The Lady of Vix: What DNA Now Says About the Richest Celtic Woman of Iron Age Europe

Hero image: AI generated illustration of an elite Hallstatt woman near Mont Lassois around 500 BC. It is not a facial reconstruction of the woman buried at Vix.

In early 1953, in a field below Mont Lassois in northern Burgundy, René Joffroy and Maurice Moisson opened a burial chamber that would change the image of the Celts. Inside lay a woman wearing a 480 gram gold torc, laid on the body of a four wheeled wagon, next to a Greek bronze krater so large that it had been shipped in pieces and assembled on site. No richer Celtic grave of the period has ever been found, and it belonged to a woman.

For seventy years the Lady of Vix has been a princess, a queen, a priestess, and, in one reading of her skeleton, perhaps not a woman at all. Her bones were dug up before ancient DNA existed. Then, in 2019, archaeologists of Inrap went back to the tomb, sieved the spoil of the 1953 excavation, and found more of her. In September 2026 they published the first genetic result.

Her full genome is not public yet. But the people around her are: two individuals buried at Vix in the century and a half before her, three from the same place in the La Tène period, one from the early Middle Ages, and 36 Hallstatt genomes from across Burgundy. Together they answer a question that the krater raised from the start: was the richest woman in Celtic Europe a local, or a foreigner?

A tomb at the end of the tin road

Mont Lassois sits where the Seine becomes navigable. In the late 6th century BC it was one of the great "princely seats" of the West Hallstatt world, with walls up to 8 metres thick and, discovered in 2006, a monumental building of 35 by 22 metres on the summit. Whoever controlled the hill controlled a route that carried tin from the Atlantic towards the Mediterranean, and Greek and Etruscan luxury goods in the other direction.

The tomb shows exactly that traffic. The krater, 1.64 m high and 208.6 kg, was made in a Greek workshop, probably in southern Italy or Greece, and decorated with a frieze of hoplites and four horse chariots. Next to it were an Etruscan bronze jug, Attic black figure cups and a silver bowl. The woman herself wore local jewellery: the gold torc, bronze and amber fibulae, slate and lignite bracelets. The burial is traditionally dated to about 500 BC; the new excavation suggests a date nearer 470 BC.

Bettina Arnold questioned the sex of the skeleton in 1991, and Christopher Knüsel concluded in 2002 that it was most likely female, with some androgynous features. The debate was never about the jewellery. It was about whether a woman could have held the power that the grave displays.

What the 2019 excavation found

Bastien Dubuis and the Inrap team reopened the tumulus in 2019, 66 years after its discovery. They found a monument 40 metres across with an unexpectedly complex stone architecture, partly quarried away in antiquity, and sieved the old excavation spoil. The result was nearly 2,000 new objects and fragments. The number of fibulae doubled from 8 to 16. The single missing piece of the krater frieze, a horse's leg, turned up. Chemical analysis of residues inside the krater found grape and pitch, consistent with resinated wine prepared the Greek way.

The sieving also produced a tooth. As Inrap reported in September 2026, a DNA analysis was carried out mainly to test one hypothesis: that the Lady of Vix was related to the Prince of Lavau, the man buried in the middle of the 5th century BC near Troyes, about 70 km to the north, with a bronze cauldron of Greek or Etruscan origin and fine Greek painted pottery. The answer was negative. She is neither his mother nor his grandmother. In the words of the Inrap report, these were "two different families".

The same report mentions that the only conclusive genetic result so far from Lavau concerns two people of the 7th century BC buried in its necropolis, who may descend from a transalpine population. That is the background to our question. Mobility across the Alps did happen in this elite world. Did the Vix dynasty come from the south too?

Watch: the tomb of Vix reexcavated

This lecture, recorded by the MSHE Claude Nicolas Ledoux in Besançon, presents the results of the new excavation and what they change for our understanding of the princely phenomenon (in French).

Watch the lecture on YouTube

For a shorter visit, Inrap's 8 minute film La redécouverte du Trésor de Vix (Raphaël Licandro, 2024) follows the 2019 finds from the trench to the Musée du Pays Châtillonnais, where the Lady's tomb is displayed today.

Her neighbours at Mont Lassois

The Global25 dataset contains two Hallstatt period genomes from Vix itself, catalogued as CGG023310 (about 650 BC, 97% coverage) and CGG023634 (about 580 BC, 73% coverage). They are not the Lady, and nothing shows that they were her relatives. They are people who lived and died in the same place, one to two centuries before her, when the hill was rising to power. Alongside them are 36 Hallstatt individuals from elsewhere in Burgundy with at least 40% coverage.

