Matthew Fraund
Appearances
- Biomass burning organic aerosols (BBOA) impact Earth’s climate directly by scattering and absorbing sun light, and indirectly by modifying the physicochemical properties and lifetime of clouds…
- Biomass burning organic aerosols (BBOA) impact Earth’s climate directly by scattering and absorbing sun light, and indirectly by modifying the physicochemical properties and lifetime of clouds…
- : [ENVR] Division of Environmental Chemistry
Speakers
University of MichiganPurdue UniversityPaul Scherrer Institut PSIPenn StateThe University of IowaSUNY Stony BrookUniversity of MichiganPurdue UniversityPacific Northwest National LabPacific Northwest National Laboratory - Biomass burning organic aerosols (BBOA) impact Earth’s climate directly by scattering and absorbing sun light, and indirectly by modifying the physicochemical properties and lifetime of clouds…
- : [ENVR] Division of Environmental Chemistry
Speakers
University of MichiganPurdue UniversityPaul Scherrer Institut PSIPenn StateThe University of IowaSUNY Stony BrookUniversity of MichiganPurdue UniversityPacific Northwest National LabPacific Northwest National Laboratory - DateMarch 28, 2023Biomass burning organic aerosols (BBOA) impact Earth’s climate directly by scattering and absorbing sun light, and indirectly by modifying the physicochemical properties and lifetime of clouds…
