A catastrophe (CAT) bond is designed for peanut production as a means of transferring natural disaster risks from insurance purveyors to the global capital market. The CAT bond so designed is priced using state-level historical yields for peanut production in the southern part of the United...

We examine consistency with economic theory of markup decisions for a risk averse firm facing demand uncertainty. We derive testable comparative static results that describe the influence on the markup of expected demand, demand uncertainty, average variable costs and exogenous demand shifters....

An indirect utility model is employed for measuring farmers willingness to voluntarily accept yield losses for a reduction in environmental risk by decreasing pesticide use. Results support the hypothesis that farmers have self-described risk perceptions that enable them to make assessments of...

An expected utility model and a chance constrained linear programming model were used to analyze four marketing strategies and seven crop insurance alternatives in cotton marketing in Georgia. The results obtained suggest that the existing marketing tools and insurance alternatives can be used...

The nature of credit risk assessment and basis of loan approval decisions of the Farm Service Agency are analyzed in the aftermath of the black farmers’ 1997 class action suit against the U.S. Department of Agriculture. This study did not uncover convincing evidence of racial...

This article makes an initial attempt to design catastrophe (CAT) bond products for agriculture and examines the potential of these instruments as mechanisms for transferring agricultural risks from insurance companies to investors/speculators in the global capital market. The case of Georgia...

Research on rollover hedging for agricultural commodities has focused on the consequences of using existing contracts to substitute for missing long-term contracts. It appears that some grains are candidates for rollover hedging while livestock is not. Cotton was analyzed to evaluate the...