Their nearest matches in the full reference set are other Gauls: La Tène individuals from Switzerland and northern France, Hallstatt to early La Tène groups from Burgundy and Lorraine, and, among living people, the French of the Yonne and Jura, Walloons and Québécois. The two Vix genomes are 0.024 apart, an ordinary distance between two members of one population. CGG023310 sits exactly at the typical distance from the Burgundy Hallstatt average (0.028, the median for all 36), and CGG023634 inside the normal range (0.038, below the 90th percentile of 0.042).

In other words, the people of Mont Lassois were Burgundian Hallstatt people. That is not a trivial result. At the princely seats of Baden-Württemberg, Gretzinger and colleagues found individuals with ancestry from northern Italy, and in Burgundy itself the Moriopoulos collection separates a small group of three Hallstatt outliers with a clearly southern profile.

North or south?

To make the question measurable, we placed every genome on a single axis running from northern Gaul (the Hallstatt population of Hauts-de-France, value 0) to Etruscan Italy (Iron Age Tarquinia, value 1). A transalpine immigrant would sit far to the right. A local of northern Burgundy would sit towards the left.

The two Vix genomes sit at 0.29 and 0.08. The older one is more northern than three quarters of the Burgundy Hallstatt individuals; the younger one is more northern than 94% of them. The elite of Hochdorf (0.47), Asperg-Grafenbühl (0.40) and the Heuneburg (0.36) are all further south. The southern outliers of Burgundy and of the Magdalenenberg, at 0.76 to 0.77, are where a genuinely transalpine family would appear. Mont Lassois is at the opposite end.

Could a hidden Italian ancestor still be in there? We tested it by mixing known fractions of the Etruscan average into each Vix genome. A 50% admixture, one Italian parent, moves them to 0.54 and 0.64, beyond 81 to 86% of all Burgundy Hallstatt individuals: it would be obvious. A 25% admixture, one Italian grandparent, moves them to 0.31 and 0.47, which is still inside the normal local range. So the honest reading is: no recent transalpine parent, but an Italian grandparent cannot be excluded from G25 data.

2,500 years at Vix

Vix is one of the rare places where ancient DNA follows a single community over a very long time. Besides the two Hallstatt genomes, the dataset contains three La Tène individuals from Vix dated around 205 BC and one individual from the Merovingian period, around AD 550. We modelled all six, and the living people of Côte-d'Or, with the three classic sources of European ancestry: Yamnaya steppe herders, the Neolithic farmers of Gurgy in Burgundy, and western hunter-gatherers.

The steppe share moves between 38 and 45% across two and a half millennia, the farmer share between 51 and 61%. The Hallstatt people of Vix, at 43 and 44% steppe ancestry, are slightly above the Burgundy Hallstatt median of 38%, and almost exactly at the level of the modern inhabitants of Côte-d'Or (45%). On the north to south axis, modern Côte-d'Or sits at 0.24, between the two Hallstatt genomes from Vix.

Mobility did happen. The La Tène period brought new people to Gaul, the Roman and Frankish periods more, and the Merovingian individual from Vix is classified by Moriopoulos as having a West Mediterranean profile, which matches its more southern position (0.47). But at the level of deep ancestry, the people who live around Mont Lassois today are a very close continuation of those who watched the Lady's funeral.

What this tells us about her

We do not have her genome, so we cannot place her on Figure 1. What we can say is what the data now rule out and what they make likely.

First, the "foreign princess" hypothesis has lost its support. The Greek krater does not mean a Greek or Etruscan dynasty: the community at the foot of Mont Lassois was local, northern in profile, without the transalpine signal that does appear elsewhere in the Hallstatt elite. Her treasures came from the south. Her people, as far as we can see, did not.

Second, the elite of this period was not one great family. The DNA from her tooth separates her from the Prince of Lavau, the other great tomb of the region, and the transalpine ancestry reported at Lavau has no echo at Vix. Mont Lassois and Lavau were two neighbouring powers, perhaps rivals, both connected to the Mediterranean, but not by blood.

