Revealing important nocturnal and day‐to‐day variations in fire smoke emissions through a multiplatform inversion
Pablo E. Saide(University of California, Los Angeles), Gregory R. Carmichael(University of Iowa), P. B. Russell(Ames Research Center), David G. Streets(Argonne National Laboratory), M. Z. Markovic(Environment and Climate Change Canada), Pedro Campuzano‐Jost(Cooperative Institute for Research in Environmental Sciences), G. W. Sachse(National Institute of Aerospace), E. J. Hyer(United States Naval Research Laboratory), David A. Peterson(National Academies of Sciences, Engineering, and Medicine), A. E. Perring(NOAA Earth System Research Laboratory), R. J. Yokelson(University of Montana), Jack E. Dibb(University of New Hampshire), Jens Redemann(University of Oklahoma), B. E. Anderson(Langley Research Center), O. B. Toon(Laboratory for Atmospheric and Space Physics), Joshua P. Schwarz(NOAA Earth System Research Laboratory), Glenn S. Diskin(Langley Research Center), Luke D. Ziemba(Langley Research Center), Johnathan W. Hair(Langley Research Center), Fang Yan(Argonne National Laboratory), J. L. Jiménez(Cooperative Institute for Research in Environmental Sciences), Arlindo da Silva(Goddard Space Flight Center), Y. Shinozuka(Ames Research Center), Carolyn F. Butler(Langley Research Center), Marta A. Fenn(Coherent (United States))
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