For nearly two thousand years, the Huns, Avars, and Magyars have occupied a permanent place in European historical imagination as the great steppe horsemen who arrived from the east and reshaped Late Antiquity, the Early Middle Ages, and the foundation of medieval Hungary. Historians and linguists had long suspected an East Asian origin, particularly a connection between the Huns and the Xiongnu confederation that dominated Mongolia and northern China in the 3rd to 1st centuries BCE, and a parallel East Asian source for the Avar elite and the Magyar conquerors. The genetic evidence, accumulated in three landmark studies between 2018 and 2022, has comprehensively confirmed these connections. The Hunnic elite carried substantial East Asian ancestry. The Avar elite (Gnecchi-Ruscone et al. 2022, Cell) was genetically continuous with the eastern Mongolian steppe of the same period, with the founding pulse showing nearly pure East Asian profile that subsequently admixed with local European populations. The conquering Magyar elite (Maroti et al. 2022, Current Biology) carried East Asian ancestry tracing to a Xiongnu-derived source population in the Trans-Ural and central Eurasian zone, while the conquering commoners were already substantially admixed with local European Iron Age ancestry by the time they arrived. The genetic story confirms what the chroniclers and linguists had assembled from less direct evidence: three successive waves of demographically distinct steppe migration brought a recoverable East Asian component into the Carpathian basin between the 4th and 10th centuries.
Key Points
- Three successive waves of steppe migration into Pannonia and the Carpathian basin between the 4th and 10th centuries CE: Huns (370-453 CE), Avars (568-805 CE), and Magyars (895 CE onward).
- The Hunnic elite carried substantial East Asian ancestry, with the closest matches to populations of the eastern Eurasian steppe, particularly the Xiongnu-derived populations of Mongolia and northern China (Damgaard et al. 2018, Maroti et al. 2022).
- The Avar elite (Gnecchi-Ruscone et al. 2022) showed nearly pure East Asian autosomal ancestry in the founding pulse, with strongest similarity to Mongolian and Xiongnu populations. The elite remained genetically distinct from the local European population for several generations before admixture began.
- The Magyar Conqueror elite (Maroti et al. 2022) carried East Asian ancestry with a Xiongnu-related component, while the conquering commoners were already heavily admixed with European Iron Age substrate, indicating a multi-stage migration trajectory across the steppe.
- All three groups admixed rapidly with local European populations after settling in the Carpathian basin, with the East Asian signal progressively diluting over generations.
- The modern Hungarian population carries only a small detectable East Asian component (typically 1-3 percent), since the conquering elites were a small fraction of the population that absorbed them, and centuries of intermarriage have diluted the founding signal.
- The Magyar language (Uralic, Finno-Ugric) was preserved through this admixture, demonstrating that language can persist where genes substantially do not, a recurring pattern in steppe-origin populations across Eurasia.
- The geographic origin point for all three waves traces back to the Xiongnu confederation of Mongolia and northern China (3rd century BCE to 1st century CE), whose fragmentation and successor populations seeded the migrations that would reach the Carpathian basin centuries later.
1. The Hunnic puzzle: solved by ancient DNA
The historical Huns who reached the Volga in the late 4th century CE, defeated the Goths in 376, and pushed into the Roman Empire under Attila in the mid-5th century have been linked since the 18th century to the Xiongnu confederation of Mongolia, which had dominated the eastern steppe from approximately 209 BCE to 89 CE before fragmenting under Han Chinese pressure. The linguistic, archaeological, and ethnographic evidence had always been suggestive but never conclusive. Direct genetic testing of Hunnic-period individuals from the Eurasian steppe and from the Carpathian basin, beginning with Damgaard et al. 2018 and continuing through Maroti et al. 2022, has now provided the missing link.
