8 p.International audienceScanning electron microscopy (SEM) coupled with energy dispersive spectroscopy (EDS) was used to develop a protocol for the identification of trace element carriers in the Seine River. Various Pb, Ni, Zn, V, Cr, and Cu bearing phases were identified on the sediment of the Seine River. Lead and nickel were found to be preferentially bound with iron sulfide particles. This phase is known to be a significant trace metal carrier in a reducing environment. Association of vanadium and calcium was identified which would be a product of road surface runoff. Zinc was also found associated with barite, possibly indicating an urban-related contamination source. Microscopic particle analysis shows to be a powerful tool in the ...
International audienceThe excessive supply of contaminants from urban areas to rivers during the las...
International audienceThe excessive supply of contaminants from urban areas to rivers during the las...
International audienceThe excessive supply of contaminants from urban areas to rivers during the las...
8 p.International audienceScanning electron microscopy (SEM) coupled with energy dispersive spectros...
8 p.International audienceScanning electron microscopy (SEM) coupled with energy dispersive spectros...
8 p.International audienceScanning electron microscopy (SEM) coupled with energy dispersive spectros...
8 p.International audienceScanning electron microscopy (SEM) coupled with energy dispersive spectros...
In freshwater systems, metals are known to have a particular affinity for the solid fraction. Conseq...
In freshwater systems, metals are known to have a particular affinity for the solid fraction. Conseq...
In freshwater systems, metals are known to have a particular affinity for the solid fraction. Conseq...
International audienceThis study provides evidence on the sources and pathways of trace-metal contam...
International audienceThis study provides evidence on the sources and pathways of trace-metal contam...
In freshwater systems, metals are known to have a particular affinity for the solid fraction. Conseq...
Spatial and temporal fractionation of trace metals and major elements in suspended particulate matte...
Spatial and temporal fractionation of trace metals and major elements in suspended particulate matte...
International audienceThe excessive supply of contaminants from urban areas to rivers during the las...
International audienceThe excessive supply of contaminants from urban areas to rivers during the las...
International audienceThe excessive supply of contaminants from urban areas to rivers during the las...
8 p.International audienceScanning electron microscopy (SEM) coupled with energy dispersive spectros...
8 p.International audienceScanning electron microscopy (SEM) coupled with energy dispersive spectros...
8 p.International audienceScanning electron microscopy (SEM) coupled with energy dispersive spectros...
8 p.International audienceScanning electron microscopy (SEM) coupled with energy dispersive spectros...
In freshwater systems, metals are known to have a particular affinity for the solid fraction. Conseq...
In freshwater systems, metals are known to have a particular affinity for the solid fraction. Conseq...
In freshwater systems, metals are known to have a particular affinity for the solid fraction. Conseq...
International audienceThis study provides evidence on the sources and pathways of trace-metal contam...
International audienceThis study provides evidence on the sources and pathways of trace-metal contam...
In freshwater systems, metals are known to have a particular affinity for the solid fraction. Conseq...
Spatial and temporal fractionation of trace metals and major elements in suspended particulate matte...
Spatial and temporal fractionation of trace metals and major elements in suspended particulate matte...
International audienceThe excessive supply of contaminants from urban areas to rivers during the las...
International audienceThe excessive supply of contaminants from urban areas to rivers during the las...
International audienceThe excessive supply of contaminants from urban areas to rivers during the las...