Widespread sediment resuspension and transport processes on continental margins can
modify deposits and influence the preservation of particulate organic carbon (POC) in …

Radiocarbon (14 C) is a widely used tool with applications that transcend disciplinary
boundaries, including the marine chemistry field. The development of 14 C measurement …

Tropical small mountainous rivers (SMRs), characterized by extensive basin weathering,
discharge high amounts of sediments and particulate terrestrial organic carbon (OC terr) into …

Svalbard fjords are recognized as hotspots for organic carbon (OC) burial and storage due
to their high sedimentation rates, which effectively trap terrestrial sediments and inhibit …

The burial of organic carbon (OC) in marine sediments regulates CO2 content in the
atmosphere. However, the OC sources and their effect on the OC preservation in sediments …

As major sites of carbon burial and remineralization, continental margins are key
components of the global carbon cycle. However, heterogeneous sources of organic matter …

Svalbard fjords are hotspots of organic carbon (OC) burial because of their high
sedimentation rates. To identify sedimentary OC sources in Arctic fjords, we investigated …

The Canadian Beaufort Sea experiences substantial input of sediment, organic carbon, and
nutrients due to accelerated coastal erosion and transport from the Mackenzie River (Bröder …

Abstract The Arctic Ocean's continental shelves are undergoing changes due to the effects
of climate warming. As a result of increasing river discharge, deeper permafrost thaw, and …