Honey

Nearly Half the “Honey” Tested in Europe Wasn’t Honey — and No Lab Result Was Printed on the Label

The oldest known image of a human harvesting honey is a cave painting at Cuevas de la Araña (Spider Caves) near Bicorp, Valencia, roughly 8,000 years old: a small figure climbs a rope or vine up a cliff face toward a wild bee nest, a basket on one arm, bees swarming around in frantic lines. It predates written language, agriculture in the region, and any evidence of domesticated bees — this was foraging, not farming. The transition to organized beekeeping shows up much later and far more precisely dated: a stone relief from the Sun Temple of Niuserre at Abu Ghurab in Lower Egypt, built around 2422 BCE during Egypt’s Fifth Dynasty, depicts the complete process — workers removing combs from cylindrical hives, extracting and pressing honey, then sealing it into storage vessels. It’s the earliest surviving depiction of organized apiculture anywhere, and the relief itself survives today in Berlin’s Egyptian Museum.

Honey functioned as real economic currency in that world, not just a foodstuff. Surviving Egyptian marriage contracts record grooms pledging an annual tribute of honey jars to their brides alongside wheat and gold, and honey moved as a form of tax and tribute payment to the pharaoh’s court — a mark of how scarce and valuable concentrated sugar was before cane and beet refining existed at scale. It’s also genuinely one of the only foods that does not spoil under normal storage: its low water content (bees evaporate raw nectar down to roughly 17-18% moisture), low pH, and the hydrogen peroxide produced by an enzyme bees add during processing all suppress the bacteria and fungi that spoil other foods. Sealed jars of honey are a well-documented category of find in Egyptian tombs, including Tutankhamun’s — though the popular detail that a specific archaeologist tasted 3,000-year-old tomb honey and confirmed it edible is a widely repeated story with no verifiable excavation record behind it, and is best treated as honey-adjacent folklore rather than a sourced fact.

That ancient scarcity has a very modern echo: honey is today one of the most adulterated foods sold anywhere, and the fraud is industrial in scale. The U.S. Department of Justice’s “Project Honeygate” investigation — opened in 2008 and described at the time as the largest food-fraud case in the country’s history — found Chinese honey routed through third countries and relabeled to dodge over $180 million in anti-dumping duties, some of it contaminated with the banned antibiotic chloramphenicol. Two of the largest U.S. honey packers, Honey Holding and Groeb Farms, entered deferred-prosecution agreements and paid $1 million and $2 million in fines respectively. More recently, the European Commission’s 2023 “From the Hive” testing campaign found 46% of 320 imported honey consignments — sourced from 20 countries — were suspected of being cut with cheap rice, wheat, or sugar-beet syrup, with failure rates as high as 93% for consignments declared as Turkish-origin and 74% for Chinese-origin.

In the Professional Kitchen

Kitchens work with two functionally different products that both carry the word “honey” on the label. Raw or minimally filtered honey retains pollen, propolis, and wax particles, crystallizes over weeks to months depending on its sugar profile, and carries real batch-to-batch variation in color, aroma, and flavor intensity. Pasteurized, heavily filtered commercial honey — the tub or squeeze-bottle product most kitchens actually buy in volume — is heated to slow crystallization and blended across multiple source lots for a flat, consistent flavor and year-round pourability, at the cost of the more distinctive character raw honey carries. Crystallization behavior itself is a genuine variety-driven variable, not a defect: honey high in fructose relative to glucose (acacia is the classic example) stays liquid for a year or more at room temperature, while glucose-heavy honey (rapeseed, dandelion) can crystallize within weeks — kitchens that don’t know this end up needlessly discarding or over-processing a perfectly good product instead of simply rehydrating it in a warm water bath.

Honey’s chemistry also makes it a functional ingredient, not just a sweetener. Its low water activity gives it real antimicrobial and shelf-stabilizing properties in glazes, cures, and marinades, and its hygroscopic nature (it draws and holds moisture) is why it shows up in baking for texture and shelf life, not only sweetness. Varietal or monofloral honey — a single dominant nectar source, like acacia, chestnut, orange blossom, or lavender — carries a distinct, often strong flavor profile that a chef will deliberately pair with a dish, while polyfloral blend honey reads as generically “sweet” and is chosen for cost and consistency rather than character. The two can look identical in a squeeze bottle and cost multiples apart.

