2008
DOI: 10.1016/j.chemgeo.2008.06.038
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Zn isotopes as tracers of anthropogenic pollution from Zn-ore smelters The Riou Mort–Lot River system

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Cited by 157 publications
(145 citation statements)
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“…47,54 340 In London, we propose that Zn and Cu in PM 2.5-80 are dominated by non-exhaust 341 emissions from road vehicles. The correlation between  66 Zn IRMM and EF Sb (Figure 2c), and 342 the similarity between  66 Zn IRMM of the PM 2.5-80 samples enriched in Zn (Table 1) and of ore 343 minerals typically used in the production of tires and galvanized steel [12][13][14] support this idea. 344…”
Section: Conceptual Models For the Controls Of Zn And Cu Isotope Fingsupporting
confidence: 50%
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“…47,54 340 In London, we propose that Zn and Cu in PM 2.5-80 are dominated by non-exhaust 341 emissions from road vehicles. The correlation between  66 Zn IRMM and EF Sb (Figure 2c), and 342 the similarity between  66 Zn IRMM of the PM 2.5-80 samples enriched in Zn (Table 1) and of ore 343 minerals typically used in the production of tires and galvanized steel [12][13][14] support this idea. 344…”
Section: Conceptual Models For the Controls Of Zn And Cu Isotope Fingsupporting
confidence: 50%
“…390 391 12 The range of  66 Zn IRMM determined for sphalerite and ore concentrates (literature and this study) is shown using the shaded area. [12][13][14] The  66 Zn IRMM in rocks ranges between +0.52 and +0.92‰ (panel a), and the δ 65 Cu AE633 in Cu sulphides ranges between 1 and +1‰. 11,22 The  66 Zn Lyon and δ 65 Cu NIST976 taken from the literature were normalised to  66 Zn IRMM and δ 65 Cu AE633 , respectively, assuming an isotope offset of  66 Zn IRMM-Lyon =+0.32‰ and no isotope offset for Cu ( 65 Cu NIST976-AE633 ≈ 0.01±0.04‰).…”
Section: Conceptual Models For the Controls Of Zn And Cu Isotope Fingmentioning
confidence: 99%
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“…Weiss et al (2007) made researches on the peat in Finland and got that the zinc isotope composition of peat and plants in the polluted area was similar to that of local minerals, indicating that the zinc in the local peat was most likely to be contaminated by local mines (John et al, 2007). Sivry et al (2008) made survey on zinc isotopes in the river bank and river, revealing that it was the man-made pollutants that contaminated the river. Sonke et al (2008) studied the historical change of zinc isotope in the surrounding sediments of a waste smelting plant.…”
Section: The Application Of Zinc Isotope Technology In the Tracer Of mentioning
confidence: 99%
“…Here, we focus on six trace metal and metalloid contaminants (Cd, Cu, Cr, Hg, Sb, and Zn) that show some potential for use in river systems (Table 2). Use appears promising for tracing Zn sources from industrial processes, particularly from ore processing; may be used to assess of Zn cycling in environment Bird [29]; Sivry et al [196]; Shiel et al [187]; Bentahila et al [197]; Petit et al [190] Note: 1 Frequently used within environmental studies.…”
Section: Other Stable Isotopes As Geochemical Tracersmentioning
confidence: 99%