What is a benefit of integrating native plants into landscaping?

What is a benefit of integrating native plants into landscaping?

• A. They require more water
• B. They are less resistant to local diseases
• C. They often require more pesticides
• D. They typically need less pesticide intervention

Answer: (D)

Integrating native plants into landscaping offers numerous benefits, one of which is that they typically require less pesticide intervention. Native plants are well-adapted to the local environment, which includes the local climate, pests, and diseases. Because they have evolved alongside their natural enemies, such as local insects and diseases, they tend to be more resilient and better able to thrive without the application of chemical pesticides. This can lead to a healthier ecosystem, as the use of fewer chemicals reduces the potential impact on non-target species and local biodiversity. Moreover, native plants often support a wide range of local wildlife, including beneficial insects and pollinators, which can contribute to the overall health of the landscape. This integration not only helps in reducing the reliance on pesticides but also promotes a self-sustaining garden that requires less maintenance over time. In contrast, non-native plants may not have the same level of resistance to local pests and diseases, leading to a greater need for chemical interventions to protect them. This can create an ongoing cycle of pesticide use, which native plants are more effective at avoiding.

Integrating native plants into landscaping offers numerous benefits, one of which is that they typically require less pesticide intervention. Native plants are well-adapted to the local environment, which includes the local climate, pests, and diseases. Because they have evolved alongside their natural enemies, such as local insects and diseases, they tend to be more resilient and better able to thrive without the application of chemical pesticides. This can lead to a healthier ecosystem, as the use of fewer chemicals reduces the potential impact on non-target species and local biodiversity.

Moreover, native plants often support a wide range of local wildlife, including beneficial insects and pollinators, which can contribute to the overall health of the landscape. This integration not only helps in reducing the reliance on pesticides but also promotes a self-sustaining garden that requires less maintenance over time.

In contrast, non-native plants may not have the same level of resistance to local pests and diseases, leading to a greater need for chemical interventions to protect them. This can create an ongoing cycle of pesticide use, which native plants are more effective at avoiding.