Arctic ice sets speed limit for major ocean current
Long-term melting may lead to release of huge volumes of cold, fresh water into the North Atlantic, impacting global climate.
Long-term melting may lead to release of huge volumes of cold, fresh water into the North Atlantic, impacting global climate.
Model of nutrient recycling may explain longstanding mystery.
In a novel system developed by MIT researchers, underwater sonar signals cause vibrations that can be decoded by an airborne receiver.
Ryan Eustice PhD '05 and his team at the Toyota Research Institute are using artificial intelligence technologies to develop a car incapable of causing accidents.
Interactions among microorganisms account for nitrite accumulation just below the sunlit zone, with implications for oceanic carbon and nitrogen cycling.
MIT anthropologist is researching how scientists understand waves.
The unusual characteristics of these abundant, bacteria-killing viruses could lead to evolutionary insights.
An abundant enzyme in marine microbes may be responsible for production of the greenhouse gas.
Research reveals the upwelling pathways and timescales of deep, overturning waters in the Southern Ocean.
Simons Foundation supports enhanced computer infrastructure for MIT's Darwin Project, which focuses on marine microbes and microbial communities.
A new MIT-led Simons Foundation collaboration aims to understand basic principles and laws of microbial ecosystems.
EAPS professor honored for excellence in oceanography.
Better simulations of internal tides may benefit sonar communications, protect offshore structures, and more.
Study reveals closely related microbes can diversify rapidly via horizontal gene transfer.
Mapping whale calls, researchers find the predators feed in species-specific hotspots.