[A-AS11] Aerosol impacts on air quality, climate system, and our society

コンビーナ:安成哲平(北海道大学　北極域研究センター)、Kyu-Myong Kim(NASA Goddard Space Flight Center)、Hongbin Yu(NASA Goddard Space Flight Center)、竹村俊彦(九州大学応用力学研究所)

Aerosol particles degrade air quality, modulate the radiation budget, influence the formation and evolution of clouds and precipitation, affect the ecosystems and biogeochemical cycles. These impacts have important implications for global sustainability and societal benefits. This session invites papers reporting latest advances in understanding lifecycles of aerosol and assessing aerosol impacts on air quality, the climate system from regional to global scales using in situ observation, remote sensing, and numerical modeling techniques. We also welcome papers on how the important roles of aerosol in air quality and climate system have influenced our society such as economic and educational activities. The topics of interest include but are not limited to: (1) physical processes on aerosol emission, transport and deposition, (2) trends of regional aerosol and their controls by emissions and meteorology, (3) aerosol influences on radiation through scattering, absorption, as well as albedo changing, (4) aerosol impacts on monsoon hydrological cycle and extreme weather events such as drought, flood, wildfire, typhoon, as well as the influences of the extreme weather events on aerosol emissions and transport, (5) the role of aerosol in global biogeochemical cycles, (6) aerosol impact on our society and economy, (7) new analytical methods for assessment and prediction such as machine learning, and (8) aerosol related education and outreach.

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[AAS11-11] Impacts of increased Siberian wildfire on air quality, climate, and economy, assessed with MIROC/SPRINTARS sensitivity experiments

*安成哲平^1,2,3、若林成人⁴、竹村俊彦⁵、成田大樹⁶ (1.北海道大学　北極域研究センター、2.北海道大学　国際連携研究教育局（GI-CoRE）　北極域研究グローバルステーション、3.北海道大学広域複合災害研究センター、4.北海道大学　大学院工学院、5.九州大学　応用力学研究所、6.東京大学　大学院総合文化研究科)

[AAS11-12] Linking Climate Modeling to Economic Assessment of Climate Change: Analysis of MIROC-SPRINTARS AOGCM Experiments on Siberian Wildfires

★Invited Papers

*成田大樹¹、安成哲平²、竹村俊彦³ (1.東京大学、2.北海道大学、3.九州大学)

講演取消

[AAS11-13] Black carbon deposition in the respiratory tract: insight from black carbon mixing-state-resolved GCM simulations

*Joseph Ching¹、Mizuo Kajino¹、Hitoshi MATSUI² (1.Meteorological Research Institute、2.Nagoya University)

[AAS11-14] Towards a globally harmonized air quality forecasting: GAFIS, a new WMO-GAW initiative

*Taichu Y Tanaka¹、Johannes Flemming²、Alexander Baklanov³、Greg Carmichael⁵、James H. Crawford⁶、Vincent-Henri Peuch²、Guy Brasseur⁷、Ranjeet Sokji⁸、Sean Khan⁹、Slobodan Nickovic¹⁰、Xiao-ye Zhang^11,10、Christopher Gan¹²、Kobus Pienaar¹³、Nathalie Laure Roebbel⁴、Radenko Pavlovic¹⁴、Markus Amann¹⁵、Robert Pinder¹⁶、Giulia Ruggeri⁴、Sophie Pauline Gumy⁴ (1.Meteorological Research Institute, Japan Meteorological Agency、2.ECMWF、3.WMO、4.WHO、5.Univ. Iowa、6.NASA、7.MPI-MET、8.Univ. Hertfordshire、9.UNEP、10.SDS-WAS、11.CMA、12.NEA、13.North-West Univ、14.ECCC、15.IIASA、16.EPA)

Discussion (15:30 〜 15:45)