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 …

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 …

Sub-mesoscale and mesoscale (ie, 1–10 km and 10–200 km, respectively) ocean processes
are highly relevant for the understanding of global circulation, mixing of water masses and …

本文主要利用地震海洋学方法研究地中海直布罗陀海峡附近内孤立波的结构特征,
此处内孤立波为第一模态下沉型, 为中幅度和大幅度内孤立波, 垂向振幅最大可达74.5 m …

Submarine bubble plumes are associated with the fluid migration at hydrothermal systems,
cold seeps, serpentinization processes, and areas of active tectonics. This work aims to …

This work used the seismic oceanography method to study the structural characteristics of
internal solitary waves (ISWs) near the Strait of Gibraltar in the Mediterranean Sea. The …

Oceanic temperature and salinity are important for studying ocean dynamics and marine
ecosystems, and for developing climate prediction models. Physical oceanographers …

Ocean-water temperature and salinity are two vital properties that are required for weather-,
climate-, and marine biology-related research. These properties are usually measured using …

One of the characteristics that struck me most about André when I first met him in 1980 was
the constant desire to expose, discuss and, above all, make accessible the emerging ideas …