The combined study of Ce and Nd stable isotopes is promising because Ce and Nd behave
similarly in geological processes and distinctively in redox reactions. However, the …

There have been few investigation of the provenance of sediments and hydrological
response to past climatic change in the subalpine peatland in southern China. The source of …

Stable Nd isotope ratio is a potentially useful tool to provide new constraints on the
geological reservoir formation processes, complementing information from the radiogenic …

Removing interferences such as Ce on Nd isotopes during column chemistry is hard to
achieve due to their similar properties. In this study, we established a simple but efficient Nd …

Abstract The fine-grained fractions (< 63 μm) of nine fluvial sediments from South China
coastal rivers (SCCR) and fourteen surface sediments from the continental shelf of the …

Here, we report the stable Nd isotopic compositions of twenty‐seven widely available
geological reference materials (RMs) including silicates, sediments, soils and carbonates …

Time series data from a sediment trap at approximately 1,000‐m depth in the northwestern
South China Sea, July 2012 to April 2013, were used in combination with remote sensing …

Lateral particle transport in shelf/slope settings of marginal sea systems may potentially
supply allochthonous particulate organic carbon (POC) to the ocean interior. The magnitude …

Dissolved rare earth elements (REEs) and neodymium isotopes (ϵNd) have been jointly
used to evaluate water mass mixing and lithogenic inputs in the ocean. As the largest …

Stable isotopes of cerium (Ce) and neodymium (Nd), two rare earth elements (REEs), have
emerged recently as useful tracers for a range of geological and environmental processes …