An analysis was made of the reduced return and increased risk of reduced nitrogen use. The data source was an 11-year set of yields for continuous and rotational cropping of corn, soybeans, and grain sorghum each fertilized at three nitrogen levels. Risk was measured as returns below a target.

Using a nonparametric linear programming approach, our contribution is to examine if efficiency gains in Western crop production are realized due to diversification and to demonstrate that the diversification efficiency gains realized are a product of economies of scope efficiency gains and...

Different types of adverse selection-type of insurance product, type of unit, type of coverage and number of actual yields reported in Federal crop insurance is examined utilizing binomial and ordered logit discrete choice models for all U.S. cotton producers, 1997-2000. The associated costs of...

Integer Programming determined an optimum windbreak pattern for corn and soybean production. Direct costs included windbreak establishment, annual maintenance, and removal. Crop yields were included as a linearized function. The net return results for the optimum pattern were 12 and 16 percent...

GSD is used to determine the risk efficiency of nine different technologies of land application. The analysis shows that organic applications for crop phosphorus needs are the most environmentally efficient. Under producer risk aversion, inorganic fertilizer application is the most economically...

Relative proportion of agricultural land values generated by farm program payments, farm returns, and non-farm activity in the mountain region and the U.S are estimated for the period 1939 to 2005. Results suggest the contribution of farm program payments to agricultural land values in the...