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

A geostrophic eddy energy dissipation rate due to the interaction of the large-scale wind
field and mesoscale ocean currents, or relative wind stress, is derived here for use in eddy …

Mesoscale eddies dominate the ocean kinetic energy reservoir. However, how and where
this energy flows out from the mesoscale remains uncertain. Here, a simplified mesoscale …

Oceanic mesoscale eddy mixing plays a crucial role in Earth's climate system by
redistributing heat, salt, and carbon. For many ocean and climate models, mesoscale eddies …

Ocean general circulation models at the eddy-permitting regime are known to under-resolve
the mesoscale eddy activity and associated eddy-mean interaction. Under-resolving the …

Abstract Ocean components of Earth System Models employed for climate projections do not
routinely resolve mesoscale eddies for computational cost reasons, and the associated …

This study uses a simple diffusivity formulation to examine flow regime transition and jet–
eddy energy partitioning in two-layer quasigeostrophic turbulence. Guided by simulations …

The reduced sensitivity of mean Southern Ocean zonal transport with respect to surface
wind stress magnitude changes, known as eddy saturation, is studied in an idealised …

Parameterization of mesoscale eddies in coarse resolution ocean models is necessary to
include the effect of eddies on the large‐scale oceanic circulation. We propose to use a …