What type of trap is commonly used for monitoring pests in IPM?

What type of trap is commonly used for monitoring pests in IPM?

• A. Sound traps
• B. Light traps
• C. Sticky traps
• D. Heat traps

Answer: (C)

Sticky traps are commonly used for monitoring pests in Integrated Pest Management (IPM) due to their effectiveness in capturing and holding various types of insects, thereby providing a visual means of assessing pest populations. These traps are coated with a strong adhesive that immobilizes pests that come into contact with them, allowing for easy identification and counting of captured insects. This information is crucial for making informed decisions about pest management strategies, as it helps determine the timing and necessity of control measures. Utilizing sticky traps allows for ongoing monitoring of pest populations without the use of chemicals, aligning with the core principles of IPM, which emphasizes the importance of understanding pest dynamics before applying control methods. Additionally, sticky traps can be placed in various locations and can capture non-target species as well, which can aid in assessing the overall ecosystem health.

Sticky traps are commonly used for monitoring pests in Integrated Pest Management (IPM) due to their effectiveness in capturing and holding various types of insects, thereby providing a visual means of assessing pest populations. These traps are coated with a strong adhesive that immobilizes pests that come into contact with them, allowing for easy identification and counting of captured insects. This information is crucial for making informed decisions about pest management strategies, as it helps determine the timing and necessity of control measures.

Utilizing sticky traps allows for ongoing monitoring of pest populations without the use of chemicals, aligning with the core principles of IPM, which emphasizes the importance of understanding pest dynamics before applying control methods. Additionally, sticky traps can be placed in various locations and can capture non-target species as well, which can aid in assessing the overall ecosystem health.