A Hive Count Is Not a Measure of Pollinator Health
Managed honeybees can be replaced, divided and moved. Wild pollinators cannot. If we want more bees, we must first restore the plants and nesting places that sustain them.
“Save the bees” sounds like a simple instruction.
It is not even a single problem.
The bee most Americans recognize—the European honeybee—is a managed agricultural animal. Beekeepers move colonies between crops, divide strong hives, replace queens and buy packages of bees when colonies fail. Honeybees produce honey and provide pollination services worth billions of dollars to American agriculture.
They also are not native to North America.
Around them lives a much larger and less familiar community: roughly 4,000 species of native bees, from bumblebees and mason bees to tiny specialists that depend on particular plants. Most do not live in hives. Many nest alone in the soil, hollow stems or cavities in wood. Some travel only short distances from their nests. Many remain poorly monitored.
When we use honeybee colony numbers as a verdict on “the bees,” we confuse an agricultural inventory with the condition of an ecosystem.
A managed colony can be rebuilt
Honeybee losses are real.
Colonies face Varroa mites, viruses, poor nutrition, pesticide exposure, weather and other stresses. USDA’s 2025 honey report counted 2.41 million colonies producing honey, down 7 percent from the previous year. Honey production fell 14 percent.
But a honeybee colony is also managed capital.
USDA does not merely track colonies lost. Its surveys track colonies added and “renovated”—surviving colonies that receive a new queen or new bees. A commercial beekeeper can split a strong colony, purchase replacement bees or move hives hundreds of miles to meet a crop’s bloom.
That ability can keep the number of managed colonies from collapsing even during years of severe losses. It does not mean the losses are unimportant. It means the industry has tools for replacing them.
A wild bee population has no such supply chain.
If a ground-nesting species disappears from a valley because its flowers are gone, there is no beekeeper waiting with a replacement package. If a specialist bee loses the plant its larvae require, another hive cannot perform the same ecological role.
The distinction is not honeybees versus native bees. Both matter.
The distinction is between an animal we manage and a community we barely count.
“The bees” are not interchangeable
Honeybees are valuable generalists. They visit many kinds of flowers and can be deployed in enormous numbers where agriculture needs them.
Native bees often work differently.
Some are active in weather that keeps honeybees inside. Some pollinate plants through vibrations honeybees do not perform effectively. Others have evolved close relationships with a narrow group of native plants.
Those specializations make ecosystems productive. They also create vulnerability.
The U.S. Geological Survey says loss of plant diversity is a primary cause of native-bee decline. An estimated 30 to 50 percent of native bees are highly specialized. Remove the plant and the bee may disappear. Remove the bee and the plant may lose an important means of reproduction.
For many species, we do not know enough to describe a national trend. The United States still lacks a comprehensive national monitoring system for native bees. Absence of a complete census is not evidence that nothing is wrong.
Where careful studies do exist, some results are sobering. Researchers estimated that occupancy by the western bumblebee declined sharply across the continental United States between 1998 and 2018. The rusty patched bumblebee, once widespread, became the first federally protected bumblebee; in 2026, the U.S. Fish and Wildlife Service designated occupied critical habitat for it across portions of six states.
A country can therefore maintain millions of managed honeybee colonies while losing particular native pollinators from particular landscapes.
Both statements can be true.
More hives are not always the answer
Because honeybees are familiar and available, adding a hive can feel like an obvious conservation act.
In a garden or agricultural setting with ample flowers, a well-managed hive may be entirely appropriate. But placing honeybees in a conservation area is not the same as restoring native pollinators.
Honeybees gather large quantities of nectar and pollen. Where flowers are limited, they can compete with native bees. USGS specifically advises against introducing honeybees into parks or conservation areas intended to protect native plants and native bees.
This does not make the honeybee an enemy. It makes context important.
A cow can be useful in one grazing plan and damaging in another. Fire can restore a grassland or destroy vulnerable cover. Water can revive a meadow or erode a road. The tool is not the outcome.
The same is true of a hive.
Start with the land
Pollinator conservation is often marketed as a list of purchases: seed packets, bee houses, hives and branded mixtures.
The harder work is restoring habitat.
Bees need flowers across the entire growing season, not a brief ornamental bloom. They need plant diversity because pollen from different species supplies different nutrients. Ground-nesting bees need some soil that is not continuously tilled, paved, flooded or buried beneath thick mulch. Cavity nesters need stems, standing dead material and suitable wood. Bumblebees need protected places to nest and overwinter.
They also need those elements close enough together to function as habitat rather than isolated decorations.
On farms and ranches, that can mean retaining flowering field edges, protecting riparian vegetation, allowing selected “weeds” to bloom, reducing unnecessary mowing and using insecticides precisely rather than routinely. In towns, it can mean replacing portions of lawn with native plants and leaving some stems and leaf litter through winter.
None of these practices guarantees a particular bee will return.
They restore the conditions under which many pollinators can persist.
Count what the landscape is doing
The old bee debate offered two competing slogans.
One said the bees were disappearing and agriculture faced catastrophe. The other pointed to managed colony counts and declared the crisis solved.
Both treated a complicated biological system as a single number.
The better questions are local and observable.
Are native plants flowering from spring through fall? Are insects using them? Is bare nesting soil still available? Are riparian corridors intact? Does management leave refuge during mowing, spraying, grazing or drought? Are the same species present next year?
A hive count can tell us something important about beekeeping.
It cannot tell us whether the land still supports its full community of pollinators.
If we want more bees, the durable answer is not simply to buy more bees.
It is to make more places where bees can live.
Sources
- USDA National Agricultural Statistics Service: Honey, March 2026
- USDA: Honey Bee Surveys and Reports
- USGS: Are honeybees native to North America?
- USGS: Does loss of plant diversity affect native bees?
- USGS: Toward a national program for monitoring native bees
- U.S. Fish and Wildlife Service: Threats to Pollinators
- U.S. Fish and Wildlife Service: Rusty Patched Bumble Bee Habitat Protection
Editorial note: This is a Pitchstone Waters institutional editorial developed with AI assistance under human direction. It draws on Chris Gill’s published work and Pitchstone’s documented principles, but it is not presented as a new article written by Chris.
