Programme > Day 1 - 29 Aug.

Programme as of August 26, 2022

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

 DAY 1 - Monday 29 August

09:00-09:05: Welcome

09:05-10:30: Panel - the future of climate model hierarchies - Chairs: Aditi Sheshadri/Allison Wing

• Ramalingam Saravanan
• Tapio Schneider
• Pier Luigi Vidale
• Kelly Hereid

10:30-11:00: Coffee break

11:00-12:30: Session 1 - Climate variability and change - Chairs: Wenwen Kong/Laura Mansfield

• (S1-01) Ivan Mitevski  - Non-monotonic and Asymmetric Response of the Climate System to idealized CO2 forcings
• (S1-02) Wenwen Kong - The basic ingredients of summertime continental near-surface air temperature distribution
• (S1-03) Po-Chun Chung - The role of water vapor in polar amplification
• (S1-04) Elisa Ziegler - How warming changes the distributions of temperature and precipitation: insights from a hierarchy of climate models

12:30-14:00: Lunch

14:00-15:30: Session 2 - Modeling the general circulation Chairs: Zhaoyi Shen/Aman Gupta

• (S2-01) Isla Simpson - An update on idealized modeling capabilities within the Community Earth System Model framework
• (S2-02) Gavin Schmidt - Coherent model hierarchies using the NASA GISS Earth System Model and ROCKE-3D
• (S2-03) Pier Luigi Vidale - Hierarchy of simulation designs for high-resolution climate modelling
• (S2-04) Michela Biasutti - Ventilation revisited: how dry continental air splits the ITCZ and stops the monsoon

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

• (D1-01) Duan Suqin - Consistent Patterns of Hydroclimate Change over Tropical Land in GCMs through the Lens of Soil Moisture
• (D1-02) Mahesh Ankur - Validating Neural Networks' Atmospheric River Detections using Idealized Climate Simulations
• (D1-03) Ligia Bernardet - Hierarchical capabilities offered by the Common Community Physics Package and its Single-Column Model
• (D1-06) Cuiyi Fei - Understanding the mechanism of recurrent Rossby waves by stationary wave model and GCMs
• (D1-07) Bowen Ge - Understanding temperature extremes under global warming in a stochastic moist energy balance model (EBM)
• (D1-08) Nathaniel Tarshish - Would the temperature stop rising if emissions cease? 
• (D1-09) Seth Seidel - A negative climate feedback due to the lightness of water vapor