Research Scientist at
- Variability and dynamics of Northern Hemisphere extratropical atmospheric circulations
- Climate impacts of large-scale atmospheric flows and climate forcings on Euro-Atlantic area
- Buoyancy-driven flows in natural and engineering systems
- Bjerknes Centre homepage features our paper about 2 degree global warming completed in response to the Paris Agreement
- Bjerknes Centre homepage features our new BAMS article
- A movie of internal waves in a jar I made was also subject of a short article on the Bjerknes website in 2016.
- What is the climate system?
Click the image for larger view or download:
About My Work
Long-range atmospheric prediction relies on physical sources of predictability. Understanding these physical drivers and how they affect the climate helps to evaluate and improve our prediction systems. My current research focuses on climate processes in autumn and winter seasons that can be relevant for subseasonal to seasonal predictability in the Northern Hemisphere. In particular, I study the influences of tropical sea surface temperature and Arctic sea ice as climate drivers. The mechanisms, which are important fundamentally as well as interesting, can involve tropospheric propagations, troposphere-stratosphere interaction, or air-surface feedbacks. I have extensive experience in numerical models, scientific computing, high-performance computing, and statistical and dynamical analyses in climate research.
- Tsai et al, 2019, Int J Therm Sci
- King et al, 2018, BAMS
- Li et al, 2018, ESD
- Pontopiddan et al, 2018, JGR
- Yu et al, 2017, Clim Dyn
- King et al, 2017, Clim Dyn
- Herceg-Bulic et al, 2017, IJOC
This webpage is created privately.