Managed honeybee colonies across the European Union have surged to a record 9.4 million beehives, representing a 34 percent increase since 2017—but the expansion masks a troubling reality about wild pollinator decline and conservation complexity.
The growth, reported by Eurostat, reflects growing commercial beekeeping driven by pollinator crisis awareness and agricultural demand. Italy led the expansion with a staggering 79 percent increase in managed colonies, followed by Croatia with 46 percent growth. Yet conservation scientists warn that honeybee farming may complicate rather than solve the broader pollinator emergency.
The distinction matters profoundly. Europe hosts approximately 2,000 wild bee species—bumblebees, mason bees, mining bees—alongside thousands of other pollinating insects including flies, beetles, butterflies, and moths. These wild pollinators face catastrophic declines: one-third of European wild bee species are threatened with extinction, according to the International Union for Conservation of Nature.
Managed honeybees and wild pollinators occupy overlapping ecological niches but face different threats. Honeybees benefit from human management: beekeepers provide hives, monitor for disease, supplement winter food, and replace failing queens. Wild pollinators depend entirely on habitat quality, floral diversity, and absence of pesticides—resources increasingly scarce in intensive agricultural landscapes.
In nature, as across ecosystems, every species plays a role—and humanity's choices determine whether the web of life flourishes or frays. The beehive boom demonstrates public concern for pollinators, but may inadvertently disadvantage the wild species most in need of protection.
Research indicates that high densities of managed honeybees can outcompete wild pollinators for floral resources, particularly in landscapes where flower abundance is limited. A 2022 study published in found that wild bee diversity declined in areas with intensive honeybee management, as the domesticated species monopolized available nectar and pollen.
