Tetragonula, Melipona and the other stingless bees are descendants of hunting wasps that gave up hunting and took up nectar and pollen instead. The oldest bee fossil evidence, around 100 million years old, comes from Patagonian Halictidae nests, linking bees to those wasp ancestors. Fossil evidence for the ancestors of Apis mellifera, the Western honeybee most people know, only begins around 25 million years ago in Germany.
So stingless bees are the older lineage. They're also, in the tropics, the more consequential one.
Why Pollinators Matter
Many plants can self-pollinate when no pollinator is available, but doing so repeatedly narrows the gene pool, producing weaker progeny and lower nutritional value. Cross-pollination avoids that, and bees are the main agents of it across most crops.
Depending on the region, roughly a third of our food depends on pollinators. The FAO puts the figure at around 35% of global food crop production.
What Stingless Bees Do That Honeybees Can't
Buzz Pollination
Some plants don't produce nectar at all. Tomatoes, peppers, blueberries, potatoes and aubergines protect their pollen inside poricidal anthers, tubular structures that release pollen only when vibrated at the right frequency.
Apis mellifera cannot do this. Melipona can. By gripping the flower and vibrating their flight muscles, they shake the pollen loose. It's the same technique bumblebees use, and in the tropics Melipona are the practical substitute.
Working in Enclosed Spaces
Stingless bees rarely travel more than 500 metres to a kilometre from the hive. In an open field that's a limitation. In a greenhouse it's the whole point: they stay where you put them and work the crop rather than wandering off to something more interesting next door.
They're also small, often under 4mm, and frequently mistaken for houseflies. Combined with the absence of a functional sting, that makes them workable in public-facing spaces such as retail glasshouses where Apis would be a problem.
Working Year-Round
Stingless bee colonies don't hibernate. In tropical conditions they forage continuously, which suits indoor and greenhouse operations that produce all year.
Which Crops Benefit
Stingless bees have been recorded visiting the flowers of around 90 crop species. The research picture is uneven: they're confirmed as effective and important pollinators of a smaller number, contribute meaningfully to perhaps 60 more, and have been recorded on around 20 crops that are actually pollinated by other means.
Where the evidence is strongest: coconut, macadamia, mango, carambola, annatto, camu-camu, chayote. In Australia, Tetragonula carbonaria outperforms managed honeybees on macadamia and matches them on blueberry.
They also contribute to lychee, watermelon, strawberry, citrus, avocado, potato, squash, tomato, cucumber, coffee, guava, passion fruit and oil palm.
Broadly, if it grows in the tropics or subtropics and has a flower, stingless bees are likely part of the picture.
The Monoculture Problem
California's almond industry illustrates the strain on conventional pollination. Almond acreage has expanded enormously to meet demand, and pollinating it requires honeybee colonies trucked in from across the country. For many commercial beekeepers, almond pollination represents the majority of annual income, with honey a distant second.
Monoculture is nutritionally poor for bees, which evolved on varied forage. Large-scale colony movement also spreads pests and disease between operations, and colony losses during and after the almond season have been a persistent concern in the industry.
Stingless bees don't solve this at scale, and it would be overstating things to suggest they could. An Apis hive produces tens of kilograms of honey a year; a stingless hive produces around one, sometimes up to three litres from larger colonies. They are not a commercial honey substitute.
But where the objective is pollination rather than honey, particularly in the tropics and in enclosed growing, they're a genuine option that reduces reliance on long-distance colony transport.
Common Questions
Do they sting?
No. A stinger is a modified egg-laying organ, so only females have one at all, and in stingless bee workers it's vestigial and non-functional. Their defence is nest placement and inaccessibility, plus biting and swarming around an intruder's face if provoked.
More broadly, most bees don't sting anyone. Only around 10% of bee species are social; the rest are solitary, nesting in tunnels or tree cavities, and produce no honey. Under 5% of bee species produce honey at all.
Are they invasive?
The evidence suggests not, largely because of their limitations. They travel short distances from the nest and they cannot regulate hive temperature the way Apis colonies do, so they can't survive cold winters.
Japan uses exactly this to advantage: Tetragonula can be used in greenhouses without risk of establishing outside, because escapees don't survive the winter. That allows growers to add pollination capacity without threatening native bee populations.
Do they harm biodiversity?
The evidence points the other way. Pollinator presence enhances genetic transfer between plants, which matters especially in fragmented habitats where an isolated patch of vegetation might otherwise receive no external pollen at all.
The Threats
Stingless bees face the same pressures as pollinators generally, and some of their own.
Habitat loss. Clearing for agriculture and ranching removes nesting sites and forage. Stingless bees nest in tree cavities, so losing mature trees costs them directly.
Agrochemicals. Research has found significant effects on stingless bee survival from several commonly used insecticides. Because their biology differs from honeybees, standard honeybee risk assessments don't transfer, and stingless bees have been comparatively neglected in pesticide regulation.
Pathogen spillover. Diseases and parasites from managed Apis colonies can move to native stingless bee populations.
Climate change. Tropical insects have limited capacity to adapt to temperature shifts, which puts them among the most at-risk groups.
The Intergovernmental Science-Policy Platform on Biodiversity and Ecosystem Services has assessed a substantial proportion of pollinator species as threatened with extinction, with agricultural production worth hundreds of billions annually dependent on their work.
What This Means in Practice
Stingless bees aren't a replacement for honeybees, and anyone selling them that way is overpromising. What they are is a well-matched option for specific situations: tropical and subtropical field crops, greenhouse and indoor growing, buzz-pollinated crops, and any setting where a non-stinging bee is safer around people.
They're also low-maintenance. Colonies can be split as they grow, making an operation self-sustaining rather than requiring repeat purchase.
This is why our own hives exist. The honey is close to a by-product. Our beekeepers place hives on fruit farms in the Philippines primarily for pollination, and the farmers they work with report substantial yield increases from it. The honey is what the bees can spare, which is why there's so little of it.
Read more about how we work with our beekeepers, or try the Raw Trigona Honey (Active 25+) that comes of it.