Name two common structural pests and a typical management approach?

Name two common structural pests and a typical management approach?

• A. Termites and rodents; use bait stations
• B. Ants and cockroaches; Ants: sanitation and perimeter control with residuals; Cockroaches: sanitation, crack and crevice treatments, residuals
• C. Mosquitoes and flies; use fans
• D. Bed bugs and fleas; vacuuming only

Answer: (B)

Two common structural pests found in buildings are ants and cockroaches, and a typical management approach combines sanitation, perimeter control, and targeted residual treatments. Sanitation reduces accessible food, water, and clutter that attract pests, making it harder for them to establish colonies. Perimeter control creates a barrier around the building to slow or prevent entry, cutting off routes that foraging pests use to reach interior spaces. For ants, this combination disrupts recruitment and colony access by both removing incentives and blocking entry points, while residual treatments provide ongoing protection against new individuals that attempt to invade. For cockroaches, sanitation helps minimize harborage and food sources, crack and crevice treatments reach hidden hiding spots, and residuals maintain longer-term suppression as pests move through treated areas. This integrated approach reflects a practical, room-by-room way to reduce pest pressure in structures without relying on a single tactic. Other pest pairings or narrower methods tend to be less representative of typical indoor pest management, as they either focus on pests less associated with building interiors or rely on a single technique rather than a balanced IPM strategy.

Two common structural pests found in buildings are ants and cockroaches, and a typical management approach combines sanitation, perimeter control, and targeted residual treatments. Sanitation reduces accessible food, water, and clutter that attract pests, making it harder for them to establish colonies. Perimeter control creates a barrier around the building to slow or prevent entry, cutting off routes that foraging pests use to reach interior spaces. For ants, this combination disrupts recruitment and colony access by both removing incentives and blocking entry points, while residual treatments provide ongoing protection against new individuals that attempt to invade. For cockroaches, sanitation helps minimize harborage and food sources, crack and crevice treatments reach hidden hiding spots, and residuals maintain longer-term suppression as pests move through treated areas. This integrated approach reflects a practical, room-by-room way to reduce pest pressure in structures without relying on a single tactic. Other pest pairings or narrower methods tend to be less representative of typical indoor pest management, as they either focus on pests less associated with building interiors or rely on a single technique rather than a balanced IPM strategy.