I'm a PhD student investigating cloud microphysics and its implementation in climate models. In particular I'm interested in what we can learn from the Superdroplet model (https://doi.org/10.1002/qj.441), be that with regard to water droplet and/or ice particle growth or with regard to the model's representativeness and computational efficiency in comparison with other microphysics schemes. Currently I'm implementing the model in simplified scenarios to study its convergence properties (with increasing number of droplets for example) and computational cost.
Department: Atmosphäre im Erdsystem (AES)
Group: Drivers of Tropical Circulation (DTC)
Supervisors: Bjorn Stevens, Raphaela Vogel and Ann Kristin Naumann
Panel Chair: Martin Claußen
Max Planck Research School: IMPRS-ESM
Email: clara.bayley@ mpimet.mpg.de
Github: github.com/yoctoyotta1024
Phone: +49 40 41173 - 317
Office: Bundesstr. 53, Room 421
Mailing Address:
Max Planck Institute for Meteorology
Bundesstr. 53
D-20146 Hamburg
Germany