The Great British Honey Fraud
- anwerjan
- Jun 3
- 33 min read
How the Jar on Your Supermarket Shelf Became a Lie
National Health Restoration Series — Article 13
In March 2023 the European Commission published the results of a coordinated investigation into honey imported into the EU. Across 320 samples taken at European border control posts, 46% were flagged as suspicious of adulteration with sugar syrups and therefore non-compliant with the EU Honey Directive [1,2,3]. Honey entering the EU via Turkey had a suspicion rate of 93%. Honey from China came in at 74% [1,2]. And honey that had passed through the United Kingdom returned a suspicion rate of 100%. Every single sample [1,2,4].
In any other food category this would have been a national emergency. If a regulator found that 100% of sampled beef, or 100% of sampled olive oil, or 100% of sampled infant formula was suspected of adulteration at the point of export, there would be prosecutions, product recalls, front-page headlines and ministerial resignations. Instead, the UK government said it was "investigating" and disputed that honey imports were adulterated on an industrial scale [2]. Nothing happened. No recalls. No named operators. No follow-up national testing programme of comparable scale. Meanwhile the same supermarket jars carrying the same vague "blend of EU and non-EU honeys" labels continued to be stacked, week after week, on every shelf in the country.
This is the story of a food category that the regulator has quietly abandoned. It is the story of an imported product masquerading as a natural one, of British beekeepers bankrupted by a price floor set by fake honey from countries with no meaningful traceability, of a pollinator crisis that deepens as the domestic apiculture industry collapses, of a retail oligopoly that treats authenticity as a reputational hazard rather than a legal obligation and of a government that has chosen, post-Brexit, to do less about honey fraud than the European Union is now doing. It is a case study in what happens when a food category is captured by adulteration and the state walks away.
The pattern is consistent. Honey is the purest expression of it.
Part One: The UK Market
Britain is one of the largest honey importers in the world. The UK consumer eats roughly 50,000 to 70,000 tonnes of honey per year [5,6]. In 2024, market researchers put UK consumption at around 68,000 tonnes, with market revenue of approximately $150 million at the producer and importer level, excluding retail margin [5]. Imports in 2024 ran at 60,000 tonnes [5]. Domestic UK production, in the same year, was 9,800 tonnes [5], and this is before the distinction between commercial honey and honey from hobbyist beekeepers selling at the village fete.
In round terms, the UK domestic industry supplies around 14% of what is eaten here [7]. Other estimates put the domestic share of the supermarket and branded market, specifically, at closer to 5% [8]. The rest is imported, and the overwhelming majority of the imported volume arrives from countries where adulteration is known to be endemic. China alone supplies roughly 77% of UK import volume in recent years [5]. The other top origin countries for honey arriving at British ports include Ukraine, Turkey, Argentina, Mexico, Spain, Poland and New Zealand [5,9].
At the supermarket level the market is extraordinarily concentrated. A single company, Valeo Foods, owner of Rowse Honey, accounts for approximately 72% of the UK branded honey market and packs around 85% of all supermarket own-brand honey sold in Britain [10]. Hilltop Honey, Rowse and a handful of other packers sit between the importer and the retailer, blending honey from unverified global origins and placing it on supermarket shelves under labels that tell the consumer almost nothing [10].
The price data is the tell. Aldi's Everyday Essentials honey sells at 99p for 340g. Lidl's Highgate Fayre clear honey is £1.15 for 454g. Sainsbury's Clear Honey is £1.25 for 340g [10]. The Rowse Squeezy clear honey, described on the label as a blend of non-EU honeys, sells for £2 for 340g, which works out at 58p per 100g [11]. Single-origin Rowse British Oxfordshire Wildflower is more than three times more expensive, at £2 per 100g at standard price [11]. The pound-shop tier below the supermarket bottom-of-range is cheaper still.
This pricing is the centre of the scandal. The average EU import unit value for honey was €2.32 per kilogram in 2021 [12]. Industrial rice syrup can be bought for €0.40 to €0.60 per kilogram [12]. The arithmetic writes itself. A 340g jar of honey that retails at 99p, after the retailer's margin, the packer's margin, the cost of the jar, the lid, the label, the haulage, the warehousing and the VAT, cannot contain a kilogram of €2.32 honey. It can contain a great deal of €0.50 syrup, and probably does.
On the other side of this price structure sits the British commercial beekeeper. A UK bee farm running 200 to 1,000 hives cannot produce a jar of British honey that lands on a supermarket shelf at 99p. The input costs, the labour, the hive maintenance, the insurance, the extraction, the bottling, the regulatory overheads, the Varroa treatment and the poor yields of recent UK seasons [13] put a floor under British production that the supermarket price point does not reach. What the cheap supermarket jar represents is not a functioning market for honey. It is a price signal set by adulterated product against which real honey cannot compete.
Part Two: What Is in the Jar
The legal definition of honey under retained EU law in the UK, and under Codex Alimentarius internationally, is strict. Honey is the natural sweet substance produced by honey bees from the nectar of plants or the secretions of living parts of plants, transformed, stored and ripened in honeycombs, with nothing added and nothing removed [14,15]. By that definition, a significant proportion of what is sold as honey in British supermarkets is not honey. It is a diluted product, an industrially engineered mimic, or an imported honey that has been processed in ways that strip out its identifying characteristics so that its origin and composition can no longer be verified.
