Netherlands honey

How honey is produced here

Dutch beekeeping is substantially shaped by paid pollination — orchard, seed and glasshouse crops — with honey as a secondary return. Heather honey from the sandy heaths is the prestige product and comes from a habitat that has shrunk enormously.

Production and trade in numbers

FAOSTAT, extracted 2026-09-29. Values not received as official national figures are marked as estimated or imputed. A year with no figure is a dash, never a zero. Trade values are customs declarations — not producer prices and not profit. Open it in the country tool, or read how countries compare.

Flavour signature

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

• Vegetal · 4
• Floral · 3
• Buttery · 3
• Fruity · 3
• Caramel · 2

Honeys from Netherlands

• Heather honeyLight amber · IntenseStrong, smoky and slightly bitter, with a lingering woodfire-and-toffee character. One of the most complex honeys produced anywhere.
• Spring blossom honeyExtra white · MildMild, creamy and clean, with a faint cabbagey note where rape dominates. An easy honey and a spreadable one.
• Rapeseed honeyWater white · MildSweet and very mild, faintly cabbage-like when fresh and cleanly bland once set. Texture is what it has instead of flavour.
• Pear blossom honeyWater white · DelicateVery light and faintly green, with a clean sweetness and almost nothing behind it. Notable chiefly for how hard it is to get.
• Apple blossom honeyExtra white · DelicateDelicate and lightly fruity with a soft marzipan note and a clean finish — recognisably spring, and gone if you are not paying attention.
• Carrot seed honeyAmber · PronouncedDark, savoury and faintly medicinal, with a green umbellifer note and a slightly bitter finish. A challenging honey and an interesting one.
• Bamboo honeyAmber · PronouncedRich and buttery with a distinct tang, frequently compared with a lighter buckwheat — malty and slightly sharp rather than sweetly floral.

When these honeys are typically harvested

Plants behind these honeys

• Oilseed rapeBrassica napusTop-rated for both nectar and pollen, and delivered at exactly the moment colonies are expanding fastest in spring. Its faults are entirely about what comes after.
• AppleMalus domesticaValuable spring forage, but rarely a surplus crop: the window is short and the colony is still building at that point in the year, so most of what comes in is eaten immediately.
• HeatherCalluna vulgaris
• DandelionTaraxacum officinaleThe pollen is what makes it critical. It arrives when colonies are expanding fastest and have the least in reserve, and bumblebee queens emerging from hibernation depend on early sources like this one to found a nest at all.
• CherryPrunus aviumImportant early forage arriving when colonies are expanding and bumblebee queens are founding nests. Almost all of it is consumed rather than stored.
• SycamoreAcer pseudoplatanusVery high nectar and good pollen, delivered at tree scale in mid-spring, plus a honeydew contribution later. A single mature sycamore is a serious forage asset.
• Goat willowSalix capreaThe single most important early-season pollen source across much of Europe. Its value is not in yielding honey but in what it makes possible six weeks later.
• PearPyrus communisPoor for nectar and good for pollen, which is exactly the sort of split a single bee-friendliness rating would erase.
• Crab appleMalus sylvestrisExcellent spring pollen and good nectar. Its particular value is the length of the flowering window relative to a cultivated apple.
• Wild carrotDaucus carotaModerate nectar and good pollen, in the most accessible form available — its value is the breadth of the visitor list rather than the volume.

Bees associated with this origin

• 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.
• BumblebeesBombusLarge, furry, loud, and cold-tolerant in a way no honey bee is. Bumblebees run annual colonies: a mated queen emerges alone in spring, founds a nest by herself, raises workers through the summer, produces new queens and males in late season, and then the entire colony dies except those new queens. They do make honey, in the strict sense of ripened nectar stores — just a few days' worth, because they have no winter to survive as a colony.
• Mining beesAndrenaSolitary ground-nesting bees, and the small volcano-shaped mounds of fine soil that appear on lawns and bare paths in April are theirs. Mining bees are the classic spring solitary bees of the northern hemisphere: short-lived, entirely harmless, often nesting in dense aggregations that look like a colony but are not, and a great many of them are specialists that visit only one kind of flower.
• Carniolan honey beeApis mellifera carnicaThe second most widely kept honey bee subspecies, and the one most European beekeepers choose over Italian stock. Carniolans come from the eastern Alps and the Balkans, and they are adapted to a short intense season: explosive spring build-up, rapid contraction in a dearth, frugal winter consumption — and a swarming instinct that gives beekeepers more work than any other trait.
• Mason beesOsmiaSolitary spring bees that build their nests out of mud, and the best orchard pollinators most gardeners have never noticed. A female mason bee works entirely alone: she finds a hollow tube, provisions a cell with pollen, lays an egg, walls it off with mud, and repeats until the tube is full. She will pollinate an apple tree several times more effectively than a honey bee while doing it, and she is almost incapable of stinging anyone.
• Red mason beeOsmia bicornisThe bee in your bee hotel. Osmia bicornis is the commonest cavity-nesting solitary bee in northwest Europe, the one most gardeners actually manage to attract, and one of the most effective fruit pollinators known — a few hundred females will pollinate an orchard acre as thoroughly as a honey bee colony of tens of thousands. It is also, for practical purposes, incapable of stinging anyone.
• Leafcutter beesMegachileThe bees responsible for the neat semicircular notches cut from rose and lilac leaves every summer. A female leafcutter bee cuts oval pieces of leaf with her mandibles, carries each one back curled beneath her body, and uses them to line and seal a nest cell — the cells end up looking like small green cigars. The damage to the plant is cosmetic and the bee is one of the most efficient pollinators in agriculture.
• Sweat beesHalictidaeThe bees that land on your arm in hot weather, and the group that breaks the tidy division between solitary and social bees more thoroughly than anything else in the order. Some sweat bees are strictly solitary, some form small colonies with a queen and workers, and a number switch between the two depending on latitude, altitude and season — the same species living socially in a warm valley and solitarily on the hill above it. They are also small, abundant, easily overlooked, and among the most important wild pollinators in temperate and tropical agriculture alike.

Honey in Netherlands

Straw skep beekeeping was the regional norm for centuries, harvested by sulphur or by driving the bees out, and ended by disease-control regulation as much as by obsolescence. Skep making survives as a craft rather than as a working method.

Traditions documented here

How honey is, or was, obtained in this place. Each record names the communities it is documented among, the period the record describes, and whether anyone is known to be doing it now.

• Straw skepsHive system · RevivedA dome of coiled straw bound with split bramble, the standard European hive for centuries and the reason the beehive symbol looks the way it does. It ended not because it stopped working but because it could not be inspected for disease.