Methane Hydrates and Related Phenomena
External reference: https://openalex.org/T10995
- NW/SE and NNW/SSE faults show higher slip tendency
-
Microbial methane release identified in inner Laptev Sea subsea permafrost Triple-isotopic analysis reveals old microbial methane from subsea permafrost drives methane release in the inner Laptev Sea, contrasting with thermogenic sources elsewhere on the Arctic shelf.
-
Cross-shelf methane cycling was detected in the Laptev Sea Biomarker analysis reveals enhanced methane cycling across the Laptev Sea shelf overlying thawing subsea permafrost, using C30 hopanoid isotopic signatures as time-integrated proxies for aerobic.
-
Spatial changes in a Scotian Slope cold seep reveal complex seepage Lipidomic and geochemical analysis of a North Atlantic cold seep reveals complex microbial zonation dominated by ANME archaea with sulfate-reducing microbes across a carbonate mound.

