Uncovering the True Origins of the Huns
Researchers Uncover Genetic Links Between Inner Asia and Carpathian Basin, Shedding Light on Origins of the Huns
An international team of researchers working on the HistoGenes project has made a groundbreaking discovery that could put an end to centuries of debate about the origins of the Huns. Eötvös Loránd University (ELTE, Budapest) announced that the team has uncovered far-reaching genetic connections between Inner Asia and the Carpathian Basin.
The research, published in the Proceedings of the National Academy of Sciences (PNAS), directly links individuals from the European Hun period to prominent figures of the Xiongnu Empire, also known as the Asian Hun Empire. It has been revealed that only a small portion of the early Carpathian Basin population had East Asian origins, with new arrivals being of mixed ancestry.
The Huns, who established a powerful nomadic empire in Europe after crossing the Volga in the 370s, have long intrigued researchers regarding their relationship with the Xiongnu of Inner Asia. The study compared DNA samples from individuals across Inner Asia, the Mongolian steppe, different parts of Central Asia, and the Carpathian Basin, including newly analyzed genetic samples from Hungary and Kazakhstan.
The results show that while only 7% of the Carpathian Basin population had Asian or Steppe origins after the arrival of the Huns, a distinct group with significant East Asian genetic traits was identified. Through a new genealogical comparison method, researchers found direct common ancestry between individuals in Hungary and high-ranking Mongolian individuals from the late Hun Empire in Asia.
The study also revealed a diverse genetic and cultural landscape in the Carpathian Basin during the Huns’ reign. Despite the genetic links to the East, the Hun Empire’s population was genetically heterogeneous. The researchers emphasized the complex processes of mobility and interaction, rather than mass migration from a single location, shaping the communities of the time.
Furthermore, the findings suggest that the Avars, who arrived in Europe two centuries after the Huns, had a different genetic impact, with many carrying significant East Asian heritage. In contrast, the genetic footprint of Attila the Hun’s ancestors in Europe remained limited despite their transformative impact on the political landscape.
The research demonstrates how cutting-edge genetic analysis, combined with archaeological and historical context, can resolve long-standing debates about the composition and origins of ancient populations. It highlights the dynamic networks that connected East and West Eurasia in the past, providing new insights into the complex history of the Huns and their influence on European populations.
