Field application of an automated voltammetric system for high-resolution studies of trace metal distributions in dynamic estuarine and coastal waters
Field application of an automated voltammetric system for high-resolution studies of trace metal distributions in dynamic estuarine and coastal waters
The increasing environmental pressures on estuarine and coastal waters call for improved monitoring techniques of chemical constituents to aid management decisions. Automated stripping voltammetry is a suitable technique for continuous, near real-time monitoring of trace metals in marine systems. This contribution describes the application of voltammetric monitoring techniques in estuarine and coastal waters of the UK and Spain. The high spatial and temporal resolution of the data obtained, allows a thorough interpretation of the trace metal sources and behaviour. Future trends in this field research include submersible sensors which can be remotely deployed for a period of several weeks.
73-101
American Chemical Society
Achterberg, Eric P.
685ce961-8c45-4503-9f03-50f6561202b9
Braungardt, Charlotte B.
c70954c3-9177-4070-ae13-a1042a685dd4
Howell, Kate A.
0b092752-a1fd-4393-91ca-70f8a7220b84
14 February 2002
Achterberg, Eric P.
685ce961-8c45-4503-9f03-50f6561202b9
Braungardt, Charlotte B.
c70954c3-9177-4070-ae13-a1042a685dd4
Howell, Kate A.
0b092752-a1fd-4393-91ca-70f8a7220b84
Achterberg, Eric P., Braungardt, Charlotte B. and Howell, Kate A.
(2002)
Field application of an automated voltammetric system for high-resolution studies of trace metal distributions in dynamic estuarine and coastal waters.
In,
Taillefert, M. and Rozan, T.F.
(eds.)
Environmental Electrochemistry: analyses of trace element biogeochemistry.
(ACS Symposium Series, 811)
Washington, US.
American Chemical Society, .
(doi:10.1021/bk-2002-0811.ch005).
Record type:
Book Section
Abstract
The increasing environmental pressures on estuarine and coastal waters call for improved monitoring techniques of chemical constituents to aid management decisions. Automated stripping voltammetry is a suitable technique for continuous, near real-time monitoring of trace metals in marine systems. This contribution describes the application of voltammetric monitoring techniques in estuarine and coastal waters of the UK and Spain. The high spatial and temporal resolution of the data obtained, allows a thorough interpretation of the trace metal sources and behaviour. Future trends in this field research include submersible sensors which can be remotely deployed for a period of several weeks.
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More information
Published date: 14 February 2002
Organisations:
Ocean and Earth Science
Identifiers
Local EPrints ID: 404368
URI: http://eprints.soton.ac.uk/id/eprint/404368
PURE UUID: dd8fb02e-1419-48e8-b41f-c3bbde8f2246
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Date deposited: 06 Jan 2017 10:01
Last modified: 15 Mar 2024 04:06
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Contributors
Author:
Charlotte B. Braungardt
Author:
Kate A. Howell
Editor:
M. Taillefert
Editor:
T.F. Rozan
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