Landslides are generated by natural causes and by human action, causing various
geomorphological changes as well as physical and socioeconomic loss of the environment …

Abstract Conventional three‐dimensional (3D) seismic data reveal abundant igneous
activity on the Modgunn Arch, mid‐Norwegian margin. Magmatic sills and associated …

The fracture-cave reservoirs controlled by strike-slip faults are the main targets for oil and
gas exploration of ultra-deep carbonate in the Tarim Basin. It is of great significance to clarify …

The ideal development of layer-bound, polygonal faults occurs in an isotropic stress field.
However, some populations of layer-bound faults appear to have originated as …

Submarine landslides are significant geohazards, capable of displacing large volumes of
sediment from continental margins to deposit mass transport complexes (MTCs) and …

Cenozoic igneous rocks dominated by basalts are exposed sporadically onshore East
China, and they provide important information about the Cenozoic evolution of the region …

Submarine landslides are widely recognised around the Northeast Atlantic margin, some of
which forming vast slide complexes. On the mid-Norwegian margin, the Storegga Slide …

Giant seafloor craters are known along many a continental margin with recurrent mass-
wasting deposits. However, the impact of breakup-related magmatism on the evolution of …

The paper presents the results of a geological interpretation using gravity, magnetic, and
seismic data to understand the oil and gas potential of pre-Jurassic sedimentary intervals …

Abstract The Santa Barbara Channel, offshore California, contains several submarine
landslides and ample evidence for incipient failure. This region hosts active thrust and …