Check E3SM Phase 3 Templates for E3SM poster and presentation templates. You are free to change it to suit your need. In-person posters should be 42x42 in in size, and the digital poster can be either a poster or a presentation.
Poster abstract submission is closed.
To add a digital poster/presentation file to your poster page:
After you created your poster (a digital only poster can be in a form of presentation, it does not have to be a poster), edit your submission page, position your cursor in the ‘Poster’ row in the white space, then go to your files and drag and drop the file onto the page.
In Discussion Link - add a link to the place where you would like the discussion to take place, it can be a link to the slack channel (#e3sm2023ah-posters), a google doc (public link) or an email.
Save the page by clicking ‘Publish’ at the top right.
Posters and Abstracts can be viewed from
Posters Sessions
“V” in front of the poster number stands for “Virtual Poster”. Those posters are going to be discussed asynchronously and are not bound to the poster session time. Poster presenter indicates on the poster page how they would like to discuss the poster, it can be on slack or google doc or email, as stated above.
Monday, June 26, Posters 4:30 -5:30 pm
Atmosphere Theme Posters:
- A01: Aerosol effective radiative forcing in E3SM
- A02: Aerosol wet removal by convective clouds in E3SMv2
- A03: Dust Life Cycle in E3SMv3
- A04: E3SM-MOSAIC nitrate aerosol
- A05: E3SM Revised Emission Treatment
- A06: Emissions-MIP project
- A07: Impact of New Physics Parameterizations on MCS Simulation
- A08: Influence of global wildfires on atmospheric chemistry
- A09: MAM5 in E3SM
- A10: Assessing the effects of giant aerosols in E3SM
- A11: Cloud evaluation with COSP
- A12: Tropical cyclones in NARRM
- A13: One-year Cess simulations with EAMxx
- A14: Using a 3 km California RRM to Examine EAMv2 vs SCREAMv0 physics
- A15: SHOC+MF scheme
- A16: The Portable Atmospheric Model (PAM)
- A17: Unapproximated thermodynamics in idealized tests
- A18: Parametric Sensitivity in EAM
- A19: Deep learning bridge framework for AI-based parameterizations in E3SM
- A20: v3 Atmosphere integration
- A21: Finding darkening clouds in E3SM v3
- VA01: Dry and Warm Bias over ARM SGP site in E3SM and E3SM-MMF
- VA02: Evolution of RTE+RRTMGP radiation
- VA03: Impacts of RRM on aerosols
- VA04: Structurally Flexible Bayesian Microphysics with BOSS
Coupled System Theme Posters:
- C01: Auto-tuning for E3SMv3 using machine learning
- C02: E3SMv2 NARRM overview of atmosphere, land, and river
- C03: An Evaluation of Present-day Climate Simulation in E3SM Coupled Model over the Southern Polar Region
- C04: HiLAT-RASM Phase III
- C05: ICoM new E3SM features
- C06: Impact of Arctic Mesh Refinement on Sea Ice State
- C07: New MOAB-based coupler
- C08: Predictability from a Multi-input Multi-output Autoencoder-decoder.
- C09: The Impact of Volcanic Aerosols
Tuesday, June 27, Posters 4:00-5:30 pm
Land-River-Human Theme Posters:
- L01: Arctic Marine Benthic Carbon
- L02: DOC-leaching-parameterization
- L03: Downscaling across different regions of CONUS
- L04: ELM-FATES global logging simulations
- L05: ELM Phase 3 development plans
- L06: Global calibration of ELM-FATES
- L07: Global k-scale ELM simulation
- L08: Human Earth Systems (HES) Feedbacks Updates and Plans
- L09: Improving SM and WTD
- L10: Mesh-independent River Modeling
- L11: Model lake methane emissions
- L12: Radiation-Topography Interaction
- L13: River Dynamical Core (RDycore)
- L14: Terrestrial Water Storage
- L15: Ultrahigh-resolution ELM code developments
- L16: Time-varying carbon cycle feedbacks in E3SM
- L17: BGCv2 land-atmosphere simulation
- L18: GCAM-E3SM Coupling: Overview
- L19: GCAM-E3SM CO2 coupling and land results
- L20: Recent Advances in Representing Human Activities in E3SM
- L21: Flow of Agriculture Nitrogen in ELM
- VL01: Incorporation of LUH2 to drive land use change in ELM-FATES
- VL02: Offline Land Model Testbed
Ocean-Ice Theme Posters:
- O01: CICE Consortium
- O02: Implementing Scale-Aware Sea Ice Ridging in E3SM
- O03: Resolving Eddies and Frontal Processes using MPAS-O and ROMS
- O04: Tides and Storm-surge Modeling with MPAS-Ocean
- O05: Verification and validation for OMEGA using polaris
- VO01: E3SM with ERA5 Data Atmospheric Forcing
- VO02: Overview of MPAS-SI-MPM
Performance-Algorithm-Tools Theme Posters:
- P01: E3SM Diags
- P02: E3SM Data Publication
- P03: xCDAT: A Python package for simplifying climate data analysis on structured grids
- P04: SCORPIO
- P05: Software Tool for Porting ELM to GPUs
- P06: GPU Performance of the Simple Cloud Resolving E3SM Atmosphere Model (SCREAM)
- VP01: E3SM Chemistry Diagnostics Package (ChemDyg)
- VP02: zppy: post-processing workflow for E3SM
- VP03: zstash: archiving for E3SM