所属学科: 环境地理与全球变化,大气物理与气象 开始日期: 2014-07-06 结束日期: 2014-07-16 所在国家: 中华人民共和国 所在城市: 北京市 东城区 主办单位: 中国科学院大气物理研究所 摘要截稿日期: 2014-04-30 联系人: MS. Ting TONG 联系电话: +86 10 82995124 传真: +86 10 82995123 E-MAIL: icces_training@mail.iap.ac.cn 会议网站: http://2014icces-trainingworkshop.csp.escience.cn/dct/page/1
会议背景介绍: As a key component of the earth's climate system, the Asian monsoon (AM) affects the livelihood of more than 60% of the world population. The socio-economic infrastructure in the AM countries has been built, in large part, on the basis of the annual cycle of the monsoon. In particular, the water resources in these countries depend largely on the summer monsoon precipitation. On the other hand, many of the Asian countries are developing countries whose economies are fast growing yet considerably affected by anomalous monsoon climate and weather events. In particular, droughts and floods associated with the anomalous AM activities often cause severe property damage and loss of human life. It is well known that the AM is an extremely complex phenomenon that encompasses variabilities over a wide range of time scales from days to decades. Understanding the mechanisms that produce the observed variability in the AM region is a challenging scientific problem that must be addressed in order to advance the science of climate prediction, not only for the AM region but for the entire globe. Therefore, our ability to predict the AM variability is a critical requirement for the sustainable development of the AM region. Further, understanding and predicting monsoons is of great importance to the projections of future climate change due to the increase of the greenhouse gases concentration. In order to improve our ability to predict the AM variability, many international efforts have been made in monitoring, modeling and forecasting. While it has been recognized generally that the mean monsoon system is highly predicable, state-of-the-art climate models have difficulties in predicting the AM variability, and we are still confronting with many challenges in reducing the disasters induced by the anomalous monsoon. Especially, due to the insufficient research capability and the lack of capacity to predicting, the developing countries are much more vulnerable to the monsoon-induced disasters. In order to enhance the understanding of the AM variability and predictability for the AM countries, the international training workshop titled: “The Asian monsoon variability and predictability” will be organized. The international renowned scientists from both developed and developing countries will be invited to deliver lectures related with the AM, and to share their experience with the participants mostly from the developing countries, in coping with the AM from monitoring, modeling and predicting, and finally to foster the sustainable development in the AM countries.
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