• Numerical weather prediction
  • Atmospheric models at global and large mesoscale
  • Operational Meteorology and Oceanography (design, development, evaluation)
  • Water cycle and energy (theory and numerical models)
  • Development and implementation of meteorological data assimilation techniques
  • Interaction in the system soil – water – atmosphere (theory and development of algorithms in numerical models)
  • Study intense weather phenomena (theory and numerical models)
  • Study and prediction of soil erosion and the mechanisms of production, transport and deposition of soil dust particles (theory and numerical models).

Equipment:

  • Computer performance : BladeSystem c7000 enclosure with 16 HP Proliant BL460c G1 server blades: 10 E5345 (20 Quad-Core Intel Xeon 2.3 GHz processors) and 6 E5405 (12 Quad-Core Intel Xeon, 2.0 GHz processors),
  • 4 Workstations Linux-based (2 Quad and 2 Dual cores processors) Total storage capacity 10 TB.