CONJUNCTIVE USE MODEL FOR A CANAL COMMAND AREA
DOI:
https://doi.org/10.52151/yr4m5125Abstract
A chance constrained linear programming model has been developed for a canal command area of Punjab. Crop water production functions for major irrigated crops have been developed. Optimum cropping plans for a tract in Punjab indicate increase in annual net returns as the risk level on irrigation water application increases from 5 to 25%.
Downloads
References
Chaudhry, M.T. 1974. Optimal conjuntive use model for Indus basin. Jr. of Hydraulics div. ASAE, 100 (HY 5): 667-687.
Emel. J.L. and Muluneh Yitayew.1987. Water duties: Arizona s ground water management approach, Jr. Water Resources Planning and Management Div., 113(1): 82-94.
Graham, L.P., J.W. Labadie, I.P.G. Hutchison and K.A. Ferguson. 1986. Allocation of augmented water supply under a priority water rights system. Water Resources Research 22(7): 1083-1094.
Kaushal, M.P. 1988. Simulation approach for optimal allocation of water resources in a tract. Ph. D. Thesis. Punjab Agri. Uni. Ludhiana, 286pp.
Khepar, S.D. and M.C. Chaturvedi.1982 Optimum cropping and ground water management. Water Resources Bulletin. 18(4): 655-660.
Lakshaminarayana, V. and S.P. Rajgopalan. 1977. Optical cropping pattern for basin in India. Jr. Irrig. And Drain. Div. 103(IRI): 53-70.
Maji, C.C. and E.O. Heady. 1978. Intertemporal allocation of irrigation water in the Mayurakshi Project (India): an application of chance constrained linear programming. Water Resources Research. 14(2): 190-196.
Rajput, R.J. 1985. Research on water management. Progress Report 1979-81, 1981-83, 1983-85. Coordinated Project for Research on Water Management. ICAR. New Delhi.
Singh, Iqbal and A.S. Sirohi. 1976.An application of linear programming for optimal allocation of canal and tubewell water among crop areas. All India Symposium on Agricultural Systems Theory and Applications Punjab Agricultural University, Ludhiana.
