Reports
Methodologies, evaluation analysis and implementation techniques are described in public documentation.
| Deliverable N° | Deliverable name | WP | Lead partner | Status |
|---|---|---|---|---|
| D1.1 | Best estimate of dust emissions through offline inversion | 1 | BSC | Ongoing |
| D1.2 | First assimilation of LIDAR/Ceilometer data into the IFS and evaluation | 1 | ECMWF | Ongoing |
| D1.3 | Implementation of dust input in the observation operator used in ARPEGE-IFS for infrared brightness temperatures and monitoring of IASI observations | 1 | Meteo-France | Ongoing |
| D2.1 | Best estimate of dust emissions through online inversion | 2 | ECMWF | Ongoing |
| D2.2 | Assimilation of LIDAR/ceilometer data combined with other AOD sources – test and evaluation in the full CAMS system | 2 | ECMWF | Ongoing |
| D2.3 | Assimilation of IASI brightness temperatures in ARPEGE and IFS | 2 | Meteo-France | Ongoing |
| D3.1 | Implementation and verification of M7 modal scheme into operational IFS cycle | 3 | KNMI | Ongoing |
| D3.2 | First implementation and verification of EQSAM4Clim into IFS-M7 | 3 | RC | Ongoing |
| D4.1 | Provision of IFS-M7 model version, and benchmarking of IFS-M7 against observations and the reference IFS-AER version | 4 | FMI | Ongoing |
| D4.2 | Evaluation of inorganic aerosol modeling in IFS-M7 | 4 | RC | Ongoing |
| D5.1 | Implementation of new primary aerosol sources : sea-salt aerosol schemes from machine learning and chamber experiments | 5 | HYGEOS / FMI | Ongoing |
| D5.2 | Implementation of the Flow of Agricultural Nitrogen (FAN) v2 model in SILAM | 5 | FMI | Ongoing |
| D5.3 | 0D dry deposition intercomparison | 5 | HYGEOS | Ongoing |
| D5.4 | Extended dry deposition scheme in LOTOS-EUROS | 5 | TNO | Ongoing |
| D6.1 | Machine learning based dust emission scheme implemented; evaluation of newly developed primary emission schemes | 6 | HYGEOS / FMI | Ongoing |
| D6.2 | Fire Forecasting Model implemented and evaluated in SILAM; test implementation in the IFS | 6 | FMI / HYGEOS | Ongoing |
| D6.3 | Implementation of online ammonia emissions from FANv2 into EURAD-IM and the IFS; evaluation and impact on simulated nitrogen deposition fluxes | 6 | HYGEOS | Ongoing |
| D6.4 | Implementation and evaluation of the extended dry deposition module into the IFS | 6 | HYGEOS | Ongoing |
| D7.1 | Report on the implementation of updated biogenic organic aerosol precursor emissions | 7 | METNorway / KNMI | Ongoing |
| D7.2 | Report on the importance of biogenic aerosols | 7 | HYGEOS / METNorway | Ongoing |
| D8.1 | Updated biogenic aerosol precursor emissions and assessment of impact on simulated PM in regional and global models | 8 | KNMI | Ongoing |
| D8.2 | Report on the impact of different treatments of SVOC and SOA formation from IVOC and anthropogenic VOC | 8 | INERIS | Ongoing |
| D8.3 | Combined impact of updated OM precursor emissions and SOA modelling on PM; recommendations for implementation in CAMS operational models | 8 | METNorway | Ongoing |
| D9.1 | Intercomparison and evaluation from different angles of the regional and global model, building on the 2022 CAMS2_40 regional model intercomparison | 9 | HYGEOS / IOS-PIB | Ongoing |
| D10.1 | Review of the uses of input from the global model in regional models and recommendations | 10 | IOS-PIB | Ongoing |
| D10.2 | Review of the various approaches chosen in regional and global models for specific processes and resolution aspects | 10 | IOS-PIB | Ongoing |