The principal adulterants are well documented in the scientific literature and in the EU Joint Research Centre's own investigations. Rice syrup, produced by enzymatic hydrolysis of rice starch, is manufactured in grades specifically designed to mimic the fructose and glucose ratio of blossom honey [16,17,18]. Corn syrup, high-fructose corn syrup and invert sugar syrups derived from sugar cane or sugar beet are similarly used, alone or in blends, to extend the volume of real honey or to replace it entirely [16,19]. Industrial suppliers in China and elsewhere now produce what the trade calls "honey-identical" syrups, engineered to defeat the older C4 sugar tests by matching the carbon isotope signature of nectar-derived honey [17,19].
Two additional industrial practices compound the fraud. The first is resin treatment. Ion exchange resins are used to strip colour, acidity and minerals from low-grade honey, and also to remove markers that would reveal adulteration to laboratory testing [16]. Blossom honeys that have been resin-treated carry trace levels of mannose that do not occur naturally, which is now recognised as a forensic marker for this practice [16]. The second is ultra-filtration. Honey is heated to reduce its viscosity and then forced under pressure through sub-micron filters, which remove pollen entirely [20,21]. Pollen is the unique geographic fingerprint of honey. Different floral sources from different countries leave different pollen signatures, and a microscopic examination of the pollen in a jar of honey is, even today, one of the most reliable ways to verify its claimed origin [21,22]. Honey that has been ultra-filtered cannot be traced to a country. That is the point of the exercise.
The third layer is substitution fraud. Cheap polyfloral honey is passed off as expensive monofloral honey such as acacia or orange blossom, either by blending or by adding synthetic floral markers. At the extreme end of this sits the Manuka scandal, dealt with in Part Eight. And the final layer is origin laundering: Chinese honey that has been suspended by tariff or reputation is shipped through third countries to emerge with different paperwork. The 2023 European Commission investigation indicated that UK-processed honey was probably being re-exported to the EU with origin obscured by domestic processing [1,4]. That is the UK's role in the global honey trade described by the European Commission itself: not as a producer, but as a laundry.
Part Three: The 2023 EU Investigation
The "From the Hives" operation ran from November 2021 to February 2022. It was coordinated by the European Commission's Directorate-General for Health and Food Safety, involved the national authorities of 18 countries, the European Anti-Fraud Office (OLAF), and the European Commission's Joint Research Centre in Geel, Belgium [1,2,3,4]. Three hundred and twenty samples of honey consignments, originating from 20 countries, were randomly sampled at EU border control posts [3,4]. The samples were sent to the JRC for analysis using what the Commission described as state-of-the-art methods for the detection of syrup adulteration in honey. These included elemental analysis-isotope ratio mass spectrometry, liquid chromatography coupled to isotope ratio mass spectrometry, high-resolution liquid chromatography mass spectrometry and nuclear magnetic resonance spectroscopy, in combination [3,4,23].
The results, published in March 2023, found that 147 of 320 samples, or 46%, were suspected of being non-compliant with the EU Honey Directive [2,3,4,23]. The country-of-origin breakdown was devastating. Of the 89 Chinese-origin samples, 66 were suspicious, a rate of 74%. Of the 15 Turkish-origin samples, 14 were suspicious, a rate of 93%. And of the samples that passed through the United Kingdom to enter the EU market, every single one was suspicious. The suspicion rate was 100% [1,2,4].
The UK sample count varies slightly across the official documents. The JRC and OLAF published figures citing 10 UK-passing samples, all non-compliant [2,4]. A later UK government methodological review, conducted by the Authenticity Methodology Working Group convened by DEFRA and the FSA in response to the JRC finding, discussed 13 UK samples in total [23]. Either way, the proportion was total. Every sample the JRC tested that had entered the EU through the UK was flagged as suspicious of adulteration.
The JRC's own explanation for the UK result was blunt. The honey may have been produced in third countries, shipped to the UK, processed here, and then re-exported to the EU in a form that no longer matched the composition that legal honey from those origins should have [1,4]. The UK, in this analysis, was not so much an importer of adulterated honey as a conduit through which adulterated honey was entering the European market. Post-Brexit, the UK sits outside the EU coordinated enforcement framework, which means that shipments entering the EU via UK processors attract particular scrutiny and, as the 2023 results showed, particular suspicion.
The UK government response is best described as administrative. DEFRA and the FSA commissioned a methodological review of the JRC's work [23]. That review, published in 2025, raised legitimate questions about the statistical and analytical thresholds the JRC had applied, and recommended that the term "suspicious" be replaced with "flag for further investigation" [23]. It recommended more research. It recommended future UK surveillance. It did not recommend a single prosecution, a single recall, or a single systematic programme of testing UK-shelved honey at retail for adulteration. Honey continued to arrive, continued to be packed, and continued to be sold, while the methodological review questioned the wording of the warning.
The contrast with the EU response is stark. OLAF sanctioned seven operators as a direct result of the investigation [1]. The European Commission brought forward a full revision of the Honey Directive, adopted in May 2024 as Directive (EU) 2024/1438, which mandates country-of-origin labelling with percentage declarations and establishes a platform of experts to develop validated anti-adulteration testing methods [24,25,26]. The EU tightened its rules. The UK commissioned a paper about terminology.
