Turbulent mixing from breaking oceanic internal waves drives a vertical transport of water,
heat and other climatically important tracers in the ocean, thereby playing an important role …

Oceanic flows are turbulent and multi-scale in nature, and are composed of fast internal
waves and slowly evolving balanced eddies. Contrary to conventional wisdom in physical …

A broad spectrum of internal gravity waves coexist with the geostrophic balanced flow in the
world's oceans. Satellite altimeter data sets, in situ observations and global scale ocean …

Identifying internal waves in complex flow fields is a long‐standing problem in fluid
dynamics, oceanography and atmospheric science, owing to the overlap of internal waves …

Recent studies show that the western boundary acts as a “graveyard” for westward-
propagating ocean eddies. However, how the eddy energy incident on the western …

On the Momentum Flux of Internal Tides in: Journal of Physical Oceanography Volume 49
Issue 4 (2019) Jump to Content Jump to Main Navigation Logo Logo Logo Logo Logo Logo …

While lee-wave generation has been argued to be a major sink for the 1-TW wind work on
the ocean's circulation, microstructure measurements in the Antarctic Circumpolar Currents …

Wind-forced near-inertial waves form a high-energy wave component in the upper ocean.
The weakly dispersive nature of these large horizontal and small vertical scale waves make …

Wind generated near-inertial waves are ubiquitous in the upper ocean. An improved
understanding of near-inertial wave dynamics following their excitation in the ocean and …

Observed Eddy–Internal Wave Interactions in the Southern Ocean in: Journal of Physical
Oceanography Volume 50 Issue 10 (2020) Jump to Content Jump to Main Navigation Logo …