The most comprehensive and rigorously quality-controlled ocean interior data product for marine biogeochemistry studies, GLODAPv3 enables quantitative assessment of biogeochemical changes and feedbacks between climate change and the ocean. MIT CS3 Principal Research Scientist Ryan Woosley contributed to this upgrade. (OceanICU)
Award supports distinguished faculty advancing global environmental research and education
A perspective by MIT CS3 Principal Research Scientists Angelo Gurgel and Jennifer Morris
A special issue of the MIT CS3 e-newsletter
CS3-affiliated work on carbon dioxide removal and climate change uncertainty among recent titles from Institute faculty and staff (MIT News)
Climate scenarios, such as RCPs and SSPs, are tools used to explore different possible futures as the world economy evolves and the climate changes in response. MIT CS3 Principal Research Scientist Jennifer Morris explains how they can advance understanding of climate risk and inform decision-making. (MIT Climate Portal)
Inside the demise of a 15-year-old modeling scenario built off the worst possibilities scientists could imagine, with insights from MIT CS3 Principal Research Scientist Jennifer Morris (E&E News by Politico)
No—climate scientists are careful to remove the signal of urban warming from the global temperature record. Even in the raw, unadjusted data, urban heat islands explain a very small fraction of the global climate change we have observed. MIT CS3 Deputy Director C. Adam Schlosser explains. (MIT Climate Portal)
MIT researchers show where today’s models fall short
MIT CS3 Principal Research Scientist Jennifer Morris explains how economists estimate the dollar costs of a warming planet, and how the tools of economics can help us plan for a better, more prosperous future, even in the face of uncertainty (MIT Climate Portal)
Key points from the 48th MIT Global Change Forum
Lecture series explores the science of climate change and policies to stabilize the global climate (MIT Open Learning)