Part Four: The Labelling Scandal
Pick up a jar of supermarket honey. Look at the back label. For a significant proportion of what is on sale in British supermarkets, you will find the words "blend of EU and non-EU honeys" or "blend of non-EU honeys". That phrase is legally compliant under current UK law, inherited from Council Directive 2001/110/EC and retained after Brexit in domestic UK honey regulations [27]. The consumer reading that label has no way of knowing whether the jar contains 99% Chinese honey and 1% Romanian honey, or the reverse. It has no way of knowing whether the jar contains honey at all, in the legal sense, as opposed to a blend of real honey and undeclared syrups. The label is designed to obscure, not to inform.
The European Commission has now explicitly acknowledged that the existing labelling regime was inadequate. Directive (EU) 2024/1438, adopted on 14 May 2024, abolishes the "blend of EU and non-EU honeys" formulation [24,25,28,29]. From 14 June 2026, every jar of honey sold in the EU must declare the countries of origin in descending order by weight, together with the percentage share of each country, close to the product name [24,25,29]. Member states have the option to limit the percentage declaration to the four largest shares if those together represent more than 50% of the blend [25,29]. The directive must be transposed into national law in EU member states by 14 December 2025 [24,29].
The UK is not an EU member state. Under the Windsor Framework, Northern Ireland is obliged to transpose the mandatory provisions of the directive, including the honey origin labelling rules [30]. The rest of the UK is not [30]. Great Britain, the single largest honey market in the United Kingdom and one of the largest in Europe, is under no legal obligation to adopt the new EU labelling standard. The Food Standards Agency consultation on transposition explicitly notes that the policy applies only to Northern Ireland [30]. The FSA has taken no decision to extend the rules to England, Scotland and Wales on their own account. The result will be that, from June 2026 onwards, a Belfast shopper will be able to read the countries of origin of their honey and their percentages, while a Manchester shopper will continue to read "blend of EU and non-EU honeys" on a jar potentially containing the same product.
Beyond origin, the labelling regime is riddled with other failures. There is no mandatory declaration of floral source for blended honeys. There is no mandatory declaration of whether the honey has been heat-treated, ultra-filtered, resin-treated or subjected to mechanical moisture reduction. The phrase "packed in the UK" or "packaged in the UK" appears on many jars and is routinely misread by consumers as indicating British origin, when in fact it tells you only where the blending and jarring happened. The Food Standards Agency has produced no mandatory testing programme for imported honey adulteration at retail level, and enforcement relies overwhelmingly on industry self-declaration [30,31]. The parallels with the failures documented in this series on bread (undeclared processing aids and enzymes), on beer (undisclosed ingredients) and on chicken (origin laundering) are not accidents. They are a pattern.
Part Five: The Collapse of British Beekeeping
There are two kinds of beekeeper in the UK. There are hobbyists, and there are commercial bee farmers who run apiculture as a business. The British Beekeepers Association represents approximately 30,000 hobbyist members through 75 regional associations [32,33]. The Bee Farmers' Association of the UK, the industry trade body for commercial beekeepers, represents around 450 bee farming businesses [34,35]. The commercial tier is small, and getting smaller, with most operators running beekeeping alongside other income streams or as a secondary occupation [34].
The National Bee Unit, which runs BeeBase on behalf of DEFRA and the Welsh Government, carries out an experimental hive count each year based on beekeeper registrations. The 2020 count recorded approximately 260,268 colonies in the UK, down slightly from the 2019 figure of 263,896 [36]. The 2021 count gave a figure of around 272,000 [37]. There are currently more than 44,000 beekeepers registered on BeeBase, and participation in the annual count runs at around 23% [36]. These are the bees the UK has. They are overwhelmingly kept by hobbyists, in small numbers, producing honey for local sale rather than for the supermarket supply chain.
Colony losses over winter are running at historically elevated levels. The National Bee Unit's most recent husbandry survey reported winter losses of 16.8% for the 2023/24 season [38]. The parallel BBKA member survey for 2024/25 recorded losses of approximately 22%, with the prior year at 25% [39]. A healthy, well-managed national apiculture should lose around 5% of colonies over winter [40]. UK losses have been running at three to five times that benchmark for more than a decade, a sustained attrition that feeds directly into the collapse of commercial viability.
The economic picture for the British commercial beekeeper, even before the recent neonicotinoid, weather and Varroa pressures, is brutal. Average UK honey yield per hive has been reported at around 20kg in good years for well-managed apiaries, and significantly less in poor seasons [7]. A BBKA member survey found that those beekeepers who did sell honey sold it at an average of £5.49 per pound [41]. A commercial operation running, say, 400 hives at 20kg per hive produces 8,000kg of honey. At UK wholesale prices offered by packers targeting the supermarket supply chain, which in recent years have been squeezed toward the import price floor of €2 to €3 per kilogram, the maths simply does not sustain a professional business against the fully loaded cost of running 400 hives through a UK climate with a UK labour force and UK Varroa treatment regimes.
