Transfer of angular momentum between air, sea, and sea ice in polar regions modeled in Earth system models

Researchers from Uppsala University have developed a new method to simulate the transfer of angular momentum between air, sea, and sea ice in polar regions.

The team used a digital twin of the polar region to test their method, which is based on a combination of numerical and analytical models.

The digital twin allowed them to simulate the complex interactions between air, sea, and sea ice, and to test the sensitivity of their method to different parameters.

The results of the study have implications for our understanding of the Earth's climate system and the impact of climate change on polar regions.