In northeastern China, archaeologists have used advanced 3D technology to reconstruct the face of a man from more than 5,000 years ago. The skull, discovered in a Neolithic tomb in Liaoning Province, has been digitally transformed into the likeness of a young man believed to have lived during the Hongshan culture period.
Unveiling the face of a Neolithic ancestor
The recently reconstructed face of a man from the Hongshan culture, a Neolithic society that flourished more than 5,000 years ago, was created by researchers from the Liaoning Institute of Cultural Relics and Archaeology, working alongside experts from Jilin University
This ancient face was reconstructed from a remarkably well-preserved skull, found in a tomb in the city of Chaoyang. According to Li Haibo, the deputy director of the institute, the man is believed to have been between 25 and 30 years old at the time of his death.
“It is the first reconstruction based on an actual Hongshan ancestor’s skull,” said Li. “The reconstructed face can be considered the closest to reality achieved to date.”
Chinese archaeologists reconstruct 5,000-year-old ancestor's face via 3D technology https://t.co/SZ48VQO7Ls pic.twitter.com/tAScUDvpIp
— China Xinhua Sci-Tech (@XHscitech) November 10, 2024
Collaboration across disciplines for precise results
To accurately reconstruct this individual’s face, researchers combined expertise from various fields. Anthropology provided context about cultural markers and lifestyle, while anatomy guided the reconstruction of the skull’s structure and facial details.
Computer science enabled the use of 3D imaging technology, and artistic expertise helped refine subtle features such as eye shape, skin tone, and hair color.
Together, these disciplines allowed the team to carefully identify the man’s gender, approximate age, and physical characteristics, creating a remarkably realistic image of someone from 5,000 years ago.
Advancing archaeological methods with 3D technology
Compared to traditional sculptural methods, 3D technology has brought significant advancements to archaeology. Li noted that 3D imaging offers more precision, faster results, and a higher level of accuracy.
This technology allows researchers to achieve fine details that would be difficult with manual sculpting, capturing subtle elements that make reconstructions more lifelike and scientifically reliable.
In a field where accuracy can greatly impact historical understanding, this technology represents a breakthrough for archaeologists worldwide.
Tracing China’s cultural roots through Hongshan discoveries
The Hongshan culture, considered by many historians to be a pivotal stage in the development of early Chinese society, marks an important shift toward state formation in ancient China.
According to Guo Dashun, a leading Chinese archaeologist, uncovering aspects of this culture has laid essential groundwork for understanding China’s rich and diverse cultural origins.
Reconstructing faces from this era is not only a technological accomplishment but also a step toward connecting with and preserving China’s ancient heritage.
Modern examples of ancient reconstructions
China’s progress in 3D archaeological reconstructions extends beyond the Hongshan culture. In May 2024, the Hunan Museum in Changsha revealed a digital 3D image of Xin Zhui, a well-preserved mummy from over 2,200 years ago.
Later, in September, archaeologists in Henan Province presented facial reconstructions of two Neolithic men who lived near the Yellow River, one from 5,600 years ago and another from about 4,000 years ago.
These projects demonstrate how 3D technology is transforming our understanding of historical figures and broadening our knowledge of human history.
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