Pollination & Movement

When Honey Bees Move, Their Genetics Can Move With Them

American agriculture depends on moving honey bees long distances for pollination, seasonal management, honey production, and breeding. That movement is necessary. But honey bees do not travel without their biology. When Africanized bees or their descendants are present in the bees being moved, the bees and their genetic contribution move together.

nearly 2 million U.S. Colonies Are Moved for Pollination

USDA Agricultural Research Service has reported that nearly 2 million honey-bee colonies — roughly two-thirds of managed U.S. colonies at the time of that report — are loaded on trucks and shipped across the country multiple times in a year for crop pollination.

Map showing examples of commercial honey bee movement across the United States

Human-Assisted Movement Has Already Moved Africanized Bees

USDA documented Africanized honey bees reaching Florida through human-assisted transportation rather than through a continuous natural front. Trucks, ships, rail cars, and other transportation can move bees far beyond the distance they would travel on their own.

Map explaining that when commercial honey bees move, their genetics can move with them

We Cannot Solve This by Stopping Bee Movement

The food system needs mobile pollinators. The practical challenge is to preserve and expand dependable sources of gentle, manageable bees while reducing the chance that highly defensive Africanized genetics are moved or spread farther through managed and unmanaged populations.

Commercial Beekeepers Are Not the Problem — They Are Essential to the Solution

This is not an argument against migratory beekeeping. American agriculture requires commercial beekeepers to move large numbers of colonies to crops that need pollination. The challenge is to protect that necessary system by maintaining healthy, productive, manageable honey bees while reducing the spread and consequences of extreme defensive behavior.

Commercial operators already spend heavily on fuel, freight, insurance, labor, equipment, maintenance, colony losses, parasite and disease control, and replacement queens. USDA reported $225 million in U.S. pollination income for 2025 and an average price paid of $22 per queen. Across operations managing hundreds or thousands of colonies, queen replacement alone can become a substantial recurring expense before labor and unsuccessful replacements are counted.

Commercial Beekeeping Is More Than Pollination and Honey

The commercial beekeeping industry has several interconnected economic functions. The largest and most visible are crop pollination, honey production, and the production and distribution of bees and queens. But the industry also produces beeswax and other hive products, supports breeding and queen-rearing work, provides specialized colony-management and agricultural services, and supplies the living bee stock that smaller and backyard beekeepers use to establish and rebuild colonies.

These functions support one another. Pollination depends on healthy colonies. Honey production helps support the operations that maintain those colonies. Queen breeders and bee producers replace losses and expand managed populations. Beeswax and other hive products create additional value from managed colonies. Specialized breeding, management, education, and related services help keep bees productive and usable in agriculture and communities.

The Commercial Beekeeping Economic Chain

Pollination services — moving colonies to crops that require dependable managed pollinators.
Honey production — producing a major food product while helping support the colonies and businesses that provide pollination.
Queens, nucs, packages, and replacement colonies — rebuilding losses, expanding operations, and supplying commercial, sideline, and backyard beekeepers.
Beeswax and other hive products — including, depending on the operation and market, pollen, propolis, royal jelly, and other products derived from managed colonies.
Breeding and specialized bee services — queen rearing, stock improvement, contract colony management, agricultural support, education, and other professional services built around maintaining usable honey-bee populations.

The Bee Industry Also Rebuilds America’s Pollinator Population

Queen breeders and bee producers raise and sell queens, starter colonies, and replacement bees that keep managed honey-bee populations replenished across the country. Those bees go to commercial operations, farms, small beekeepers, and backyard beekeepers whose colonies also pollinate gardens, orchards, flowering trees, and community landscapes.

The Bee Place alone has sold roughly 900 starter colonies in a year. That is one regional operation placing hundreds of managed colonies into the hands of other beekeepers. Across the industry, queen breeders and bee producers repeat that process every season. Protecting dependable sources of gentle, productive, manageable bees protects this replacement network as well as commercial pollination.

An Industry Already Operating Under Economic Pressure

Pollination is only one part of commercial beekeeping economics. Honey is another. USDA reported that imported honey supplied 78% of the U.S. honey supply in 2025. The U.S. International Trade Commission has also found that the domestic raw-honey industry was materially injured by less-than-fair-value imports from several major supplying countries. These market pressures exist alongside the rising day-to-day costs of operating trucks, maintaining equipment, paying labor, keeping colonies healthy, and moving bees across the country.

Africanization can add another layer of cost and risk to that already difficult equation. Maintaining manageable colonies may require additional queen replacement and genetic management. Highly defensive colonies can create additional risk for employees, truck drivers, growers, livestock, neighboring properties, and the public. Whether increasing defensive-bee incidents would also raise liability and insurance costs is an important economic question that should be measured before it becomes a larger problem.

Protect the Next Generation of Commercial Beekeepers

Agriculture will continue to need honey bees, which means it will continue to need experienced people willing to own, manage, transport, and work those bees. Making commercial beekeeping more dangerous, more expensive, or more difficult adds another obstacle to attracting and retaining the next generation needed to keep this agricultural infrastructure working.

Save the RIGHT Bees. Protect the beekeepers who keep them. Protect the agriculture that depends on them.

Canada Already Treats Africanized Honey Bees From the United States as a Risk

Canada's 2024 risk assessment identified Africanized honey bees as one of the hazards associated with importing U.S. bee packages. Under the modeled import scenario, the Canadian Food Inspection Agency estimated a 100% probability of entry, exposure, and establishment in at least one recipient hive. The agency also stated that its estimate likely understated further spread because transmission through Africanized male honey bees was not included in the model.

In August 2025, Canada maintained its restriction on U.S. honey-bee packages after concluding that the identified risks remained above its acceptable level and that no feasible mitigation package had been demonstrated.

Hawaii Shows Why Protected Breeding Areas Matter

Hawaii's state agriculture and invasive-species programs report that Africanized honey bees are not known to be established there. Hawaii also maintains a queen-breeder inspection and export-certification program. That combination makes protected breeding areas increasingly important as dependable sources of manageable stock.

Gentle Queen Breeders
See why dependable breeding stock matters. The Real Cost of Africanization
See the agricultural and management consequences.