Instrumentation and methods are described for collecting surface sea water using pumping with subsequent in-line analysis by stripping voltammetry or chronopotentiometry. The review is illustrated with data for estuarine copper and nickel, and the distribution of nickel in Liverpool Bay
Heavy metals are of particular concern as environmental contaminants due to their toxic effects when...
This paper presents the results of an inter-comparison exercise undertaken to test the reliability a...
Determination of the levels of heavy metal ions would support assessment of sources and pathways of ...
This review compares methods that are currently employed for shipboard analysis of trace metals in s...
The increasing environmental pressures on estuarine and coastal waters call for improved monitoring ...
An automated and semi-intelligent voltammetric system is described for trace metal analysis. The sys...
Progress in marine chemistry has been driven by improved sampling and sample handling techniques, an...
The distributions of Ni, Cu and Zn have been monitored in the Irish Sea using fully automated voltam...
This work presents the optimisation, validation and field deployment of a voltammetric in situ profi...
The validation of a fully automated dissolved Ni monitor for in situ estuarine studies is presented,...
Geochemical processes in estuarine and coastal waters often occur on temporally and spatially small ...
International audienceVoltammetric procedures for trace metals analysis in polluted natural waters u...
This paper presents the results of an inter-comparison exercise undertaken to test the reliability a...
A novel automated metal monitor was optimised and validated for high temporal resolution (every 45 s...
Probably one of the most difficult and challenging aspects of measuring trace metals in natural wate...
Heavy metals are of particular concern as environmental contaminants due to their toxic effects when...
This paper presents the results of an inter-comparison exercise undertaken to test the reliability a...
Determination of the levels of heavy metal ions would support assessment of sources and pathways of ...
This review compares methods that are currently employed for shipboard analysis of trace metals in s...
The increasing environmental pressures on estuarine and coastal waters call for improved monitoring ...
An automated and semi-intelligent voltammetric system is described for trace metal analysis. The sys...
Progress in marine chemistry has been driven by improved sampling and sample handling techniques, an...
The distributions of Ni, Cu and Zn have been monitored in the Irish Sea using fully automated voltam...
This work presents the optimisation, validation and field deployment of a voltammetric in situ profi...
The validation of a fully automated dissolved Ni monitor for in situ estuarine studies is presented,...
Geochemical processes in estuarine and coastal waters often occur on temporally and spatially small ...
International audienceVoltammetric procedures for trace metals analysis in polluted natural waters u...
This paper presents the results of an inter-comparison exercise undertaken to test the reliability a...
A novel automated metal monitor was optimised and validated for high temporal resolution (every 45 s...
Probably one of the most difficult and challenging aspects of measuring trace metals in natural wate...
Heavy metals are of particular concern as environmental contaminants due to their toxic effects when...
This paper presents the results of an inter-comparison exercise undertaken to test the reliability a...
Determination of the levels of heavy metal ions would support assessment of sources and pathways of ...