These types of changes are "going to affect us, because we rely on the ocean for our air, our food, our climate regulation.” ...
A team of scientists has uncovered a rare isotope in microscopic fossils, offering fresh evidence that ocean ecosystems may ...
Whales fertilize the ocean with vital nutrients; their excrement stimulates phytoplankton, oxygen, and carbon capture in ...
A recent study has made microscopic fossils messengers from a warmer world, showing that the tropical Pacific Ocean could be ...
Plankton are positively microscopic, but their importance to the planet is anything but. Unfortunately, they are now at risk due to oceans that are becoming warmer and more acidic, and that could mean ...
Marine heatwaves can jam the ocean’s natural carbon conveyor belt, preventing carbon from reaching the deep sea. Researchers studying two major heatwaves in the Gulf of Alaska found that plankton ...
This week at the Oceanarium, I was stopped short while explaining that the eggs from a crab hatch into larval stages and become plankton. The question that stopped me was, “What is plankton?” Now, my ...
Humanity has a long track record of making big changes with little forethought. From fossil fuels to AI, plastics to pesticides, we love innovating away our problems, only to find we’ve created ...
They drift aimlessly at sea, soaking up sunlight from the sky and nutrients from the deep. Often invisible to the naked eye, these tiny invertebrates form the hidden backbone of ocean ecosystems.
Phytoplankton are key players in the ocean carbon cycle. Comprised of a variety of microscopic photosynthesizing bacteria, algae, and other single-cell organisms, phytoplankton form the base of marine ...
Microscopic algae called coccolithophores are vital for Earth's climate, removing carbon, producing oxygen, and supporting the marine food web. Scientists worldwide are studying them to understand ...
A research group in Japan has suggested that ash released from volcanic eruptions on Nishinoshima Island—part of Japan's ...