A stochastic simulation model is used to simulate crop revenues net of farm policy and crop insurance costs. Certainty equivalent analysis is used to rank farm policy and crop insurance alternatives for varying levels of risk aversion.

Optimal hedge ratios are estimated for various weights of feeder cattle in four cash markets based on CME data from 1992 to 1999. Three-month uniform hedges are simulated for every weight, contract, and cash market combination. Hedging effectiveness is compared empirically across locations to...

Recent spikes in commodity prices have led to higher margin amounts and option premiums. For the most part, producers have always attributed their lack of use in reducing risk via futures and options markets to the high cost associated with the use of these markets. This study determines the...

This research evaluates whether the introduction of countercyclical payments creates an incentive for program crop producers to hedge the expected government payment using futures and/or options. Results indicate that some level of countercyclical payment hedging is optimal for risk-averse...

This research investigates the potential effects of the row crop provisions of the standing disaster assistance program (SURE) in the 2008 Farm Bill. Results suggest little impact on producer crop insurance purchase decisions, though the program does seem to provide an incentive for mid-level...

Recent legislation has cleared the way for subsidized livestock price insurance. Such programs could increase production. Expected feeder cattle prices with and without subsidized insurance will be analyzed using E-V and Stochastic Dominance. Results will highlight the potential effects of the...

This research evaluates whether or not hedging strategies using call options on the New York Board of Trade cotton futures can be effectively used to protect the new counter-cyclical payment on cotton. Results indicate that some level of counter-cyclical payment hedging is optimal for risk...

Alternative techniques for representing dependencies among variables in multivariate simulation are discussed and compared in the context of rating a whole-farm insurance product. A procedure by lman and Conover (IC) that is common in actuarial applications is compared to a new technique...