The result is the disappearance of the middle tier. The commercial operation of 200 to 1,000 hives that once supplied regional markets has been squeezed out. What is left at the bottom is the hobbyist selling surplus honey at the village market. What is left at the top is the small number of large operations that have managed to specialise, brand and retail direct. The middle, which once supplied Britain with a coherent regional honey industry, is gone. It is gone because the supermarket supply chain will not pay what British honey costs to produce when the import price is set by adulterated product from countries with no meaningful traceability.
The contrast with our European neighbours is instructive. France has around 68,000 beekeepers managing approximately 1.3 million hives, with dedicated domestic support, strict labelling rules and a well-developed "Miel de France" brand identity that commands a market premium [42,43]. Germany imposes some of the strictest NMR-based authenticity testing regimes in Europe through the Honig-Verordnung and the Deutscher Imkerbund inspection framework [44]. Spain, Hungary, Romania and Poland all have larger domestic apiculture sectors than the UK. In every case, the combination of mandatory origin labelling, state support and consumer preference for domestic honey sustains the sector. In the UK, none of that architecture exists at scale.
Part Six: The Pollinator Crisis
The collapse of British commercial beekeeping is taking place inside a wider ecological emergency. Large-scale analysis of UK pollinator trends published in Nature Communications in 2019, covering 353 wild bee and hoverfly species between 1980 and 2013, estimated a net loss of over 2.7 million occupied 1km² grid cells across all species, with a 55% decline among species associated with upland habitats [45]. Earlier data in 2011 documented that honeybee populations alone could supply only around 34% of UK pollination service demands, down from 70% in 1984, even as insect-pollinated crop yields and cropland area continued to expand [46]. The gap is being filled, for now, by a combination of wild pollinators that are themselves declining and by imported crops.
The economic value of insect pollination to UK agriculture has been estimated at £600 million to £630 million per year [47,48]. Globally, insect pollination services are valued at approximately €153 billion per year [46]. The loss of a functioning pollinator system is not an abstract environmental concern. It is a direct threat to the production of apples, strawberries, oilseed rape, beans, tomatoes and a long list of the fresh foods that constitute the healthy end of the British diet.
And into this environment, four years running, the UK government authorised the emergency use of a pesticide that the scientific consensus identifies as extremely toxic to pollinators. Neonicotinoid thiamethoxam was banned for outdoor use in the UK and EU from 2018 on pollinator-protection grounds [49,50]. Between 2021 and 2024, UK governments granted emergency authorisations for the use of Cruiser SB, containing thiamethoxam, as a seed treatment on sugar beet in England, under Article 53 of Regulation 1107/2009 [51,52]. These authorisations were granted despite repeated advice from the UK Expert Committee on Pesticides, despite an industry commitment to end reliance on the banned pesticide by 2023 that British Sugar failed to meet, and despite applicant guidance from the Health and Safety Executive that explicitly discourages more than three repeat emergency authorisations for the same product and use [52].
The environmental damage is measurable. Research published in 2023 and 2024 found that neonicotinoids were detected in more than 10% of English rivers in one analysis, and in 85% of rivers tested in 2023-2024 in another [52,53]. These are the same neonicotinoids that are directly lethal to bees at trace exposures and that cause sub-lethal cognitive impairment at lower levels, reducing foraging efficiency, colony productivity and overwintering survival [50,51]. The fact that they are washing into rivers is further evidence that "restricted use" translates, in practice, into environmental saturation.
In January 2025 the new Environment Minister, Emma Hardy MP, denied the emergency authorisation application for 2025 [54,55]. It was the first such denial in five years. The Wildlife Trusts, Butterfly Conservation and the Office for Environmental Protection had all been building the case that the repeated authorisations may have breached UK environmental law [56]. The government also announced its intention to bring forward a complete legislative ban on the use of three specific neonicotinoids, clothianidin, imidacloprid and thiamethoxam [56]. This was overdue. It was also, characteristically, far downstream of the damage already done. Four consecutive years of authorised use of a bee-killing pesticide at agricultural scale, on a country that had committed to banning it, will have consequences for the national pollinator population for years beyond the moment the tap is turned off.
Against this backdrop, the import of an ersatz substitute for British honey takes on a particular ugliness. Britain is killing its own pollinators while buying cut-price fake honey from abroad. The feedback loop is vicious. The more British beekeeping collapses, the less pollination service is available to British agriculture. The less pollination service is available, the more crop losses farmers will book. The more crop losses farmers book, the more political pressure there will be to reauthorise the very pesticides that are driving the pollinators down. And at no point in this loop does it become commercially rational for a supermarket to pay the price of domestic honey when adulterated honey is available at a fifth of the cost.
Part Seven: Contaminants in Imported Honey
Adulteration with sugar syrups is only one of the problems with the honey arriving in British supermarkets. The rest of the story is what else is in the jar.
