OPTIMAL FERTILIZER CARRYOVER AND CROP RECYCLING POLICIES FOR A TROPICAL GRAIN CROP

John O. S. Kennedy · Ian F. Whan · John Louis Dillon

41 citations0/0 files storedAustralian Journal of Agricultural Economics

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Agricultural economics and policies Agricultural Science and Fertilization Irrigation Practices and Water Management

Abstract

The consequences of carryover for the optimal application of fertilizer are considered using dynamic programming. The conclusions are relevant for the further problem of deciding how many grain crops to harvest from grain sorghum plants grown in a tropical environment. Dynamic programming is also used for solving this problem for the Ord River Valley, and takes account of the interrelations between season and crop cycle number. Data were obtained from investigations conducted in the area.

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1989NITROGEN CARRY-OVER IMPACTS IN IRRIGATED COTTON PRODUCTION, SOUTHERN HIGH PLAINS OF TEXAS 1986Rules For Optimal Fertilizer Carryover: An Alternative Explanation 2006Production Response and Input Demand in Decision Making: Nitrogen Fertilizer and Wheat Growers 1983CERTAINTY EQUIVALENCE FOR DETERMINATION OF OPTIMAL FERTILIZER APPLICATION RATES WITH CARRY-OVER

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