Programme > Day 2 - 30 Aug.

Programme as of August 26, 2022

To download the programme and the list of poster, click here.

 DAY 2 - Tuesday 30 August

09:00-10:30: Session 3 - Tropical circulation -  Chairs: Adam Burnett/Ofer Shamir

• (S3-01) Allison Wing - Convective aggregation, tropical clouds, and climate in RCEMIP
• (S3-02) Nadir Jeevanjee - How faithful are cloud-resolving simulations at the kilometer scale?
• (S3-03) Ashwin Seshadri - Investigating the role of simpler models in a hierarchy through examples
• (S3-04) Shaocheng Xie - A hierarchy of modeling testbeds used in understanding the diurnal cycle of precipitation in weather and climate models

10:30-11:00: Coffee break

11:00-12:30: Session 4 -Tropical convection and clouds - Chairs: Yi Zhang/Brian Green

• (S4-01) Zhaoyi Shen -  A library of large-eddy simulations for training physics-based machine-learning parameterizations
• (S4-02) JoaoTeixeira  - Stratocumulus to cumulus cloud transition: from turbulence to climate
• (S4-03) Timothy Merlis  - Climate change in a global-storm resolving model
• (S4-04) Brian Medeiros - Using a hierarchy of global atmosphere models to probe the links between extreme precipitation, organized convection, and moist physics

12:30-14:00: Lunch

14:00- 15:30: Session 5 -Data-driven approaches to modeling the atmosphere - Chairs: Mariana Clare/Aman Gupta

• (S5-01) Duncan Watson-Parris - ClimateBench: A benchmark for data-driven climate projections
• (S5-02) Ashesh Chattopadhyay - Long-time instability of deep learning-based Earth digital twins: Causes and solutions
• (S5-03) Laura Mansfield - Using gravity wave resolving simulations to inform sub-grid scale parameterizations
• (S5-04) Eviatar Bach - Towards the combination of physical and data-driven forecasts for Earth system prediction

15:30-17:00: Posters (including drinks and snacks)

• (D2-02) Michela Biasutti - Ventilation revisited: how dry continental air splits the ITCZ and stops the monsoon 
• (D2-03) Haakon Ludvig Langeland Ervik - Learning stochastic closures for a turbulence and convection model from indirect data using Kalman methods 
• (D2-04) Hao Fu - Spontaneous tropical cyclogenesis in a quasi-stochastic barotropic model 
• (D2-05) Tsung-Lin Hsieh - A downscaling formula for tropical cyclone frequency developed using a hierarchy of models 
• (D2-06) Tom Lemaitre - Towards a model for tropical downdrafts: results from RCE simulations 
• (D2-07) Christian Lessig - Hybrid global circulation models using observation-based representation learning 
• (D2-08) Cameron Macdonald - Modeling tropical intraseasonal oscillations in a moist general circulation model with a simple convection scheme 
• (D2-09) Kevin Reed - Building understanding of convection, circulation, and climate using the CAM hierarchy 
• (D2-11) Ofer Shamir - A model hierarchy for data-driven gravity wave parameterization 
• (D2-12) Jane Smyth - Leveraging high-resolution modeling and dynamical theory to elucidate changes in extreme precipitation in a monsoonal regime 
• (D2-13) Tomoro Yanase - Low-level circulation and its coupling with free-tropospheric variability as a mechanism of spontaneous aggregation of moist convection