New manuscript on the sea ice thickness distribution in climate models and from satellite published

Our new manuscript recently published in JGR-Oceans suggests the following key findings:

• Higher resolution of the sea ice thickness distribution increases simulated Arctic sea ice thickness, with little change in Antarctic sea ice.
• The impact has a larger effect on dynamic processes than thermodynamic processes.
• Comparison with subgrid-scale thickness observations from ICESat-2 suggests targeting ridging for improvement.

The full manuscript is available at https://doi.org/10.1029/2022JC019044