The application of molybdenum (Mo) enrichment to sediments can potentially provide
unique constraints on the methane seepage dynamics at continental margins. We report …

Because of the urgency of energy transition for a net-zero society, the world's gas demand is
rapidly increasing. Natural gas hydrate (NGH) is regarded as the next alternate energy …

Seabed methane seepage has gained attention from all over the world in recent years as an
important source of greenhouse gas emission, and gas hydrates are also regarded as a key …

Multiple sulfur isotope signatures and secondary ion mass spectroscopy (SIMS) sulfur
isotope compositions of pyrite from two seafloor sites (DH-CL11 and HD109) in seepage …

Research on the formation and distribution of submarine channel systems and associated
gas-bearing fluids is of great significance for gas hydrate exploration. Disseminated gas …

Natural gas in clathrate hydrates is regarded as a potential energy source that has received
increased attention to optimize production strategies with controllable impacts on the …

Mass transport deposits and geological features related to fluid flow such as gas chimneys,
mud diapirs and volcanos, pockmarks and gas hydrates are pervasive on the canyon …

Seafloor features, seismic amplitude anomaly, geophysical attributes, and chemosynthetic
community are different in the methane seepage areas of Taixinan Basin, South China Sea …

Sediments at marine methane seep sites provide potential archives of past fluid flow that
serve to explore seepage activities over time. Three gravity cores (D-8, DF, and D-7) were …

Elemental sulfur is commonly regarded as the product of oxidative sulfur cycling in the
sediment. However, reports on the occurrence of elemental sulfur in seepage areas are few …