The thermodynamic properties of the ocean, such as temperature, salinity, and buoyancy, and dynamic properties such as momentum, energy, and vorticity, are governed by numerous hydrodynamic processes. These include:
- Turbulent processes, such as diffusion and mixing
- Internal waves and internal ties, wave-wave interactions
- Boundary-layer processes, such as friction and topographic drag
- Buoyancy forcing, heating, and cooling by the atmosphere
- Convection, double diffusion, and hydrostatic instability
Mixing, Measurement, and Modeling is concerned with small-scale physical processes occurring within the interior of the ocean. These processes include waves, turbulence, diffusion, and convection. All are involved in ocean mixing.
Studies are specifically aimed at understanding the influence of these small-scale physical phenomena on the larger-scale ocean circulation. These studies generally focus on energy exchanges between different classes of fluid motion. This includes the transfer of tidal energy that occurs when large-scale tidal flows interact with the topography of the seafloor to produce waves. These investigations are based on the analysis of oceanographic data, including direct measurements of turbulence made during sea-going field programs.