All the data published for complexation (conditional stability constants and effective ligand concentrations) of trace metals (Cu(II), Zn(II), Pb(II), and Cd(II)) in whole seawater, estuarine and freshwater samples over the past 25 years is compiled and presented in a systematic format. This work is intended as a resource for workers in the field of metal ion speciation in natural waters. The experimental techniques and data interpretation protocols used are briefly discussed, and main problems highlighted
This report describes the distribution and speciation of Cu, Pb, Cd and Zn in natural waters and the...
The speciation of trace metals in natural waters is important in determining their bioavailability a...
Samples from the Scheldt estuary have been assayed for dissolved Cd, Cu and Zn using differential pu...
A critical analysis and interpretation of the data published for complexation (conditional stability...
Recent effort to construct trace metal complexation models in natural media1–8 is a mark of the impo...
In this study, the use of anodic stripping voltammetry and copper titrations for the determination o...
The authors apply the chemical speciation model WHAM/Model VII to investigate the distribution of me...
Using available data we have constructed complexation schemes which depict the influence of temperat...
We compiled a data set of ~2000 published metal speciation measurements made on samples of fresh wat...
A new procedure is presented for the determination of the ligands of copper(II) in natural waters, b...
The speciation of trace metals in the oceans is typically explained by invoking the concept of metal...
A new procedure is presented for the determination of the ligands of copper(II) in natural waters, b...
Calculations have been performed to estimate the chemical speciation at equilibrium of six divalent ...
The major advances in knowledge of the concentrations and distributions of trace metals in the seas ...
We apply the chemical speciation model WHAM/Model VII to investigate the distribution of metal speci...
This report describes the distribution and speciation of Cu, Pb, Cd and Zn in natural waters and the...
The speciation of trace metals in natural waters is important in determining their bioavailability a...
Samples from the Scheldt estuary have been assayed for dissolved Cd, Cu and Zn using differential pu...
A critical analysis and interpretation of the data published for complexation (conditional stability...
Recent effort to construct trace metal complexation models in natural media1–8 is a mark of the impo...
In this study, the use of anodic stripping voltammetry and copper titrations for the determination o...
The authors apply the chemical speciation model WHAM/Model VII to investigate the distribution of me...
Using available data we have constructed complexation schemes which depict the influence of temperat...
We compiled a data set of ~2000 published metal speciation measurements made on samples of fresh wat...
A new procedure is presented for the determination of the ligands of copper(II) in natural waters, b...
The speciation of trace metals in the oceans is typically explained by invoking the concept of metal...
A new procedure is presented for the determination of the ligands of copper(II) in natural waters, b...
Calculations have been performed to estimate the chemical speciation at equilibrium of six divalent ...
The major advances in knowledge of the concentrations and distributions of trace metals in the seas ...
We apply the chemical speciation model WHAM/Model VII to investigate the distribution of metal speci...
This report describes the distribution and speciation of Cu, Pb, Cd and Zn in natural waters and the...
The speciation of trace metals in natural waters is important in determining their bioavailability a...
Samples from the Scheldt estuary have been assayed for dissolved Cd, Cu and Zn using differential pu...