Norrköping, 15-17 September 2004
Bent Hansen-Sass, Harald Schyberg, Pedro Viterbo, Kalle Eerola, Simo Järvenoja, Laura Rontu, Gerard Cats, Han The, Alberto Cansado, Beatriz Navascues, Jose Antonio Parodi, Ernesto Rodriguez, Eric Bazile, Patrick Le Moigne, Jean Quiby, Ekaterina Kourzeneva, Garan Lindstram, Dina Kozlova, Martin Best, Carol Halliwell and Clive Jones.
| Martin Best | Representing urban areas in weather forecasting models ⬇ |
| Patrick Le Moigne | The Météo-France externalized surface scheme and its integrated physiographical database ECOCLIMAP ⬇ |
| Patrick Le Moigne | Overview of the main physical processes of the externalized surface scheme Hydrological applications ⬇ |
| Simo Järvenoja | Problems in predicted HIRLAM T2m in winter and spring at high latitudes ⬇ |
| Stefan Gollvik | A new surface scheme for HIRLAM ⬇ |
| Veniamin Perov | Development of vertical diffusion models for stable stratification on the base of a new spectral theory of turbulence ⬇ |
| Carol Halliwell | Overview of convective storm initiation project ⬇ |
| Laura Rontu | Parameterization of turbulent form drag due to the smallest-scale unresolved orograpy ⬇ |
| Ekaterina Kourzeneva | Lake model Flake, coupling with atmospheric model: first steps ⬇ |
| Sander Tijm | The stable boundary layer in Hirlam ⬇ |
| Patrick Samuelsson | The future of the Rossby Centre land surface model ⬇ |
| Clive Jones | Soil moisture assimilation at the UK Met Office ⬇ |
| Ernesto Rodriguez | Further tests with the ECOCLIMAP physiographic database in HIRLAM ⬇ |
| Jose Antonio Parodi | ELDAS intercomparison of three different algorithms of soil moisture assimilation ⬇ |
| Carmen Martin and Beatriz Navascués | Estimation of structure functions for the analysis of two-meter temperature and relative humidity ⬇ |
| Alberto Cansado | Usage of Satellite Data in the HIRLAM New Snow Depth Analysis ⬇ |
| Eric Bazile | The GABLS experiment, Sodankyla comparisons with RCR: some benefits for ARPEGE/ALADIN? ⬇ |
| Garan Lindstram | Surface schemes and hydrological modelling at the SMHI ⬇ |