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 …

Climate change-triggered episodic and intensive flood events are increasing in frequency
globally; these events play a disproportionate role in the carbon cycle at land-ocean …

While organic carbon (OC) in agricultural mineral soils is widely studied in terms of soil
carbon sequestration and gaseous emissions, discharge-induced OC loss from soil is still …

River damming reduces sediment load in rivers, leading to instability and erosion of coastal
deltas; this is a global issue in many large-river delta-front estuaries (LDEs). The total …

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

The deposition of organic carbon in marine sediments plays a critical role in global carbon
sequestration. The East China Sea (ECS) inner shelf, dominated by large river systems …

Constraining the origins, transport history, and burial efficiency of terrestrial organic carbon
(OC terr) accumulating in marine sediments is of fundamental importance for understanding …

The muddy area off the Yangtze River estuary serves as an archive that can be investigated
to unravel the impacts of environmental changes and human activities. However, in the …

The distribution, partitioning behavior, and diffusion of polycyclic aromatic hydrocarbons
(PAHs) within sediment–porewater system were determined in two cores obtained from the …

The marine shelves of passive margins receive huge amount of terrestrial organic carbon
(OC) exported from adjacent terrestrial ecosystems. Long-term sequestration of terrestrial …