|
Name
(institute) and reference | Atmospheric component | Oceanic component | Ensemble size |
| Model | Resolution | Initial condition | Model | Resolution | Initial condition |
|
AOR (FSU)
Cocke and LaRow (2000) | FSUGSM with Arakawa-Schubert convection and new radiation
(band model) | T63L14 | ECMWF with physical initialization | HOPE global | 5° longitude, 0.5°–5° latitude,
17 levels | Coupled assimilation relaxed to observed SST | 1 |
|
| KNR (FSU) | FSUGSM with Kuo convection and new radiation
(emissivity-absorptivity model) | T63L14 | ECMWF with physical initialization | HOPE global | 5° longitude, 0.5°–5° latitude,
17 levels | Coupled assimilation relaxed to observed SST | 1 |
|
| KOR (FSU) | FSUGSM with Kuo convection and old radiation
(emissivity-absorptivity model) | T63L14 | ECMWF with physical initialization | HOPE global | 5° longitude, 0.5°–5° latitude,
17 levels | Coupled assimilation relaxed to observed SST | 1 |
|
CFS (NCEP)
Saha et al. (2006) | GFS | T62L64 | CFS SST forecast | MOM3 | 1° × 1/3°,
40 levels | Ocean data assimilation | 15 |
|
POAMA 1.5 (Australia)
Zhong et al. (2005) | Bureau of Meteorology Research Center
(BMRC) Atmospheric model (BAM3) | T47L17 | From latest atmosphere and ocean conditions From Global Atmospheric Sampling Program | Australian Community Ocean Model 2
(ACOM2) | 2° × 0.5°–1.5°,
31 levels | From ocean assimilation that was based on optimum interpolation (OI) technique | 10 |
|
| CERFACS (France) | ARPEGE | T63L31 | ECMWF 40 yr Reanalysis
(ERA-40) | OPA 8.2 | 2° × 2°,
31 levels | Forced by ERA-40 | 9 |
|
| ECMWF (Europe) | IFS | T95L40 | ERA-40 | HOPE-E | 1.4° × 0.3°–1.4°,
29 levels | Forced by ERA-40 | 9 |
|
FRCGC (SINTEX-F)
Luo et al. (2005) | ECHAM-4 | T106L19 | NCEP/DOE Reanalysis-2 | OPA 8.2 | ,
31 levels | SST nudging scheme | 9 |
|
GFDL
Delworth et al. (2006) | AM2.1 | 2.5° × 2°, 34 levels | NCEP/DOE
Reanalysis-2 | OM3.1 (MOM4) | 1° × 1/3°,
50 levels | Ocean data assimilation | 10 |
|
| INGV (Italy) | ECHAM-4 | T42L19 | AMIP type | OPA 8.1 | 2° × 0.5°–1.5°,
31 levels | Forced by ERA-40 | 9 |
|
| LODYC (France) | IFS | T95L40 | ERA-40 | OPA 8.2 | 2° × 2°,
31 levels | Forced by ERA-40 | 9 |
|
| MPI (Germany) | ECHAM-5 | T42L19 | Coupled run relaxed to observed SST | MPI Open Model Interface
(MPI-OMI) | 2.5° × 0.5°–2.5°,
23 levels | Coupled run relaxed to observed SST | 9 |
|
| MetFr (France) | ARPEGE | T63L31 | ERA-40 | OPA 8.0 | 182 × 152 GP,
31 levels | Forced by ERA-40 | 9 |
|
SNU (Seoul National University)
Kug et al. (2007) | SNU | T42L21 | NCEP/DOE Reanalysis-2 | MOM2.2 | 1° × 1/3°,
32 levels | SST nudging scheme | 6 |
|
UH (University of Hawaii)
Fu and Wang [32] | ECHAM4 | T31L19 | NCEP/DOE Reanalysis-2 | UH Ocean | 2° × 1°,
2 levels | Thermocline-Depth nudging | 10 |
|
| UKMO (United Kingdom) | HadAM3 | 2.5° × 3.75°, 19 levels | ERA-40 | GloSea OGCM Third Hadley Center Coupled Ocean-Atmosphere GCM
(HadCM3) based | | Forced by ERA-40 | 9 |
|
