Dr. Jennifer MacKinnon
Scripps Institution of Oceanography
University of California, San Diego
858-822-3716
I study small-scale dynamical processes in the ocean, primarily internal waves and turbulence. My main interests lie in integrating ocean observations, process studies and numerical simulations to understand the dynamics of super-inertial ocean processes and their relationship to lower-frequency global phenomena. Recently I have been involved both with numerical process studies of nonlinear interactions between internal waves and with ocean-going observations of boundary layer and thermocline turbulence. Simultaneously, I am working with collaborators to use numerical and observational results to develop analytical parameterizations of turbulent diffusivity for eventual use in large-scale numerical models.
For more detailed descriptions of ongoing projects, check out the Research page.

Subtropical Catastrophe? Numerical simulations predict a low-mode tide succumbs to strong parametric subharmonic instability at 29 N. The answers to what we observed in the ‘real world’ on the Research page...
The zoo of mixing mechanisms in the coastal ocean.