Atmospheric predictability from subseasonal to seasonal time scales and climate variability
are both influenced critically by gravity waves (GW). The quality of regional and global …

Internal waves contain a large amount of energy in the ocean and are an important source of
turbulent mixing. Ocean mixing is relevant for climate because it drives vertical transport of …

Extraction of internal tidal (IT) signals is central to the interpretation of Sea Surface Height
(SSH) data. The increased spatial resolution of future wide‐swath satellite missions poses a …

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 …

The generation of broadband wave energy frequency spectra from narrowband wave forcing
in geophysical flows remains a conundrum. In contrast to the long-standing view that …

We investigate the effect of wave–eddy interaction and dissipation of internal gravity waves
propagating in a coherent mesoscale eddy simulated using a novel numerical model called …

We study the spectral energy transfer due to wave–triad interactions in the Garrett–Munk
spectrum of internal gravity waves based on a numerical evaluation of the collision integral …

Direct numerical simulations are performed in rotating turbulence for different regimes at
various Rossby and inertial Reynolds numbers (. We propose a scale-by-scale analysis of …

The scattering of three-dimensional inertia-gravity waves by a turbulent geostrophic flow
leads to the redistribution of their action through what is approximately a diffusion process in …