Chloramphenicol is an antibiotic banned for use in food-producing animals in the UK, EU, US, Canada and most of the world [57,58]. It is linked to aplastic anaemia, a rare but often fatal blood disorder, and the European regulatory position is that there is no safe residue level [57,59]. In 2002 the UK Food Standards Agency issued a recall for Chinese and blended honey on sale in the UK after testing found chloramphenicol residues in 10 out of 16 samples [57]. A follow-up UK testing programme found chloramphenicol-contaminated honey on British shelves labelled as originating from Argentina, Romania and Moldova [60]. A 2011 FSA report cited by industry sources found that nearly 70% of Chinese honey samples contained detectable levels of chloramphenicol [58]. An analysis of the EU Rapid Alert System for Food and Feed notifications for honey contaminants from 2002 to 2022 identified chloramphenicol as the most frequently notified contaminant, accounting for 25% of all notifications at concentrations ranging from 0.01 to 5,000 µg/kg [61].
Other antibiotic residues routinely reported in imported honey include tetracycline, oxytetracycline, streptomycin, erythromycin, sulfonamides, nitrofurans and nitroimidazoles [59,61,62]. The use of these antibiotics on hives is prohibited under UK and EU beekeeping regulations. The routine detection of their residues in imported honey is therefore direct evidence that the product is being produced in regulatory regimes far less strict than the UK's, under conditions that a British consumer assuming a natural product would not imagine.
Pesticide residues in honey include glyphosate and its metabolite AMPA, as well as neonicotinoids including imidacloprid, thiamethoxam and clothianidin, and a range of fungicides, pyrethroids and organophosphates [63,64]. Glyphosate has been detected in as many as 38% to 59% of honey samples in independent international testing, with some samples exceeding the EU Maximum Residue Limit of 0.05 mg/kg by more than fourfold [63,64]. The World Health Organization's International Agency for Research on Cancer classifies glyphosate as probably carcinogenic to humans in Group 2A [65]. Heavy metal contamination, particularly with lead, has been documented in honey from regions with high industrial agriculture and high environmental pollution loads [66]. Pathogens including Tropilaelaps mercedesae, the small hive beetle and deformed wing virus variants can also travel with imported bee products and pose a risk to British apiculture [67].
The scale of FSA sampling of imported honey for these contaminants, measured against the 60,000 tonnes arriving into the UK each year, is microscopic. Imported meat and fish are subject to vastly more rigorous testing regimes despite, arguably, presenting lower public health risks than pharmaceutical residues in a product marketed as natural and given to children. A country that boasts of its food safety architecture does not, in any meaningful sense, have a systematic authenticity or residue testing programme for imported honey at retail. It relies on self-declaration by packers, on border-level paperwork checks, and on occasional reactive sampling when a foreign regulator or research body has already made the running. Everything in the architecture points in one direction: the regulator would rather not know.
Part Eight: The Manuka Case Study
Manuka honey is the clearest documented case in the global honey trade of comprehensive adulteration capturing a premium category. New Zealand produces approximately 10,000 tonnes of genuine Manuka honey per year [68,69]. Worldwide sales of products labelled "Manuka" run at roughly 50,000 tonnes per year [68,69]. The arithmetic is simple. Four out of every five jars of Manuka-branded honey on sale globally cannot, by the physical constraints of New Zealand production, be what they claim to be.
The UK is one of the largest Manuka markets outside New Zealand itself. Industry figures place UK Manuka sales in the region of 1,800 tonnes per year, against total NZ production that has historically been well under 2,000 tonnes in less favourable seasons [70]. The jars on British shelves range in price from roughly £20 for a 250g jar of lower-grade product to £60 and above for premium UMF-graded product [8], with some Manuka jars at £100 or more. At those price points, the fraud incentive is enormous. The Unique Manuka Factor Honey Association's own testing, reported in 2023, found that all 46 Manuka-branded products produced outside New Zealand that it sampled failed its authenticity criteria [71]. Earlier studies had found that 14 out of 55 Manuka honeys tested in Hong Kong had been adulterated with syrup, and that of 73 samples tested in the UK, 41 displayed none of the non-peroxide antibacterial activity that is the defining biological marker of genuine Manuka [70].
The UMF and MGO rating systems were developed specifically to protect the category from fraud. UMF (Unique Manuka Factor) is a composite grading system that tests for four natural chemical markers plus Manuka pollen DNA [68]. MGO (methylglyoxal) is a single-compound antibacterial marker. Both are routinely manipulated. Lab-made MGO is added to non-Manuka honey to inflate its apparent potency [72]. Vague terms such as "active", "bio-active" or "total activity" are used on labels that have not been tested to either standard but convey to the consumer the impression of certification [72]. Trading Standards actions in the UK on Manuka adulteration have been sporadic and small-scale relative to the size of the market.
Manuka demonstrates the endgame of a food category that has been captured by adulteration. It is a warning of what happens to every premium honey category, including acacia, orange blossom, tupelo, leatherwood and lavender, once the price premium becomes large enough that fraud becomes commercially rational. The UK supermarket honey category as a whole is lower in price per kilogram, but the same logic applies throughout. If 80% of a premium global honey category can be counterfeit, the proportion of ordinary blended supermarket honey that is cut with syrup is certainly not small.
Part Nine: Health Claims Versus Reality
Honey is marketed in Britain as a health food. It is pitched as an antimicrobial, a natural sweetener preferable to refined sugar, a remedy for sore throats, a traditional remedy for allergies, a "clean label" ingredient in breakfast cereals and bread, and a wellness product in its own right. A significant portion of the marketing for supermarket honey, and virtually all of the marketing for Manuka, sits on claims about biological activity, antioxidant content, enzyme function and antibacterial properties.
