*Nobuhiro Moteki1, Makoto Koike1, Sho Ohata2, Yutaka Kondo3, Nobuyuki Takegawa5, Kouji Adachi4, Naga Oshima4, Hitoshi Matsui2, Kazuyuki Kita6, Tatsuhiro Mori7, Atsushi Yoshida1
(1.The Univerisity of Tokyo, 2.Nagoya University, 3.National Institute for Polar Research, 4.Meteorological Research Institute, 5.Tokyo Metropolitan University, 6.Ibaraki University, 7.Tokyo University of Science)
Keywords:aerosol, aircraft measurement, black carbon, iron oxide, atmospheric chemical composition
In this presentation, we will talk about the basic behaviors, microphysical and associated optical properties, and transport-and-removal processes of the tropospheric black carbon and iron oxide aerosol which have been elucidated mostly from aircraft measurements. We will clarify the scientific significance and contribution of these findings in the context of the related international research activities on atmospheric aerosols and climate change. In addition, we will suggest some related open problems which need to be investigated through in-situ aircraft measurements in future research.