tag:blogger.com,1999:blog-579549341020421678.post1252752737098966229..comments2024-01-16T13:06:15.270-06:00Comments on Climate Change: The Next Generation: Polar mesoscale storms missing from modelsTenney Naumerhttp://www.blogger.com/profile/11843130378338023902noreply@blogger.comBlogger1125tag:blogger.com,1999:blog-579549341020421678.post-23417961803265037412013-01-11T00:24:45.640-06:002013-01-11T00:24:45.640-06:00Thanks for these mesoscale system articles. The ot...Thanks for these mesoscale system articles. The other thing that came to mind wrt moderl performance in the arctic ice edge, when looking at the ERA40 interim analyses, was that maybe some or even most of the bias in the model performance could be fixed by just diminishing the ice thickness in the model runs. It's well known in ice studies that the capillary action esp. in the spring time ice makes the ice cracky, this means the submerged cracks could be trated as water in the models, the effect is not large but significant when walking on ice... (again possibly over my head.)Anonymousnoreply@blogger.com