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Lability of toxic elements in Submarine Tailings Disposal: The relationship between metal fractionation and metal uptake by sandworms (
Alitta virens
)
Anne Mette T. Simonsen, Kristine B. Pedersen, Pernille E. Jensen,
Bo Elberling
, Lis Bach
Geography
2
Citations (Scopus)
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Dive into the research topics of 'Lability of toxic elements in Submarine Tailings Disposal: The relationship between metal fractionation and metal uptake by sandworms (
Alitta virens
)'. Together they form a unique fingerprint.
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Engineering & Materials Science
Tailings disposal
100%
Fractionation
70%
Metals
34%
Sediments
20%
Tailings
17%
Iron
15%
Cadmium
13%
Copper
8%
Lead
6%
Bioassay
5%
Nitric acid
4%
Iron ores
4%
Contamination
3%
Environmental impact
3%
Acids
3%
Earth & Environmental Sciences
tailings
52%
fractionation
44%
metal
31%
iron
11%
cadmium
8%
fjord
7%
copper
7%
sediment
6%
acid digestion
4%
nitric acid
3%
sequential extraction
3%
bioassay
3%
environmental risk
3%
iron ore
3%
sediment core
3%
transect
2%
environmental impact
2%
contamination
2%
acid
2%
trend
1%
Chemical Compounds
Fractionation
47%
Toxic
40%
Metal
24%
Iron Ore
4%
Bioassay
3%
Nitric Acid
3%
Acid
1%