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Atmospheric Chemistry, Carbon Cycle and Climate (AC4) logo

Funded Projects

Development and Improvement of Statistical Models of the Mass Absorption Cross-Section for Black Carbon Aerosols
  • Year Funded: 2022
  • Principal Investigators: Andrew May (Ohio State University)
Structural Fires at the Wildland Urban Interface: Emission Factors, Inventories, and Implications
  • Year Funded: 2022
  • Principal Investigators: Shantanu Jathar (Colorado State University)
Global multi-scale modeling and satellite data assimilation to quantify fire emissions at the wildland-urban interface and their impacts
  • Year Funded: 2022
  • Principal Investigators: Wenfu Tang (National Center for Atmospheric Research)
Composition and Transformations of Organic Aerosol Emitted from Facility Simulated Wildland-Urban Interface Fires
  • Year Funded: 2022
  • Principal Investigators: Alexander Laskin (Purdue University)
Evolution of Emissions over the Course of Individual Wildfires as observed from Space
  • Year Funded: 2022
  • Principal Investigators: Joost de Gouw (Cooperative Institute for Research in Environmental Sciences (CIRES), University of Colorado)
Deposited smoke in urban areas; surface grime and emissions of volatile products
  • Year Funded: 2022
  • Principal Investigators: Rachel E. O'Brien (University of Michigan)
Analyzing Emitted Organic Trace Gas and Aerosol Speciation at the Wildland-Urban Interface and their Atmospheric Chemical Transformations
  • Year Funded: 2022
  • Principal Investigators: Allen Goldstein (University of California, Berkeley)
Impact of smoke on ozone, aerosols and oxidant chemistry in urban and rural areas in the U.S.
  • Year Funded: 2022
  • Principal Investigators: Daniel Jaffe (University of Washington Bothell)
Impacts of precursor emissions from wildfires on O3-NOx-VOC chemistry over urban areas
  • Year Funded: 2022
  • Principal Investigators: Ronald C. Cohen (University of California, Berkeley)
Characterizing Fire Emissions and Aging Using New VOC Retrievals from the CrIS Sensors
  • Year Funded: 2022
  • Principal Investigators: Dylan Millet (University of Minnesota)
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