Normal, gamma and beta distributions are applied to 609 crop yield histories of Ontario farmers to determine which, if any, best describe crop yields. In addition, a distribution free non-parametric kernel estimator was applied to the same data to determine its efficiency in premium estimation relative to the three parametric forms. Results showed that crop yields are most likely to be described by a beta distribution but only for 50% of those tested. In terms of efficiency in premium estimation, minimum error criteria supports use of a kernel estimator for premium setting. However, this gain in efficiency comes at the expense of added complexity
Farm income is highly variable due to annual price and yield uncertainties. The federally subsidized...
In crop insurance design, the yield guarantee and the premium are very important parameters, both of...
Accurate estimates of farm-level crop yield probability density functions (PDF’s) are crucial for st...
Normal, gamma and beta distributions are applied to 609 crop yield histories of Ontario farmers to d...
The identification of improved methods for characterizing crop yield densities has experienced a rec...
The identification of improved methods for characterizing crop yield densities has experienced a rec...
This research examined the appropriateness of a 2-parameter model for crop insurance premium ratemak...
This article considers alternative methods to calculate the fair premium rate of crop insurance cont...
The recent priority given to Federal Crop Insurance as an agricultural policy instrument has increas...
This article examines the flexibility of the Johnson system of distributions by assessing its per-fo...
Crop insurance performance and loss rates depend directly on underlying crop yield distributions. Ho...
318 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2001.Considerable disagreement exi...
Generated crop insurance rates depend critically on the distributional assumptions of the underlying...
Considerable disagreement exists about the most appropriate characterization of farm-level yield dis...
Accurate estimates of farm-level crop yield probability density functions (PDF's) are crucial for st...
Farm income is highly variable due to annual price and yield uncertainties. The federally subsidized...
In crop insurance design, the yield guarantee and the premium are very important parameters, both of...
Accurate estimates of farm-level crop yield probability density functions (PDF’s) are crucial for st...
Normal, gamma and beta distributions are applied to 609 crop yield histories of Ontario farmers to d...
The identification of improved methods for characterizing crop yield densities has experienced a rec...
The identification of improved methods for characterizing crop yield densities has experienced a rec...
This research examined the appropriateness of a 2-parameter model for crop insurance premium ratemak...
This article considers alternative methods to calculate the fair premium rate of crop insurance cont...
The recent priority given to Federal Crop Insurance as an agricultural policy instrument has increas...
This article examines the flexibility of the Johnson system of distributions by assessing its per-fo...
Crop insurance performance and loss rates depend directly on underlying crop yield distributions. Ho...
318 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2001.Considerable disagreement exi...
Generated crop insurance rates depend critically on the distributional assumptions of the underlying...
Considerable disagreement exists about the most appropriate characterization of farm-level yield dis...
Accurate estimates of farm-level crop yield probability density functions (PDF's) are crucial for st...
Farm income is highly variable due to annual price and yield uncertainties. The federally subsidized...
In crop insurance design, the yield guarantee and the premium are very important parameters, both of...
Accurate estimates of farm-level crop yield probability density functions (PDF’s) are crucial for st...