(The following topics include but are not limited to)
Track 1: Basic Atmospheric Sciences and Atmospheric Physical Chemistry
Atmospheric radiation and cloud physical processes
Atmospheric boundary layer and turbulence theory
Aerosol formation, evolution and climate effects
Atmospheric chemistry and pollutant transformation mechanisms
Convection, mesoscale weather dynamics
Atmospheric circulation and planetary waves
Stratosphere and middle atmosphere processes
Lightning physics and atmospheric electricity
Atmospheric trace gas circulation and source-sink characteristics
Cloud microphysics observation and numerical simulation
Atmospheric waves and instability theory
Mountain atmosphere and terrain forcing effect
Atmospheric optics and remote sensing basic theory
Water vapor circulation and atmospheric water phase changes
Track 2: Meteorological Observation, Forecasting and Numerical Simulation
Ground, radiosonde and airborne meteorological observation techniques
Satellite remote sensing of atmospheric inversion methods
Radar meteorology and severe convective monitoring
Meteorological data assimilation techniques
Regional and global numerical weather forecasting
Identification of extreme weather and short-term临近 forecasting
Ensemble forecasting and uncertainty analysis
Application of machine learning in meteorological forecasting
Quality control and correction of meteorological observation data
Simulation of disastrous weather such as typhoons， heavy rain， and cold waves
Improvement of physical parameterization schemes in meteorological models
Multi-source meteorological data fusion technology
Urban meteorological observation and simulation
Development of coupled ocean-atmosphere models
Application of artificial intelligence in meteorological post-processing and correction
Technical system for meteorological disaster warning
Track 3： Climate Change， Climate Impact and Adaptation Strategies
Research on global and regional climate variability and attribution
Evaluation of climate models and downscaling methods
The impact of greenhouse gases and anthropogenic forcing on climate
Evolution laws of extreme climate events
Changes in the cryosphere and its climate feedback
Ocean-atmosphere interaction and interdecadal climate oscillations
The impact of climate change on agriculture and food security
Climate risk assessment and vulnerability analysis
Climate response to water resources under climate change
Response and feedback of ecosystems to climate change
Climate adaptation strategies and emission reduction paths
Climate policies and climate economy
Reconstruction of paleoclimate and historical climate evolution
Urban heat island and local climate modification
Mining of climate big data and climate prediction
Sea level rise and coastal climate disasters
Biogeochemical cycles and climate coupling
Application of climate services and meteorological disaster prevention and mitigation
Building climate resilience and sustainable development
...