The evidence base for these claims is modest and often misrepresented. The most authoritative systematic review of honey for cough in children is the 2018 Cochrane update by Oduwole and colleagues, which included six randomised controlled trials involving 899 children [73,74]. It concluded that honey probably reduces cough frequency better than no treatment or placebo, and probably relieves cough symptoms to a greater extent than diphenhydramine, but makes little or no difference compared to dextromethorphan [73,74]. Most of the children in the included trials received treatment for one night. The review concluded that there was "no strong evidence for or against using honey" [73,74]. A 2023 systematic review update reached broadly similar conclusions with low-quality evidence [75]. The honest summary is that honey may be as useful as a conventional over-the-counter cough remedy for a one-off night of symptoms in a child over one year old, and that the evidence for anything beyond that is weak.
That is a long distance from the marketing. And critically, the modest evidence base that does exist was generated using identifiable, unadulterated honey. Honey that has been ultra-filtered to strip out pollen, heat-treated to disguise origin, diluted with rice syrup and engineered for shelf-life possesses none of the bioactive properties that the limited evidence concerns. What the consumer is buying at 99p for 340g, even if it contains some fraction of real honey, does not contain the product on which the clinical studies were run. The health halo is being applied to something that, nutritionally, is indistinguishable from liquid refined sugar with a golden colour.
And then there is the sugar question. Honey is roughly 80% carbohydrate by weight, composed mainly of fructose and glucose [15]. It is not a low-glycaemic food. It is not nutritionally superior to refined sugar in any meaningful sense for the purposes of a British diet that is already saturated with added sugars. Its use as a marketing device on other products, as in "honey-glazed", "honey-flavoured", "with a hint of honey", "golden honey", "honey-coated" cereals, "honey-roasted" peanuts and so on, is another category of the health halo problem documented elsewhere in this series, particularly in the breakfast cereal article. The word honey on a label does not turn a high-sugar product into a healthy one. In many cases the ingredient list reveals that the "honey" contribution is vanishingly small, with sucrose, glucose syrup or invert sugar syrup doing the actual sweetening work. Honey, the word, has been conscripted as a marketing signal. Honey, the substance, is often not in the jar, and even more rarely in the honey-branded product.
Part Ten: The Supermarket Supply Chain
The mechanism by which fraudulent honey arrives on British shelves is commercial rather than mysterious. The major UK supermarkets operate tender processes for own-brand honey supply that reward the lowest bidder meeting minimum specification. Packers compete for these contracts at price points that reflect the cheapest international honey available in the global market. The dominant UK packer, Rowse Honey, is part of Valeo Foods, an Irish-owned multinational food group that also owns Kettle Foods and Valeo Confectionery [76]. Rowse's own public statements emphasise that every batch of its honey undergoes sugar profiling using liquid chromatography-isotope ratio mass spectrometry (LC-IRMS), along with the AOAC C4 sugar test, and screening for pesticides, antibiotics and other contaminants [10]. Hilltop Honey, one of the other major own-brand packers, similarly says it has invested in advanced screening methods [10]. The 2023 JRC investigation, however, is built on the observation that these industry-standard methods systematically miss modern syrup adulterants. The packers are testing with the methods that the adulterators have designed their syrups to defeat [4,10,18].
The commercial dominance of a single group in the UK honey market is itself part of the problem. Valeo accounts for approximately 72% of the UK market and packs around 85% of supermarket own-brand honey [10]. This level of concentration, in any other retail category, would be a competition concern. In honey it means that one company's procurement decisions effectively determine what the entire UK supermarket honey sector contains. The British Honey Importers and Packers Association (BHIPA), the trade body representing UK honey packers and importers, has been characterised by market participants as being dominated by the importer interest and weighted against domestic producers [10,77]. BHIPA publicly "supports initiatives that offer greater assurance and transparency of provenance to UK consumers" but its stated position also insists that future decisions on honey production methods should not discriminate against honeys based on their country of origin [77]. In the context of the 2023 JRC findings, this is a position that is hard to reconcile with the documented pattern of adulteration rates by origin.
The third-party testing regime in honey is the crack in the edifice. The industry pays private laboratories to conduct tests that the industry selects. The methods are often older carbon isotope tests that have been publicly demonstrated to miss honey adulterated with modern rice and sugar beet syrups. Nuclear Magnetic Resonance (NMR) profiling, which creates a detailed chemical fingerprint of a honey sample and can identify adulteration that LC-IRMS and C4 tests miss, is available commercially and used by the more rigorous European retailers [78]. Its use in the UK own-brand supply chain is inconsistent. The FSA has not mandated NMR testing, BHIPA has not adopted it as an industry standard, and the result is a regime in which the testing technology that would catch the fraud is technically available and commercially deployed elsewhere, but is not a condition of UK retail supply.
No UK honey packer has been publicly prosecuted for sourcing adulterated honey on the scale implied by the 2023 JRC findings. Given the 100% UK suspicion rate that the JRC reported, the gap between the scale of the problem and the scale of the enforcement response is the scandal in miniature.
