Which pest control strategy has a low resistance development rate?

Which pest control strategy has a low resistance development rate?

• A. Physical barriers
• B. Biological controls
• C. Baits
• D. Traps

Answer: (C)

The correct choice for a pest control strategy that has a low resistance development rate is biological controls. This method involves the use of natural predators, parasites, or pathogens to manage pest populations. These agents typically evolve alongside their host pests, making it difficult for pests to develop resistance against them. Biological control strategies contribute to a more balanced ecosystem since they often enhance the natural checks and balances within the environment. For instance, when a pest population is kept in check by a natural predator, the likelihood of that pest adapting to resist control measures is significantly reduced, as they are not frequently faced with the same pressure from synthetic chemicals or other synthetic control methods. While physical barriers can be effective in deterring pests, they do not directly target the organism and, thus, do not contribute to developing resistance rates. Similarly, baits and traps rely on attracting and killing pests but can lead to quicker resistance development when the pests are continuously exposed to the same toxin or strategy. Overall, biological controls offer a sustainable way of managing pests with a lower risk of resistance, making them a key strategy in integrated pest management.

The correct choice for a pest control strategy that has a low resistance development rate is biological controls. This method involves the use of natural predators, parasites, or pathogens to manage pest populations. These agents typically evolve alongside their host pests, making it difficult for pests to develop resistance against them.

Biological control strategies contribute to a more balanced ecosystem since they often enhance the natural checks and balances within the environment. For instance, when a pest population is kept in check by a natural predator, the likelihood of that pest adapting to resist control measures is significantly reduced, as they are not frequently faced with the same pressure from synthetic chemicals or other synthetic control methods.

While physical barriers can be effective in deterring pests, they do not directly target the organism and, thus, do not contribute to developing resistance rates. Similarly, baits and traps rely on attracting and killing pests but can lead to quicker resistance development when the pests are continuously exposed to the same toxin or strategy.

Overall, biological controls offer a sustainable way of managing pests with a lower risk of resistance, making them a key strategy in integrated pest management.