This investigation examines metal release from freshwater sediment using sequential extraction and single-step cold-acid leaching. The concentrations of Cd, Cr, Cu, Fe, Ni, Pb and Zn released using a standard 3-step sequential extraction (Rauret et al., 1999) are compared to those released using a 0.5 M HCl; leach. The results show that the three sediments behave in very different ways when subject to the same leaching experiments: the cold-acid extraction appears to remove higher relative concentrations of metals from the iron-rich sediment than from the other two sediments. Cold-acid extraction appears to be more effective at removing metals from sediments with crystalline iron oxides than the "reducible" step of the sequential extraction...
This article describes a detailed comparison between the original BCR sequential extraction procedur...
Metals in sediments are present in different chemical forms which affect their ability to transfer. ...
International audienceSignificant levels of trace metals issued from a variety of sources (industrie...
International audienceSingle and sequential extractions are current and useful tools for estimating ...
Sequential extractions potentially offer useful information on how metals are bound to sediment. For...
The effect of oxidation of anoxic sediment upon the extraction of 13 elements (Cd, Sn, Sb, Pb, Al, C...
M.Sc.Sediment analysis, especially for trace metals, is important since aquatic sediments act as sin...
Previously, we have reported on methods for sequential extractions to determine the partitioning of ...
The performance of Cd, Ni, and Cu release from river sediment at different pH was investigated by a ...
In this work sequential extraction is performed with harbour sediment in order to evaluate the elect...
A three-stage sequential extraction procedure, following a protocol proposed by a European working g...
The modified BCR sequential extraction procedure [Rauret, G., López-Sanchez, J., Sauquillo, A., Rubi...
Various extraction methods have been developed to assess metal bioavailability front sediments. In t...
Metal pollution in aquatic sediment is today a serious environmental problem that has been increasin...
Various extraction methods have been developed to assess metal bioavailability front sediments. In t...
This article describes a detailed comparison between the original BCR sequential extraction procedur...
Metals in sediments are present in different chemical forms which affect their ability to transfer. ...
International audienceSignificant levels of trace metals issued from a variety of sources (industrie...
International audienceSingle and sequential extractions are current and useful tools for estimating ...
Sequential extractions potentially offer useful information on how metals are bound to sediment. For...
The effect of oxidation of anoxic sediment upon the extraction of 13 elements (Cd, Sn, Sb, Pb, Al, C...
M.Sc.Sediment analysis, especially for trace metals, is important since aquatic sediments act as sin...
Previously, we have reported on methods for sequential extractions to determine the partitioning of ...
The performance of Cd, Ni, and Cu release from river sediment at different pH was investigated by a ...
In this work sequential extraction is performed with harbour sediment in order to evaluate the elect...
A three-stage sequential extraction procedure, following a protocol proposed by a European working g...
The modified BCR sequential extraction procedure [Rauret, G., López-Sanchez, J., Sauquillo, A., Rubi...
Various extraction methods have been developed to assess metal bioavailability front sediments. In t...
Metal pollution in aquatic sediment is today a serious environmental problem that has been increasin...
Various extraction methods have been developed to assess metal bioavailability front sediments. In t...
This article describes a detailed comparison between the original BCR sequential extraction procedur...
Metals in sediments are present in different chemical forms which affect their ability to transfer. ...
International audienceSignificant levels of trace metals issued from a variety of sources (industrie...