Turbulence parameterization from gravity - fluid dynamics correspondence

Question

I`m looking for a nice introductary reference that explains how the turbulence coefficient or any kind of turbulence parameterization (in view of applications to atmospheric turbulence for example) can be derived from the gravity - fluid dynamics correspondance, such that even I can get it. I mean, if something like this exists ...

I`m basically quite familiar with the hydrodynamic part (NS equation, etc) of this correspondance whereas about the other side I feel a bit more shaky ...

I`m finally looking for a citable reference, but any "reasonable" source (slides of a talk, video, ect) that explains how a turbulenc coefficient / parameterization can be obtained would be welcome and appreciated.

Edit

To clarify what I mean, relevant papers for the topic are for example here, here, and jep this one linked to by Mitchell.

Thomas · Accepted Answer

I assume you mean the critical exponents of the velocity
correlation functions? First of all, I don't think they 
have been derived using fluid/gravity (this is a very 
difficult problem), at best the problem was mapped onto
a different problem. There was a series of papers by Oz and 
others about incompressible (and compressible) Navier-Stokes 
some years ago, see for example http://arxiv.org/abs/0905.3638, 
http://arxiv.org/abs/0906.4999, 
http://arxiv.org/abs/0909.3574. There are also somewhat more
handwaving efforts like http://arxiv.org/abs/1005.3254.

Turbulence parameterization from gravity - fluid dynamics correspondence

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