The postgraduate research direction of applied meteorology mainly includes the following aspects:
1.Climate Change and Environmental Impacts:
Research on the laws, causes, and simulations of global and regional climate change, as well as the impact of climate change on the ecological environment, economy and society.
2.Weather Forecasting & Numerical Simulation:
Research on theories, techniques and methods of short- and medium-term weather forecasting, as well as numerical simulations of atmospheric dynamics and physical processes.
3.Meteorological Services & Application Technologies:
Research on the technology of meteorological information collection, processing, analysis and dissemination, as well as the application of meteorological services in agriculture, transportation, energy, tourism and other fields.
4.Meteorological Disaster Prevention and Risk Management:
Research on the occurrence mechanism, early warning technology, disaster prevention and mitigation strategies, risk assessment and management of meteorological disasters (such as typhoons, heavy rains, droughts, cold waves, etc.).
5.Atmospheric Environment and Air Quality:
Research on the formation, diffusion, and transformation mechanisms of air pollution, as well as air quality monitoring, forecasting, and control technologies.
6.Remote Sensing and Satellite Meteorology:
The role of remote sensing technology in meteorological observation, data acquisition, processing and application, as well as the basic theories and methods of satellite meteorology, are studied.
7.Climate Resource Utilization and Renewable Energy:
Research on the distribution, assessment, development and utilization of climate resources such as wind, solar, and hydropower, as well as the impact of climatic conditions on renewable energy systems.
8.Polar and Alpine Meteorology:
To study the special meteorological phenomena and climatic characteristics of polar and alpine regions, as well as the role and impact of these regions in global climate change.
9.Ecometeorology and Agrometeorology:
To study the impact of meteorological conditions on ecosystems and agricultural production, and how to use meteorological information for ecological management and agricultural production decisions.
10.Meteorological Education and Science Popularization:
This paper studies the educational theories and methods of meteorological science, and how to improve the public's awareness of meteorological science literacy and disaster prevention through popular science activities.
These tracks aim to train applied meteorology professionals with a solid theoretical foundation and practical ability to cope with increasingly complex meteorological problems and challenges. When choosing the direction of postgraduate examination, students should consider it comprehensively according to their own interests, career planning, and the scientific research strength and faculty of each school. At the same time, different schools may have their own research priorities and special directions.