A subgrid‐scale eddy parameterization is developed, which makes use of an explicit eddy
kinetic energy budget and can be applied at both “non‐eddying” and “eddy‐permitting” …

The use of coarse resolution and strong grid‐scale dissipation has prevented global ocean
models from simulating the correct kinetic energy level. Recently parameterizing energy …

Mesoscale eddies modulate the stratification, mixing, tracer transport, and dissipation
pathways of oceanic flows over a wide range of spatiotemporal scales. The parameterization …

Accurate parameterizations of eddy fluxes across prograde, buoyant shelf and slope
currents are crucial to faithful predictions of the heat transfer and water mass transformations …

Ocean models at eddy‐permitting resolution are generally overdissipative, damping the
intensity of the mesoscale eddy field. To reduce overdissipation, we propose a simplified …

In this study we demonstrate the potential of a kinetic energy backscatter scheme for use in
global ocean simulations. Ocean models commonly employ (bi) harmonic eddy viscosities …

Regional models used for downscaling the European climate usually include a relatively
small area of the Atlantic Ocean and are uncoupled, with the SST used as lower boundary …

This paper combines two strains in the literature on subgrid-scale parameterizations for
eddying ocean models to develop six new parameterizations and test them in an idealized …

Ocean models at intermediate resolution (1/4°), which partially resolve mesoscale eddies,
can be seen as Large eddy simulations of the primitive equations, in which the effect of …

Fourier spectra are powerful tools to analyze the scale behavior of turbulent flows. While
such spectra are mathematically based on regular periodic data, some state‐of‐the‐art …