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Jamil, Asma; Lajtha, Kate; Rădan, Silviu; Ruzsa, G.; Cristofor, Sergiu; Postolache, Carmen

doi:10.1023/a:1003555130831

Cited by 16 publications

(2 citation statements)

References 47 publications

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“…Improved understanding of the relationships between results of sequential extraction and measured biological uptake can be obtained by analyzing samples of biota in parallel with sequential extraction of the soils or sediments on which they live. Many studies of this type have appeared in recent years, focusing on a variety of organisms: microbes; 40,225,226 plants (lettuce, [227][228][229][230] alfalfa, 231 wheat, 226,[232][233][234][235] maize, 236 brassicas, 132,182,237 trees, 238 rice, 239 peanut, 240 basil, 241 Swiss chard, 241 sea rush, 242 tall fescue, 243 tea, 244 corn, 245 parsley, 230 dill 230 and onion 230 ) and animals (mussels, [246][247][248][249] rag worms, 249 fish, 250 spiders, 251 earthworms 44,174,252,253 and rats 254 ). However, considerable further research is needed.…”

Section: Interpretation Of Datamentioning

confidence: 99%

Is there a future for sequential chemical extraction?

Bacon¹,

Davidson

2008

Analyst

553

319

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Since their introduction in the late 1970s, sequential extraction procedures have experienced a rapid increase in use. They are now applied for a large number of potentially toxic elements in a wide range of sample types. This review uses evidence from the literature to consider the usefulness and limitations of sequential extraction and thereby to assess its future role in environmental chemical analysis. It is not the intention to provide a comprehensive survey of all applications of sequential extractions or to consider the merits and disadvantages of individual schemes. These aspects have been covered adequately in other, recent reviews. This review focuses in particular on various key issues surrounding sequential extractions such as nomenclature, methodologies, presentation of data and interpretation of data, and discusses typical applications from the recent literature for which sequential extraction can provide useful and meaningful information. Also covered are emerging developments such as accelerated procedures using ultrasound- or microwave energy-assisted extractions, dynamic extractions, the use of chemometrics, the combination of sequential extraction with isotope analysis, and the extension of the approach to non-traditional analytes such as arsenic, mercury, selenium and radionuclides.

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Section: Interpretation Of Datamentioning

confidence: 99%

Is there a future for sequential chemical extraction?

Bacon¹,

Davidson

2008

Analyst

553

319

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“…For the second parameter which is obviously the biological species selected, indeed, mussels are filtermarine molluscs (filter up to 100 liters of water per day). They can bio accumulate more organic contaminants and respond particularly well to the main classes of environmental pollutants [22] (Figure 2).…”

Section: Resultsmentioning

confidence: 99%

Assessment of Marine Pollution at Bay of Oran, Algeria

Baghdad¹,

Bendraoua²,

Hasnaoui³

2015

JWARP

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This work aims to the assessment of marine pollution in the Bay of Oran, including zinc, copper, iron and lead. These toxic elements represent a real danger to living organisms. Many factors have increased the marine pollution and marine traffic including the transport of hydrocarbons, industrial and domestic discharges and fishing activities, etc. This study shows essentially the bioconcentration of heavy metals in the species Mytilus galloprovincialis, these filter bivalves have a broad geographical distribution in our study area, so they allow us to better estimate the degree of pollution at the Bay of Oran. The study of changes in metal concentrations has marked some important points for, the four metallic elements are present in the flesh of mussels analyzed at the port of Oran. This study is part of assessment of pollution at the coast of western Algeria to protect the marine environment.

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Schadstoffe in Muscheln - Nachweismethoden und Wirkungen

Schrenk‐Bergt

2004

Handbuch Angewandte Limnologie: Grundlagen - Gewässerbelastung - Restaurierung - Aquatische Ökotoxikologie - Bewertung - Gewäss

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Untitled

Cited by 16 publications

References 47 publications

Is there a future for sequential chemical extraction?

Is there a future for sequential chemical extraction?

Assessment of Marine Pollution at Bay of Oran, Algeria

Schadstoffe in Muscheln - Nachweismethoden und Wirkungen

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