Programme > DAY 3 - 31 Aug.

Programme as of August 26, 2022

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

 DAY 3 - Wednesday 31 August

09:00-10:30: Session 6 - Midlatitude and stratospheric dynamics - Chairs: Chris Kruse/Catherine Wilka

• (S6-01) Lei Wang - Atmospheric blocking as an evolution of Rossby Wave Packets in a hierarchy of climate models
• (S6-02) Pedram Hassanzadeh - Hierarchical modeling to understand the future changes of blocking events
• (S6-03) Yi Zhang - Validating model simulated heat extremes with observations and theory
• (S6-04) Gang Chen - Disentangling the causality between stratospheric planetary wave activity and North American cold events with model hierarchies

10:30-11:00: Coffee break

11:00-12:30:  Session 7 - Model hierarchies for the ocean 1 - Chairs: Mark England/Wenwen Kong

• (S7-01) Tien-Yiao Hsu - A Hierarchy of Global Ocean Models Coupled to CESM1
• (S7-02) Mariana Clare - Assessing risk from coastal flooding hazards in a changing climate using multilevel multifidelity Monte Carlo methods
• (S7-03) Oliver Mehling - Bridging the gap in modeling multicentennial AMOC variability with a GCM of intermediate complexity
• (S7-04) Gianluca Meneghello - Learning from analytical models and observations: The case of the Beaufort Gyre

12:30-14:00: Lunch

14:00-15:30: Session 7  - Model hierarchies for the ocean 2 - Chairs: Eviatar Bach/Ofer Shamir

• (S7-05) Chengfei He - The role of the atmosphere in the North Atlantic warming hole
• (S7-06) Glenn Liu - Understanding the drivers of Atlantic multidecadal variability using a stochastic model hierarchy
• (S7-07) Andrew Stewart - Saturation of the Antarctic Circumpolar Current transport by mesoscale eddies vs. standing waves
• (S7-08) Andre Nogueira Souza -Statistical Emulator for Oceanic Simulations

15:30-17:00: Posters (leading into drinks, leading into reception and dinner outside)

• (D3-01) Mark England - Correcting the outsized climate impacts of conventional sea ice loss perturbations
• (D3-02) Amy Clement - The Big Breakup: A mid-20th century transition in the behavior of modes of climate variability
• (D3-03) Christopher Kruse - Using a neural network + Idealized weather model to reproduce observed convective gravity waves
• (D3-04) Donggeon Lee - Impact of Kuroshio intrusion on YECS phytoplankton future change under global warming
• (D3-06) Kyung Min Noh - Emergent Constraint for Future changes in Arctic Phytoplankton
• (D3-07) Ji-Hoon Oh - Centennial memory of the Arctic Ocean for future Arctic climate recovery in response to a carbon dioxide removal
• (D3-08) Wu Sun - From realism to robustness - Atmospheric CO2 observations as a top-down constraint on terrestrial biosphere model complexity
• (D3-09) Nicholas Szapiro - Decomposing Arctic errors through single column to fully coupled models
• (D3-10) Catherine Wilka - The impact of single wavenumber interactions on sudden stratospheric warmings in an idealized model