ESTIMATING CORN YIELD RESPONSE MODELS TO PREDICT IMPACTS OF CLIMATE CHANGE
By: Dixon, Bruce L.; Hollinger, Steven E.; Garcia, Philip; Tirupattur, Viswanath
Dixon, Bruce L.; Hollinger, Steven E.; Garcia, Philip; Tirupattur, Viswanath, ESTIMATING CORN YIELD RESPONSE MODELS TO PREDICT IMPACTS OF CLIMATE CHANGE, Journal of Agricultural and Resource Economics, Volume 19, Issue 1, July 1994, Pages 58-68
Projections of the impacts of climate change on agriculture require flexible and accurate yield response models. Typically, estimated yield response models have used fixed calendar intervals to measure weather variables and omitted observations on solar radiation, an essential determinant of crop yield. A corn yield response model for Illinois crop reporting districts is estimated using field data. Weather variables are time to crop growth stages to allow use of the model if climate change shifts dates of the crop growing season. Solar radiation is included. Results show this model is superior to conventionally specified models in explaining yield variation in Illinois corn.