It was originally thought that the ancient stone walls visible on the edge of the Mu Us Desert in the northern province of Shaanxi had once been part of the Great Wall. But, when archaeologists examined them intensively, they realized something much older and more complex was buried there. They had discovered the lost city of Shimao, which dates back to 2300 B.C. Over the past 10 years, excavators including Zhouyong Sun of the Shaanxi Provincial Institute of Archaeology have uncovered a stone city with immense fortifications and sophisticated infrastructure, thousands of luxurious artifacts, and a 230-foot-high stepped pyramid that served as the residence for Shimao’s rulers and leading families. The site’s early date and peripheral location were surprising since Chinese civilization was thought to have first developed in the Central Plains around 500 years after Shimao’s founding. “The discovery really puzzled me and other archaeologists,” says Sun. “Shimao reveals a unique trajectory to urbanism in China. This once-powerful kingdom was completely unknown in ancient textual records.”
Neolithic City of Shimao
Top 10 Discoveries of the Decade January/February 2021
Recommended Articles
Features November/December 2024
The Many Faces of the Kingdom of Shu
Thousands of fantastical bronzes are beginning to reveal the secrets of a legendary Chinese dynasty
Digs & Discoveries May/June 2024
Hunting Heads
Features November/December 2023
China's River of Gold
Excavations in Sichuan Province reveal the lost treasure of an infamous seventeenth-century warlord
-
(Pasquale Sorrentino)
-
Features January/February 2021
Return to the River
Members of Virginia’s Rappahannock tribe are at work with archaeologists to document the landscape they call home
(Courtesy Julia King) -
Letter from Woodhenge January/February 2021
Stonehenge's Continental Cousin
A 4,000-year-old ringed sanctuary reveals a German village’s surprising connections with Britain
(Photo Matthias Zirn) -
Artifacts January/February 2021
Inca Box with Votive Offerings
(Courtesy Teddy Seguin/Université Libre de Bruxelles)