Modeling Pollen-Mediated Virus Spread in Bee Colonies as a Classroom Activity

Area of Science:

• Virology
• Entomology
• Pathogen Transmission

Background:

• Honey bees face significant threats from viral pathogens.
• Understanding viral spread is crucial for bee health and pollination.
• Current educational tools lack hands-on models for viral transmission in hives.

Purpose of the Study:

• To introduce students to viral spread and honey bee pathogenesis.
• To illustrate pathogen transmission dynamics within a honey bee colony.
• To provide an engaging, hands-on learning experience for introductory science courses.

Main Methods:

• Students engage in a simulated "pollen" retrieval and distribution activity.
• A UV light is used to visualize pathogen transmission pathways among students representing bees.
• Classroom discussion focuses on viral impact, hive susceptibility, and prevention.

Main Results:

• The activity effectively visualizes pathogen transmission routes within a simulated hive.
• Students gain a practical understanding of how viruses spread among honey bees.
• The UV light method clearly indicates infected individuals and transmission pathways.

Conclusions:

• This hands-on activity enhances student comprehension of viral transmission in honey bees.
• It serves as an effective tool for teaching virology and bee health in introductory biology.
• The simulation promotes critical thinking about disease impact and mitigation strategies in bee populations.