Characteristics of cold seeps at different geologic settings are the subject of this review
primarily based on results of the Research Consortium SFB 574. Criteria are drawn from …

Gas hydrates and deep-sea cold seeps are of interest to industry and academia for several
reasons, including their implications for offshore geohazards and unconventional resources …

Gases contained within near-surface marine sediments can be derived from multiple
sources: shallow microbial activity, thermal cracking of organic matter and inorganic …

Gas hydrates, a solid established by water and gas molecules, are widespread along the
continental margins of the world. Their dynamics have mainly been regarded through the …

We investigated gas bubble emissions at the Don–Kuban paleo-fan in the northeastern
Black Sea regarding their geological setting, quantities as well as spatial and temporal …

In previous works, it has been suggested that dissolution of gas hydrate can be responsible
for pockmark formation and evolution in deep water Nigeria. It was shown that those …

Fluid flow patterns at cold seeps provide insights into the mechanism and influence of
methane emission into the ocean, which is critical in its environmental impact assessment …

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

Gas hydrates stored in the continental margins of the world's oceans represent the largest
global reservoirs of methane. Determining the source and history of methane from gas …

Abstract Analysis of Advanced Synthetic Aperture Radar satellite images in combination with
water column and seafloor investigations documented natural oil seepage from Pechori …