Campus Units

Economics

Document Type

Presentation

Conference

2020 Agricultural & Applied Economics Association Annual Meeting

Publication Version

Submitted Manuscript

Publication Date

2020

Conference Title

2020 Agricultural & Applied Economics Association Annual Meeting

Conference Date

July 26-28, 2020

City

Kansas City, MO

Abstract

We develop a simple and tractable model that will ultimately estimate and project prices and quantities in the U.S. beef cattle industry. While the economic literature focuses on static equilibrium displacement models to measure the impacts of policy proposals, the present study develops a dynamic model that includes cattle of all ages, price expectations, and demand for meat. In the cattle market, dynamics is an important feature, and absence of dynamics could lead to biased long-run estimates. By including dynamics we directly use data to estimate prices and quantities rather than relying on static counterfactuals. First we present and derive the model to provide an analytical solution. We then use numerical methods to solve the model using available data. The estimated holding costs are below the cull prices. The estimated prices and costs generally follow the same trend as the observed prices and costs.

Comments

This is a Selected Paper prepared for presentation at the 2020 Agricultural & Applied Economics Association Annual Meeting, Kansas City, MO July 26-28, 2020.

Rights

Copyright 2020 by Dinesh R. Poddaturi, Chad E. Hart, Lee L. Schulz, and Sébastien Pouliot. All rights reserved. Readers may make verbatim copies of this document for non-commercial purposes by any means, provided that this copyright notice appears on all such copies.

Copyright Owner

The Authors

Language

en

File Format

application/pdf

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