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Fields of work
More than 70% of the earth's surface is occupied by ocean surface waves. Surface waves can affect many air-sea interaction processes, such as, momentum flux, heat fluxes, atmospheric mixing, upper ocean mixing and so on. However, the impact of surface waves on air-sea interaction processes is often ignored since the temporal and spatial scales of surface waves are much smaller than the atmospheric and oceanic dynamic scales. My research mainly focus on developing HARMONIE-wave coupled model and introducing the wave influences into the HARMONIE-wave coupled system.
- Ocean wave impacts on air-sea interaction processes
- Parameterisation of physical processes in atmospheric boundary layer
- Extreme weathers