Abstract
There exists a growing interest in automating border irrigation after a large number of irrigated farms in South East Australia have upgraded their layout design. Several manufacturing companies are producing automated equipment which rely on controllers fitted with timers or field water sensors to monitor the advance of the water front down the border (bay). Labor saving together with potential for increase in pasture yield and additional flexibility to perform other farming tasks are the main benefits considered by farmers who decide to adopt automation. Environmental benefits can also be realized provided that the system is properly managed. Correct sensor placement and timer setting are critical factors to achieve high hydraulic performance as they can influence the application efficiency of a typical border irrigation event by as much as 40%. Further efforts will be required in future to incorporate feedback control, improve operational reliability and adapt existing systems or develop new ones to meet the requirements of new irrigation techniques such as surge flow.
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References
Butchbaker A.F. 1977.Electricity and Electronics for Agriculture. Iowa University Press, Ames, Iowa, 391 pp.
Evans R.G., Smith Ch.J., Mitchell P. & Newton P.J. 1990. Furrow infiltration on nontilled beds with cracking soils.Journal of Irrigation and Drainage Engineering 116: 5 (September/October): 714–733.
Fenwick J., McMillan R., Roberts D. & Tyndall F. 1987. Land Layout for Flood Irrigation — a Whole Farm Approach (pp. 1–15). Victorian College of Agriculture and Horticulture and Rural Water Commission, McMillan Campus, Victoria.
Hetherington G. 1989.Automatic Irrigation Field Day Notes. Rural Water Commission of Victoria, 14 pp.
Humpherys A.S. 1986.Automated Farm Surface Irrigation Systems Worldwide. International Commission on Irrigation and Drainage. New Delhi, 92 pp.
Maheshwari B.L. 1988. Evaluation of border irrigation models for South East Australia. Dissertation presented in fulfillment for the degree of Doctor of Philosophy. University of Melbourne. Australia, 389 pp.
Malano H.M. 1982. Comparison of the infiltration process between surge and continuous flow. Thesis presented in partial fulfillment for the degree of Master of Science. Department of Agricultural and Irrigation Engineering, Utah State University. Logan Utah, 107 pp.
Merrylees D. & Rendell R. 1985.Automatic Irrigation Field Day Notes. Rural Water Commission of Victoria, 40 pp.
Patto M. 1989. Laser landforming/grading and salinity — a position paper for the State Salinity Research and Investigation Working Group. Rural Water Commission of Victoria, 39 pp.
Redell D.L. & Latimer E.A. 1984. Field evaluation of an advance rate feedback irrigation system (pp 317–324). In:Irrigation Systems for the 21st Century. ASCE. Portland: Oregon.
Replogle J.A., Merrian J.L., Swarner L.R. & Phelan J.T. 1980. Farm water delivery systems (pp 317–343). In: Jensen M. (Ed). Design and Operation of Farm Irrigation Systems American Society of Agricultural Engineers, Monograph No. 3. St. Joseph, Michigan.
Rural Water Commission of Victoria and Murray Valley Irrigator's Advisory Committee. 1990.Customer Service Review, 127 pp.
Rural Water Commission of Victoria. 1988.The Dethridge-Long Water Meter, 4 pp.
Shafique M.S., Skogerboe G.V., Loftis J., Scheitling S.M., Rude P.H., Hatani B., Bargsten G. 1983. Monitoring and evaluation of on-farm improvements in the Grand Valley salinity control project during 1982 irrigation season. Department of Agricultural and Chemical Engineering, Colorado State University.
Skene J.K.M. & Poutsna T.J. 1962. Soils and land use in part of the Goulburn Valley, Victoria.Technical Bulletin No 14. Department of Agriculture, Victoria, 48 pp.
Trout T.J. & Kincaid D.C. 1987. Feedback control of cablegation irrigation systems. Paper No 87-2642 presented at the 1987 International Winter Meeting of the American Society of Agricultural Engineers, Chicago, Illinois, 13 pp.
Walker W.R. & Busman J.D. 1990. Real-time estimation of furrow infiltration.Journal of Irrigation and Drainage Engineering, ASCE 116(3): 299–317.
Walker W.R. & Skogerboe G.V. 1987.Surface Irrigation. Theory and Practice. Prentice-Hall, Inc, 386 pp.
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Malano, H.M., Patto, M. Automation of border irrigation in South-East Australia: an overview. Irrig Drainage Syst 6, 9–26 (1992). https://doi.org/10.1007/BF01102863
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DOI: https://doi.org/10.1007/BF01102863