position: EnglishChannel > Innovation China > Article

Art of Chinese Embroidery

Source: Science and Technology Daily | 2023-01-19 13:14:02 | Author: BI Weizi


A work of Hunan embroidery (Xiang Xiu). (PHOTO:VCG)

By BI Weizi

Chinese embroidery, one of the oldest extant needlework forms, has enjoyed an important position in the history of Chinese craftsmanship. The four major styles of Chinese embroidery are Suzhou embroidery (Su Xiu), Hunan embroidery (Xiang Xiu), Guangdong embroidery (Yue Xiu) and Sichuan embroidery (Shu Xiu). All of them are nominated as China's Intangible Cultural Heritage.

It was stipulated in The Book of History 4,000 years ago that "the clothes were painted and embroidered." During the Song Dynasty (960-1279), embroidered clothing became popular among the general public, which led to its rapid development.

Chinese embroidery has a long history since the Neolithic era. Due to the quality of silk fibers, most fine Chinese embroidery is made from silk. Some remains of ancient silk production have been found at various Neolithic sites in China dating back  5000-6000 years. Currently, the earliest existing embroideries are two pieces of embroidery unearthed from the tomb of Chu in Changsha, Hunan province during the Warring States period, showing the natural and lively expression of the dragon and the phoenix, plus the tiger and the beast.

After the opening of the Silk Road during the Han Dynasty (202 BC - 220 AD), silk production and trade flourished, and in the 14th century, silk production in China reached its peak. Today, most hand work has been replaced by machines, but some very complex production is still done by hand. Modern Chinese hand embroidery is still common in the southern part of China.

Editor: 毕炜梓

Top News

  • White tea is one of the healthiest types of tea in China. It is sourced from the tender buds of tea leaves, which are covered with a layer of white fluff after drying, thus giving the tea its name.

UNESCO Proposal Inspires Collaboration on Karst Research

An initiative to promote global karst science and technology cooperation, urging all parties to strengthen exchanges and cooperation in karst geological research, was released by the International Research Center on Karst, under the auspices of UNESCO in Beijing on April 16.

Next Frontier Technology of 6G Needs Joint Exploration

With 6G emerging as the new strategic technology in the next wave of technological revolution and industrial transformation, scientists from multiple countries met at the Global 6G Conference in Nanjing, Jiangsu province in east China, from April 16-18 to discuss the future of 6G research and development, as well as application scenarios and fostering cooperation.