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| Nencioli, Francesco; D'Ovidio, Francesco; Doglioli, Andrea; Petrenko, Anne. |
| In the last decade, the rapid advancements in computational power have favored the development of high-resolution numerical models capable of directly resolving small-scale structures such as fronts and filaments. Such models have greatly improved our understanding of submesoscale dynamics. At the same time, the small dimensions and short duration of these structures still pose major challenges for small-scale dedicated field experiments. For this reason, submesoscale studies from in situ observations are still relatively scarce and quantitative estimates of key physical parameters for high-resolution numerical models, such as horizontal eddy diffusivity, are still lacking. This study presents a novel approach for computing in situ horizontal eddy... |
| Tipo: Text |
Palavras-chave: Submesoscale front; Horizontal eddy diffusivity; Gulf of Lion. |
| Ano: 2013 |
URL: http://archimer.ifremer.fr/doc/00185/29654/28032.pdf |
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