The NASA Earth System Observatory—Atmosphere Observing System (AOS): Future Space-Based and Suborbital Observations for the Study of Coupled Aerosol-Cloud-Precipitation Interactions
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AOS will be the next generation of atmospheric observations for the world. With the loss of EOS this decade, we’d be flying blind to many of the processes that are impacting climate change. AOS science objectives and measurements directly align with DS objectives. AOS complexity directly follows from the complexity of DS objectives. AOS takes advantage of key international partnerships. Urgent need to move forward towards delivering these critical capabilities this decade and early next decade.
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The NASA GEOS-S2S-2 system (Molod et al., 2020) uses the SST relaxation with the Level-4 SST products while the latest GEOS GEOS-S2S-3 system directly assimilates the Level-4 SST in the data assimilation step, yet no study has been conducted to understand the impact of this switch on the GEOS coupled analysis and short-range forecast. In addition, the GEOS-S2S-2/3 systems use the ocean model MOM5. Recently, the ocean model MOM6 is added to the GEOS ESM. This poster presents results of the first coupling of the ensemble data assimilation system to the GEOS MOM6.
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