As one of the most important physical parameters of seawater, salinity is essential to study
climatological change, to trace seawater masses and to model ocean dynamics. The …

Seismic oceanography has the advantages of high resolution, fast acquisition and the
availability large amounts of legacy data. Almost 20 years of studies of seismic …

Recently the novel seismic oceanography method has been reported to be an effective way
to study the energetic internal solitary waves (ISWs) in the northern South China Sea. An …

This work explores a method to recover temperature, salinity, and potential density of the
ocean using acoustic reflectivity data and time and space coincident expendable …

In this work, a secondary nonlinear internal wave (NIW) on the continental shelf of the
northern South China Sea is investigated using high‐resolution seismic imaging and joint …

Seismic imaging of the water column is used to investigate the relative roles of thermohaline
intrusive mixing and stirring (straining and shearing) by mesoscale eddies in the NE Atlantic …

Marine seismic reflection technique is used to observe the strong ocean dynamic process of
nonlinear internal solitary waves (ISWs or solitons) in the near‐surface water. Analysis of …

Seismic reflections from the oceanic water column contain information about ocean
temperature and salinity. Even though seismic waveform inversion is effective for studying …

A two-dimensional multichannel seismic reflection profile acquired in the Madeira Abyssal
Plain during June 2016 was used in a modeling workflow comprising seismic oceanography …

Traditional seismic oceanography researches dominantly pay attention to the
oceanographic phenomena within the water column, such as internal wave, eddy …