Why Did Two Jars of the Same Honey Taste Different?

Same plant, different place: why origin matters more than the label

Cretan thyme honey and New Zealand thyme honey do not even start with the same plant. The dominant species in Crete is Thymus capitatus – conehead thyme – a Mediterranean native with a chemical profile quite different from the common thyme that colonized the South Island of New Zealand. Add the difference in soil, climate, altitude, and surrounding flora, and the two honeys share a label and very little else.

Read on for what to look for when trying to recapture the taste of a particular honey.

What classification actually measures

Honey is classified through pollen analysis – melissopalynology. A sample is dissolved, centrifuged, examined under a microscope. Pollen grains are identified by botanical species and counted. Those proportions determine what the honey is called.

The method works because bees collect pollen and nectar simultaneously. Every flower visit leaves a trace. But the trace is not proportional. Some plants produce far more pollen than their nectar contribution would suggest. Others are major nectar sources that barely register in the count. Pollen is an indicator of foraging behavior, not a precise measurement of nectar composition. The classification system is built on the best available proxy – not a direct read of what is in the jar.

Understanding this helps explain why two accurately labeled honeys can taste so different – and why chasing a label alone is rarely enough to find the honey you are looking for.

Monofloral: a threshold, not a guarantee

Monofloral means one source is dominant – dominant enough in pollen count and sensory character to define what the honey is. What it does not mean is that only one source is present, or that the honey will taste identical from one season or one country to the next.

The threshold is species-specific. Buckwheat, with its intense dark color and assertive flavor, reads as identifiably buckwheat at 30 to 45 percent pollen dominance. Acacia or linden – far more delicate – may need 70 to 90 percent before the sensory identity is reliable. The International Honey Commission documents these thresholds species by species. They differ because the plants express differently in the honey they produce.

The threshold is also a floor, not a guarantee of intensity. A honey that just clears the minimum is a quieter version of its botanical identity than one at 90 percent. Both are accurately labeled. They are not the same honey – and if you tasted a high-expression version first, a low-expression version of the same label may disappoint in exactly the way the New Zealand thyme disappointed me.

Below the threshold, the secondary landscape is still in the jar. Whatever was blooming nearby during the same flow left a trace. Those secondary nectars are part of why a thyme honey from Crete tastes like it came from Crete, and a thyme honey from elsewhere tastes like somewhere else. Same botanical source on the label. Different place in the jar.

Within a single region, the honey still varies season to season. A dry summer on the Cretan limestone produces a more concentrated thyme than a cooler, wetter one. The beekeeper did the same things. The bees worked the same hills. The label says thyme honey both years. Experienced buyers of Cretan thyme regard that variation as part of what makes it worth following year to year – not a problem to be solved but a characteristic to be understood.

When a honey is genuinely consistent

Not all honey varies meaningfully. Some honeys are remarkably stable, and if consistency is what you need, that is useful to know.

Acacia is the clearest example. The plant produces nectar in such quantities, and its pollen is so underrepresented in the count, that acacia honey tends toward a clean, mild, stable profile even across different seasons and regions. It is prized partly for this reason. If you found an acacia honey you liked, the odds of finding something close again are better than with most honeys – though a Hungarian acacia and a Japanese acacia will still differ in ways that reflect their very different secondary landscapes.

Some production environments create consistency through scale or isolation. New Zealand manuka scrubland, the great acacia forests of the Romanian plains, Tasmanian leatherwood deep in rainforest where nothing competes during its narrow bloom window – in these places the bees have almost nowhere else to go. The secondary landscape is physically absent. The honey is more predictable across seasons, which makes it easier to find again.

If you tasted a honey that was mild and consistent and want to repeat the experience, look for single-origin honeys from large monoculture sources or island ecosystems. If you tasted something intense and specific, accept that variation is part of what you are buying – and that the hunt is part of the experience.

Multifloral: specific in a different way

Multifloral is honey in which no single source crosses the dominance threshold. It is not a lesser category – it is the honest description of what all honey actually is, a landscape in a jar, with the fiction of single-source identity removed.

A satoyama spring multifloral from rural Japan – renge, cherry, rapeseed, and wild herbs blooming in sequence through a mountain valley – shares nothing with a Cape fynbos multifloral from South Africa or a Cretan summer wildflower beyond the absence of a dominant source. Where and when it was made is everything.

If you are trying to replicate a multifloral experience, the region and producer matter more than the category name. Wildflower from the same beekeeper in the same location is the closest you will get. Wildflower from a different country is a different honey with the same label.

