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 …

Submesoscale currents, comprising fronts and mixed-layer eddies, exhibit a dual cascade of
kinetic energy: a forward cascade to dissipation scales at fronts and an inverse cascade …

Mixing by mesoscale eddies in the ocean plays a major role in setting the distribution of
oceanic tracers, with important implications for physical and biochemical systems at local to …

Stirring in the neutral (ie, isopycnal) direction drives isopycnal mixing, which acts to
homogenise tracers along the neutral plane. Isopycnal mixing does not directly enter the …

We demonstrate that turbulent zonal jets, analogous to Jovian ones, which are quasi
stationary, are actually metastable. After extremely long times, they randomly switch to new …

Mesoscale eddy mixing profoundly modulates the ocean tracer budgets, and is typically
parameterized via the isopycnal eddy diffusivity in ocean climate models. However …

Jupiter’s Unearthly Jets: A New Turbulent Model Exhibiting Statistical Steadiness without
Large-Scale Dissipation in: Journal of the Atmospheric Sciences Volume 73 Issue 3 (2016) …

This work aims at developing a framework for dynamically consistent parameterization of
mesoscale eddy effects for use in non-eddy-resolving ocean circulation models. The …

We propose an isoneutral eddy transport diagnostic framework and apply it in the Southern
Ocean to analyze eddy potential vorticity (PV) transport dynamics. We leverage a thickness …

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 …