Research Highlights
Oceanus Magazine
Coastal resource managers shut down shellfish beds in three New England states in mid-May—including rare closures of Massachusetts Bay and Cape Cod Bay—because of an intense bloom of the toxic algae Alexandrium fundyense. Researchers from the Woods Hole Oceanographic Institution saw the ‘red tide’ coming before its toxic effects reached the shore.
It is difficult and expensive to go to sea, hard to reach remote oceans and depths, and impossible to stay long. Like scientists in other fields, oceanographers use sensors to project their senses into remote or harsh environments for extended time periods. But the oceans present some unique obstacles: Instruments are limited by available power, beaten by waves, corroded by salt water, and fouled by prolific marine organisms that accumulate rapidly on their surfaces.
Researchers from Woods Hole Oceanographic Institution, the Marine Biological Laboratory (MBL), and the Massachusetts Institute of Technology (MIT) have embarked on a novel collaboration to investigate harmful algal blooms, ocean-borne pathogens, and potential pharmaceuticals from marine sources.
The genomics revolution has reached the oceans. New genomic techniques are being used to find previously unknown life forms in the oceans; to learn how species, and genes themselves, evolved over Earth?s long history; to understand the genetic tools that allow species to adapt to diverse and often harsh environments; and to investigate species? responses to pollutants.
At the extreme ends of the Earth, Antarctica is a vast, rocky continent, mostly ice-covered and barren. Surrounding Antarctica, the Southern Ocean is equally vast, cold, and ice-covered. But unlike the land, it teems with life, ranging from microscopic plankton to top predators: whales, seals, penguins, fish, and sea birds.
News Releases
The study shows that large-scale harvesting of mesopelagic fish that live hundreds of meters below the surface could reduce the food available to bigeye tuna
CMA CGM, which has long been committed to preserving biodiversity through multiple initiatives in the U.S. and worldwide, will support two key WHOI projects
Coral reefs support more than 25 percent of all marine life and underpin the livelihoods of roughly one billion people globally.
A first of its kind study links drone-collected respiratory microbes with health assessments, offering hope for protecting vulnerable populations
WHOI scientists delve into the elusive fish’s role in the food web
News & Insights
WHOI’s Dennis McGillicuddy on why ocean life matters deeply to the Sunshine State
Are you an ocean lover? Go a little deeper with these courtship tips from beneath the waves!
April 24 marks the first-ever Right Whale Day in Massachusetts. WHOI biologist and veterinarian Michael Moore recently met with the resident who brought this special recognition about– and explains why it’s important to raise awareness about the critically endangered North Atlantic right whale.
A report out this week in Current Biology reveal that critically endangered North Atlantic right whales are up to three feet shorter than 40 years ago. This startling conclusion reinforces what scientists have suspected: even when entanglements do not lead directly to the death of North Atlantic right whales, they can have lasting effects on the imperiled population that may now number less than 400 animals. Further, females that are entangled while nursing produce smaller calves.
May 10, 2021 During a joint research trip on February 28 in Cape Cod Bay, Mass., WHOI whale trauma specialist Michael Moore, National Geographic photographer Brian Skerry, and scientists from New England Aquarium, witnessed a remarkable biological event: North…