The Hunnic elite individuals sampled from steppe and central European sites show a consistent autosomal profile: substantial East Asian ancestry (typically 30 to 60 percent) layered with western Eurasian ancestry derived from Sarmatian and earlier Scythian populations. The East Asian component is closest to ancient and modern Mongolian populations and to the Xiongnu samples directly, supporting the historical-linguistic hypothesis of Xiongnu-Hun continuity at the elite demographic level.
2. The Avars: the most precisely characterized of the three waves
The Avars arrived in the Carpathian basin in 568 CE under Khagan Bayan I, fleeing the western expansion of the Gokturk Khaganate that had absorbed their original homeland. They established the Avar Khaganate, which dominated the Carpathian space for 237 years until its destruction by Charlemagne's Franks in 805. Throughout this period, Avar elite burials show characteristic steppe material culture, weaponry, horse harness, and burial rites distinct from the surrounding Germanic and Slavic populations.
The Gnecchi-Ruscone et al. 2022 study, published in Cell, sequenced over 100 Avar-period individuals from elite and commoner cemeteries across Hungary and Romania. The result was striking. The Avar elite of the 7th century, particularly the founding pulse arriving from the east, showed an autosomal profile essentially identical to that of contemporary populations of the Mongolian steppe. Their nearest single-population matches were Mongolic and Xiongnu-derived populations. They were not admixed Pannonian peoples carrying a steppe component; they were direct demographic transplants from the eastern Mongolian world, transported approximately 5,000 km in a single migration.
The Avar commoner population, in contrast, was substantially more mixed, with progressively more local European ancestry. By the late Avar period (8th century), the elite-commoner genetic distinction had narrowed, and admixture with the local population had moved the average Avar profile toward the broader Pannonian gene pool. The Khaganate's collapse in 805 ended the demographic injection from the east; the Avar gene pool merged into the Slavic-Germanic-Hungarian Pannonian population over the following centuries.
3. The Magyar conquest: a two-tier migration
The Magyars arrived in the Carpathian basin in 895 CE under Arpad, completing a centuries-long westward migration from a homeland in the trans-Ural and central Eurasian zone. Unlike the Huns and Avars, the Magyars left a permanent linguistic legacy: Hungarian, a Uralic language of the Finno-Ugric branch, has been spoken in the Carpathian basin continuously since the 9th century. The persistence of a Uralic language in a region surrounded by Slavic, Germanic, and Romance speakers is one of the most striking linguistic survivals in Europe.
The Maroti et al. 2022 study, published in Current Biology, sequenced 271 individuals from Hungarian Conqueror-period cemeteries (9th-10th centuries), distinguishing genetically between two clear strata. The Conqueror Elite, buried in distinctive elite cemeteries with horse harness, sabretache plates, and prestige material culture, carried substantial East Asian ancestry tracing to a Xiongnu-related source. The Conqueror Commoner, buried in larger village cemeteries, was already substantially admixed with European Iron Age ancestry, indicating that the broader Magyar population was a heterogeneous group that had absorbed local populations during its westward trajectory through Eastern Europe.
This two-tier structure (foreign elite, locally-admixed commoner) is the same pattern documented in the Avar case and partially in the Hunnic case. It is the archaeological-genetic signature of a steppe-style conquest, where a relatively small elite warrior group establishes political dominance over a much larger absorbed population, with the demographic balance shifting toward the absorbed population over time.
4. The Xiongnu origin point
The common geographic and demographic origin point of all three waves is the Xiongnu confederation, which dominated the eastern Eurasian steppe (modern Mongolia, parts of Inner Mongolia, and adjacent regions) from approximately 209 BCE to 89 CE. The Xiongnu were the first historically recorded nomadic steppe empire of central Asia, the founders of the political-military template that would be followed by the Huns, Avars, Turks, Mongols, and many others. Their genetic profile, recovered from cemeteries across Mongolia by multiple recent studies, shows substantial East Asian ancestry (particularly from the broader Mongolian and Northern Chinese populations) with a smaller western Eurasian component derived from the earlier Scythian-influenced populations of the western steppe.
