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Factors affecting the future of the Scottish hydrometric network

Published online by Cambridge University Press:  03 November 2011

T. Poodle
Affiliation:
Clyde River Purification Board, Rivers House, Murray Road, East Kilbride G75 OLA, Scotland, U.K.

Abstract

The Scottish Hydrometric Network consists of a number of river gauging stations which have been located at sites considered suitable to provide long term flow records. Economic recession has placed some stress on the gauging programme, and has given rise to extensive closures of gauging stations in England and, to a minor extent so far, in Scotland. The way in which the network became established provides a mixture of strengths and weaknesses which could have unpredictable consequences in an adverse economic climate. Changing technology provides some opportunity to reduce the cost of data acquisition and improve the deployment of manpower, while maintaining data standards. In these changing circumstances, particularly with extensive use of computer systems, it is important that standards are established for data returned to the Water Archive and that the network is not allowed to degenerate by default.

Type
Hydrometeorology
Copyright
Copyright © Royal Society of Edinburgh 1987

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References

Agnew, S. C. & Macdonald, T. D. 1977. River Gauging in Scotland. Paper presented to Institution of Water Engineers and Scientists, Scottish Section, November, 1977.Google Scholar
Institute of Hydrology 1980. Low Flow Studies, Research Report. Wallingford: Institute of Hydrology.Google Scholar
McClean, W. N. 1927. Rainfall and Flow-off, River Garry, Invernessshire. TRANS INST WATER ENG 32, 110147.Google Scholar
McClean, W. N. 1933. Practical River Flow Measurement, Inland Water Survey as Exemplified in the Ness (Scotland) Basin. TRANS INST WATER ENG 33, 233276.Google Scholar
Natural Environment Research Council 1975. Flood Studies Report. London: National Environmental Research Council.Google Scholar
Poodle, T. 1982. Hydrometry and Water Quality Monitoring in a Small Authority. INST WATER POLLUT CONTROL, Symposium on Data Processing in the Water Industry, Bournemouth.Google Scholar
Sargent, R. J. 1984. The Haddington Flood Warning Scheme. J INST WATER ENG SCI 38, 108118.Google Scholar
Working Party on River Survey and Gauging 1964. Report of Network Sub-committee. Edinburgh: Scottish Development Department (limited distribution).Google Scholar
World Meteorological Organisation 1986. Microprocessors in Operational Hydrology. Dordrecht: D. Reidel.Google Scholar