Bumble Bee Clean Stock Certification Program
Author Information
Author(s): James P. Strange, Sheila R. Colla, Laurie Davies Adams, Michelle A. Duennes, Elaine C. Evans, Laura L. Figueroa, David M. Lehmann, Heather Moylett, Leif Richardson, Ben M. Sadd, James W. Smith, Tamara A. Smith, Amber D. Tripodi, Edward M. Spevak, David W. Inouye
Hypothesis
Can a clean stock certification program mitigate disease risks in commercial bumble bee production?
Conclusion
Implementing a clean stock program can help reduce disease risks to both commercial and wild bumble bee populations.
Supporting Evidence
- Commercial bumble bee production is linked to pathogen spillover to wild populations.
- High pathogen incidence correlates with facilities deploying commercial bumble bee hives.
- Over 20% of North American bumble bee species are at risk of extinction.
- Previous disease outbreaks in rearing facilities have been implicated in bumble bee declines.
- A clean stock program would align with national strategies for pollinator health.
- Regular testing and isolation of infected colonies are recommended to prevent disease spread.
- Transparency in production processes is essential for trust between producers and conservationists.
- Adopting clean stock procedures can help maintain healthy bumble bee communities.
Takeaway
This study suggests that we need a special program to keep bumble bees healthy so they don't spread diseases to wild bees.
Methodology
The study recommends best management practices for rearing commercial bumble bees to mitigate disease risks.
Potential Biases
Commercial interests may influence the transparency of disease management practices.
Limitations
The effects of many parasites on bumble bee health are not fully understood.
Digital Object Identifier (DOI)
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