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A design document that identifies the challenges, describes methods to address them, and specifies tests to determine whether the scheme is working properly in the ACME model, has been prepared. While some of the work has been done as March 2017, staffing limitations have been a bottleneck and need to be resolved. Completing development for each stage will require involvement of ACME staff from the land, atmosphere, and coupling teams. An estimate of staffing for completing stage one is listed in the table.
| name | group | tasks | person-months |
|---|---|---|---|
| Steve Ghan | atmosphere | lead and manage activity, develop post-processor | 3 |
| Steve Goldhaber | software | ||
| Peter Thornton | land | ||
| Teklu Tesfa | land | ||
| Rob Jacob | coupler | ||
| Ruby Leung | land |
Ghan, S. J., X. Bian, A. G. Hunt, and A. Coleman, 2002: The thermodynamic influence of subgrid orography in a global climate model, Climate Dynamics, 20, 31-44, 10.1007/s00382-002-0257-5.
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