The interactions between clay minerals and organic matter, specifically adsorption, are
widely recognized as a crucial mechanism for promoting the preservation of organic matter …

Abstract The South China Sea offers an excellent case for studying source-to-sink transport
processes of fluvial sediments among the global marginal seas. This study synthesizes …

Silicate weathering is critical to global carbon cycle and climate change, and has attracted
considerable attention in Earth science studies. Chemical weathering intensity evaluation …

Atmospheric CO 2 and global climate are closely coupled. Since 800 ka CO 2
concentrations have been up to 50% higher during interglacial compared to glacial periods …

Geochemistry of the Himalayan rivers has been a major point of contention in sedimentary
geochemistry because of its global impact on ocean chemistry and climate. Among the …

The concentrations of trace elements in agricultural soils directly affect the ecological
security and quality of agricultural products. A comprehensive study aimed at quantitatively …

From the latest Cretaceous (late Campanian to Maastrichtian,~ 75–66 Ma) to the earliest
Paleogene, fluctuations in greenhouse climate, inferred primarily from marine sediments …

Clay mineralogy, siliciclastic grain-size, major elements, 87 Sr/86 Sr, and εNd analyses of
deep-sea sediments cored in the north-eastern Bay of Bengal are used to reconstruct …

Abstract The East China Sea is characterized by wide continental shelf receiving a huge
input of terrigenous matter from both large rivers and mountainous rivers, which makes it an …

The major, trace, and rare earth element (REE) compositions of sediments from the Meghna
River in Bangladesh have been examined to infer their sediment type, compositional …