News & Insights
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Join us tonight for a special event with author Michael Moore, Nov. 30, 2021 7:00 p.m. ET
Get your free ticket and join guest speaker, MIT researcher Aditi Wagh PhD tonight for a discussion about the importance of art in communicating science to youths, Oct. 21, 2021 from 7:00-8:30 p.m. EDT
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…
North Atlantic right whales are in crisis. There are approximately 356 individuals remaining, and with over 80% bearing scars of entanglements in fishing line, the race to save this species is more critical than ever.
The largest Arctic science expedition in history has ended, with the return of the German icebreaker Polarstern to its home port of Bremerhaven more than one year after it departed Tromso, Norway.
The Deep-Ocean Genomes Project is an ambitious effort co-led by WHOI and the University of Connecticut (UConn) to obtain fundamental new knowledge of the organization, evolution, functions, and interactions of life in one of Earth’s least-understood regions: the deep ocean.
A new book by Michael Moore, veterinarian, and marine scientist at Woods Hole Oceanographic Institution (WHOI), examines the plight and future of the North Atlantic right whale, one of the most critically endangered species on the planet, and draws on Moore’s 40 years of fieldwork to offer possible solutions.
Woods Hole, MA — The mid-ocean “twilight zone” holds the key to several tantalizing questions about the marine food web and carbon-sequestering capacity of the ocean. But studying this vast and remote area is extremely difficult. Many inhabitants of the…
A warming Arctic presents potential new threats to humans and marine wildlife in the fast-changing region Changes in the northern Alaskan Arctic ocean environment have reached a point at which a previously rare phenomenon—widespread blooms of toxic algae—could become…
Vertical Migration by artist group SUPERFLEX will be projected onto the facade of the United Nations’ 505-foot tower in New York, on 21-24 September 2021, coinciding with the 76th General Assembly and Climate Week NYC. The projection seeks to draw global attention to the critical role of the ocean in global climate, a primary focus of Woods Hole Oceanographic Institution’s Ocean Twilight Zone Project.
A new study led by Carolyn Tepolt, an associate scientist of biology at Woods Hole Oceanographic Institution, is investigating the adaptive mechanisms of the green crab along the west coast of North America, where it has shown extensive dispersal in the last decade despite minimal genetic diversity.
Some coral communities are becoming more heat tolerant as ocean temperatures rise, offering hope for corals in a changing climate. After a series of marine heatwaves hit the Phoenix Islands Protected Area (PIPA) in the central Pacific Ocean, a new study finds the impact of heat stress on the coral communities lessened over time.
Today, the U.S. Fish and Wildlife Service (USFWS) announced a proposal to list the emperor penguin as a threatened species under the Endangered Species Act.
A new study published today in Global Change Biology provides valuable new data that highlights how species extinction risk is accelerating due to rapid climate change and an increase in extreme climate events, such as glacial calving and sea ice loss.
A new study co-led by WHOI postdoctoral scholar Maggie Johnson looks closely at the changes occurring in both coral reef and microbial communities near Bocas del Toro during sudden hypoxic events, which occur when there is little to no oxygen in a given area of water.