| 2 | | In this section, you will find results of simulations of tagged versions and an attempt to compare them to either a set of observation or to former simulations of ORCHIDEE. Simulations have been done from on-site (on Fluxnet sites) to global scale, in coupled mode with the atmospheric model or forced with climate data. |
| | 2 | In this section, you will find results of simulations of tagged versions and an attempt to compare them to either a set of observation or to former simulations of ORCHIDEE. Each ORCHIDEE version tends to be evaluated with three sort of runs : |
| | 3 | * OFF-LINE mode : |
| | 4 | * In this configuration, we use atmospheric data to force the surface model. Data might be global reanalysis or local data (Fluxnet sites) |
| | 5 | * ON-LINE mode : |
| | 6 | * that is for ORCHIDEE group the mode where ORCHIDEE is built as a module of the |
| | 7 | atmospheric model LMDz4 (see [http://web.lmd.jussieu.fr/cgi-bin/viewvc.cgi/LMDZ4/ LMDZ4]). |
| | 8 | * In this configuration, we use a 96x71 grid to validate TO DO. |
| | 9 | * Couple mode : |
| | 10 | * that is the Global Climate Model of IPSL. |
| | 11 | See [http://igcmg.ipsl.jussieu.fr/ IGCMG Web] and [http://forge.ipsl.jussieu.fr/igcmg IGCMG Models] for more |
| | 12 | informations. |
| | 13 | * In this configuration, we have all IPSL climate models coupled together. |
| | 14 | It is the IPCC configuration. |
