Browse on keywords: economics risk
Search results on 05/19/13
2645. Hoag, D.L. and D.L. Young. 1986. Commodity and conservation policy impacts on risk and returns.. Western J. Agric. Economics 11:211-220.
Crop yields, farm income risk and returns, and soil losses were simulated from 1974 to 1984 for southeastern WA Palouse-region farms in 3 climatic subregions under alternative conservation and commodity policy scenarios. Historical commodity programs reinforced preexisting disincentives to retire highly erodible land to perennial grasses, but cropland base protection legislation would eliminate such disincentives and increase profitability and decrease risk of land retirement. Government rental payments can provide further incentives, but they are more costly without cropland base protection.
7625. Willett, Gayle. 1989. How much fertilizer is needed to maximize profit?. Notes prepared for Extension training, Dept. of Agr. Economics,.
In Washington state, fertilizer represents 32% of the variable costs for winter wheat and 26% for spring barley. The paper discusses various strategies for growers to use in deciding on a fertilizer rate. This depends on their financial condition and their degree of risk tolerance. A Kansas study of 3000 dryland wheat farmers found that the 25% low income farms had 9% less yield than the 25% high income farms, even though production costs were almost double for the former. The low income farms spent nearly 4 times more for fertilizer. Yet, in general, the cost of underfertilizing is greater than the cost of overfertilizing. Profit maximization must also be tempered by external costs due to excess use of fertilizer. Several specific strategies are outlined for an individual to determine the optimum level of fertilizer.