According to the information of official website in December 215, there are 2 academicians of China Academy of Sciences and 2 academicians of China Academy of Engineering. There are 54 researchers at the research level and 99 researchers at the deputy research level. There are 122 people with doctor's degrees and 71 people with master's degrees respectively; Researchers under 45 years old account for 71.4% of the total number of researchers. There are 52 scientific researchers in the hospital who enjoy special government subsidies, and young scientific and technological talents who have won the National Outstanding Youth Fund, the National Hundred Million Talents Project, and the China Meteorological Bureau's special experts.
Academician of China Academy of Sciences: Zhou Xiuji, Zhang Renhe
Academician of China Academy of Engineering: Chen Lianshou, Xu Xiangde According to the information of official website in December 215, the Institute has six research institutes (centers), one national key open laboratory and three departmental key open laboratories of China Meteorological Bureau, and the atmospheric composition monitoring and service center of China Meteorological Bureau and the numerical forecast innovation base of China Meteorological Bureau are also located in the Institute. In addition, an open research laboratory for remote sensing and climate information has been established jointly with Beijing Normal University and National Satellite Meteorological Center, as well as an open research laboratory for remote sensing and climate information, a laboratory for lightning physics and protection engineering, a laboratory for wind energy and solar energy resources, and a joint key laboratory for cryosphere and environment established jointly with Qinghai-Tibet Plateau Institute of China Academy of Sciences and Institute of Cold and Drought of China Academy of Sciences.
state key development laboratory: state key laboratory of severe weather
departmental key open laboratories of China Meteorological Bureau: information system construction of severe storm laboratory, cloud physics laboratory and atmospheric chemistry laboratory 1. Network system
A broadband local area network system with CISCO659 as the core and CISCO375 as the access layer has been established, which provides the network connection between the Institute of Gas Science and the China Meteorological Bureau compound and the Internet. The bandwidth of the backbone network has reached 1 trillion, and the bandwidth of the user's desktop has reached gigabit.
2. storage system
a large-capacity data storage system based on IBM DS81 and IBM XIV has been established, with an online storage capacity of 16TB. The data stored in the system are mainly the field observation data of previous scientific experiments, case study data of disastrous weather, observation data of atmospheric composition, lightning data, radar data, mesoscale reanalysis data, long-sequence NCEP forecast and reanalysis data, sorted operational observation data and real-time operational data. In 212, the storage capacity will be increased by 2TB.
3. Computing system
A high-performance computer system based on IBM P575 server cluster and IBM DS48 storage is established; And the operational system of near and short-term forecast for key laboratories based on blade server cluster, with an overall computing power of 3.98 Tflops. The main operating systems and models include atmospheric chemical numerical forecasting system, Grapes-meso, the State Key Laboratory of Disaster Weather, the quasi-operational model of weather modification, and the climate system model of the Institute of Gas Science.
4. Network application system
Network application system is an indispensable part of scientific research, business and administrative office of the Institute of Gas Science. It mainly includes NOTES office system, Email system, intranet security system, anti-virus system, extranet website of Gas Research Institute, etc.
5. Information sharing system
Establish special databases for major research projects and severe weather research in key laboratories. Including the first two 973 projects, the Qinghai-Tibet Plateau field test, jica project, and the meteorological information sharing system of the Ministry of Science and Technology. On the basis of data collection, the database of rainstorm field test in China is established. Basic information base of atmospheric environment and comprehensive information base of atmospheric environment; Disaster weather case database; Real-time data receiving management and * * * sharing system of Gas Institute, etc.
