The oldest honey ever found intact wasn’t discovered in an Egyptian pyramid — it was found in 2003 in a Bronze Age burial mound near the village of Sakire in Georgia’s Borjomi region, in ceramic vessels roughly 5,500 years old, about 2,000 years older than the honey later found in Tutankhamun’s tomb. Laboratory analysis found the vessels still contained recognizable honey made from three distinct sources — linden, meadow flowers, and a mixed floral blend — a level of preserved detail that tells us something concrete about honey’s near-indefinite shelf life and Bronze Age Caucasus beekeeping alike.
Key Takeaways
- The find was made in 2003 during construction of the Baku-Tbilisi-Ceyhan oil pipeline, when excavation near Sakire village in Georgia’s Borjomi district uncovered a kurgan (burial mound) believed to belong to a noblewoman.
- Three separate ceramic vessels inside the tomb contained honey, dated to approximately 5,500 years old — roughly 2,000 years older than the honey famously found in Tutankhamun’s tomb in 1922.
- Laboratory pollen analysis distinguished three different honey types among the three vessels: linden honey, meadow honey, and a honey made from a mix of various plant pollens.
- Honey’s near-indefinite shelf life comes down to basic chemistry — very low moisture content and high acidity create an environment hostile to the bacteria and microorganisms that normally spoil food, which is why archaeologically recovered honey can still be scientifically identifiable as honey after thousands of years.
- The find is a genuinely different kind of “ancient honey” story than this site’s existing coverage of Ancient Egyptian beekeeping — it’s about a single, dated physical discovery and what it demonstrates about preservation, not about a civilization’s broader beekeeping practices.
Table of Contents
- The 2003 Discovery Near Sakire
- Three Vessels, Three Kinds of Honey
- Why Honey Can Survive Thousands of Years
- How This Compares to Other Ancient Honey Finds
- Frequently Asked Questions
The 2003 Discovery Near Sakire
In 2003, construction crews working on the Baku-Tbilisi-Ceyhan pipeline — a major oil pipeline route running through the South Caucasus — triggered archaeological excavations near the village of Sakire in Georgia’s Borjomi district, a mountainous region roughly two hours from Tbilisi better known internationally for its mineral water. Archaeologists uncovered a kurgan, a type of earthen burial mound common across the Caucasus and Central Asian steppe in the Bronze Age, believed on the basis of its grave goods to be the tomb of a noblewoman. Among the objects buried with her were several ceramic vessels that, once opened and examined, turned out to contain preserved honey — not honey residue or trace chemical markers, but honey substantial enough to analyze directly. The find and its dating have been reported on directly by the Central Asia and Caucasus-focused outlet Eurasianet.
Three Vessels, Three Kinds of Honey
What makes this find unusually well-documented, rather than just old, is that researchers were able to distinguish between the contents of the three separate vessels using pollen analysis — identifying the plant sources bees had actually foraged from thousands of years earlier. One vessel contained linden honey, one contained a honey made primarily from meadow wildflowers, and the third held a honey made from a broader mix of plant pollens. Reports on the find describe the honey’s scent as still detectably sweet, with musky undertones, at the time of excavation. That level of surviving sensory and botanical detail is unusual even among the small number of comparably ancient honey finds worldwide, and it’s part of why this discovery, rather than an older but less-detailed find, tends to be cited as “the world’s oldest honey.”
Why Honey Can Survive Thousands of Years
Honey’s ability to remain chemically stable and recognizable across millennia isn’t mysterious once you look at its basic composition. Properly ripened honey has very low water content — bees actively reduce moisture through fanning before capping a cell — combined with high natural acidity and low pH. Both properties create conditions that are hostile to the bacteria, yeasts, and molds that normally break food down over time. Sealed away from further moisture exposure inside a ceramic vessel, in a cool, stable underground tomb environment, that same basic chemistry that lets a jar of honey sit in a kitchen cabinet for years without spoiling can, under the right burial conditions, preserve it on an archaeological timescale instead of a household one.
How This Compares to Other Ancient Honey Finds
The Georgian find predates the honey recovered from Tutankhamun’s tomb — discovered in 1922 and, for decades, the most commonly cited example of “still-edible ancient honey” — by roughly 2,000 years, based on the dating of the Sakire kurgan. It’s a different kind of evidence than this site’s existing look at beekeeping in Ancient Egypt, which covers an entire civilization’s documented apiary practices over centuries; the Georgian discovery is a single, precisely dated burial find that happens to be older than any comparable discovery yet reported. It also sits alongside — rather than replaces — other early evidence for humans’ relationship with honey, including the much older but very different kind of evidence in this site’s coverage of Cueva de la Araña’s rock art depiction of honey hunting, which shows people gathering wild honey rather than the honey itself. Together, the two finds tell different halves of the same story: one is the oldest known picture of humans getting honey, and the other is the oldest known jar of the honey itself.
Frequently Asked Questions
Where was the world’s oldest honey found?
In a Bronze Age burial mound (kurgan) near the village of Sakire in Georgia’s Borjomi region, discovered in 2003 during pipeline construction.
How old is it?
Approximately 5,500 years old, based on dating of the burial context — roughly 2,000 years older than the honey found in Tutankhamun’s tomb in 1922.
What kinds of honey were found?
Three separate ceramic vessels contained three distinct honey types, identified through pollen analysis as linden honey, meadow-flower honey, and a mixed-pollen honey.
Why doesn’t honey spoil like other foods?
Properly ripened honey has very low moisture content and high acidity, both of which create conditions hostile to the bacteria and microorganisms that normally cause food to spoil — the same chemistry that lets honey sit unrefrigerated in a kitchen indefinitely.
Is this honey still edible today?
It was reported as still recognizably honey with a detectable scent at the time of excavation, but it is a preserved archaeological artifact studied by researchers, not a food product available or intended for consumption.