Third, there is the question of how a woman could hold this rank. In 2024, Gretzinger and colleagues showed that at Hochdorf and Asperg-Grafenbühl, the two richest Hallstatt tombs of southwest Germany, the most likely relationship between the two princes was that of a maternal uncle and his sister's son. Power seems to have passed through women. Nobody has yet proved that the same rule applied at Vix. But in a society where the line ran through sisters and mothers, a woman buried with a krater, a wagon and a gold torc is no longer an anomaly to explain away. She may have been the link that held the dynasty together.

What is still missing

The analysis of her tooth published so far was designed to answer a kinship question, and it did. The next steps would be a full genome, a genetic sex determination that would close the debate opened in 1991, and kinship tests with other burials around Mont Lassois. If those come, we will run her genome through the same models. Our prediction, based on her neighbours, is clear: she will plot with the people of northern Burgundy, not with Etruria.

Methods

We used Global25 scaled coordinates by Davidski and the Moriopoulos 2026 collection, merged with first occurrence priority, and the individual dated ancient samples file for the six Vix genomes and the 36 Burgundy Hallstatt individuals (coverage at least 40%). Distances are Euclidean in the 25 dimensional space. The north to south axis is the projection of each genome onto the vector from France_IA1_Hallstatt_Hauts-de-France (n=10) to Italy_Lazio_IA_Etruscan_Tarquinia (n=4); the two poles are 0.080 apart, and the perpendicular residuals of the Vix genomes (0.027 and 0.029) are similar to those of other single genomes. The deep ancestry model uses non negative least squares with a sum to one constraint enforced by a heavily weighted extra row (weight 1000). Pole separations are 0.32 (Yamnaya to Gurgy), 0.41 (Yamnaya to Loschbour) and 0.42 (Gurgy to Loschbour); the condition number is 2.5, and fit distances for individual genomes are 0.03 to 0.05. We also tested a three source model with a local Bronze Age source, Corded Ware and Etruscan Tarquinia (condition number 13.5), but for single genomes the Etruscan source absorbs farmer related ancestry as well as Italian ancestry, so we do not report its "Italian" share as such. Detection limits were set by spike in tests, mixing 12.5%, 25% and 50% of the Etruscan average into each Vix genome.

Global25 coordinates used in this article

The six genomes from Vix, the average of the 36 Burgundy Hallstatt individuals, the model poles and modern Côte-d'Or. They can be pasted directly into the Vahaduo tool.

