Heavy metals in river basins can affect the entire ecosystem through water recycling.
Different heavy metals are significantly affected by riparian landscape patterns due to the …

Heavy metals in watersheds are a serious concern due to their toxicity, abundance, and
persistence in the environment, especially in mining areas. Source analyses and exploration …

The assessment of heavy metal (HM) distributions, sources, and potential risks is the first
step of high-efficiency contaminant degradation and sustainable water resource utilization …

Heavy metal pollution characteristics in the urbanized river network are closely related to
urban land use. The existing studies mainly focused on the pollution characteristics of heavy …

Riparian ecosystems are particularly prone to heavy metal (HM) contamination, acting as a
sink for HMs coming from human activities upstream or on adjacent uplands. An advanced …

The impact of landscape structures on the water environment has attracted great attention
recently. Studying the effects of landscape structure on nutrient and heavy metals at different …

Using land use types in multiple spatial scales (entire basin, buffer zones, and slopes) as
well as statistical and spatial analysis, relationships between land use types and …

To explore the pollution status of heavy metals and potential risks in the Yongding New
River of Tianjin, China, a comparative study of concentrations of heavy metals (Cd, Cr, Cu …

Estuarine heavy metal deposition processes in tributaries can reflect the environmental
changes in the basin and the contribution of tributaries to the pollution of downstream lakes …

Heavy metal pollution of aquatic environments in rapidly developing industrial regions is of
considerable global concern due to its potential to cause serious harm to aquatic …