Limited knowledge of the combined effects of water and sediment properties and metal ionic
characteristics on the solid-liquid partitioning of heavy metals constrains the effective …

Ongoing global changes such as increasing sea-surface temperatures, decreasing acidity
levels, and expanding oxygen-minimum zone may impact on the biogeochemical cycles of …

Metal speciation analysis has wide applicability and reveals how and when metals are
available to engage in chemical processes. Real systems can be physically hard to reach …

Many estuaries have undergone severe saltwater intrusion in addition to simultaneously
experiencing serious heavy metal pollution. To explore the effect of water density …

Heavy metal concentrations were investigated in water and sediments of Shadegan Wetland
southwest of Iran to assess the fate, partitioning, and risk assessment and also to quantify …

Sediment samples were collected to clarify the effect of changing sedimentary environment
under long-term reclamation on heavy metals (Cr, Zn, Pb, Cu, Cd, and Ni) in a partially …

Terrigenous sediment in estuarine environments serves as a major sink for heavy metals
sourced from land, and thus has been widely used for the investigation of anthropogenic …

Mining has been described as an important source of contaminants to the coastal zone
worldwide, which is greatly intensified in the case of tailing dam ruptures. This study …

Previous assessments on rivers in SE China with highly developed economy and enormous
population indicate diverse and relatively low particulate heavy metal pollution levels …

The environmental behavior of microplastics (MPs) in estuaries with saline and freshwater
intersections is extremely complex. This increases the chance of MP ingestion by fishery …