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Sub Meso scales, Energy Cascades and Energy Dissipation

Explore the emergence of sub-mesoscales and the energy cascades in nested modeling of the North East Atlantic, South-East Pacific, and South West Atlantic regions. Investigate the role of vorticity, Eady flow, and Boussinesq SQG in energy flux and dissipation efficiency. Study the degree of unbalance, the influence of unbalanced velocities, and the significance of Spiral Eddy in Santa Monica Bay and the Canary Islands.

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Sub Meso scales, Energy Cascades and Energy Dissipation

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  1. Sub Meso scales, Energy Cascades and Energy Dissipation Jeroen Molemaker, Xavier Capet, James McWilliams IGPP, UCLA

  2. Nested modeling (North East Atlantic)

  3. South-East Pacific

  4. South West Atlantic

  5. Los Angeles-Long Beach

  6. Santa Monica Bay

  7. Canary Islands (dx = 1 km)

  8. Emergence of sub-mesoscales

  9. Vorticity

  10. Eady flow Boussinesq SQG

  11. Dissipation Efficiency Boussinesq SQG

  12. Energy Flux Bouss SQG

  13. PE and KE flux

  14. W Degree of unbalance

  15. The role of unbalanced velocities

  16. Spiral Eddy in SM bay

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