Continental margin systems collectively receive and store vast amounts of organic carbon
(OC) derived from primary productivity both on land and in the ocean, thereby playing a …

In the estuary region of the Yangtze River (China), the oldest Neolithic civilization based on
paddy rice cultivation flourished in the mid-Holocene (7.5–4.2 cal. kyr BP). However …

A regional synthesis of organic carbon (OC) burial was conducted using a comprehensive
data set to reveal some of the key drivers and human multi‐stressors controlling OC burial …

The burial of terrestrial organic carbon (terrOC) in marine sediments contributes to the
regulation of atmospheric CO2 on geological timescales and may mitigate positive feedback …

Estuaries are action zones for organic carbon (OC) degradation and aging. These
processes influence the nature of terrestrial OC (OCterr) export and the magnitude of OCterr …

Continental margins play a fundamental role in the carbon cycle as primary oceanic
locations of organic carbon (OC) burial. However, gaps remain in our understanding of …

Understanding the effects of hydrodynamic forcing on organic matter (OM) composition is
important for assessment of organic carbon (OC) burial in marginal seas on regional and …

We investigated the remineralization of sedimentary organic carbon (SOC) at 12 sites in
East China Sea mobile-muds (ECSMMs) and South Yellow Sea central mud deposits …

Reactive iron (Fe R) plays an important role in the preservation of organic carbon (OC) in
coastal sediments, yet changes in the OC bound to Fe R (OC-Fe R), during transport and …

River-dominated ocean margins (RiOMar) are major terrestrial organic carbon (OC terr)
repositories that play an important role in the global carbon cycle. However, riverine inputs …