| Count | Poster # | First Author | Title |
|---|---|---|---|
| 1 | A04 | Yan Feng | Dust Aerosols in ACME and Sensitivity to Model Resolution |
| 3 | C02 | Jack Reeves Eyre | Possible causes of the weak ENSO in the ACME coupled runs |
| 1 | O05 | Huanhuan Yang | Fast CVT grid generation for ocean modeling: a Lloyd-preconditioned L-BFGS method in parallel |
| 5 | O04 | Thi Hoang | Exponential time differencing for large time stepping and localized approach for parallel implementation |
| 1 | A10 | Wuying Lin | The path to a well-tuned high-resolution ACME V1 atmosphere model and initial results |
| 1 | A13 | Aaron Donahue | Advances in the application of parallel split physics and dynamics |
| 1 | A08 | Qi Tang | Regionally Refined ACME v1 model over the Contiguous United States |
| 1 | A05 | Ericas Roesler | High Resolution Modeling and Measurements in the Arctic |
| 1 | C03 | Julie McClean | Fully Coupled High-Resolution ACME V0.1 Approximate Present Day Transients |
| 2 | O07 | Matthew Maltrud | Ocean and Sea Ice Biogeochemistry in ACME |
| 2 | W05 | Chengzhu Zhang | Parallel Tools to Generate, Regrid, and Split Climate Data |
| 1 | L05 | Teklu Tesfa | Exploring the Capability of Topography-based Subgrid Structures to Capture Variability of Soil Properties in Global Datasets |
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