When the Xiongnu confederation fragmented under sustained Han Chinese pressure in the 1st century CE, the resulting demographic dispersal seeded a long series of westward steppe migrations that would reach central and southeastern Europe over the next 800 years. The Huns were one of these westward fragments. The Avars were another, arriving 500 years later from a different post-Xiongnu source. The Magyars were the most thoroughly transformed of the three, having spent centuries in the trans-Ural and central Eurasian zone before reaching Pannonia.
5. The three waves compared
First wave of post-Xiongnu eastern steppe migration into Europe. The Hunnic elite carried 30-60 percent East Asian ancestry layered with western Eurasian Sarmatian-Scythian ancestry. Confederation dominant under Attila until 453, then fragmented. Genetic legacy in modern populations is small but detectable in some Pannonian and Eastern European groups.
Second wave, arriving directly from Mongolia after defeat by the Gokturks. The Avar elite carried nearly pure East Asian autosomal profile in the founding pulse (Gnecchi-Ruscone et al. 2022), progressively admixing with local Pannonian populations over the 237-year Khaganate. Most thoroughly genetically characterized of the three waves.
Third and final wave, arriving from the trans-Ural and central Eurasian zone. Two-tier structure: Conqueror Elite with substantial East Asian (Xiongnu-related) ancestry, Conqueror Commoner already admixed with European Iron Age substrate. Linguistic legacy permanent (modern Hungarian); genetic legacy modest (1-3 percent East Asian component in modern Hungarians).
The 3rd century BCE to 1st century CE Xiongnu of Mongolia and northern China were the demographic source pool from which all three waves ultimately derive. The Xiongnu fragmentation under Han pressure seeded westward migrations that would reach Europe centuries later, each with its own subsequent admixture and elaboration.
6. Why the language survived but the genes did not
The persistence of the Hungarian (Magyar) Uralic language in the Carpathian basin, despite the modest genetic legacy of the Conquerors in modern Hungarians, is one of the cleanest documented examples of linguistic survival without proportional demographic continuity. The mechanism is well understood: a politically and militarily dominant elite group can impose its language on a subject population through institutional power, elite intermarriage, and intergenerational social pressure, even when the elite is a small numerical minority. The same pattern is visible in many other contexts (the Norman Conquest of England produced extensive linguistic effects on English vocabulary while the genetic legacy of the conquering Normans was modest; the Spanish Conquest of the Americas imposed Spanish across vast territories while the demographic contribution of conquering Spaniards was small).
In the Magyar case, the conquering elite were the carriers of the Hungarian language. Their descendants intermarried widely with the existing Slavic, Germanic, and Avar-period populations of the Carpathian basin, but the language passed from the elite to the broader population through institutional and cultural channels. Within two or three centuries, Hungarian was the dominant language of the Carpathian basin without the conquering Magyars being a demographic majority. The Huns and Avars, by contrast, did not leave linguistic descendants: their languages were absorbed by the surrounding Germanic, Slavic, and (later) Hungarian linguistic worlds. The Magyars succeeded linguistically where the Huns and Avars failed.