Varieties & Forms

Manuka honey, produced from the nectar of the manuka tree (Leptospermum scoparium) native to New Zealand and parts of Australia, carries the steepest documented price premium in the category, graded by UMF (Unique Manuka Factor) or MGO (methylglyoxal) ratings that quantify its antibacterial compound concentration. It’s also the single clearest documented fraud story in honey: New Zealand produces roughly 10,000 tonnes of genuine manuka honey annually, while global sales of honey labeled “manuka” run to an estimated 50,000 tonnes a year — meaning the large majority of what’s sold under that name worldwide cannot physically be authentic New Zealand manuka. Industry testing by New Zealand’s Unique Manuka Factor Honey Association has found that manuka-labeled products made outside New Zealand routinely fail the association’s own authenticity test.

Beyond manuka, the meaningful cost drivers are raw vs. pasteurized vs. “honey blend” (a lower-cost product that may legally include added sugar syrup, depending on jurisdiction and labeling rules), single-origin monofloral honey vs. generic polyfloral blends, and honeydew honey — a distinct category harvested not from flower nectar but from the sugary secretions aphids and other sap-sucking insects leave on trees, giving it a darker color, higher mineral content, and a stronger, less floral flavor than blossom honey. German Waldhonig (“forest honey”) is the best-known commercial example and commands its own price tier separate from conventional blossom honey.

Why It Matters for Your Food Cost

Honey has no single global futures market the way sugar, coffee, or cocoa do — there’s no honey equivalent of an ICE or CME contract setting a daily reference price. Pricing instead moves on regional crop yields, country of origin, and unverified grade claims, which makes it a genuinely harder line item to benchmark than a true exchange-traded commodity. Supply itself carries real, current risk: U.S. beekeepers reported losing roughly 1.7 million commercial colonies between summer 2024 and spring 2025 — over 60% of the country’s managed hives, the worst loss on record — driven primarily by varroa mite infestation and associated viral disease, with the USDA estimating around $600 million in combined pollination and honey-production losses.

The fraud risk covered above is not a historical footnote — it’s a live spec-sheet problem. Country-of-origin mislabeling to dodge anti-dumping tariffs, ultra-filtration to strip out the pollen that would otherwise identify a honey’s true geographic source, and inflated or entirely fabricated varietal and grade claims (manuka above all) are all documented, ongoing practices rather than solved problems. None of them are visible by taste or appearance, and none are catchable without lab testing (pollen analysis, isotope ratio testing, or NMR fingerprinting) that most kitchens will never run themselves — which makes supplier documentation and traceability the only practical defense on a menu that claims a specific honey varietal or origin.

How CalcMenu Helps

• Recipe costing distinguishes polyfloral commercial honey blend from single-origin varietal or manuka-grade honey, so a menu’s honey line items reflect the real price tier being paid rather than a single generic “honey” cost.
• Substitution costing models a honey-to-cheaper-syrup swap (or a manuka-to-standard-honey swap) side by side on cost-per-portion, so a supply spike doesn’t force a menu change without knowing the margin impact first.
• Supplier and spec-sheet documentation fields capture origin, grade certification (UMF/MGO), and lab-test references, giving kitchens a documented paper trail for varietal and authenticity claims that would otherwise be unverifiable on sight.
• Multi-site price consistency flags when one location is paying materially more than another for the same honey grade or origin, useful given how much this category’s landed cost can vary by supplier and season.

Sources

• Cuevas de la Araña — Wikipedia
• Found: A 7,500-Year-Old Cave Painting of Humans Gathering Honey — Atlas Obscura
• Ancient Egyptians – First Known Organized Beekeepers — Bee Mission
• Food and Honey in Ancient Egypt — Egypt Museum
• “Honeygate” Sting Leads to Charges for Illegal Chinese Honey Importation — Food Safety News
• Two Companies And Five Individuals Charged With Roles In Illegal Honey Imports — U.S. Department of Justice
• Food fraud: How genuine is your honey? — European Commission Joint Research Centre
• Nearly Half Of The Honey In European Markets Is Fake, EU Investigation Finds — Forbes
• Tests Show Most Store Honey Isn’t Honey — Food Safety News
• Mānuka honey — Wikipedia
• Fake honey: UK manuka sales alone outstrip entire global production — FoodNavigator-Asia
• Protecting Our Liquid Gold: How New Zealand Fights Manuka Honey Fraud Worldwide — NZ Bees
• Bee Colony Collapse Threatens U.S. Food Supply — Food Tank
• Honeybee colonies face unprecedented losses as 2025 becomes worst year on record — InvestigateTV