WATER RESOURCES PLANNING MODELING FOR EFFICIENT MANAGEMENT OF IRRIGATION CANAL
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Published:
Sep 1, 2016
Keywords:
irrigation canal, water allocation, planning, spreadsheet-based model
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Abstract
In the last years the spreadsheet-based models are widely applied for water resources planning and management. In this report, a model for planning water allocation from irrigation canal is presented. Algorithm based on the water balance which allows for allocation of available water resources of the source according to water requirements of crops in irrigated area, considering current technological constraints was developed and implemented in Excel environment. An existing canal was as a case study. The spreadsheet-based model provides support for efficient management of the irrigation canal.
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References
Anwar A., Clarke D., (2001). Irrigation Scheduling Using Mixed-Integer Linear Programming, Journal of Irrigation and Drainage Engineering, 127(2), pp. 63-69.
Ramesh R., Venugopal K., Karunakaran K. (2009).Zero One-programming model for Daily Operation Scheduling of Irrigation Canal, Journal of Agricultural Science, 1(1).
Santhi C., Pundarikanthan V.N. (2000). A New Planning Model for Canal Scheduling of Rotational Irrigation. Agricultural Water Management, Vol. 43, pp. 327-343.
Steele, D.D., Scherer T.F., Hopkins D.G., Tuscherer S.R., Wright J. (2010). Spread sheet implementation of irrigation scheduling by the checkbook method for North Dakota and Minnesota. Appl. Engr. Agric.26(6) pp. 983-995.
Ramesh R., Venugopal K., Karunakaran K. (2009).Zero One-programming model for Daily Operation Scheduling of Irrigation Canal, Journal of Agricultural Science, 1(1).
Santhi C., Pundarikanthan V.N. (2000). A New Planning Model for Canal Scheduling of Rotational Irrigation. Agricultural Water Management, Vol. 43, pp. 327-343.
Steele, D.D., Scherer T.F., Hopkins D.G., Tuscherer S.R., Wright J. (2010). Spread sheet implementation of irrigation scheduling by the checkbook method for North Dakota and Minnesota. Appl. Engr. Agric.26(6) pp. 983-995.