7. References
- Gnecchi-Ruscone, G. A., Szecsenyi-Nagy, A., Koncz, I., Csiky, G., Racz, Z., Rohrlach, A. B., et al. (2022). Ancient genomes reveal origin and rapid trans-Eurasian migration of 7th century Avar elites. Cell, 185(8), 1402-1413. DOI: 10.1016/j.cell.2022.03.007 Avars
- Maroti, Z., Neparaczki, E., Schutz, O., Maar, K., Varga, G. I. B., Kovacs, B., et al. (2022). The genetic origin of Huns, Avars, and conquering Hungarians. Current Biology, 32(13), 2858-2870. DOI: 10.1016/j.cub.2022.04.093 Huns Magyars
- Damgaard, P. de B., Marchi, N., Rasmussen, S., Peyrot, M., Renaud, G., Korneliussen, T., et al. (2018). 137 ancient human genomes from across the Eurasian steppes. Nature, 557(7705), 369-374. DOI: 10.1038/s41586-018-0094-2 Steppe genomes
- Jeong, C., Wang, K., Wilkin, S., Taylor, W. T. T., Miller, B. K., Bemmann, J. H., et al. (2020). A dynamic 6,000-year genetic history of Eurasia's Eastern Steppe. Cell, 183(4), 890-904. DOI: 10.1016/j.cell.2020.10.015 Xiongnu
- Wang, K., Yu, H., Radzeviciute, R., Kiryushin, Y. F., Tishkin, A. A., Frolov, Y. V., et al. (2023). Middle Bronze to Iron Age genomes of the southwestern Mongolian steppe. Science Advances, 9(15). Mongolia
- Davidski, A. (ongoing). Global25 PCA modern and ancient population averages. eurogenes.blogspot.com G25 panel
Hungary_Hun_Elite_IA:HUN001,0.034277,-0.011171,0.026411,0.064277,-0.062781,-0.001674,0.005405,-0.077306,-0.041313,-0.078726,-0.014616,-0.005246,0.016947,-0.058353,0.022122,0.028108,0.018384,0.005954,-0.001886,-0.001626,-0.013601,0.000247,-0.012079,-0.000241,-0.005029 Kazakhstan_Hun_Elite_LIA:KRY001,0.044520,0.001016,0.034329,0.045543,-0.046162,0.006972,0.000235,-0.066920,-0.046222,-0.075626,-0.009094,-0.004496,0.014568,-0.061659,0.025108,0.026518,0.014602,0.005321,-0.001886,-0.000625,-0.012102,-0.001978,-0.014666,-0.007109,-0.005269 Hungary_Conqueror_Elite,0.092388,0.099011,0.061471,0.039406,0.001231,-0.000279,0.025382,-0.054921,-0.044178,-0.063783,0.005846,-0.005246,-0.001932,-0.075004,0.020766,0.014717,0.025558,0.011656,-0.000503,-0.005378,-0.010607,-0.005935,-0.012448,-0.00012,-0.001078 Hungary_Conqueror_Commoner,0.108132,0.122879,0.067128,0.040698,0.027082,0.012829,0.022797,-0.011077,-0.012704,-0.022416,-0.001624,-0.001049,-0.014123,-0.038534,0.025108,0.020817,0.014211,0.005321,0.000378,-0.001501,-0.001247,0.001855,-0.001725,0.005181,-0.001317 Hungary_EarlyArpadian,0.122929,0.131003,0.067128,0.052972,0.0397,0.018407,0.008695,0.008307,0.000409,-0.005285,-0.005034,0.005096,-0.020366,-0.025735,0.020766,0.011667,0.010561,0.005321,0.000503,0.001751,0.003244,-0.005935,-0.006902,0.009519,-0.001317 Germany_EarlyMedieval_o2:AED1108.SG,0.066017,0.05583,0.060716,0.040698,0.005847,-0.000279,0.018802,-0.064382,-0.045405,-0.067063,0.001137,-0.005246,-0.001486,-0.060558,0.014523,0.011667,0.022297,0.011529,-0.001886,-0.007128,-0.014226,-0.000247,-0.011463,0.002892,0.000718
East Asian shift: Hunnic, Avar, and Magyar elites vs commoners and local Europeans
A higher position on the first PCA axis (PC1) indicates more East Asian autosomal ancestry. The Hunnic Elite (HUN001, KRY001) and Hungarian Conqueror Elite sit at the East Asian end of the European-Asian continuum; the Conqueror Commoner is already substantially admixed with European substrate; Hungary_EarlyArpadian (Arpadian-period medieval Hungarians) sits in the modern European range.
