Oceanic mixing, mostly driven by the breaking of internal waves at small scales in the ocean
interior, is of major importance for ocean circulation and the ocean response to future …

The interactions between oceanic mesoscale eddies, submesoscale currents, and internal
gravity waves (IWs) are investigated in submesoscale-resolving realistic simulations in the …

Oceanic internal waves are a major driver for turbulent mixing in the ocean, which controls
the global overturning circulation and the oceanic heat and carbon transport. Internal waves …

Motivated by recent asymptotic results in atmosphere-ocean fluid dynamics, we present an
idealized numerical and theoretical study of two-dimensional dispersive waves propagating …

In recent years it has become evident that the spatiotemporal distribution of oceanic kinetic
energy (KE) is strongly influenced by the interactions between oceanic mesoscale eddies …

2. Context Here, we report on the presentations and discussions that occurred during the
WTD workshop. The topic “Linking ocean mixing and circulation at various scales” provided …

To study two-dimensional dispersive waves propagating through turbulent flows, a new and
less restrictive fast waves approximation is proposed using a multiscale setting. In this …

High-frequency wave propagation in near-inertial wave shear has, for four decades, been
considered fundamental in setting the spectral character of the oceanic internal wave …

To study two-dimensional dispersive waves propagating over turbulent flows, a new and
less restrictive fast waves approximation is proposed using a multiscale setting. In this …

La stratification en densité des fluides modifie profondément leur dynamique en permettant
la propagation d'ondes internes de gravité dans leur volume. Leur description, et notamment …