Part Eleven: Regulatory Failure and Industry Lobbying
The institutional responsibility for honey authenticity in the UK is shared among the Food Standards Agency, which has the primary remit for food authenticity and food fraud; the Department for Environment, Food and Rural Affairs, which has the remit for domestic apiculture, pollinator policy and honey production; and the National Bee Unit, which sits within the Animal and Plant Health Agency and handles the statutory disease inspection programme for honey bees [36,79]. Trading Standards departments in local authorities are responsible for enforcement of labelling regulations at retail.
None of these bodies operates a systematic authenticity testing programme for imported honey at UK retail comparable to the EU Joint Research Centre's coordinated work. The FSA's response to the 2023 JRC findings was to commission a methodological review [23]. The review was published in 2025. It did not include a retail-level testing programme. It did not include a timeline for bringing forward mandatory testing. It did not propose enforcement action against any specific operator. It recommended that the UK consider developing its own future surveillance. In regulatory terms, that is an answer designed to kick a problem into the long grass.
DEFRA's apicultural policy is framed through the Healthy Bees Plan 2030, which focuses on disease control and husbandry rather than on the economic support framework that could sustain British commercial beekeeping against import competition [80]. The National Pollinator Strategy exists but is not resourced at the scale that would materially slow pollinator decline. DEFRA has continued, until January 2025, to authorise emergency use of a banned pollinator-toxic pesticide year after year [51,52]. The budget trajectory of bee-related policy, relative to the scale of the industry and the scale of the ecological threat, is consistent with benign neglect.
Industry lobbying in this space is structural. The interests of UK commercial beekeepers, who would benefit from mandatory origin labelling, mandatory NMR testing and meaningful enforcement against adulteration, are directly opposed to the interests of the large packers, who source internationally and whose business model depends on the ability to blend cheap imported honey. The Bee Farmers' Association has publicly supported the EU's Directive 2024/1438 and the proposed country-of-origin labelling and traceability reforms [77]. The British Honey Importers and Packers Association has adopted a more guarded position [77]. In the UK consultation response on transposition of Directive 2024/1438 into Northern Irish law, trade association respondents raised concerns about "labelling the composition of blended honeys, including honey origin, which they consider to be proprietary information and strictly confidential" [30]. That is a direct statement that the industry regards the countries its honey comes from as a commercial secret, not as information the consumer is entitled to.
Post-Brexit, the UK has the freedom to match, exceed or undercut EU food regulations. On honey it has chosen to undercut. The EU has revised the Honey Directive, mandated percentage origin labelling, established a Honey Platform of 90 technical experts to develop validated anti-adulteration testing methods, and set deadlines for harmonised analytical standards [81]. The UK has commissioned a terminology paper. Northern Ireland will apply the EU rules under the Windsor Framework [30]. Great Britain has published no equivalent mandatory rule. The regulatory divergence on honey is real, it is documented, and it runs against the consumer.
Part Twelve: International Comparison
Directive (EU) 2024/1438, adopted on 14 May 2024 and in force from 14 June 2026, sets a new European benchmark for honey labelling and traceability [24,25,26,28,29]. The key provisions include: mandatory declaration of every country of origin in descending order by weight; mandatory percentage declaration for each country, with a 5% tolerance based on operator traceability documentation; member-state discretion to limit percentage declaration to the four largest shares if they together exceed 50%; removal of the term "filtered honey" from the permitted categories; and a delegated-act process to develop validated adulteration detection methods by June 2028 and a harmonised traceability system by June 2029 [25,26,29,81]. The Commission is establishing a Honey Platform of 90 technical experts to support this programme [81].
France has operated a protected "Miel de France" labelling regime, backed by domestic apicultural support and strict labelling enforcement, for years. France has approximately 68,000 beekeepers managing 1.3 million hives, with dedicated government support and active municipal protection policies including bans on pesticide use in urban environments such as Paris [42,43]. French law requires that any product labelled "miel" contain only nectar transformed by bees, with nothing added or removed [43]. Germany runs one of Europe's strictest NMR-based authenticity testing regimes through industry and state laboratories, with the Honig-Verordnung and Deutscher Imkerbund inspection system operating well above the minimum EU compliance floor [44]. Both France and Germany have substantial domestic production, substantial consumer preference for domestic product and pricing structures that reflect the true cost of honey production.
Elsewhere, the United States Food and Drug Administration has issued guidance on honey authenticity and has run periodic targeted enforcement against adulterated imports, including the "Honeygate" prosecutions that led to eleven individual and six corporate prosecutions for illegally importing $40 million of adulterated Chinese honey [82]. The US subsequently imposed high anti-dumping duties on Chinese honey imports. The Canadian Food Inspection Agency runs a targeted honey testing programme that includes NMR profiling and isotope analysis. Australia operates country-of-origin labelling for honey and requires domestic traceability documentation. New Zealand implemented tougher export rules in 2023 requiring any honey exported as Manuka to pass its five-marker authenticity test and carry full traceability documentation [68].
In none of these jurisdictions is the consumer left with a jar labelled "blend of EU and non-EU honeys". In none of these jurisdictions has a national regulator received a finding that 100% of tested export samples were suspicious of adulteration and then responded with a paper reviewing the methodology. The UK, post-Brexit, has positioned itself as the outlier on the protective end of honey regulation. It is the country in which it is easiest to sell honey whose origin is obscured, hardest for the consumer to verify authenticity, and least likely that adulterated product will be prosecuted. That is not a neutral outcome. It is a chosen one.
