Cornell Lab of Ornithology have teamed up with an international energy company and federal regulators to listen for and help protect endangered North Atlantic right whales in New England waters.
Read MoreGoing for the GUSTO (Mooring)
It was the oceanographic equivalent of stopping for milk on the way home. Two years ago, Mike McCartney had left…
Read MoreThe Irminger Sea Buoy
Almost as soon as it was set in the Irminger Sea, an experimental buoy began to take punishment from winds…
Read MoreSubmerged Autonomous Launch Platforms
Amy Bower wanted to investigate an elusive and unpredictable phenomenon in a remote ocean. Off the west coast of Greenland,…
Read MoreUsing ITPs to Explore Change in the Arctic
(Video by Tim Silva, Woods Hole Oceanographic Institution) By Lonny Lippsett, Tim Silva :: Originally published online October 25, 2007
Read MorePutting ITPs In and Getting Data Out
(Video by Tim Silva, Woods Hole Oceanographic Institution) By Lonny Lippsett, Tim Silva :: Originally published online October 25, 2007
Read MoreIce Capades
(Video by Tim Silva, Woods Hole Oceanographic Institution) By Lonny Lippsett, Tim Silva :: Originally published online October 25, 2007
Read MoreInstalling and Recovering an Ice-Tethered Profiler
Warm Eddies in a Cold Sea
(Animation by Jack Cook, Woods Hole Oceanographic Institution) By Jack Cook, Kate Madin :: Originally published online November 30, 2007
Read MoreA Warm Eddy Swirling in the Cold Labrador Sea
Amy Bower is traveling to the Labrador Sea to install a mooring with novel carousels that will autonomously release profiling floats into passing warm eddies. She has also forged an innovative outreach partnership with the Perkins School for the Blind, including an expedition Web sight for students with visual impairments.
Read MoreA 3-D Underwater Soundscape
It was the largest oceanographic field experiment in the 76-year history of Woods Hole Oceanographic Institution. Most research projects employ…
Read MoreReal-Time Seismic Monitoring Station Installed Atop Active Underwater Volcano
This week, researchers will begin direct monitoring of the rumblings of a submarine volcano in the southeastern Caribbean Sea. On…
Read MoreResearchers Setting Up Observatories to Examine Arctic Changes from Under the Ice
Researchers from the Woods Hole Oceanographic Institution (WHOI) are venturing this month to the North Pole to deploy instruments that…
Read MoreMeasuring Raindrops in the Ocean
Earth is often called the blue marble. But it’s more like a marble cake: a swirling batter of air, sea,…
Read MoreReaching Up Into Perilous, Icy Waters
A year had passed since we deployed our mooring in the western Arctic Ocean, which is a long time to…
Read MoreA Mooring Built to Survive the Irminger Sea
The 330-foot Royal Research Ship James Clark Ross heaved in 20-foot seas southeast of Greenland. Chief Scientist Bob Pickart and…
Read MoreThe Hunt for 18° Water
In 1959, oceanographer Valentine Worthington gave a name and an identity to a long-observed but poorly understood phenomenon of the North Atlantic. Valentine described how the interior of the Sargasso Sea contained distinct parcels of water with remarkably constant salinity, density, and temperature?roughly 18? Celsius. Decades later, his successors from Woods Hole Oceanographic Institution and eight other institutions have launched a far-reaching program to examine the formation and evolution of Worthington?s famous water and how it might influence North Atlantic climate.
Read MoreA Sentry at the Atlantic Gateway
Here’s an easy recipe to change Earth’s climate: Just add more fresh water to the North Atlantic Ocean. In this…
Read MoreGoing Wireless in the Deep Blue
How do you get long-term ocean measurements from any spot on the globe, with day by day feedback and low costs? If you are Dan Frye of the WHOI Advanced Engineering Laboratory, you take an old oceanographic concept?the moored buoy?and bring it into the 21st century with wireless technology.
Read MoreTsunami Warning Buoy Deployed off Chile
Scientists from the Chilean Navy Hydrographic and Oceanographic Office (SHOA), in cooperation with the Woods Hole Oceanographic Institution (WHOI), deployed…
Read MoreOutposts in the Ocean
Oceanographers and climatologists have something in common with politicians and stock market analysts: They are all trying to get a grasp on a complex, ever-shifting system.
Read MoreThe Bermuda Station SA Long-Running Oceanographic Show
A time series of hydrographic measurements was initiated at Bermuda in 1954 and continues to the present. It began under the banner of the International Geophysical Year (1957-1958) with the scientific support of Henry Stommel of the Woods Hole Oceanographic Institution and William Sutcliffe, director of the Bermuda Biological Station (BBS). The scientists and personnel of the originating institutions have been the most active participants over the years, but the data have been widely used by the international oceanographic community. While other long time series of measurements in the North Atlantic began in association with weather ships, only the Bermuda measurements have a strong oceanographic focus.
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