Public Deliverables
- D12.2 Leaflets and factsheets
- D12.3 Project web site including dissemination web area
- D12.4 Cross-cutting theme report 1-18
- D12.5 Cross-cutting theme report 19-36
- D12.6 Cross-cutting theme report 39-48
- D13.4 Common annual newsletter
- D21.1 R-based verification package available and built into the Climate Explorer web service
- D21.2 Common and model-dependent bias in s2d system
- D21.3 Forecast quality and bias of improved s2d systems
- D22.1 Inventory of processes that contribute to forecast quality in current forecast systems at s2d time scales
- D22.2 Representation of the seasonal evolution of selected extreme events in Europe and implications for better representing key mechanisms and processes in s2d forecast systems
- D22.3 Initial drift analysis including tailored recommendation on priorities to improve operational seasonal forecast systems for system developers
- D22.4 Representation of the interannual evolution of selected events in Europe and implications for better representing key mechanisms and processes in s2d forecast systems
- D31.1 Forecast quality assessment of the backward-extended decadal hindcast experiments
- D31.2 Sensitivity of seasonal predictions to improved land-surface and sea-ice initial conditions and possible needs for surface observations
- D31.3 Forecast quality comparison of numerical hindcasts with improved snow initial conditions and statistical hindcasts using initial snow as a predictor
- D32.1 Summary of current and improved ensemble generation methodologies and initialisation techniques for s2d forecasts with a focus on operational systems used in European climate services
- D32.2 Relative merit of anomaly versus full initialisation for decadal predictions
- D41.1 Impact of increased resolution on s2d forecast quality
- D42.1 Impact of the changes in land-surface schemes in terms of forecast quality
- D42.2 Impact of vertical resolution on convection and air-sea interaction and s2d forecast quality improvements from hindcasts and selected case studies
- D43.1 Sensitivity to improvements in stratospheric processes and variations in solar forcing, including recommendations for operational seasonal forecast systems
- D43.2 Sensitivity to different aerosol sources and suggestions for operational implementation, including requirements for European capabilities in aerosol monitoring and reanalysis
- D44.1 Impact of representing model uncertainty in the atmosphere, ocean and land surface components in terms of forecast quality in different forecast systems
- D51.1 Development and assessment of a global empirical s2d forecast system for temperature and precipitation using observations and the perfect-model framework
- D52.1 Review of the different statistical downscaling methods for s2d prediction
- D52.2 R-based package released for statistical downscaling s2d forecast, including documentation and capability for evaluation and estimation of confidence intervals
- D52.3 Scientific paper summarising the results of the statistical downscaling techniques for decadal predictions
- D52.4 Scientific paper on the added value of the dynamical downscaling with respect to the global-model predictions and statistical downscaling
- D53.1 Methodologies for calibration and combination of global and downscaled s2d predictions
- D53.2 Delivery at the Regional Climate Outlook Fora of combined Global Production Centre products
- D61.1 Recommendations to stakeholders on how the s2d forecast improvements from RT3, RT4 and RT5 could impact the prediction of crop yields including fact sheets and FAQs
- D61.2 Recommendations to stakeholders on how the s2d forecast improvements from RT3, RT4 and RT5 could impact the prediction of RE generation including fact sheets and FAQs
- D62.1 Real-time multi-model decadal predictions disseminated, displayed and published annually on GPCs
- D62.2 Dissemination of permitted hindcasts and forecasts in numerical and graphical form by GPCs via LC-LRFMME, EUROSIP, RCOF, EPICIC, central repository and KNMI Climate Explorer channels
- D62.3 Improved display of the forecast information on European climate service web site
