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Modelling watertable response to climatic inputs—its use in evaluating drainage designs in Britain

Modelling watertable response to climatic inputs—its use in evaluating drainage designs in Britain
Modelling watertable response to climatic inputs—its use in evaluating drainage designs in Britain
The van Schilfgaarde transient watertable model is shown to be applicable to the drainage of heavy clay soils in the English context. The model is calibrated against a site in Leicestershire, and then subjected to 10 years' climatic record representative of contrasting areas in Bedfordshire and Devon. In both cases, the clear superiority of mole drains over drains alone at 20 m spacing is demonstrated.
1537-5110
311-323
Armstrong, A.C.
3090e496-6c23-4424-8458-b64c3fc8aa0e
Rycroft, D.W.
52d0fc1b-8b87-41e6-be63-dd3477448d2f
Welch, D.J
c744f7cd-5659-444a-aac5-3851c33d8ddc
Armstrong, A.C.
3090e496-6c23-4424-8458-b64c3fc8aa0e
Rycroft, D.W.
52d0fc1b-8b87-41e6-be63-dd3477448d2f
Welch, D.J
c744f7cd-5659-444a-aac5-3851c33d8ddc

Armstrong, A.C., Rycroft, D.W. and Welch, D.J (1980) Modelling watertable response to climatic inputs—its use in evaluating drainage designs in Britain. Journal of Agricultural Engineering Research, 25 (3), 311-323. (doi:10.1016/0021-8634(80)90070-0).

Record type: Article

Abstract

The van Schilfgaarde transient watertable model is shown to be applicable to the drainage of heavy clay soils in the English context. The model is calibrated against a site in Leicestershire, and then subjected to 10 years' climatic record representative of contrasting areas in Bedfordshire and Devon. In both cases, the clear superiority of mole drains over drains alone at 20 m spacing is demonstrated.

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Published date: September 1980

Identifiers

Local EPrints ID: 75537
URI: http://eprints.soton.ac.uk/id/eprint/75537
ISSN: 1537-5110
PURE UUID: 81a79227-7aab-42ae-9aa9-e739625f3b50

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Date deposited: 11 Mar 2010
Last modified: 13 Mar 2024 22:58

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Contributors

Author: A.C. Armstrong
Author: D.W. Rycroft
Author: D.J Welch

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