Precipitation of methane-derived authigenic carbonates (MDAC) is an integral part of marine
methane production and consumption, but MDAC's relative significance to the global marine …

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 …

Submarine methane seepage can potentially be promoted by the dissociation of the marine
hydrates surrounding the continental margins due to oceanic warming since the Last Glacial …

As an important product of methane seepage, pyrite contains abundant methane seepage
information. It is right that the formation mechanisms of authigenic pyrite at methane …

Trace elements are widely used to constrain environmental conditions and biogeochemical
processes through geologic time. Authigenic carbonates in particular are a reliable archive …

Methane seeps are widespread at continental margins, and may exert an influence on
climate change. However, many details concerning the relationship between methane …

Seepage of methane-rich fluids, are widespread along the continental margins of the world.
Intense seepages of methane may lead to the emission of this powerful greenhouse gas into …

It is not currently well understood how a changing climate controls methane releases in the
Okinawa Trough. In this study, a piston core was collected from a seep-impacted area at a …

Methane hydrates are widely distributed along continental margins, representing a potential
source of methane to the ocean and atmosphere, possibly influencing Earth's climate. Yet …

Abstract The Formosa Ridge cold seep is among the first documented active seeps on the
northern South China Sea passive margin slope. Although this system has been the focus of …