Finding Safe, Effective and Affordable Solutions to Climate Change
Our unique approach brings together scientists, engineers, and policy experts to design carbon mitigation strategies that are safe and effective as well as affordable.
Working Together in Three Research Groups
Experts from the Princeton departments of Geosciences, Ecology and Evolutionary Biology, Civil and Environmental Engineering, Mechanical and Aerospace Engineering, the Princeton Energy Systems Analysis Group, and the Woodrow Wilson School of Public and International Affairs, along with their international collaborators, work together in three main research groups:
- The CMI Science focuses on how terrestrial vegetation and the oceans soak up carbon and thereby determine the fraction of the carbon dioxide (CO2) emitted into the atmosphere that actually stays there (the fraction is about one-half). CMI science increasingly features close collaboration with Princeton’s neighbor, the Geophysical Fluid Dynamics Laboratory (GFDL) of the U.S. Department of Commerce. A recent and growing component of CMI addresses climate variability and departures from the historical frequency of extreme events, such as heat waves, droughts, and hurricanes.
- The CMI Technology studies CO2 storage in geological formations with a focus on understanding leakage risks assoicated with old oil and gas wells, and on modelling injection in unconventional reservoirs. A program on advanced batteries is also being pursued within the Technology group.
- The CMI Integration introduces new conceptual frameworks that are useful for climate change policy. One effort seeks to make the emerging statistical analyses of extreme events more accessible. A second effort focuses on improving the risk-assessment framework for the current scientific understanding of sea level rise. A third explores the value for climate policy analysis of adding a new component to traditional carbon accounting that tracks “committed emissions,” i.e., the future emissions that are likely to result when a power plant, vehicle, or addition to infrastructure is placed into service.
Led by CMI Co-Directors Stephen Pacala and Robert Socolow since its formation in 2000, the group has grown to include over 60 researchers actively engaged in national and international discussions of emissions reduction options.
Together we are building a comprehensive view of the challenges of carbon mitigation - and how they can be overcome.
CMI in 2019
From top to bottom- left to right Tom Postma, Claire White, Sarah Schlunegger, Vaishali Naik, José Goldemberg, Jane Baldwin, Elena Shevliakova, Bob Williams, Gabriel Vecchi, Gregory Davies, Christopher Greig, Michael Celia, ----, Thomas Underwood, Jared Willmoth, Karen Florini, Holly Welles, Ellen King, Ian Bourg, Eric Larson, Kelly Sims Gallagher, Joseph Majkut, Kathrina Mannion, Paul Jefferiss, Paul Appleby, Nadir Jeevanjee, Amilcare Porporato, David Bickerton, Dave King, Jonathan Levine, Robert Socolow, Matteo Detto, Bernie Bulkin, Stephen Pacala, ----, ----, Cindy Yeilding, David Eyton, Ryan Edwards, Bob Stout, Amanda Sardonis, Gardiner Hill, Liz Rogers, Dan Walker, Salvator Calabrese, Stefano Consonni, Kasparas Spokas, ----, Jennifer Williemsen, Sally Benson, Dvid Hawkins, Henry Lee, Kieran Bhatia, ----, Maria Curria, Rick Duke, Sarah Batterman, Jian He, Katharine Hackett, Phillip Hannam, Kelly Goddard, Anna-Marie Geenaway, Caitlin Daley, Andrwe Pascale, Saphira Rekker, Michael Davidson, Brandon Reichl
CMI in 2018
CMI in 2017
CMI in 2016
CMI in 2015
CMI in 2014
CMI in 2013
CMI in 2012
CMI in 2011
CMI in 2010
CMI in 2009
CMI in 2000