Pollen reveals terracotta army origins
China’s Terracotta Army has mystified scholars since the 8,099 clay warriors and horses were first discovered in Emperor Qin Shihuang’s mausoleum in 1974. The figures, meant to protect the emperor in the afterlife, were buried with him around 210-209 B.C.At least one mystery about the imposing faux army recently was solved. It is now known that the horses and warriors were constructed in different locations, based on analysis of pollen found in fragments of terracotta that were collected from the clay figures.The findings have been accepted for publication in the Journal of Archaeological Science."When the plants were flowering in the time of the Qin Dynasty 2000 years ago, the pollen flew in the air and fell in the clay, even if the pollen could not be seen with the naked eye," lead author Ya-Qin Hu told Discovery News.
Hu, a scientist in the Institute of Botany at Beijing’s Chinese Academy of Sciences, and colleagues crushed the collected terracotta fragments, washed them and performed gravity separation. The resulting organic residue was mounted in glycerol and observed under a powerful microscope.
China’s Terracotta Army has mystified scholars since the 8,099 clay warriors and horses were first discovered in Emperor Qin Shihuang’s mausoleum in 1974. The figures, meant to protect the emperor in the afterlife, were buried with him around 210-209 B.C.At least one mystery about the imposing faux army recently was solved. It is now known that the horses and warriors were constructed in different locations, based on analysis of pollen found in fragments of terracotta that were collected from the clay figures.The findings have been accepted for publication in the Journal of Archaeological Science."When the plants were flowering in the time of the Qin Dynasty 2000 years ago, the pollen flew in the air and fell in the clay, even if the pollen could not be seen with the naked eye," lead author Ya-Qin Hu told Discovery News.
Hu, a scientist in the Institute of Botany at Beijing’s Chinese Academy of Sciences, and colleagues crushed the collected terracotta fragments, washed them and performed gravity separation. The resulting organic residue was mounted in glycerol and observed under a powerful microscope.
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