Strong nonlinear internal waves generate a significant pressure force on the seafloor and
induce a pore-pressure response penetrated in the seabed and are thus an important driver …

The breaking of internal solitary waves (ISWs) over slope‐shelf topography induces energy
dissipation and enhances mixing. In this work, high‐resolution, laboratory‐scale simulations …

In recent years, the Arctic Ocean has experienced a dramatic decrease in sea ice cover,
leading to enhanced turbulent mixing and eddy activity. Due to the scarcity of high …

Internal solitary waves (ISWs) in the South China Sea (SCS) are considerably modulated by
the background currents. In this study, a three-dimensional high-resolution non-hydrostatic …

Seismic oceanography, characterized by its high horizontal resolution and large imaging
coverage, can be used to directly measure the horizontal extension of the thermohaline …

Thermohaline staircases play a crucial role in the vertical transport of heat and salt in the
thermocline. However, there are few in-situ observations of internal waves within …

Seismic oceanography has been widely used in the study of internal solitary waves (ISWs)
in recent years, and has achieved remarkable results. In this paper, we analyzed the multi …

Halocline eddies transport mass and energy across the Arctic Ocean. Seismic
oceanography uses multichannel seismic reflection (MCS) data to create high resolution …

Subsurface eddies, characterized by their cores located within or below the pycnocline, can
transport materials over long distances in the ocean's interior. Observations of these eddies …

The oblique interactions between internal solitary waves frequently occur in the ocean
owing to their different propagation directions after originated from more than one potential …