报告题目：An Effort for Developing a Seamless Transport Modeling and Remote Sensing System for Air Pollutants

　　报告人：Prof. Teruyuki Nakajima

　　报告人单位：Earth Observation Research Center (EORC), Japan Aerospace Exploration Agency (JAXA)

　　报告地点：科研楼303会议室

　　报告时间：2015年05月14日（星期四）10:00

　　欢迎各位老师和同学踊跃参加。

　　Teruyuki Nakajima, Prof.

　　Currently the director of Earth Observation Research Center, JAXA; former director of Center for Climate System Research, University of Tokyo. Serving as the president of Atmospheric and Hydrospheric Sciences Section, Japan Geoscience Union; chair of UNEP Atmospheric Brown Cloud Asian Science Team. Served as the president of IAMAS Radiation Comission; member of Science Council of Japan; IPCC lead authors and review editor. Contributing to research for atmospheric radiative transfer theory, remote sensing of atmospheric particles, and modeling study of anthropogenic aerosol effects on the earth's climate, with publications of more than 11,000 Thomson-Reuters citation index. Awarded Japan Meteorological Society (JMS) Award (1995), Nissan Science Award (1999), Pergamon Press 50 years Milestone JQSRT journal paper award (2010); JMS Fujiwara Award (2014).

　　Abstract　

　　The Asian region is an area of active economical and human activities, that leads to a large emission of air. I like to introduce a recent effort to develop a seamless transport modeling system for atmospheric materials including air pollutants in the Research Program on Climate Change Adaptation (RECCA), two transport models, and with their three computational grid systems, i.e. quasi homogeneous grids, stretched grids and diamond grids. A local ensemble transform Kalman filter/smoother with this modeling system was successfully applied to assimilate data of the atmospheric constituents.