The resolution of climate models is limited by computational cost. Therefore, we must rely on
parameterizations to represent processes occurring below the scale resolved by the models …

Oceanic mesoscale eddies are known to diffuse and stir tracers, and the development of
skillful eddy closures is aided considerably by the accurate diagnosis of these processes …

Implementation of a Geometrically Informed and Energetically Constrained Mesoscale Eddy
Parameterization in an Ocean Circulation Model in: Journal of Physical Oceanography Volume …

Abstract The Gent–McWilliams parameterization is commonly used in global ocean models
to model the advective component of tracer transport effected by unresolved mesoscale …

The spatial distribution of eddy diffusivity, basic characteristics of coherent mesoscale
eddies and their relationship are analyzed from numerical model outputs in the Southern …

Oceanic mesoscale currents ('eddies') can have significant effects on the distributions of
passive tracers. The associated inhomogeneous and anisotropic eddy fluxes are …

The parameterization of sub-grid scale processes is one of the key challenges towards
improved numerical simulations of the atmospheric and oceanic circulation. Numerical …

Mesoscale eddies, although being on scales of O (20–100) km, have a disproportionate role
in shaping the mean stratification, which varies on the scale of O (1000) km. With the …

A depth-independent isotropic Gent-McWilliams (GM) transport parameter κ is diagnosed
from an idealized eddy-resolving primitive equation simulation. The optimal depth …

Data plays a central role in data‐driven methods, but is not often the subject of focus in
investigations of machine learning algorithms as applied to Earth System Modeling related …