Research Topics
- The mechanistic global circulation model KMCM
- Global circulation and the Rossby- wave activity
- atmospheric angular momentum balance of the polar caps
- Development of a simplified radiation transport model for global simulations with high scale resolution
- Influence of solar variations on the circulation and on the coupling of the atmospheric layers
- Longitudinal dependent ozone trends in the stratosphere
- Interaction between Rossby- wave diffusion, ozone transport and radiation
- CAWSES
- Thermal tides
- Explicit global simulation of gravity waves
- Gravity wave radiation and diffusion by breaking Rossby- waves, convection and orography
- Parameterization of gravity waves
- LEWIZ- Campaign
- Gravity wave breaking and turbulence
- Parameterization of turbulence for circulation models
- Atmospheric macro turbulence
Large scale Circulation
- Temperature and zonal Wind in a climate Simulation
Waves
- Snapshot of temperature (K) in the area of the summer mesopause (ca. 90 km) from a global climate simulation with diffirent spacious filtering.
Turbulence
- January- climatology of dissipation
- Variability of dissipation in the summer mesosphere (here 60°S,0°O)
