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 …

The rare earth elements and yttrium (REY) can enter carbonate lattices by replacing cations,
which can be used to reconstruct the history of carbonate precipitation. The Ediacaran …

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 …

Although it has been suggested that the trace element patterns of sedimentary pyrite can be
affected by early diagenesis, detailed studies on modern marine environments addressing …

This study presents results of the petrographic, mineralogical, stable isotopes of oxygen and
carbon, and trace element investigation of authigenic carbonates collected at newly …

Methane seepage causes significant changes in the local diagenetic environment and
impacts the marine sedimentary cycles of sulfur, carbon, and molybdenum (Mo), which are …

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

Methane release from marine sediments strongly influences the local seafloor environment
and ecosystems, and may impact Earth's climate system. Recent studies revealed …

Authigenic molybdenum (Moauth) in marine sediments holds great potential to archive the
Mo isotopic composition of seawater and biogeochemical processes. However, the factors …

Abstract Objectives/Scope Underground hydrogen storage (UHS) has been raising more
interest to safely and cost-effectively store hydrogen at large-scale to help the transition from …