Modeling the Economic Impact of Feral Swine-Transmitted Foot-and- Mouth Disease: A Case Study from Missouri

Invasive feral swine combine a number of characteristics (e.g., high mobility, high fecundity, destructive behavior, reservoir of diseases, etc.) that make them one of the most serious wildlife threats to American agriculture. Additionally, feral swine are susceptible to foot-and-mouth disease (FMD)...

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Bibliographic Details
Published in:Proceedings - Vertebrate Pest Conference 2010 (24), p.308-311
Main Authors: Cozzens, Tyler, Gebhardt, Karen, Shwiff, Stephanie, Lutman, Mark, Pedersen, Kerri, Swafford, Seth
Format: Article
Language:English
Subjects:
bioeconomic models
case studies
cattle
cost analysis
disease outbreaks
disease transmission
economic impact
feral animals
foot-and-mouth disease
livestock
Sus scrofa
swine
wildlife-livestock relations
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Summary:Invasive feral swine combine a number of characteristics (e.g., high mobility, high fecundity, destructive behavior, reservoir of diseases, etc.) that make them one of the most serious wildlife threats to American agriculture. Additionally, feral swine are susceptible to foot-and-mouth disease (FMD) infection and could play a significant role in spreading and maintaining FMD if it was introduced to the U.S. Outbreaks of FMD also have devastating economic impacts and cause the loss of billions of dollars to the agricultural economy. Problems associated with spread and control would be exacerbated if FMD was contracted and spread by feral swine, threatening the 4.3 million head of cattle and 3.1 million head of domestic hogs in Missouri. This study uses a bioeconomic modeling framework to estimate the direct and indirect economic impacts of FMD being transmitted from feral swine to Missouri’s livestock. It is predicted that if FMD occurred in feral swine in Missouri, the disease outbreak would last 45 days, resulting in 18,658 head of livestock being destroyed, and would cost the state a minimum of $7.5 million.
ISSN:0507-6773