IPM: Combating Pathogens and Improving Bee Nutrition

The video discusses methods to control varroa mites, which help prevent the spread of deformed wing virus in bee hives. It highlights the importance of reducing harmful pesticides and improving bee nutrition through diverse foraging environments. The video emphasizes the role of engineers in creating natural environments for bees to thrive and touches on the potential use of pollinator robots as an alternative to honey bees.

What is the primary benefit of reducing varroa mite populations in bee hives?

• It reduces the need for beekeepers.

• It makes bees more aggressive.

• It prevents the spread of deformed wing virus.

• It increases honey production.

How does integrated pest management (IPM) benefit honey bees?

• By making bees more resistant to cold weather.

• By reducing the number of bees in a hive.

• By providing a variety of food sources.

• By increasing the use of pesticides.

What is a key factor in ensuring honey bees receive proper nutrition?

• Limiting their access to flowers.

• Keeping them in isolated environments.

• Providing a diverse range of plants.

• Feeding them sugar water.

What role do engineers play in supporting honey bee health?

• They design new pesticides.

• They create environments that allow natural processes to thrive.

• They replace bees with robots.

• They genetically modify bees.

Why might it be beneficial to let nature work as intended in bee environments?

• It increases the cost of beekeeping.

• It limits the growth of bee populations.

• It reduces the need for human intervention.

• It makes bees dependent on technology.