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1.Poster TitleVariability of the Arabian Sea Circulation from ACME V0.1
2.Authors

Julie McClean, Milena Veneziani, Jack Ritchie (Unlicensed), Mark Taylor David C. Bader, Mathew Maltrud, Marcia Branstetter (Unlicensed), Kate Evans (Unlicensed) Judy Gaukel (Unlicensed), Salil Mahajan

3.GroupCoupled
4.Experiment
5.Poster CategoryEarly Result
6.Submission TypePoster
7.Poster LinkMccleanetal_ACME_fall2016.pdf
8.Lightning Talk Slide


Abstract

The predictability of the Indian Ocean monsoon circulation is limited due to incomplete understanding of physical processes operating on the monsoon and other time scales, particularly interannual and intraseasonal.  In the Arabian Sea (AS), the ocean circulation reverses in accordance with the monsoon winds. Regional observations have been scant there over the past fifteen years due to piracy, so we use the Accelerated Climate Model for Energy (ACME) V0.1 with enhanced horizontal resolution in each of its components relative to standard coupled climate model resolution, to better understand the variability of the AS circulation.

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