The wonderful world of stingless bees

Most honey comes from Apis mellifera, the honeybee everyone pictures when they hear the word bee. Trigona biroi is a different genus entirely, a stingless bee native to the Philippines, locally called lukot. It cannot sting you, which sounds like a gimmick until you learn why it matters for the honey itself.

Honeybees store honey in wax combs sealed with a thin layer of propolis at the edges. Trigona bees do it differently. They build their storage pots from cerumen, a mix of wax and propolis, so the propolis sits inside honey for its entire life in the hive. 

That’s the real reason it tastes different from the honey in your cupboard. It also explains the sourness. Trigona honey is naturally more acidic than regular honey, with a pH of 3.2 to 4.5, so the tang is a sign of the honey, not of spoilage. Its sugars are different too: 13 to 44% of them are trehalulose, a rare sugar with roughly a third of the glycaemic impact of table sugar. People expecting Manuka sweetness are often surprised by this on the first taste.

A single trigona bee hive holds around 100,000 workers, more than a typical honeybee colony, and yields only a fraction of what those bees produce in a year. That scarcity is not commercially attractive for most companies. For us, its medicinal properties and beautifully dynamic flavour profile is why we believe its important we bring these stingless bee products to as many as possible. 

A COMPARISON BETWEEN TRIGONA HONEY AND MANUKA HONEY

All honey has some level of hydrogen peroxide produced by the honey’s enzymes which is antibacterial. These enzymes are however easily destroyed by exposure to heat, light, and by contact with body fluids. However there are some special honeys that have antibacterial properties separate from the peroxide effect, which results in a more constant and stable antibacterial action (non-peroxide activities).

MANUKA HONEY

Manuka honey is produced by the bee species apis mellifera, and its properties is derived from the active ingredient “methylglyoxal” in the manuka nectar. The active level of the manuka honey is dependent on the exclusivity of the bees’ visit to the manuka flower. The higher the manuka nectar content vs other flower nectar content, the higher the UMF. Hence every batch of honey needs to be certified by the UMF Honey Association.

TRIGONA HONEY

For trigona honey (tetragonula / melipona), the beauty lies in the hive’s pods (cerumen) which is made from both beeswax and plant resin (propolis). It is the propolis that gives trigona honey its antimicrobial properties. Hence regardless of the nectar source, the honey would naturally be infused with propolis - ensuring its consistent antibacterial properties. 

Read the full comparison: stingless bee honey vs Manuka honey

APIS MELLIFERA BEE
TRIGONA BIROI (STINGLESS) BEE
Honey production
APIS MELLIFERA BEE
30kg per hive per year
TRIGONA BIROI (STINGLESS) BEE
500g per hive per year
Feeding
APIS MELLIFERA BEE
Requires maintenance feeding with sugar and pollen substitute during the off-season or when honey flow is unavailable
TRIGONA BIROI (STINGLESS) BEE
No maintenance feeding needed because surplus pollen is stored year-round
Sustainability
APIS MELLIFERA BEE
Low tolerance to pests and diseases; requires medication such as antibiotics and miticides
TRIGONA BIROI (STINGLESS) BEE
High tolerance to pests and diseases due to its smaller size and extensive use of propolis; no medication required
Pollination
APIS MELLIFERA BEE
Forages up to a 5-kilometre radius, resulting in less thorough local pollination
TRIGONA BIROI (STINGLESS) BEE
Forages within a 500-metre radius, enabling more intensive local pollination
Maintenance
APIS MELLIFERA BEE
Requires equipment including frames, wax foundation, queen excluder, smoker, honey extractor, and protective clothing
TRIGONA BIROI (STINGLESS) BEE
Requires only two boxes when used for pollination
Inspection
APIS MELLIFERA BEE
Requires frequent inspection, at least once weekly
TRIGONA BIROI (STINGLESS) BEE
Every three to four months

Did you know that honey produced by the apis mellifera bee is one of the top 3 most fraudulent foods in the world?

Read more about adulteration and honey laundering.

ORGANICALLY FARMED

The apis mellifera (honeybee species commonly used in commercial bee farming) fall sick easily due to pest, infections and diseases. Hence the need to feed them with antibiotics and use miticides.

Trigona (Melipona) bees however, are much less susceptible to diseases and pest due to their extensive use of propolis - a natural germicide and pest repellent. Hence there is no need to use harmful pesticides or even antibiotics.

We also only choose to work with farms which are near natural forests, and far from towns and cities, landfills or other non-organic farms. This working relationship with nature ensures the purity of the honey that is not contaminated by pesticides or pollution.

SUSTAINABLE HARVESTING

At Anaya, we do not harvest the entire honey production but leave sufficient for the bees to consume while they continue to product more.

Furthermore as the Philippines is susceptible to frequent typhoons, these little bees and their precious hives can fall victim to nature, wiping out the intended harvest.

LIMITED PRODUCTION

Due to the small Trigona (Melipona) bee’s size, they are able to collect nectar from a larger variety of plants. However it also limits their flight radius to about 300-500 metres of the hive. Hence while commonly farmed European honey bees can produce around 30kg of honey a hive per year, these stingless honey bees produce only around 500g of honey a hive per year. 

Furthermore as the Philippines is susceptible to frequent typhoons, these little bees and their precious hives can fall victim to nature, wiping out the intended harvest.