An ocean ecosystem model from the Darwin Project solves the mysterious relationship between diversity and productivity of marine phytoplankton.
Highest honor for MIT faculty members goes to pioneer of research on ocean’s photosynthetic organisms.
New analysis of cyclones shows migration away from tropics and toward the poles in recent decades.
Yesterday, Paul Kagame, the president of Rwanda, toured the laboratory of Prof. Ronald Prinn, who leads the Rwanda-MIT climate-change observatory in the works.
MIT researchers find that the extremes in Antarctic ozone holes have not been matched in the Arctic.
A new study from AGAGE investigators suggests, without additional limits, synthetic green house gases introduced to replace ozone depleting chlorofluorocarbons could result in increased warming.
Oceans at MIT attended MIT Water Night 2014 to report on some of the (salty water!) highlights, including nano-technological desalination of seawater, innovative wetland conservation, and ocean carbon cycle research.
The Fraser River in western Canada runs deep with clues to Earth's mountains and climate
About 1000 meters down in a remote part of the Atlantic Ocean sits an unusual legacy of humanity’s love affair with the automobile. It’s a huge mass of seawater infused with traces of the toxic metal lead, a pollutant once widely emitted by cars burning leaded gasoline.
Researchers find models must account for volcanic eruptions to accurately predict climate change.