Atmospheric circulation and weather prediction models using a semi-Lagrangian approach and high-order compact finite differences

Artikel in diesem Heft

1. ON THE OCCASION OF VALENTIN P. DYMNIKOV 60th ANNIVERSARY
2. Mesoscale modelling of wet convection and gas-aerosol interaction
3. Stability of attractors in semidynamic systems
4. Numerical model of the general circulation of the Arctic Ocean. A new version and preliminary calculation results
5. Simulation of CO₂ exchange processes in the atmosphere-surface biomes system by the climatic model ECSib
6. Non-local turbulence closure for convective boundary layers
7. On the statement and solution of inverse problems in satellite meteorology
8. Circulation of the World ocean: the effect of physical factors on the formation and the long-term variability of hydrophysical fields
9. Numerical modelling of physical characteristics in the neighbourhood of an isolated hydrological section in the Barents Sea
10. Atmospheric circulation and weather prediction models using a semi-Lagrangian approach and high-order compact finite differences