Submarine landslides constitute major marine and coastal geohazards, causing damage to
marine infrastructures or even provoking tsunamis. For many authors, gas hydrate …

The towing vehicle must maintain a stable distance from the seafloor to ensure the accuracy
and safety of deep-towed seismic systems. However, due to equipment limitations …

Deep-towed multichannel seismic exploration technology has better applicability and more
development potential when utilized to invert the geoacoustic properties of deep-sea …

A comprehensive characterization of gas hydrate system offshore the western Black Sea
was performed through an integrated analysis of geophysical data. We detected the bottom …

Kuiyang-ST2000 is a deep-towed multichannel seismic system that provides high-resolution
exploration of sub-seabed geological formations. Due to the uncertainty of the sound speed …

A deep-towed seismic system is an effective tool for exploring minerals in strata. Because
the exploration accuracy is closely related to the towing depth and array cable shape, a …

The Kuiyang-ST2000 deep-towed high-resolution multichannel seismic system was
designed by the First Institute of Oceanography, Ministry of Natural Resources (FIO, MNR) …

Before analyzing the distribution of submarine minerals, the positions of hydrophones
installed in seismic array cables must be known. Generally, the hydrophone positions are …

ABSTRACT Very-high-resolution (VHR) marine seismic reflection helps to identify and
characterize potential geohazards occurring in the upper part (300 m) of the subseafloor …

When marine deep-towed multichannel seismic data are processed, the description of the
receiving array geometry significantly impacts the quality of the imaging profile. Therefore …