The temporal variability of internal solitary waves (ISWs) in the northern South China Sea
(SCS) is examined from hourly to interannual timescales based on nearly four-year-long …

Abstract The South China Sea (SCS) is abundant with complex multiscale dynamic
processes but their spatiotemporal variations, generation and evolution mechanisms, and …

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 …

Joint effects of winds and tides on near-inertial internal waves (NIWs) are numerically
investigated via a series of three-dimensional quasi-realistic simulations in the northern …

Internal solitary waves (ISWs) cause changes in the flow field of a water column, which in
turn excite convergent and divergent phenomena on the water surface. Due to the variation …

Instability within internal solitary waves (ISWs), featured by temperature inversions with
vertical lengths of dozens of meters and current reversals in the upper shoreward velocity …

Intraseasonal fluctuation with periods of∼ 90 days in the South China Sea (SCS) basin is
investigated based on an array of seven subsurface moorings. In the deep layer, the 90-day …

Tide-induced near-inertial internal waves (NIWs) are generated by tide–topography
interaction and are energized by internal tides through triadic resonant interaction of internal …

Mooring data collected at a flat‐topped seamount suggest the generation of pure inertial
waves (PIWs; waves with a dominant frequency equal to the local inertial frequency f) by low …

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 …