Mangroves can be considered as biogeochemical reactors along (sub) tropical coastlines,
acting both as sinks or sources for trace metals depending on environmental factors. In this …

目前镍的毒性评价大多基于单一指标和室内控制实验研究, 如何综合考虑镍在水环境中的形态及
天然复合水化学条件的影响, 进而准确预测水体中镍的生物毒性是水质基准及生态风险评估领域 …

Constraining the main sediment sources and pathways across landscapes impacted by
anthropogenic activity is essential to limit the dispersal of sediment-borne contaminants …

Nickel, a vital component in stainless steel and the new energy industry, presents a double-
edged sword. While its demand soars, its status as a potentially toxic element raises …

We determined the elemental and isotopic composition of Zn in sinking particles collected in
the deep water of the northern South China Sea (NSCS) to investigate the relative …

Abstract The Ganga River System is a major contributor to the global sediment and water
discharge to the oceans. The estuary of Ganga (Hooghly) River in India is under increasing …

The modeling of metal concentrations in large rivers is complex because the contributing
factors are numerous, namely, the variation in metal sources across spatiotemporal …

In this study, we have investigated the evolution of concentrations and isotope ratios of
dissolved nickel (Ni), copper (Cu), and zinc (Zn) from the North Equatorial Current in the …

In order to evaluate the distribution and partitioning characteristics of heavy metals in the
large anthropogenically impacted Pearl River Basin, the contents of “anthropophile” …

Climate change and cryosphere degradation may enhance the concentrations of heavy
metals in high-mountain rivers. However, the downstream export of these contaminants to …