Microencapsulated pesticides are designed to:

Microencapsulated pesticides are designed to:

• A. Be highly soluble in water
• B. Reduce risks to non-target organisms
• C. Evaporate quickly
• D. Have a strong odor

Answer: (B)

Microencapsulated pesticides are specifically designed to reduce risks to non-target organisms. This technology involves encasing the active ingredients of the pesticide in tiny capsules that can help control the release of the pesticide into the environment. By doing so, these formulations not only enhance the efficacy of the pesticide but also limit exposure to non-target species, including beneficial insects, wildlife, and humans. The encapsulation process also provides a buffer, reducing the likelihood of accidental spills or unintended application, which is a crucial aspect of integrated pest management and environmental safety. While other options focus on characteristics like solubility, evaporation, or odors, these aspects do not reflect the primary function of microencapsulated pesticides. Instead, the goal is to ensure targeted application with minimized environmental impact and increased safety.

Microencapsulated pesticides are specifically designed to reduce risks to non-target organisms. This technology involves encasing the active ingredients of the pesticide in tiny capsules that can help control the release of the pesticide into the environment. By doing so, these formulations not only enhance the efficacy of the pesticide but also limit exposure to non-target species, including beneficial insects, wildlife, and humans.

The encapsulation process also provides a buffer, reducing the likelihood of accidental spills or unintended application, which is a crucial aspect of integrated pest management and environmental safety.

While other options focus on characteristics like solubility, evaporation, or odors, these aspects do not reflect the primary function of microencapsulated pesticides. Instead, the goal is to ensure targeted application with minimized environmental impact and increased safety.