Indonesia honey

How honey is produced here

Wild Apis dorsata harvesting in the Sumatran and Bornean forests supplies a certified forest-honey trade that is used as an argument for keeping the forest standing. Acacia mangium plantation honey is the industrial counterweight, from land that was forest.

Flavour signature

The flavour families that recur across this origin’s honeys, counted from their sensory profiles rather than asserted.

• Caramel · 6
• Floral · 5
• Fruity · 3
• Resinous · 3
• Citrus · 2
• Vegetal · 2
• Molasses and treacle · 2

Honeys from Indonesia

• Kelulut honeyLight amber · PronouncedDistinctly sour and tangy with a fruity, almost fermented character — closer to a sharp fruit syrup than to what most people expect honey to taste like.
• Gelam honeyAmber · PronouncedSharp and aromatic with a distinct medicinal eucalyptus-like lift over a caramelised base — assertive and unmistakably from the myrtle family.
• Rubber tree honeyLight amber · MildMild and slightly vegetal with a light caramel warmth — an unremarkable flavour attached to a genuinely remarkable production story.
• Mangium honeyAmber · PronouncedDark, malty and lightly resinous, with a savoury depth that reads as honeydew rather than as blossom.
• Durian honeyAmber · IntensePungent, savoury and unmistakably related to the fruit — a sulphurous undertone over dark caramel. It divides opinion as sharply as durian itself.
• Rambutan honeyLight amber · ModerateSoft, floral and faintly muscat — closer to lychee honey than to anything temperate, and gentler than most tropical honeys.
• Coconut blossom honeyExtra white · MildLight, clean and mildly waxy with a faint nuttiness. It tastes nothing like coconut, which surprises almost everyone.
• Coffee blossom honeyExtra light amber · ModerateStrongly floral — jasmine and orange blossom over a light caramel base, with no coffee character whatsoever.
• Oil palm honeyLight amber · ModerateVariable by definition. Generally warm and mildly caramel-led, taking its character from whatever grew between and around the palms.

Plants behind these honeys

• MangiumAcacia mangiumA substantial plantation flow across Southeast Asia, produced by a mechanism most beekeeping literature does not cover — extrafloral nectar, secreted by the leaf rather than the flower.
• DurianDurio zibethinusA short, intense and unreliable flow, worked in the narrow overlap between when the flowers are open and when bees are flying.
• RambutanNephelium lappaceumA reliable orchard flow, and one where bee pollination measurably lifts fruit set — most rambutan trees carry functionally male and hermaphrodite flowers and need the transfer.
• Coconut palmCocos nuciferaThe most reliable background forage across much of the coastal tropics, precisely because it never stops. Coastal apiaries frequently rest on it between the seasonal flows.
• CoffeeCoffea arabicaA heavy but very short-lived nectar source, in flushes rather than as a continuous flow.
• Oil palmElaeis guineensisA heavy year-round pollen source and a poor nectar one, which makes plantation apiaries protein-rich and carbohydrate-poor — a genuine management problem rather than a technicality.

Bees associated with this origin

• Stingless beesMeliponiniThe other honey-making bees, and the only serious rival to Apis for that title. Stingless bees are tropical, perennial and genuinely eusocial, and they store honey in clusters of egg-shaped wax-and-resin pots rather than in hexagonal comb. Their honey is different enough from Apis honey — wetter, more acidic, sharper, prone to fermenting — that several countries have had to write separate standards for it. They have been kept by people in Mesoamerica, Australia, Africa and South-East Asia for thousands of years, in traditions entirely independent of European beekeeping.
• Western honey beeApis melliferaThe bee behind essentially all the world's honey, and the one most people mean when they say 'bee'. Apis mellifera is a perennial eusocial insect that overwinters as a living cluster rather than dying back each year — which is the whole reason it stores honey in quantity, and therefore the reason it was ever domesticated. It is native to Europe, Africa and western Asia and has been carried by people to every continent except Antarctica.
• Asian honey beeApis ceranaThe western honey bee's counterpart across Asia, and a bee whose importance is out of all proportion to its honey yield. Apis cerana is the original host of Varroa destructor — the mite that has reshaped beekeeping worldwide — and it lives with the parasite without collapse. Understanding how is one of the more consequential open questions in apiculture.
• Giant honey beeApis dorsataThe largest honey bee in the world, and the one that cannot be kept. Apis dorsata builds a single enormous open comb hanging from a branch or a cliff overhang, defends it ferociously, migrates hundreds of kilometres seasonally, and has defeated every serious attempt to hive it. It produces a great deal of honey and all of it has to be hunted rather than farmed — which is why the honey it makes comes with rope ladders and night climbs attached.
• KelulutHeterotrigona itamaThe bee behind Southeast Asia's stingless honey industry. Heterotrigona itama is larger than most Asian meliponines, takes readily to log and box hives, and produces enough honey to have supported an industry that barely existed before 2000 and now has its own national standard in Malaysia.
• Dwarf honey beeApis floreaThe smallest honey bee, and the one that does its waggle dance the right way up. Apis florea builds a single small comb wrapped around a twig in a bush, and because the top of that comb forms a horizontal platform, the dancing bee points directly at the food source rather than translating the direction into an angle against gravity. It is the simplest form of the dance language and probably the ancestral one.
• Africanized honey beeApis mellifera scutellata hybridsThe most misreported animal in this catalogue. Africanized honey bees are ordinary western honey bees with African ancestry, and they differ from European stock in degree rather than in kind: they respond to disturbance faster, commit more workers to defence, and pursue an intruder further. They are not more venomous, they do not hunt people, and they make perfectly good honey. The name that stuck to them came from a 1970s press cycle, and it has outlived every attempt to correct it.
• African honey beeApis mellifera scutellataThe tropically adapted African honey bee that, crossed with European stock in Brazil in 1957, produced the Africanized populations of the Americas. In its own range it is simply the honey bee of eastern and southern Africa — productive, mobile, defensive, and superbly adapted to heat, drought and a formidable list of predators including honey badgers, ants and hive beetles.