Bees on Your Property? We'll Move Them Safely.

Honey bees (Apis mellifera) are the most economically important pollinators on Earth — contributing an estimated $15-20 billion annually to US agriculture through crop pollination. A single colony contains 20,000-60,000 bees organized around a single queen who can lay 2,000 eggs per day. Worker bees divide labor by age: young bees clean cells and feed larvae, middle-aged bees build comb and process nectar, and older bees forage for pollen, nectar, and water. This highly organized social structure is what makes professional bee removal — rather than extermination — both ecologically responsible and technically demanding.

Bee swarming behavior is the primary driver of structural infestations. In spring, when colonies explode in population, the old queen and roughly half the workers leave the hive in a swarm — a temporary cluster of bees hanging from a branch or structure while scout bees search for a new cavity home. Swarms are generally docile (no brood or honey to defend) and typically move on within 1-3 days. However, if scouts locate a wall void or attic gap, the swarm moves in permanently — and that's when structural problems begin. Professional swarm capture within the narrow 24-72 hour window prevents permanent colonization.

Established structural bees colonies present unique biological challenges. Within walls, bees build extensive wax comb containing honey (which attracts other pests), pollen, and brood. On hot days, wax can soften and honey can melt, dripping through drywall and ceilings. More critically, the pheromone-saturated comb attracts new swarms for years after the colony is removed — bees can detect old comb from over a mile away. This is why professional removal must include complete comb extraction, cavity cleaning, and sealing. Leftover comb is a biological beacon for future infestations.