technical support construction 1. technical development
in order to better support the business transformation of major research projects and scientific research achievements, according to the characteristics of mesoscale weather research and forecasting, the research institute has developed a mesoscale weather analysis and forecasting system (MWAFS) which integrates data collection, processing, analysis and forecasting. It has realized many functions such as real-time data collection and processing, comprehensive analysis, rapid generation of mesoscale products, quick browsing, detailed analysis, data monitoring, product preservation, printing and so on. Its main technical features are as follows:
Based on WebGIS technology, client applications with two technical frameworks, B/S and C/S, are developed, which can quickly obtain mesoscale information with high temporal and spatial resolution through browsers, and can also conduct local detailed analysis;
A variety of data analysis and display tools can be provided, which can be used to analyze the superposition of analysis products, observation data and forecast results conveniently, and provide tools for the interaction between mesoscale system observation and forecast;
provide high-precision geographic information data, and realize rapid visualization of massive remote sensing information by adopting efficient storage management strategy, dynamic data scheduling and optimized drawing algorithm.
2. technical service
manual data service: the average annual data service is about 1 person-times, and the data volume is about 1TB.
daily technical services: help users solve various software and hardware problems at the client, and provide on-site technical support and services for more than 8 people on average every year.
other services: management and service of the managed equipment of all affiliated units. Project Undertaking According to the information of official website Institute in December 215, the Institute has presided over and undertaken six national key basic research and development planning projects (973 projects), seven national key scientific and technological projects (supporting projects), three major national natural science foundation projects, one national natural science foundation innovation group project, as well as several national natural science foundation key projects, dozens of central-level scientific research institutes' revision projects, major projects of the National Development and Reform Commission, meteorological industry projects and major research projects of ministries and commissions.
during the 11th and 25th Five-Year Plan period, The research institute organized and implemented the national key basic research and development plan (973) project "Study on the formation mechanism and prediction theory of major weather disasters in China", "Mechanism and regulation principle of air, water and soil environmental pollution in Beijing and its surrounding areas" (atmospheric part), "Study on the theory and method of monitoring and prediction of flood-causing rainstorm in southern China" and "Study on atmospheric aerosol and its climate effect in China". "Study on aerosol-cloud-radiation feedback process and its interaction with Asian monsoon", "Study on the formation mechanism and prediction theory and method of persistent major weather anomalies in China", Organize and implement a number of national key scientific research projects, such as the national key scientific and technological research (support) project "China Meteorological Numerical Forecast Technology Innovation Research", "Research on Key Technologies and Equipment of Weather Modification", "Research on Monitoring, Early Warning and Control Technology of Major Agricultural Meteorological Disasters", "Research on Key Technologies of Monitoring, Early Warning and Control of Major Agricultural Meteorological Disasters".
The Fund also organized and implemented the major project "Tree Ring and Millennium Climate Change in China" and the innovative group project "East Asian Monsoon Research". A large number of important research achievements have been made in basic research, applied basic research and applied research of meteorological science, and many national awards have been won. State key basic research and development planning project State key basic research and development planning project source start and end year Project chief scientist Study on the formation mechanism and prediction theory and method of persistent major weather anomalies in China Research on the aerosol-cloud-radiation feedback process of Zhai Panmao and its interaction with the Asian monsoon in 212-216 Ministry of Science and Technology Research on atmospheric aerosol and its gas in China, Zhang Xiaoye from 211 to 215. Study on the Climatic Effect Research on the Theory and Method of Monitoring and Forecasting the Flood-causing Rainstorm in South China in Zhang Xiaoye from 26 to 211; The atmospheric, water, Mechanism and regulation principle of soil environmental pollution Xu Xiangde, Ministry of Science and Technology, 1999 ~ 25 Study on the formation mechanism and