Scientific Research of Shanghai Typhoon Research Institute of China Meteorological Bureau
Project leader: Wang Xiaofeng.
Atmospheric aerosol and its regional climate effect
Project leader: Chen Baode.
Research and development of new technology for unconventional inspection of short-term approaching forecast of severe convective weather
Project leader: Li Jia
Application of radar data in numerical forecast of landing typhoon
Project leader: Ma
Study on Remote Sensing Monitoring and Analysis Technology of Tropical Cyclone
Project leader: Li Qingqing.
Numerical Forecast System for Wind Power Prediction in North China Power Grid
Project leader: Wang Xiaofeng.
East China regional wind forecast numerical forecast system 20
Project leader: Wang Xiaofeng.
Study on comprehensive evaluation of the influence of observation data on numerical weather forecast
Project leader: Li Hong
Study on Generation Technology of Initial Field of Typhoon Vortex
Project leader: Wang Dongliang.
Key technology and operational application of reliability prediction of typhoon forecast results
Project leader: Hui Yu
Development of Shanghai Mesoscale Weather Ensemble Forecast Operational System
Project leader: Chen Baode.
Preliminary study on observation technology and method of landing typhoon scientific experiment
Project leader: Zhao Bingke
Real-time verification technology of numerical prediction model II
Project leader: Li Jia
Research and development of offshore wind and wave forecasting system in Yangtze River Delta
Project leader: Yu Runling: The characteristics of circulation in cold and warm years in Beijing and its relationship with SST in the previous North Pacific.
Author: Shen Aihua
Research progress of Qinghai-Tibet Plateau clouds in Chen Baode
On insurance meteorological service
Reflection on the prevention of meteorological disasters in Shanghai from the snow disaster in southern China in early 2008
Author: Li Yongping
Thermal structure characteristics of Qiaba (04 17) before and after typhoon denaturation
Analysis and prediction of the relationship between blocking high in East Asia and precipitation in China Author: Shen Aihua
1997/ 1998 thermodynamic diagnostic analysis of El Nino event by yue
Discussion on objective separation and operation of tropical cyclone precipitation Author: Lu
Mesoscale ensemble forecast experiment of "758" rainstorm in Henan Author: Tan Yan
Evaluation of domestic typhoon model path prediction effect in 2007 Author: Ma (1) develops typhoon monitoring and data comprehensive application technology.
1 research on typhoon direction monitoring technology and construction of outfield observation system
Research direction of typhoon yearbook reorganization technology and system based on multivariate monitoring data II
Direction 3 typhoon reanalysis database construction
Direction 4 Research on the Supporting Technology of Typhoon Network and Typhoon Forum in China
(2) Research on typhoon theory and forecasting technology.
Study on theoretical and objective forecasting technology of typhoon generation and path change in the direction of 1
Study on the theory and forecast technology of structure and intensity change of two-way typhoon
Study on wind and rain distribution and its change theory and forecast technology of three-way landing typhoon
Direction 4 typhoon disaster mechanism, advantages and disadvantages impact assessment and engineering defense technology research
Study on the mechanism of typhoon climate change and short-term climate prediction technology of five-way typhoon
Study on the air-sea interaction under the influence of Typhoon No.6 and its influence mechanism and forecast technology.
Direction 7 typhoon forecasting technology business and typhoon early warning system pilot platform construction
(3) Research on typhoon numerical forecast technology.
1 development of numerical weather forecast model system for typhoon direction
Direction 2 Fusion (Assimilation) of Multivariate Monitoring Data and Development of Key Technologies of Typhoon Reanalysis
Study on typhoon ensemble forecast system in Direction 3
Direction 4: Develop a regional mesoscale numerical weather forecast model system. Shanghai Typhoon Research Institute of China Meteorological Bureau is a national public welfare research institute with basic research and applied basic research as its main development direction. Undertake scientific research projects from different sources such as the state, departments and localities. Through the efforts of the scientific researchers in the institute, great efforts have been made in the theoretical study of tropical cyclone path, intensity and structural changes, the research of tropical cyclone ensemble forecasting technology, the numerical simulation of tropical cyclones, the development of sea-land-air coupling model, and the processing of tropical cyclone monitoring information. Over the years, researchers of Typhoon Research Institute have published a large number of academic papers in domestic and foreign journals, and individuals and collectives have won provincial and ministerial-level scientific and technological progress awards for many times. Many scientific research achievements have been used in the economic construction of water conservancy, electric power, ports and other industries to serve social development.