Researchers observe a “warming bias” over the past 66 million years that may return if ice sheets disappear.
Scientists extend a concept from network theory to develop a new diagnostic for fluid flows useful in understanding the structuring of marine phytoplankton distributions.
Associate professor of Earth science David McGee studies the atmosphere’s response to paleoclimate changes.
News results point to unexpected, illegal production of several CFCs in recent years.
Robustly predicting Earth’s climate is one of the most complex challenges facing the scientific community today. By leveraging recent advances in the computational and data sciences, researchers at CliMA are developing new methods for calibrating climate models and quantifying their uncertainties.
Mallory Ringham uses optical sensor to assess oceans’ chemical changes
MIT experts outline issues, offer hope for climate action
CliMA collaboration aims to reinvent Earth system modeling.
Climate projections could be off by five years, researchers find.
Findings show how the trace metal is chemically altered in the anoxic, modern ocean and provide the basis for investigating paleorecords of atmosphere composition shifts.
The Program in Atmospheres, Oceans, and Climate oversees a broad program of research and education directed at understanding the Earth in all its aspects - physical, chemical and biological - and how Earth has evolved over time to its present state and its likely future trajectory.
We make use of observations, theory and models and also place our studies in the context of planetary systems. Many of the most important discoveries in our science, such as chaos, the chemistry of the ozone hole and the physics of hurricanes were made by PAOC scientists. Follow the links on the left to explore our research in the areas of atmospheres, oceans, and climate.