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 …

There is growing interest in discovering interpretable, closed‐form equations for subgrid‐
scale (SGS) closures/parameterizations of complex processes in Earth systems. Here, we …

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 …

There is growing interest in discovering interpretable, closed-form equations for subgrid-
scale (SGS) closures/parameterizations of complex processes in Earth systems. Here, we …

Motivated by recent advances in mapping mesoscale eddy tracer mixing in the ocean we
evaluate the sensitivity of a coarse‐resolution global ocean model to a spatially variable …

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 …

There is an increasing interest in mesoscale eddy parameterizations that are scale‐aware,
normally interpreted to mean that a parameterization does not require parameter …

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 …

We developed a new version of the Alfred Wegener Institute Climate Model (AWI-CM3),
which has higher skills in representing the observed climatology and better computational …