What practice can help reduce pest populations naturally?

What practice can help reduce pest populations naturally?

• A. Regular application of synthetic fertilizers
• B. Planting a variety of crops (crop diversity)
• C. Limiting irrigation to only essential crops
• D. Monoculture farming techniques

Answer: (B)

Planting a variety of crops, or crop diversity, is a practice that can significantly help reduce pest populations naturally. This approach enhances biodiversity, which can disrupt pest life cycles and reduce the likelihood of infestations. When multiple crops are grown in proximity, it creates a habitat that is less hospitable to pests that typically target a single crop. For instance, certain plants may attract beneficial insects that prey on pests or may have natural properties that deter pests from settling. Moreover, diverse cropping systems can promote healthier ecosystems, encouraging predator-prey interactions that naturally regulate pest populations. In contrast, practices such as the regular application of synthetic fertilizers can sometimes lead to increased pest populations by promoting rapid plant growth, which can attract more pests. Limiting irrigation to only essential crops might not directly target pest populations and can cause stress on plants, making them more susceptible to pests. Monoculture farming techniques often result in a uniform crop environment that can easily be exploited by pests, as they provide a consistent food source for the same species of pests. This lack of diversity reduces the natural checks on pest populations. Thus, planting a variety of crops not only helps in managing pests but also contributes to overall ecosystem health and resilience.

Planting a variety of crops, or crop diversity, is a practice that can significantly help reduce pest populations naturally. This approach enhances biodiversity, which can disrupt pest life cycles and reduce the likelihood of infestations.

When multiple crops are grown in proximity, it creates a habitat that is less hospitable to pests that typically target a single crop. For instance, certain plants may attract beneficial insects that prey on pests or may have natural properties that deter pests from settling. Moreover, diverse cropping systems can promote healthier ecosystems, encouraging predator-prey interactions that naturally regulate pest populations.

In contrast, practices such as the regular application of synthetic fertilizers can sometimes lead to increased pest populations by promoting rapid plant growth, which can attract more pests. Limiting irrigation to only essential crops might not directly target pest populations and can cause stress on plants, making them more susceptible to pests. Monoculture farming techniques often result in a uniform crop environment that can easily be exploited by pests, as they provide a consistent food source for the same species of pests. This lack of diversity reduces the natural checks on pest populations.

Thus, planting a variety of crops not only helps in managing pests but also contributes to overall ecosystem health and resilience.