Two relatively comprehensive and long‐term observation campaigns of bottom sediment
dynamics have been conducted at the subaqueous Yellow River delta in the winters of 2016 …

Mud depocenters (MDCs) represent major proximal-marine sinks for fine-grained
terrigenous material, carbon, and contaminants on modern continental shelves. Throughout …

Fluid mud supported by waves can move downslope on a gentle slope under gravity to
transport massive sediment across the continental shelf and cause significant …

This paper reexamines the late Pleistocene to early Holocene transgressive succession (ca.
19.0–8.0 cal. ky BP) beneath the modern Changjiang delta plain, one of the world's great …

Fluid mud plays an important role in the maintenance of the estuarine turbidity maximum
(ETM) and makes a significant contribution to estuarine sediment transport. A seabed tripod …

The erosion, transport, and deposition processes of sediments that are influenced by
typhoons are significant constituents of the sedimentary source-sink processes in marginal …

Bottom sediment transport on the NW Iberian shelf was monitored during a downwelling
storm in September 2014. Collected data were analyzed and fed into a 3‐D coastal ocean …

This study presents in-situ observations of fluid mud in the Yangtze Estuary via a bottom
tripod. Six occurrences of periodic fluid muds (F1-F6) were observed at high slack water …

Wave‐supported gravity flows (WSGFs) generate rates of sediment flux far exceeding other
cross‐shelf transport processes, contributing disproportionately to shelf morphology and net …

Fluid mud is widely found in estuarine and coastal areas and significantly affects sediment
transport, navigational safety, and ecological functions. The formation mechanisms of fluid …