Honeydew: the most place-specific of all

Honeydew honey does not begin with flowers. Aphids and scale insects feed on trees, excreting concentrated sugary secretions that bees collect. No pollen is transferred. The honey cannot be classified by melissopalynology and is authenticated instead by electrical conductivity and sugar profile – both of which reflect the specific tree, the specific insect, and the specific climate.

New Zealand beech honeydew comes from Ultracoelostoma scale insects on Nothofagus beech in the South Island forests. Greek and Turkish pine honeydew comes from Marchalina hellenica on Pinus brutia and Pinus nigra in Aegean coastal forests. The insect processes the sap before the bee collects it. Different insects on the same tree produce different honey.

Of all honey types, honeydew is the hardest to replicate across regions. The ecological relationship that produces it is specific to a place in a way that even the most terroir-driven floral honey is not. If you found a honeydew honey you loved, the most reliable path back to it is the same producer from the same forest.

Where the categories blur

Chestnut trees produce both nectar – gathered directly from the flowers to make one of Europe’s most strongly flavored monoflorals – and honeydew, when aphids feed on the trees and bees collect the secretions separately. A chestnut honey and a chestnut honeydew honey can come from the same trees in the same forest. Different production mechanism, different chemical profile, different classification – and a family resemblance in flavor that gives away their shared origin.

In some regions honeydew production and flowering overlap and bees collect both. The resulting honey cannot be cleanly assigned to one category because the bees were not operating within one.

Classification is a human attempt to organize a biological system that does not respect boundaries. It is useful. It captures real differences. The most interesting honeys are often found at its edges – and if the honey you are chasing sits in that territory, accept that an exact match may not exist.

When consistent honey is exactly right

None of this is an argument against mild, consistent honey. For baking and cooking, a predictable mild sweetness is a virtue. A powerfully flavored buckwheat or resinous pine honeydew will assert itself in ways that are not always welcome in a vinaigrette or cake.

For children, mild and consistent is often the right honey entirely. A lightly filtered clover honey is how most people are introduced to honey – on toast, in tea, stirred into yogurt. There is nothing wrong with that jar. The palate that grows up on it may eventually become curious about why a Cretan thyme tastes so different from a New Zealand one. That curiosity is where the more interesting part begins.

The distinction worth holding onto is not good honey versus bad honey. It is specific honey versus generic honey. Specific honey varies because it comes from a real place in a real season. Generic honey does not vary because it was designed not to. Both are honest descriptions of what they are – as long as the label tells you which one you are buying. Often it does not.

The labeling gap – and what to do about it

Here is the practical problem: almost none of what matters appears on most labels. A jar marked “wildflower honey” tells you almost nothing – no region, no producer, no year, no pollen status. Even a labeled monofloral often goes no further than the botanical name. If you found a honey you loved and want to find it again, the label alone will rarely get you there.

Japan is the outlier worth knowing about. Specialty honey retailers there routinely label to the prefecture, the apiary, the beekeeper, and the season. That level of specificity is not marketing – it is a different cultural relationship between producer and buyer, built over decades of treating honey as a distinct agricultural product. The information exists because the market demands it, and it means a buyer who finds something they love has a genuine chance of finding it again.

The US is largely not there yet. But Ames Farm in Minnesota is worth knowing about. Brian Fredericksen has spent over 30 years producing what he calls single-source honey – raw honey from one location, one hive, and one time period. Every label carries the location, the hive number, the floral source, and the harvest year. The honey is extracted one super at a time, never blended, never pooled across hives. It is, as Fredericksen puts it, an insane amount of work. What it demonstrates is that hive-level provenance is achievable – and that when it exists, you can taste the difference between two hives in the same apiary in the same season and find that they are not the same honey.

Most honey will never reach that level of traceability. But knowing it exists changes what you look for.

Reading a label with this in mind

When trying to find a honey you loved, or understand why a second jar disappointed, these are the signals that matter:

A named botanical source and region together are the most useful combination. Thyme honey tells you the plant. Cretan thyme honey from a named producer tells you the place, the secondary landscape, and who is accountable for what is in the jar. That is a honey you have a chance of finding again.

A vintage year tells you the season. If the honey varies year to year – and good thyme honey does – the year is part of what you tasted. It also tells you the producer is not blending across seasons to smooth out variation.

Unfiltered, pollen intact, raw means the biological markers are still present. The honey can still be traced to a place and understood as a product of a specific season. It also means the variation you noticed is real, not an artifact of inconsistent processing.

When you cannot find an exact match, look for the same botanical source from the same region and a producer who names the apiary or beekeeper. You may not get the identical experience, but you will get close enough to understand what you were tasting – and close enough is often how the next discovery starts.

The jar that tasted different was telling you something. This page is the translation.