Questions Nobody Is Asking
Why, in the two years since the European Commission published findings indicating that 100% of UK-processed honey export samples were suspicious of adulteration, has there been no UK retail-level authenticity testing programme of comparable scale, no prosecution of any UK honey packer, and no product recall? What would the regulatory response have looked like if the product in question had been infant formula, or olive oil, or beef?
Why does the Food Standards Agency continue to rely on industry self-declaration and older C4 sugar testing methods that the published literature shows are defeated by modern adulterant syrups, when Nuclear Magnetic Resonance profiling is commercially available, in routine use by European retailers, and demonstrably capable of catching the fraud?
Why is Great Britain, unlike Northern Ireland, under no obligation to transpose the EU's 2024 Honey Directive, and why has the Westminster government made no commitment to adopt the percentage origin labelling that will be mandatory on the same supermarket shelves in Belfast from June 2026?
Why did successive UK governments authorise the emergency use of a banned pollinator-toxic neonicotinoid in four consecutive years despite explicit advice from the UK Expert Committee on Pesticides and evidence that the same chemical was being detected in 85% of tested English rivers?
Why is one company permitted to pack 85% of the UK's supermarket own-brand honey, and why is the British Honey Importers and Packers Association, in consultation responses to the FSA, characterising the origin of a consumer product as "proprietary information and strictly confidential"?
Why do the major UK supermarkets continue to list jars of own-brand honey at price points that the published EU import unit value, allowing for retail margin, simply does not support for a product that is honey as legally defined?
Why is the UK commercial beekeeping industry, which could supply a significant share of domestic demand, receiving no procurement support, no protective origin labelling and no state-backed authenticity testing infrastructure, while the pollinator population that underpins British agriculture continues to collapse?
And why has no minister, no parliamentary committee, no regulator and no major UK retailer been asked to answer, on the record, the single question that the 2023 European Commission finding puts directly to them: how is it possible that 100% of the honey the EU tested at its own borders coming from the United Kingdom was suspicious of adulteration, and how is it possible that two years later, nothing meaningful has changed?
Call to Action
The UK honey sector requires immediate and coordinated regulatory action. The following seven measures are the minimum necessary response to the evidence documented in this article.
First: immediate mandatory adoption by Great Britain of the labelling provisions of Directive (EU) 2024/1438, including country-of-origin declaration in descending order with percentage breakdown for every blended honey sold in the UK, with no discretionary carve-out for Great Britain relative to Northern Ireland, and with a transitional deadline no later than 14 June 2026.
Second: establishment by the Food Standards Agency of a mandatory UK retail authenticity testing programme using NMR profiling and the current state-of-the-art combined analytical methods, applied annually to a statistically representative sample of all honey SKUs sold by UK retailers, with published results, named packers and public enforcement of non-compliance.
Third: legal prohibition of the use of the phrases "blend of EU and non-EU honeys", "blend of non-EU honeys" and equivalent formulations on any honey product sold in the United Kingdom, and prohibition of "packed in the UK" claims without accompanying declaration of honey origin.
Fourth: a permanent statutory ban on the use of the three neonicotinoid pesticides clothianidin, imidacloprid and thiamethoxam, with no further emergency authorisation mechanism, and a parallel programme of public investment in pest-resistant sugar beet varieties and integrated pest management alternatives.
Fifth: a procurement preference for British-origin honey in public sector catering, schools, hospitals and government departments, together with a UK equivalent of "Miel de France" protected origin labelling for British honey that meets defined floral, geographic and authenticity criteria.
Sixth: significant additional DEFRA resourcing for the National Bee Unit, the Healthy Bees Plan 2030 and targeted financial support for commercial bee farmers running 200 to 1,000 hives, to rebuild the middle tier of the UK commercial apiculture industry that has been destroyed by import price pressure.
Seventh: a public, time-bound Food Standards Agency enforcement investigation into UK honey packers identified by the 2023 European Commission findings as the likely route of non-compliant honey onto the EU market, with published outcomes, and the establishment of a Parliamentary inquiry into the governance, membership and regulatory influence of the British Honey Importers and Packers Association relative to the public interest and the interests of UK beekeepers.
A jar of honey on a British supermarket shelf is not, in most cases, the substance its label implies. It is a blended product of unknown origin, frequently adulterated with industrially produced sugar syrups engineered to pass older detection methods, imported from countries with no meaningful traceability, packed in the UK under labels designed to obscure where it came from and what is in it. The fraud is not a fringe problem. It is the industry. A 2023 European Commission investigation found that 100% of UK-processed honey export samples were suspicious of adulteration, a finding that in any other food category would have triggered prosecutions, recalls and a regulatory reckoning. None of that happened. Meanwhile the British beekeeping industry, which could produce real honey, has been bankrupted by a price floor set by fake honey, and the pollinator crisis that depends on a living apiculture industry accelerates. The UK is a case study in what happens when a food category is captured by adulteration and the regulator walks away.
This is not an oversight. It is a choice.
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