Challenge your understanding of key strategies and principles used in protecting fruit crops from pests and diseases. This quiz covers integrated pest management, common threats, and safe application practices.
What is a primary benefit of using Integrated Pest Management (IPM) for fruit crops?
Explanation: IPM emphasizes combining biological, cultural, and chemical methods to minimize pesticide use. It does not guarantee complete pest elimination, nor does it automatically prevent all diseases. Increasing maturity time is not a benefit or focus of IPM.
A fruit grower finds black spots on apple leaves in early spring; what disease is most likely responsible?
Explanation: Apple scab typically causes black or olive spots on apple leaves in spring. Blue mold is mostly post-harvest; bacterial canker causes sunken lesions, and powdery mildew shows as white, powdery spots.
Why is monitoring pest populations before spraying insecticides important in fruit orchards?
Explanation: Monitoring ensures insecticides are only used when pest levels justify it, preventing waste and environmental harm. Promoting resistance, lowering sweetness, or increasing labor are not valid reasons for monitoring pest populations.
Which method best represents a physical barrier used to protect fruit crops from bird damage?
Explanation: Netting is a physical barrier preventing bird access to fruit. Spraying fungicides manages diseases, pheromone traps target insect pests, and drip irrigation relates to watering, not physical protection.
What should be the top priority when applying chemical pesticides in a plum orchard?
Explanation: Protective gear reduces health risks when handling pesticides. Mixing chemicals can be unsafe without guidance, spraying in wind increases drift, and harvesting right after application disregards safety intervals.