ERA15DAS
2021-11-30 13:34:16.0 [tstevens] Move Concepts delete broader relation (null); add broader relation (ERA15DAS [d022dc0f-0ce8-471a-ac6c-aabb48542cf4,826765] - Models [0a184cdc-c074-4946-90a6-02f03c686341,835911]);
2015-08-10 14:42:44.0 [epneff] Added long name insert AltLabel (id: null text: ERA15 Data Assimilation System language code: en);
2022-03-11 08:38:26.0 [tstevens] insert Definition (id: null text: The ERA-15 data assimilation system is a special version of the ECMWF Operational data assimilation system which incorporates: - Intermittent statistical (Optimum Interpolation) analysis with 6-hour cycling. - One dimensional variational (1D-VAR) physical retrieval of TOVS (Tiros Operational Vertical Sounder) cloud cleared radiance (CCR) data. - Diabatic, non-linear normal mode initialisation (five vertical modes). - A spectral T106 forecast model with 31 hybrid vertical model levels, and a fully three-dimensional semi-Lagrangian advection scheme. - A physical parametrization package including: -- mean orography with a compatible parametrization of sub-grid scale orography; -- a four layer prognostic soil scheme with no external forcing; -- an interactive cloud/radiation scheme with full model representation of cloud water content and cloud cover; -- a planetary boundary layer parametrization based on similarity language code: en);
The ERA-15 data assimilation system is a special version of the ECMWF Operational data assimilation system which incorporates: - Intermittent statistical (Optimum Interpolation) analysis with 6-hour cycling. - One dimensional variational (1D-VAR) physical retrieval of TOVS (Tiros Operational Vertical Sounder) cloud cleared radiance (CCR) data. - Diabatic, non-linear normal mode initialisation (five vertical modes). - A spectral T106 forecast model with 31 hybrid vertical model levels, and a fully three-dimensional semi-Lagrangian advection scheme. - A physical parametrization package including: -- mean orography with a compatible parametrization of sub-grid scale orography; -- a four layer prognostic soil scheme with no external forcing; -- an interactive cloud/radiation scheme with full model representation of cloud water content and cloud cover; -- a planetary boundary layer parametrization based on similarity
Models