Both the semidiurnal and diurnal internal tides in the Banda Sea were investigated using
multi‐satellite altimeter data, through a combination of plane wave analysis technique and …

Near-inertial waves (NIWs), a special form of internal waves with a frequency close to the
local Coriolis frequency, are ubiquitous in the ocean. NIWs play a crucial role in ocean …

On the basis of measurements from an observing mooring system, the observational
evidence of parametric subharmonic instability (PSI) that transfers energy from semidiurnal …

Turbulent mixing above rough topography is crucial for the vertical motions of deep water
and the closure of the meridional overturning circulation. Related to prominent topographic …

Turbulent mixing in the ocean interior is mainly contributed by internal wave breaking;
however, the mixing properties and the modulation effects of mesoscale environmental …

Internal waves close to the seafloor of abyssal oceans are the key energy suppliers driving
near-bottom mixing and the upwelling branches of meridional overturning circulation, but …

Summer blooms of chlorophyll develop in the oligotrophic North Pacific Ocean between
Hawaii and 30° N. It is thought that episodic injections of subsurface nutrients fuel these …

Breaking internal tides and induced mixing are critical to shelf dynamics, including heat and
mass exchanges. Spatiotemporal variability of internal tides and modulation factors for the …

Near‐inertial waves (NIWs) are essential energy sources for deep diapycnal mixing.
However, the mechanisms for generating deep and abyssal NIWs are largely unknown …

Upper ocean responses to the super Tropical Cyclone (TC) Amphan and modulation of
energy dissipation by internal tides were investigated using in situ observations from a …