prediction theory of major weather disasters in China; Ni Yunqi, name of national major special project, Ministry of Science and Technology, 1998 ~ 23; Head of project source; Development of airborne cloud precipitation particle spectrometer and imager; Development of Guo Xueliang's GPS high-altitude detection system, Ministry of Science and Technology, 212 ~ 215; National plan. From 1998 to 2, Guo Yatian's fog detector was developed. From 1997 to 1999, Zeng Shuer's new catalyst was developed. From 1996 to 1999, the State Planning Commission renovated the .8m wind tunnel in Youlaiguang. From 1993 to 1997, the State Science and Technology Commission specialized in Zhang Peilong's above table. Source: Awards for Achievements According to the information of official website Institute in December 215, the Institute has won more than 4 national prizes in recent 2 years. Award-winning project (part)No. Grade Achievement Name Presiding unit Award-awarding unit Main completion time 1 First prize Research on China's short-term climate prediction system the State Council Ding Yihui, Wang Futang, etc. Second prize of 24 2 National Science and Technology Progress Award China Meiyufeng rainstorm remote sensing monitoring technology and numerical prediction model system China Institute of Meteorological Science the State Council Ni Yunqi (Institute of Gas Science), Yu Rucong, Zhang Wenjian, Hu Zhijin (Gas Academy), Xu Jianmin, Zhou Xiuji (Gas Academy), Minghu Cheng, Xu Youping, Liu Liping (Gas Academy) and Lu Naimeng won the second prize of the 26 3 National Science and Technology Progress Award, the new generation of multi-scale meteorological numerical forecasting system in China, the State Council Xue Jishan (Gas Academy), Chen Dehui (Gas Academy) and Shen Xueshun (Gas Academy). Duan Yihong, Jin Zhiyan (Gas Academy), Hu Jiangkai, Hu Jianglin (Gas Academy), second prize of Liu Zhiquan 27 4 National Science and Technology Progress Award, research and development and integrated application of artificial precipitation enhancement technology, Zheng Guoguang, Guo Xueliang (Gas Academy), Yao Zhanyu (Gas Academy), Xiao Hui, Wang Guanghe (Gas Academy), Hong Yanchao, Lou Xiaofeng, Ministry of Science and Technology of China Academy of Meteorological Sciences. Ma Shuqing's Second Prize of National Science and Technology Progress Award in 28-5: Ecosystem Carbon Flux Network Observation and Model Simulation System for Land Carbon Budget Assessment in China (2) China Institute of Meteorological Science (the State Council Yu Guirui, Zhou Guangsheng (Institute of Gas Science), Huang Yao, Chen Panqin, Sun Xiaomin, Zhao Xinquan, Han Shijie, Zhou Guoyi, he honglin, Wen Xuefa's second prize of 21 6 National Science and Technology Progress Award (popular science), Manual of Lightning Protection and Common Sense of Lightning Protection and Risk Avoidance, wall chart Meteorological Publishing House the State Council (4) Zhang Yijun's 211 journal of applied meteorological science (bimonthly), which was founded in 1986, was sponsored by the Institute of Gas Science, Meteorological Center, Satellite Center, Climate Center, Information Center and Exploration Center. Research papers and information reflecting the latest theoretical research achievements in the field of meteorological science and technology at home and abroad and the application of these new theories and technologies in meteorology, covering all fields of atmospheric science, are included in CBST Science and Technology Literature Express (Japan) (29) and China Science Citation Database (CSCD—28), and are the core journals in China.
The Annual Report of China Institute of Meteorological Sciences was founded in 1986 (registered in English) and sponsored by China Institute of Meteorological Sciences. From 1986 to 1998, scientific papers were published in pure English. In 1998, they were changed to the current bilingual edition, and the contents were adjusted. The purpose of this journal is to report the progress of scientific research projects, scientific research achievements, technology popularization and application (six research directions), and the trends of scientific research cooperation, personnel training and academic exchanges at home and abroad.
Dynamics of Meteorological Science and Technology Cooperation was founded in 1973, bimonthly, with 16 formats and 32 pages, and it is an internal publication; Track and report relevant information in the field of atmospheric science at home and abroad. The contents include: the research plans and plans of the World Meteorological Organization, the organizational structure of meteorological and hydrological departments around the world, the latest scientific research achievements, the development of operational system, operational technical standards, scientific and technological policies and management, meteorological education and training, international conferences and academic trends, and multilateral and bilateral cooperation and scientific and technological exchanges between China Meteorological Bureau and relevant domestic scientific research units and other countries in the field of atmospheric science.