What type of natural organisms are often utilized in biopesticides?

What type of natural organisms are often utilized in biopesticides?

• A. Only mammals
• B. Only insect-derived substances
• C. Plants, bacteria, or minerals
• D. All animal by-products

Answer: (C)

Biopesticides are derived from natural materials, which can include a variety of organisms. This answer is correct because biopesticides often utilize plants, bacteria, and minerals. These organisms play significant roles in pest management through their natural mechanisms. For instance, certain plant extracts can repel pests or disrupt their life cycles, while specific strains of bacteria can target harmful insects without affecting beneficial ones. Minerals may also be used as a physical barrier or deterrent to pests. Understanding the diversity of sources for biopesticides highlights their ecological advantages, as they tend to be more environmentally friendly compared to synthetic chemical pesticides. This approach aligns with sustainable agricultural practices, supporting integrated pest management strategies that utilize natural enemies and minimize reliance on synthetic chemicals.

Biopesticides are derived from natural materials, which can include a variety of organisms. This answer is correct because biopesticides often utilize plants, bacteria, and minerals. These organisms play significant roles in pest management through their natural mechanisms.

For instance, certain plant extracts can repel pests or disrupt their life cycles, while specific strains of bacteria can target harmful insects without affecting beneficial ones. Minerals may also be used as a physical barrier or deterrent to pests.

Understanding the diversity of sources for biopesticides highlights their ecological advantages, as they tend to be more environmentally friendly compared to synthetic chemical pesticides. This approach aligns with sustainable agricultural practices, supporting integrated pest management strategies that utilize natural enemies and minimize reliance on synthetic chemicals.