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Instabilities of large- and small-scale flow structures are an essential aspect of scale interactions in the atmosphere and ocean. Several of our studies investigate these with the aim of improving our understanding of such interactions.

Numerical methods are an important core competence for investigations into atmospheric dynamics. Several of our projects deal with the development, improvement and implementation of corresponding methods. 

Stochastic methods are an interesting tool for the representation of subgrid-scale dynamics in weather and climate models. Our interest lies in the development of corresponding approaches with minimal parameter tuning, which should be particularly reliable under external changes (e.g. climate change). 

The dynamics of large-scale flow structures in the atmosphere and ocean still pose interesting questions for science, both in terms of their understanding and their modeling. 

Gravity waves are an important problem in subgrid-scale modeling and parameterization for the atmosphere and ocean. Our research strives for an improved understanding of the dynamics of these waves, and for a more reliable representation of their effects in weather and climate modeling. 

A reliable treatment of the middle atmosphere is important for many aspects of climate modeling and medium-term weather forecasting. At the same time, this region of the atmosphere is still comparatively unexplored. Much of our work strives for an improved understanding and modeling of the middle atmosphere.