Studying deep‐water cold seep systems is of great significance to gas hydrate exploration
due to their close relationship. Various cold seep systems and related gas hydrate …

The decomposition of natural gas hydrate (NGH) will cause a decrease in reservoir strength,
which can easily induce submarine landslides when hydrate reservoirs are located on a …

A sound understanding of the geomechanical behavior of sandy reservoir containing
hydrate interlayer is crucial not only for safe exploitation of natural gas but also for assessing …

With the increasing exploration and development area of deep-water oil and gas fields in the
South China Sea, well construction operations in the deep-water sloping seabed area …

Marine geological hazard assessment is crucial for the development and utilization of
marine resources, among which submarine landslide susceptibility assessment constitutes a …

Marine oil spill pollution was one of the factors affecting the marine ecology of the
northeastern South China Sea (nSCS). The submarine oil produced after the oil spill had a …

Submarine landslides represent a significant marine geohazard, making it essential to
understand their underlying dynamics. Initial deposition plays a crucial role in determining …

Earthquakes are considered as the major trigger of submarine landslides. This study
analyzes the large-scale seismic seafloor stability in the South China Sea (SCS), taking into …

It is of great significance to study the mechanical properties of hydrate-bearing sediments for
safe exploration. To date, the majority of the related research has focused on the analysis of …

Submarine mass wasting in continental margins poses a significant threat to offshore
installations, submarine communication cables, and coastal communities due to tsunamis …