Cross-slope transport of coarse sediments is thought to be dominated by gravity-flow or
hyperpycnal-flow processes triggered by hydrodynamic events. However, whether long-term …

As the main heat and water mass sources, the warm and saline Pacific waters have
significant influence on sea ice and intermediate water circulation in the Sea of Okhotsk …

In this study, we analyzed the clay mineralogy and geochemistry of surface and drill core
samples from the northeastern Beibu Gulf in order to unravel the sediment provenance of …

Clay minerals have great potentials in pinpointing sediment provenance for large
depositional systems. However, source identification using clay minerals for small floodplain …

High-resolution major element geochemistry of Core MD05–2892 from the lower Sunda
Slope was analyzed to investigate the variation of chemical weathering records and its …

The clay mineral composition in the northwestern part of the South China Sea (SCS)
continental shelf is influenced by multiple sources and coastal transport, which may differ …

Neodymium isotopic compositions (εNd) in the marginal sea is influenced by the ocean
circulations as well as the lithogenic input from continents, but their relative contributions …

Turbidity current deposition belongs to event deposition, which is of great significance to the
study of neotectonic movement. However, turbidite deposits are rarely found in deep-sea …

The distribution of Holocene sediments in the Mekong River shelf area was investigated
using shallow seismic and core data. The results show that the shelf depositional …

Marine productivity is a key process in controlling the global carbon cycle. To understand the
paleo-productivity behavior in the southern South China Sea, multiple geochemical …