Turbidity and the suspended sediment load of the regulated River Tees

Carling, P.A. and Douglas, N.H.N. (1984) Turbidity and the suspended sediment load of the regulated River Tees. Windermere, UK, Freshwater Biological Association, (WIT/73/18).

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The physical effects of river regulation in the U.K. by impoundments have attracted most attention from hydrologists and engineers concerned with predicting and maintaining discharge regimes for water supply. Grimshaw & Lewin (1980) suggested two basic methods to investigate the effects of regulation on suspended sediment discharge: (i) Compare the river load before and after reservoir construction, and (ii) adopt a paired catchment approach. The former method assumes stationarity of process in the natural system. The latter method, involving selecting two adjacent catchments of similar physical attributes, one regulated and one unregulated, assumes constancy of process spatially. In this report both approaches are adopted to examine the turbidity and suspended sediment concentration regime of the regulated River Tees. Neither approach was entirely satisfactory in the present case. This report examines the discharge and turbidity record consisting of approximately 4000 paired data points, representative of an 11-year post-impoundment period, that has been examined for the River Tees at Broken Scar, Darlington. A small amount of suspended sediment concentration data was also processed: these data are representative of both the pre-impoundment and post-impoundment sediment regime.

Item Type: Monograph or Serial Issue
Title: Turbidity and the suspended sediment load of the regulated River Tees
Personal Creator/Author:
Carling, P.A.
Douglas, N.H.N.
Date: 1984
Publisher: Freshwater Biological Association
Place of Publication: Windermere, UK
Issuing Agency: Freshwater Biological Association
Uncontrolled Keywords: Rivers; Grain flow; Granulometry; Detritus; England; Dorset
Subjects: Ecology
Item ID: 5104
Depositing User: Hardy B Schwamm
Date Deposited: 20 Apr 2011 17:31
Last Modified: 29 Sep 2011 15:23
Related URLs:
URI: http://aquaticcommons.org/id/eprint/5104

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