Seasonal-to-Multiyear Large Ensemble (SMYLE) Experiment ...
The SMYLE set of initialized hindcasts using CESM2 that is specifically designed to explore Earth system predictability at forecast lead times ranging from 1 month out to 2 years. In addition to extensive hindcast output from all CESM2 component models, SMYLE includes historical reconstructions for...
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| Format: | Dataset |
| Language: | unknown |
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UCAR/NCAR - CISL - CDP
2022
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| Online Access: | https://dx.doi.org/10.26024/pwma-re41 https://www.earthsystemgrid.org/dataset/id/e475ba3c-2c0d-4f38-929c-0db96d5fe937.html |
| Summary: | The SMYLE set of initialized hindcasts using CESM2 that is specifically designed to explore Earth system predictability at forecast lead times ranging from 1 month out to 2 years. In addition to extensive hindcast output from all CESM2 component models, SMYLE includes historical reconstructions for the ocean, sea ice, and land component models; an experimental setup that can be replicated and/or modified; and python code for performing post-processing and skill assessment. Details are provided below: SMYLE at a glance CESM2 model: ocean (POP2, 1°, 60L); atmosphere (CAM6-FV, 1°, 32L); land (CLM5); sea ice (CICE5); ocean biogeochemistry (MARBL) Hindcasts initialized quarterly (1st of February, May, August, November) from 1970 to 2019 24-month simulations 20-member ensembles CAM6 initialization: JRA55 Reanalysis POP2 initialization: JRA55-do forced ocean/sea-ice (FOSI) simulation CICE5 initialization: JRA55-do forced ocean/sea-ice (FOSI) simulation CLM5 initialization: CRU-JRAv2 forced land simulation ... |
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