To improve marine protected areas, WHOI scientists study the traffic patterns of juvenile reef fish
Our global ocean will change dramatically over the next few decades. What might it look like, and how will humans adapt?
WHOI biologists and physical oceanographers combine expertise to reveal a place in the ocean where some tuna are born.
The twilight zone is a part of the ocean 660 to 3,300 feet below the surface, where little sunlight can reach. It is deep and dark and cold, and the pressures there are enormous. Despite these challenging conditions, the twilight zone teems with life that helps support the ocean’s food web and is intertwined with Earth’s climate. Some countries are gearing up to exploit twilight zone fisheries, with unknown impacts for marine ecosystems and global climate. Scientists and engineers at Woods Hole Oceanographic Institution are poised to explore and investigate this hidden frontier.
The National Science Foundation has created a new Long Term Ecological Research site off the New England coast to increase understanding of an area of the ocean known for its abundant marine life and productive commercial fisheries.
An MIT-WHOI Joint Program graduate student is exploring how tiny larvae hatched in the open ocean find their way to coral reefs where they settle down and live.
River herring used to run up coastal streams in great numbers in springtime, returning from the ocean to spawn in fresh water. But their populations have plummeted. WHOI biologist Joel Llopiz is investigating critical gaps in understanding river herring’s larval stage just after they hatch.
It’s an enduring mystery: How do tiny eel larvae make their way from the Sargasso Sea to coastal freshwater estuaries where they grow up?
WHOI iologist Joel Llopiz is taking advantage of information stored in the tiny “ear stones” of larval and juvenile river herring to learn more about why the once-ubiquitous species is having difficulty re-populating lakes and streams in New England.