Time | Speaker/Moderator | Topic |
---|
1:10-1:40 | Phil and Shaocheng | Organizational Issues - name for the model?
- what tasks are done and should be closed?
- what tasks are active and need to continue?
- short simulation strategies
- regionally refined model
- convection (replacement for ZM)
- clouds/aerosols
- scorecards
- what should we be doing that we are not doing?
- Non-hydrostatic dycore?
- different vertical coordinate?
- are we missing partnering with particular research groups or scientists?
|
1:40-2:10 | Phil | Discussion about new capabilities for V3 - Note the brainstorming breakout that does not involve Atm Leads
- What needs to be fixed?
- pressure gradient term
- sub-column treatment for radiation
(convective/stratiform partitioning)
- What physics is missing/deficient?
- elevation classes
- deep dive for v2 data structures and will intersect w the CMDV software project (Ghan, Goldhaber, Salinger, Taylor, Atm GLs)
- Intersection with parallel/sequential splitting of physics processes?
- cloud overlap (correlation length scales)
- consistent treatment of cloud precipitation and aerosol scavenging
- Improvements to aerosols
- Prognostic aerosol surface area
- Stratospheric aerosol treatments
- SOA
- Brown Carbon
- What software capabilities are missing?
- More Atm Chemistry?
|
2:10-2:40 | Shaocheng | Understanding the ACME model: - Tier 1b diagnostics
- Using the ACME model to further ACME science that does not involve the coupled simulations
- Where would Atm Team like to take a lead in investigating coupled features?
- ENSO?
- Surface Mass Balance over Ice Sheets?
- Publications
|
2:40-3:10 | | Diagnostics Discussion |