CGG023310_Vix_Hallstatt_650BC,0.127482,0.143190,0.051666,0.027455,0.043700,0.002231,-0.002820,0.003923,0.017180,0.018953,0.001137,0.003747,-0.014866,-0.002340,0.007057,-0.007292,-0.019427,0.000127,0.003897,-0.008629,-0.001373,0.000124,0.000739,0.001566,0.000718
CGG023634_Vix_Hallstatt_580BC,0.124067,0.140143,0.061094,0.037791,0.045239,0.008646,-0.000235,0.006461,0.021270,0.016219,-0.005034,0.004346,-0.016055,-0.004542,0.017372,-0.005038,-0.024382,0.001014,0.003897,-0.001000,-0.002371,0.004822,-0.002465,0.005181,-0.001197
CGG023626_Vix_LaTene_205BC,0.127482,0.142174,0.049026,0.023902,0.046162,0.008088,-0.006110,0.001615,0.013703,0.027882,-0.000974,0.000749,-0.013082,0.001514,0.012351,-0.009281,-0.011995,0.002154,0.000503,-0.000250,-0.001996,-0.000124,0.000370,-0.000843,-0.003952
CGG023627_Vix_LaTene_205BC,0.128620,0.137096,0.056945,0.030039,0.049240,0.006136,-0.001175,0.002538,0.015748,0.016766,-0.001949,0.006894,-0.017988,-0.003441,0.000543,0.003978,0.004824,0.007348,0.001508,-0.010505,0.003494,0.001360,-0.002342,-0.002530,0.005508
CGG023628_Vix_LaTene_205BC,0.126344,0.145221,0.056191,0.021964,0.045547,0.006693,-0.000235,0.007615,0.017794,0.027882,-0.000974,0.008093,-0.015461,-0.008533,0.005293,0.001193,-0.012908,-0.002280,-0.003520,0.008629,0.010856,0.003339,-0.002342,-0.003253,0.004550
CGG023630_Vix_Merovingian_AD550,0.128620,0.147252,0.052420,0.010336,0.049240,0.000837,0.010105,-0.003692,0.016566,0.031709,-0.004709,0.009442,-0.001933,-0.022570,0.006243,0.022805,0.003651,-0.001140,-0.009804,0.001376,-0.008859,-0.003710,0.001356,0.000602,-0.004431
Burgundy_Hallstatt_avg_36ind,0.126154,0.146236,0.050985,0.018384,0.046727,0.005384,0.002304,0.004378,0.017430,0.025214,-0.002197,0.007343,-0.015989,-0.010926,0.006975,0.000884,-0.002879,0.001179,0.003554,0.000118,0.004152,0.003902,-0.005111,-0.002353,0.000156
France_IA1_Hallstatt_Hauts-de-France,0.125661,0.138315,0.059698,0.040310,0.040900,0.013694,0.001339,0.006461,0.009879,0.010570,-0.006285,0.004991,-0.014301,-0.008932,0.013029,0.003593,-0.003351,0.000950,0.001395,0.003664,0.003170,0.002523,-0.000998,0.002012,-0.000898
Italy_Lazio_IA_Etruscan_Tarquinia,0.126628,0.151821,0.038089,-0.018088,0.045085,-0.006275,-0.002820,-0.002192,0.020146,0.043190,-0.002476,0.010453,-0.018285,-0.004920,-0.002443,-0.005072,0.003357,0.003262,0.003048,-0.004033,0.003151,0.005194,-0.006655,-0.006778,-0.000090
Russia_Samara_EBA_Yamnaya,0.125838,0.089254,0.042908,0.115456,-0.027868,0.044685,0.004491,-0.002949,-0.054858,-0.072996,0.001858,0.000350,-0.001652,-0.023610,0.037263,0.015734,0.000000,-0.001478,-0.001704,0.012506,-0.003120,0.001374,0.011229,0.018436,-0.004524
France_MN_Gurgy,0.125230,0.173533,0.041964,-0.054229,0.080698,-0.031490,-0.005573,-0.002262,0.061344,0.096623,0.000883,0.016230,-0.033385,-0.014765,-0.015949,0.000289,0.015913,0.003327,0.004991,-0.006834,0.003143,0.003462,-0.011633,-0.022893,-0.000458
Luxembourg_Loschbour,0.130897,0.109677,0.203645,0.198000,0.162492,0.059125,0.015041,0.038075,0.100217,0.016219,-0.015427,-0.017235,0.019921,-0.001239,0.061346,0.070670,0.002608,0.007348,-0.008925,0.065406,0.117543,0.010387,-0.049422,-0.173639,0.019519
French_Cote-dOr_modern,0.128619,0.140651,0.048083,0.026485,0.040008,0.008645,-0.000469,0.001847,0.004908,0.018041,-0.000731,0.008092,-0.024082,-0.018166,0.007328,0.007558,0.004302,-0.000253,-0.001697,0.005877,0.003743,0.005502,-0.002772,0.005662,0.001736

References

1. Excavation Inrap (2026). La tombe de la Dame de Vix n'a pas dit son dernier mot. inrap.fr
2. Excavation Inrap. Nouvelle fouille de la tombe de Vix : derniers résultats. inrap.fr
3. Ancient DNA Gretzinger J, et al. (2024). Evidence for dynastic succession among early Celtic elites in Central Europe. Nature Human Behaviour 8: 1467 to 1480. doi.org/10.1038/s41562-024-01888-7
4. Ancient DNA Fischer CE, et al. (2022). Origin and mobility of Iron Age Gaulish groups in present-day France revealed through archaeogenomics. iScience 25(4): 104094. pmc.ncbi.nlm.nih.gov/articles/PMC8983337
5. Ancient DNA Brunel S, et al. (2020). Ancient genomes from present-day France unveil 7,000 years of its demographic history. PNAS 117(23): 12791 to 12798. doi.org/10.1073/pnas.1918034117
6. Osteology Knüsel C (2002). More Circe than Cassandra: the Princess of Vix in ritualized social context. European Journal of Archaeology 5(3): 275 to 308. researchgate.net
7. Video MSHE Claude Nicolas Ledoux. La tombe de Vix refouillée : nouveau regard sur un témoignage exceptionnel du phénomène princier. youtube.com
8. Video Licandro R (2024). La redécouverte du Trésor de Vix. TSVP / Inrap. inrap.fr
9. Museum Musée du Pays Châtillonnais, Trésor de Vix. musee-vix.fr
10. Data Global25 PCA coordinates by Davidski, and the Moriopoulos 2026 collection of Global25 coordinates.