The annual seminar on parametrization of sub grid physical processes took place at ECMWF from 1-4 September 2008.
Programme
Presentations
| Monday 1 September | |
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Session 1: Processes |
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Radiation parametrization and clouds Robin Hogan (University of Reading) |
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Cloud parametrization Adrian Tompkins (ICTP) |
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Convection parametrization Peter Bechtold (ECMWF) |
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Boundary layer processes Bjorn Stevens (UCLA) |
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Soil drying in Europe and its impact on atmospheric circulations Bart van den Hurk (KNMI) |
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| Tuesday 2 September | |
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Aerosol modelling Michael Schulz (LSCE) |
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Microphysics: From intricacy to simplicity Richard Forbes (ECMWF) |
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Session 2: High resolution modelling |
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Parametrization of boundary layer clouds Pier Siebesma (KNMI) |
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Limited area modelling in CRM mode Peter Clark (University of Reading) |
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Multiscale modeling framework and parametrization David Randall (Colorado State University) |
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| Wednesday 3 September | |
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Session 3: Interactions |
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Cloud/radiation interactions Sandrine Bony (LMD/IPSL) |
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Tropical variability Brian Mapes (University of Miami) |
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Parametrized processes and atmospheric variability Thomas Jung (ECMWF) |
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Land surface versus ocean influence on atmosphere Hervé Douville (Météo-France) |
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Convection/dynamics interaction including stochastic approaches Glenn Shutts (Met Office) |
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| Thursday 4 September | |
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Session 4: Verification/validation |
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What can we learn from AMMA about physical processes and models? Françoise Guichard (Météo-France) |
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Physical relations in observations and models Alan Betts (Atmospheric Research) |
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Satellite observations of cloud and precipitation processes and their interactions Graeme Stephens (Colorado State University) |
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Understanding the local and global impacts of model physics changes Mark Rodwell (ECMWF) |
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Proceedings
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Convection parametrization P Bechtold |
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Land-surface-atmosphere coupling in observations and models A Betts |
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Why are cloud-radiation interactions so critical for climate modelling S Bony |
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Limited area modelling in CRM mode P Clark |
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Land surface versus ocean influence on atmospheric variability and predictability at the seasonal timescale H Douville |
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Microphysics: From intricacy to simplicity R M Forbes |
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What can we learn from AMMA about physical processes and models? F Guichard |
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Shonk Radiation parametrization and clouds R J Hogan |
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The ECMWF model climate: Recent progress through improved physical parametrizations T Jung |
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Convection waves: significant large-scale weather with medium range predictability (if subgrid parameterizations work right) B Mapes |
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Multiscale modeling framework and parametrization D A Randall |
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Understanding the local and global impacts of model physics changes M Rodwell |
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Aerosol modelling M Schulz |
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Dynamical impacts of convection and stochastic approaches G Shutts |
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Parametrization of boundary layer clouds: A GCSS perspective P Siebesma |
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Satellite observations of cloud and precipitation processes and their interactions G Stephens |
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Boundary layer processes for weather and climate B Stevens |
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Cloud parametrization A M Tompkins |
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Soil drying in Europe and its impact on atmospheric circulations B van den Hurk |
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