The History of Honey: From Ancient Egypt to Your Breakfast Table

Honey is the oldest food medicine known to humanity. Cave paintings in Spain document honey harvesting 8,000 years ago. Ancient Egyptians used it in wound treatments that modern laboratory research has since validated. Greek Olympians consumed it for endurance. Roman armies carried it to battle. For eight millennia, human cultures across every continent independently arrived at the same conclusion: honey is extraordinary. Modern science has spent the past century explaining why they were right.

Key Points

• Honey harvesting is documented in cave art from 6,000 BCE — before agriculture was widespread
• Ancient Egyptian medical papyri describe honey wound treatments that align precisely with what we now understand about antimicrobial activity
• Greek athletes used honey for performance, Roman soldiers for wound treatment
• Traditional Chinese, Ayurvedic, and Islamic medicine all independently developed sophisticated honey applications
• Modern bioactive research has validated the mechanisms behind what ancient cultures observed empirically
• The Fewster family has been part of Australia's honey heritage for over 100 years

Honey is one of the very few substances that connects every human civilisation. Across thousands of years and thousands of kilometres of separation — from Egyptian riverbanks to Chinese mountains to Australian bush country — people harvested honey, revered it, and found that it worked. Not as a folk superstition, but as a genuinely effective tool for health and nourishment.

What is remarkable about this history is how consistently the applications align with what modern science has confirmed. The Egyptians did not know what glucose oxidase was. The Greeks did not understand glycaemic index. Yet what they observed and recorded was accurate enough that 21st century researchers are still building on it.

This is the story of honey — and the story of why, 8,000 years later, it still deserves a serious place in your kitchen.

6,000 BCE: The Earliest Evidence

The oldest known image of honey harvesting is a cave painting found in the Cuevas de la Araña (Spider Caves) near Valencia, Spain. Dated to approximately 6,000 BCE, it depicts a figure climbing a rope or vine to reach a wild beehive, basket in hand.

This predates many agricultural civilisations. The humans depicted were likely hunter-gatherers, and honey was one of the most calorically dense sweet foods available in nature — a concentrated energy source in a world without refined sugar.

By the time the first great civilisations emerged along major river systems, beekeeping had already become a managed practice rather than a wild harvest.

Ancient Egypt: Medicine from the Hive

No ancient culture documented honey more thoroughly than Egypt. The Ebers Papyrus (c. 1550 BCE) — one of the oldest preserved medical texts in the world — contains over 900 prescriptions, more than 500 of which include honey as an ingredient.

Egyptian honey applications included:

• Wound dressings: Applied directly to injuries to prevent infection and promote healing
• Eye conditions: Used in eye drop preparations
• Gastrointestinal treatments: Included in remedies for gut complaints
• Preservation: Used in embalming and to preserve other medicinal preparations

The Egyptians were empirical observers. They did not know that honey produces hydrogen peroxide when diluted on a wound surface. They did not understand glucose oxidase or antimicrobial mechanisms. But they observed — accurately — that wounds treated with honey healed more reliably than those left untreated or treated with other substances.

Modern laboratory research has validated this completely. Research by Irish, Blair, and Carter (2011), published in PLOS ONE, confirmed the mechanisms of antibacterial activity in WA honeys — mechanisms that are essentially the same as those the Egyptians were exploiting four thousand years ago.

Ancient Greece: Honey as Athletic Performance Fuel

The Greeks used honey as food, medicine, and religious offering — and specifically as what we would today call a sports nutrition supplement.

Greek Olympians are documented consuming honey and dried figs as preparation for competition. The Greek physician Hippocrates, writing around 400 BCE, recommended honey mixed with water (hydromel) as a drink for endurance and recovery — arguably the world's first documented sports drink.

What the Greeks observed was that honey's mixed fructose and glucose content delivered energy that was both immediate (glucose) and sustained (fructose metabolised more gradually). Modern sports nutrition has arrived at similar conclusions — some elite athletes today deliberately use honey as a carbohydrate source around training, citing research on its dual-sugar delivery profile.

