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Session
  • Presentation | GC14A: Advances in Climate Engineering Science: Benefits, Risks, and Uncertainties III Oral
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  • GC14A-06: Using the Community Earth System Model to Assess the Climate and Carbon Impacts of Individual and Combined Climate Interventions
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  • Location Icon203-205
    NOLA CC
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Author(s):
Peter Lawrence, NSF National Center for Atmospheric Research (First Author, Presenting Author)
Monica Ainhorn Morrison, Indiana University Bloomington
David Lawrence, NSF National Center for Atmospheric Research
Tyler Felgenhauer, U.S. EPA
Simone Tilmes, NSF National Center for Atmospheric Research
C Michael Barton, Arizona State University
Andrea Smith, University Corporation for Atmospheric Research
Cheryl Harrison, Louisiana State University
Walker Lee, Cornell University
Kristen Krumhardt, NCAR
Nicole Lovenduski, University of Colorado


CESM provides a unique opportunity to represent ecosystems, agriculture and urban systems to allow for impact assessment of both climate change and efforts to address those possible changes. This new framework utilizes CESM with emission driven scenarios, and active fire and biogenic aerosols that interact with a fully coupled carbon cycle. This is very different from the way CESM has been used in the CMIP6 and other Climate Intervention simulations, where CO2, other greenhouse gases, and aerosols are predetermined and prescribed for a simulation in line with the metrics of a particular future scenario. The new framework also allows for assessment of a range of interacting climate interventions in an emission pathway consistent with the UNFCCC Nationally Determined Contributions.



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