Modeling Dynamic Agricultural Production Response: The Case of Swine Production

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Abstract
Crop and livestock production processes are typically dynamic and involve growing biological assets which are eventually marketed. This study presents a production model of biological growth based on a differential equation specification. Economic implications for optimal input use and optimal replacement policy are discussed in this context. The approach is applied to the growing‐finishing phase of a swine production enterprise. The results demonstrate that the knowledge of the growth function is crucial in evaluating dynamic production decisions.

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