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pmip3:wg:qi:bc:lidisc [2014/12/26 20:07] ottobli [CMIP6] |
pmip3:wg:qi:bc:lidisc [2014/12/26 20:08] ottobli [CMIP6] |
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* Orbital parameters set to 128ka (Figure 1). | * Orbital parameters set to 128ka (Figure 1). | ||
* Greenhouse gas concentrations well-known from ice cores (Figure 2), [CO2 275ppm; CH4 709ppb; N2O 266 ppb]. | * Greenhouse gas concentrations well-known from ice cores (Figure 2), [CO2 275ppm; CH4 709ppb; N2O 266 ppb]. | ||
- | * Experiment 1 (Tier 1((The experiments should be well established for Tier 1 and at least tested for Tier 2 and beyond. A sufficient number of modelling centers (~8) are a part of the MIP and committed to simulating all of the MIP‘s Tier 1 experiments for a particular science question.))): AOGCM; modern geography, ice sheets, and vegetation; length: ≥ 100 years after spinup. Initialize from CMIP6 preindustrial DECK simulation. Save appropriate output to allow forcing of offline ice-sheet models. | + | * Experiment 1 (Tier 1): AOGCM; modern geography, ice sheets, and vegetation; length: ≥ 100 years after spinup. Initialize from CMIP6 preindustrial DECK simulation. Save appropriate output to allow forcing of offline ice-sheet models. |
* Experiment 2 (Tier 2): Coupled AOGCM-ISM; predictive Greenland ice sheet models, asynchronous coupling with 10 ISM years per 1 AOGCM years; length: AOGCM 300 years, ISM 3000 years. Initialize from Experiment 1. | * Experiment 2 (Tier 2): Coupled AOGCM-ISM; predictive Greenland ice sheet models, asynchronous coupling with 10 ISM years per 1 AOGCM years; length: AOGCM 300 years, ISM 3000 years. Initialize from Experiment 1. | ||