Internal solitary waves (ISWs) occur ubiquitously in China's waters: the South China Sea
(SCS), the East China Sea (ECS), the Yellow Sea (YS), and the Bohai Sea (BS). ISWs have …

Internal solitary waves (ISW) are widely distributed worldwide and significantly affect the
ocean environment and offshore activities. ISW propagation speed is important for ISW …

In this study the mesoscale and submesoscale features in the South China Sea (SCS) are
characterized based on a submesoscale-permitting numerical simulation (MITgcm llc4320) …

Using a large-scale observation array of 27 simultaneous pressure-recording inverted echo
sounders (PIESs), the standing wave features of the mode-1 M 2 internal tide west of the …

Internal waves (IWs), observed in the world oceans, have significant impacts on ocean
engineering and environments. In this study, we collected satellite images from Moderate …

The M 2 internal tides in the northeastern South China Sea are studied using satellite
altimeter data from 1992–2018. By an improved mapping technique that combines plane …

Internal waves (IWs) are a common characteristic of oceans and serve a crucial role in
transmitting energies between large-scale tides and small-scale mixing. This study …

Internal solitary wave (ISW) reflection is rarely observed in satellite images, even in the
South China Sea (SCS), where the strongest and most energetic ISWs in the world have …

Predicting the occurrence of internal solitary‐like waves (ISWs) is important for
parameterizing turbulent dissipation. ISWs in the northern South China Sea (SCS) are well …

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 …