Near-inertial waves (NIWs) trapped in a propagating anticyclonic eddy (AE) are investigated
along the eddy path at three areas spanning 660 km by using two mooring arrays and a …

The uncertainty of ocean turbulent mixing parameterization comprises a significant
challenge in ocean and climate models. A depth-dependent deep learning ocean turbulent …

Turbulent mixing is a key process in ocean circulation. An underwater glider is an ideal
platform for turbulence measurement; however, owing to the influence of multisource …

Diapycnal mixing in the South China Sea (SCS) is commonly attributed to the vertical shear
variance (S 2) of horizontal ocean current velocity, but the seasonal modulation of the S 2 is …

Steep oceanic ridges and tidal currents in the Luzon Strait generate some of the world's
strongest turbulent mixing. To evaluate the impacts of the turbulence intensity on the marine …

The importance of internal solitary waves (ISWs) to the energy and material transport in the
upper ocean has been confirmed, but how ISWs affect turbulent mixing in the bottom …

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 …

The eddy diffusivity in the ocean pycnocline KN= γ ε/N 2 is analyzed based on field
measurements of the turbulent kinetic energy (TKE) dissipation rate ε z and buoyancy …

Using in situ microstructure observations from 2010 to 2018, this study assesses the
applicability of turbulent mixing parameterization schemes in the northwestern South China …

A month of microstructure measurements in the Southern California Bight allowed to confirm
the hypothesis that in ocean pycnocline, below the surface mixed layer, the probability …