Honey also appeared in the Greek concept of the "ideal diet": Pythagoras reportedly attributed his longevity partly to regular honey consumption. Whether that claim is historically verifiable, it reflects a cultural recognition of honey as a foundational wellness food.

Rome: Honey Goes to War

Roman armies were among the most systematically organised military forces in the ancient world, and they included honey in their field medical supplies. Roman physicians — notably Dioscorides in De Materia Medica (c. 60 CE) and Celsus in De Medicina — described honey as "warm" and useful for infected or gangrenous wounds, sore throats, and digestive complaints.

Roman beekeeping was sophisticated enough that the agricultural writer Columella (c. 65 CE) wrote detailed instructions on managing bee colonies, with guidance that would not look entirely foreign to a modern beekeeper.

The Roman Empire's extensive trade networks also moved honey across the known world. Honey was a valuable commodity — taxed, traded, and listed among luxury goods alongside spices and fine wine.

Traditional Medicine Systems: Independent Validation Across Cultures

Perhaps the most compelling historical argument for honey's genuine efficacy is the way multiple independent medical traditions, separated by thousands of kilometres, arrived at nearly identical applications.

Traditional Chinese Medicine (TCM): Shen Nong Ben Cao Jing (the Divine Farmer's Classic of Herbal Medicine, compiled c. 200 CE but reflecting much older oral traditions) classified honey as an upper-grade medicine with tonic properties for the spleen, stomach, lung, and large intestine. TCM used honey for cough, constipation, wound healing, and as a vehicle to moderate the intensity of stronger herbal medicines.

Ayurveda: The ancient Indian medical system classified honey (madhu) as one of the most important substances in the Materia Medica. Ayurvedic texts recommended honey for wound treatment, eye conditions, cough, and as a digestive aid — a list that closely mirrors both the Egyptian and Chinese applications.

Islamic medicine: The Quran references honey explicitly (Surah An-Nahl, verse 69), describing it as a remedy for people. The medieval Islamic physician Ibn Sina (Avicenna), in The Canon of Medicine (1025 CE), systematically documented honey's medicinal properties, recommending it for lung conditions, wound care, and preservation of other medicines — the most rigorous honey medicine text before the modern era.

These traditions developed independently, from different geographic and intellectual starting points, and converged on the same applications. That convergence is itself a form of empirical evidence.

Modern Science: Confirming the Ancient Record

The modern scientific investigation of honey began in earnest in the 20th century as microbiological methods allowed researchers to test what ancient practitioners had observed.

Key milestones: - 1890s: Initial descriptions of honey's antibacterial properties in scientific literature - 1963: Dold and colleagues identify hydrogen peroxide as a key component of honey's antimicrobial activity - 1991: Professor Peter Molan at the University of Waikato characterises Manuka honey's non-peroxide activity — beginning the Manuka industry - 2000s onwards: WA researchers begin systematically studying Jarrah, Marri, and other native honeys — establishing that WA varieties carry dual antimicrobial mechanisms that in several studies exceed Manuka

A 2023 study by Hossain and Locher compared WA native honeys to Manuka and found that WA honeys "at times exceeded NZ Manuka honey" in both antibacterial and antioxidant activity. A 2011 study by Pavy and Dragar found Jarrah honey carries approximately 3 times the antioxidant content of Manuka.

The Egyptians who used honey on battle wounds four thousand years ago were not practising magic. They were — empirically, without knowing the mechanism — applying hydrogen peroxide activity to infected wounds. Modern science has simply given that observation a name and a number.

Australia's Honey Heritage: 100 Years in the Making

The Fewster family's connection to honey began in 1916, when John Fewster started beekeeping in Muchea, Western Australia, with 12 hives. Over five generations, what began as a single family's apiary operation grew into Australia's largest collective of independent commercial beekeepers and packers.

That 100-year heritage places Forest Fresh Honey's founding generation in the same era when the first modern scientific investigations of honey's properties were being conducted. The family has observed — across five generations — what researchers are now formally documenting: that Western Australia's unique native forests produce honeys with exceptional bioactive properties found nowhere else.

