Moss covered, high latitude wetlands hold large amounts of terrestrial organic matter (OM),
which may be vulnerable to expected climate warming. Molecular analysis of fluvially …

The n-alkane distributions from total lipid extracts of ten modern Sphagnum moss species,
collected from a suite of ombrotrophic bogs across Europe, were determined using gas …

Lipid analysis of modern bog vegetation revealed n-alkane distributions for Sphagnum
species displaying enhanced abundances of lower chain length homologues (C21–C25) …

Soils, fine‐grained ice‐rafted detritus (IRD), coals, and marine surface sediments in the
Arctic realm (Svalbard) were collected in 2007 and 2008 to characterize organic matter (OM) …

In a warming climate, thawing permafrost soils in the circumpolar Arctic region are subject to
enhanced microbial turnover as well as mass mobilization and other erosion processes …

Lipid distributions in modern peat-forming plants were determined and compared to
biomarkers recovered from a ca. 2800 year old peat deposited in a Dutch ombrotrophic bog …

Predicted climate warming and observed increases in river discharge in the vulnerable
Arctic region can lead to alterations in the flux and composition of terrestrial organic matter …

The composition and hydrogen isotope values of leaf wax components can be powerful
tools in reconstructing past climate and environments. However, interpretation of past …

Dissociating gas hydrates, submerged permafrost, and gas bearing sediments release
methane to the water column from a multitude of seeps in the Arctic Ocean. The seeping …

The assessment of organic matter (OM) sources in sediments and soils is a key to better
understand the biogeochemical cycling of carbon in aquatic environments. While traditional …