The Aerosol Cloud meTeorology Interactions oVer the western ATlantic Experiment (ACTIVATE) team hosted its final science team meeting on 20 November 2024. The four hour program focused on an overview of ACTIVATE and its data, along with science talks by participants associated with the science team and also external data users.
Materials:
| Presenter | Title | Download Video Presentation (mp4) |
|---|---|---|
| Sorooshian | Welcome/Goals/Mission Update | Sorooshian Recording |
| Zeng | Group Updates | Zeng Recording |
| Siu | Precipiatation Susceptibility during ACTIVATE | Siu Recording |
| Crosbie | Cloud Phrase Classification Work | Crosbie Recording |
| Wood | GCCN Project Update | Wood Recording |
| Wang | Use of a hierarchical modeling framework to understand and quantify aerosol-cloud interactions during ACTIVATE | Wang Recording |
| Li X. | LES study of an ACTIVATE summer precipitating cumulus case using a super-particle approach | Li X. Recording |
| Loranzo and Zuidema | Ice microphysical characteristics in mixed-phase CAO's | Loranzo and Zuidema Recording |
| Zhang | Impacts of a revised microphysics-based scheme for stratiform cloud scavenging on Pb-210 and aerosols in the NASA GEOS model | Zhang Recording |
| Silva | Project Update | Silva Recording |
| Saide | Aerosol fine mode fraction retrievals for the marine boundary layer derived using airborne field campaign data | Saide Recording |
| Li J. | Comparison of low marine cloud properties between global model EMAC simulation and ACTIVATE measurements | Li J. Recording |