Matt Fewster, fifth generation and co-founder of Forest Fresh Honey, operates today not as a beekeeper but as a packer and supplier — the custodian of a standard of quality that spans a century of direct contact with WA's most remarkable honey.

The Jarrah Platinum TA50+ is the culmination of that heritage: ancient properties, modern verification, five generations of craft.

🍯 Explore the Forest Fresh Heritage — five generations of WA honey, independently tested to the highest standard. Shop the Jarrah Range

Frequently Asked Questions

Q: How long have humans been eating honey? A: Archaeological evidence — including cave paintings in Spain — suggests humans have been harvesting honey for at least 8,000 years, predating many agricultural civilisations. Fossil evidence of bees extends much further back, and it is likely that hominids consumed wild honey for millions of years before formal harvesting was documented.

Q: Did ancient Egyptians really use honey as medicine? A: Yes. The Ebers Papyrus (c. 1550 BCE), one of the oldest preserved medical documents, contains hundreds of prescriptions using honey — primarily for wound treatment, eye conditions, and digestive complaints. Modern research has confirmed that the antimicrobial properties they were exploiting are real.

Q: Did ancient Greeks use honey for athletic performance? A: Yes. Greek Olympians are documented consuming honey and dried figs before competition. Hippocrates recommended honey-water (hydromel) as an endurance and recovery drink around 400 BCE. The practice reflects an empirical observation about honey's energy properties that modern sports nutrition research has revisited.

Q: When was the antimicrobial property of honey first scientifically explained? A: Initial scientific descriptions of honey's antibacterial properties appeared in the 1890s. The hydrogen peroxide mechanism was identified in the 1960s. The non-peroxide activity of Manuka honey was characterised by Professor Peter Molan in the 1990s, and the dual antimicrobial properties of WA Jarrah honey have been systematically researched from the 2000s onwards.

Q: How old is the Fewster family's honey heritage? A: John Fewster began beekeeping in Muchea, Western Australia, in 1916 with 12 hives. Forest Fresh Honey is now operated by Matt Fewster, the fifth generation of the family — representing over 100 years of continuous involvement in WA honey production and packing.

Q: Is WA Jarrah honey historically significant? A: WA's Aboriginal peoples have a long history of using native honeys from the South West, including from eucalyptus species. The systematic commercial production and scientific study of Jarrah honey is a 20th–21st century development — but the honey itself is produced by bees foraging on ancient, ecologically intact native forests that have existed for millions of years.

Q: Why did so many ancient cultures independently discover honey's properties? A: The most likely answer is simply that honey works. Cultures that used honey on wounds observed better outcomes than those that did not. Honey was abundant, preservable without processing, and clearly effective as an energy food. Independent convergence on the same applications across widely separated cultures is strong empirical evidence that the observed effects were real — which modern science has since confirmed.

Written by Matt Fewster, 5th generation of the Fewster family and co-founder of Forest Fresh Honey.

Sources: - Irish, Blair, Carter (2011). Antibacterial activity of WA honey. PLOS ONE — https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0018229 - Hossain & Locher (2023). WA honey vs Manuka. Applied Sciences — https://www.mdpi.com/2076-3417/13/13/7440 - Pavy & Dragar (2011). Antioxidant content of Jarrah honey. WA Jarrah Honey Committee — https://img1.wsimg.com/blobby/go/35350b70-4b13-4876-abd6-b146f468c4e8/downloads/media-release%20on%20antioxidant%20of%20jarrah%20honey.pdf

The information in this article is for educational purposes only and is not intended to diagnose, treat, cure, or prevent any disease or health condition. Please consult your healthcare professional before using honey as part of a health or medical regimen. Forest Fresh Honey products are food products, not medicines. Not suitable for children under 12 months. These statements are based on traditional use and emerging scientific research.

Related reading: What Makes a Honey Bioactive? The Science Behind Active Honey