The seepage activity of paleo-methane has been proven to exist in geological history and
play an important role in the evolution of the Earth's environment. This study reports grain …

In this paper, the QS-1 sediments (3.64 m long; at 1500 m water depth) collected from the
Qiongdongnan Basin were used to analyze the relationship between sedimentary …

At cold seeps, sulfate-driven anaerobic oxidation of methane (SD-AOM) is the dominant
biogeochemical process, which can significantly affect the marine carbon-sulfur cycle. In this …

Cold seeps frequently occur at the seafloor along continental margins. The dominant
biogeochemical processes at cold seeps are the combined anaerobic oxidation of methane …

Methane seeps are widespread on the seafloor in continental margins. However, the
responses of methane flux and diagenetic processes at cold seeps to drastic environmental …

Over the past decade more than 30 cold seep sites have been reported along the
continental slope of the South China Sea (SCS). These seep sites have all been located in …

Release of methane from the seafloor throughout the world's oceans and the
biogeochemical processes involved may have significant effects on the marine sedimentary …

Sediments at marine cold seep areas provide potential archives of past fluid flow, which
allow insights into the evolution of past methane seepage activities. However, signals for …

Abstract The Jiulong Methane Reef, located on the northern slope of the South China Sea, is
characterized by several features, such as bottom-simulating reflections and authigenic …

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 …