In order to improve the accuracy and precision of high impact weather forecast in China, promote exchanges and cooperation in related fields, and jointly overcome the key points and difficulties, the College of atmospheric science specially invited experts in related fields to hold the academic seminar of "high impact weather fine forecast".
Report experts: Jin ronghua, Li Yueqing, Zhang Xiaoling, Luo Yali, ye Chengzhi, Chen Yuanzhao
Meeting time: 8:30-12:30, April 19, 2020
Conference form: Tencent Conference (Conference ID: 471154887)
Host: Professor zhixiefei
Report topics
Rong Hua Jin
Development trend and consideration of meteorological forecast technology
Yue Qing Li
Some thoughts on the study of Rainstorm in the upper reaches of the Yangtze River
Zhang Xiaoling
Application of AI technology in severe convective weather forecast
Luo Ya Li
The mechanism of heavy rainfall in South China coast and inland before flood season in South China
Cheng Zhi Ye
Analysis on the forecast focus and model deviation of rainstorm process in different types of warm regions in the south of the Yangtze River
Chen Yuan Zhao
Research on the approach prediction method based on convolutional gated cyclic unit neural network
Introduction to experts
Jin ronghua, Ph.D., professor level senior engineer, Postgraduate Tutor, deputy director of forecast and network Department of China Meteorological Administration, deputy chairman of professional working committee of society of public safety science and technology, member of Teaching Steering Committee of atmospheric science of Ministry of education, mainly engaged in national meteorological forecast business management and weather research. He has presided over scientific research projects such as the national science and technology support plan, the National Natural Science Foundation project, the public welfare (meteorological) industry special project, and the key technology development project of China Meteorological Administration. Some scientific and technological achievements have won the provincial and ministerial meteorological science and technology progress achievement award. He has published more than 40 academic papers in SCI and primary core journals.
Li Yueqing, doctor of science, second level researcher, doctoral supervisor, Director of Chengdu Institute of Plateau Meteorology, China Meteorological Administration, director of Sichuan Provincial Key Laboratory of rainstorm, drought and flood disaster in Plateau and basin, deputy leader of the third experiment implementation group of Atmospheric Science in Qinghai Tibet Plateau, director of China Meteorological Society, principal member of Plateau Meteorology Committee of China Meteorological Society, guest and part-time professor of Sichuan University and Nanjing University of information engineering. Enjoying the special allowance of the State Council Government, he was selected as the science and technology leading talent of China Meteorological Administration and awarded the titles of "national excellent young meteorological science and technology worker" and "national excellent science and technology worker". Mainly engaged in Plateau Meteorology, disaster weather and climate prediction theory and technology, climate change and its impact research and application. He presided over and led the research and completion of 25 national key scientific and technological research projects, national key basic research development plan, National Natural Science Foundation key and general projects, international scientific and technological cooperation and other projects. He has published more than 100 papers in the first or corresponding authors of academic journals at home and abroad, edited and co authored 10 monographs and 28 series of yearbooks, and won provincial and ministerial science and technology progress awards for many times. The "multi-point network" of atmospheric boundary layer and ground-based GPS water vapor observation station network in the Qinghai Tibet Plateau and its surrounding areas has been organized and completed, and more than 10 special atmospheric science field tests on the Qinghai Tibet Plateau have been successfully carried out.
Zhang Xiaoling, Ph.D., director of the strong weather forecast center of the National Meteorological Center, member of the leading group of the WMO's disastrous weather demonstration project (swfdp), chief scientist of the key special project of the Ministry of science and technology of the people's Republic of China "Research on the short-term and seamless fine forecast technology of major disastrous weather", is engaged in the research of rainstorm mechanism, forecast method and strong convection weather forecast Technical research. He has presided over a number of national, provincial and ministerial projects and published dozens of papers in important academic journals at home and abroad. For the first time in China, the "batching method" rainstorm forecast method, mesoscale convective weather analysis technology, and the "batching method" strong convective classified forecast technology are the important technical support for China's strong convective weather forecast business.
Luo Yali, Ph.D., chief scientist, second level researcher and doctoral supervisor of China Academy of Meteorological Sciences. The chief scientist of the research and development project "southern China monsoon rainfall experiment" of the world weather research program of the World Meteorological Organization, and the chief scientist of key special projects of the Ministry of science and technology. He was selected as one of the first batch of science and technology leading talents of China Meteorological Administration, and won Zou Jingmeng meteorological science and technology talent award and NASA collective achievement award. This paper mainly studies the mechanism and numerical simulation of cloud precipitation process, rainstorm, strong convection and other disaster weather, as well as extreme weather changes. This paper reveals the multi-scale interaction mechanism of cloud precipitation process in key areas such as Asian monsoon region and Qinghai Tibet plateau region, especially puts forward a new viewpoint of the formation and evolution mechanism of mixed phase cloud in the Arctic, improves the understanding of the convective generation and dissipation evolution mechanism of Rainstorm in South China, and puts forward a new method that can effectively use new observation data to test and improve the parameterization of cloud precipitation process 。 Presided over and mainly studied a number of national projects. He has published more than 60 papers in important academic journals at home and abroad, and participated in the special report of the Intergovernmental Panel on climate change (IPCC) extreme weather and climate events as the main author.
Ye Chengzhi, grade II Zhengyan senior engineer, deputy director of Hunan meteorological station. The winner of the first "Zou Jingmeng meteorological science and Technology Talent Award", 100 chief executives of China Meteorological Administration, 121 talents engineering experts of Hunan Province in the new century, and leading talents of Hunan Meteorological Bureau, as representatives of outstanding contributions to the new China Meteorological Cause, attended the Symposium on the 70th anniversary of the new China Meteorological Cause. It is mainly engaged in the research and application of rainstorm quantitative precipitation forecast technology, ground meteorological automatic observation intelligent analysis and identification technology, and vigorously develops the key technology of meteorological data application of Alpine stations in China. It has taken the lead in organizing the research and development of "integrated meteorological observation intelligent analysis and identification system" and "weather phenomenon video intelligent observation instrument based on artificial intelligence technology". In the past five years, he has presided over and mainly researched five national projects, and won provincial science and Technology Progress Award and military science and Technology Progress Award for many times. In the past five years, 23 academic papers have been published in meteorological core journals or SCI, and 2 works have been published as chief editor or deputy chief editor.
Chen Yuanzhao, senior engineer at the research level, chief forecaster of Shenzhen Meteorological Bureau. Mainly engaged in the research of weather forecast and strong convective weather near forecast method. In recent 5 years, he has presided over 3 provincial and ministerial projects, and the first or corresponding author has published 8 papers, including 2 SCI, 4 Chinese core papers, 1 national invention patent, and 1 third prize of Guangdong Provincial Science and technology award.
Due to the epidemic situation, Tencent conference video is used in this academic report, and teachers and students are welcome to participate!
Key Laboratory of meteorological disaster Ministry of Education
Collaborative innovation center of meteorological disaster prediction, early warning and assessment
College of Atmospheric Science
2020.4.14
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