Imagine a tiny worker bee leaving her hive and flying just 750 meters away to gather nectar — about 2,500 feet, roughly a quarter mile. That's the real average distance most American bees travel when they forage for food. But current federal rules assume bees roam 6.4 kilometers (close to 4 miles) from their hives. That gap between science and policy has locked out nearly every U.S. beekeeper from the organic honey market — until now.
Researchers at Cornell University have produced evidence that could open the lucrative organic honey market to American producers for the first time. Their study, published in the journal Science of the Total Environment, found that bees in the northeastern United States stay much closer to home than organic certification rules assume.
"Consumers are willing to pay 20% to 30% more for certified organic honey than nonorganic honey," said Scott McArt, an associate professor of entomology at Cornell and a senior author of the study. "If organic honey was possible to produce in the continental U.S., it would open up a huge market for our country's beekeepers, who are really struggling right now."
The struggle is real. U.S. beekeepers lost 56% of their colonies in 2024 and 39% the year before, largely because of Varroa mites — tiny parasites that are the single biggest killer of honey bee colonies. Despite their efforts, American beekeepers have been shut out of the organic honey market. The USDA requires bees to have access to a 6.4-kilometer radius of certified organic or natural land. Finding that much suitable land in the continental United States is nearly impossible, so only three producers — all in Hawaii — currently qualify. The rest of America's organic honey comes from abroad, mostly Brazil.
To conduct the study, the Cornell team set up 72 bee colonies on six large organic farms in the Northeast. Within a 3-kilometer radius of each hive, between 56% and 93% of the surrounding land was natural or seminatural — forests, wetlands, or fallow fields. Using organic methods (treating mites with natural substances like organic acids or concentrated hops instead of chemical insecticides), the researchers let the bees build fresh wax combs and produce their own honey. They then tested that honey for 96 different pesticide residues and compared it against 20 store-bought brands of organic and conventional honey.
The results were striking. The honey from the organically managed colonies had pesticide contamination levels comparable to imported certified organic honey — even though none of the farms met the current buffer-zone requirements.
"One in five beekeepers already manage their hives with organic methods, so with revised organic standards, many could still benefit economically," said Ben DeMoras, the study's lead author and a former researcher in McArt's lab, now a doctoral student at Auburn University's Bee Center.
The findings give federal agencies concrete evidence to consider easing the buffer-zone rules. If adopted, American beekeepers could finally compete in a market they have been excluded from for years — and consumers could choose domestic organic honey the next time they shop.