Concept

Shuowen Jiezi

Summary
Shuowen Jiezi () is an ancient Chinese dictionary compiled by Xu Shen during the Eastern Han dynasty. Although not the first comprehensive Chinese character dictionary (the Erya predates it), it was the first to analyze the structure of the characters and to give the rationale behind them, as well as the first to use the principle of organization by sections with shared components called radicals (bùshǒu 部首, lit. "section headers"). Xu Shen, a Han Dynasty scholar of the Five Classics, compiled the Shuowen Jiezi. He finished editing it in 100 CE, but due to an unfavorable imperial attitude towards scholarship, he waited until 121 CE before having his son Xǔ Chōng present it to Emperor An of Han along with a memorial. In analyzing the structure of characters and defining the words represented by them, Xu Shen strove to disambiguate the meaning of the pre-Han Classics, so as to render their usage by government unquestioned and bring about order, and in the process also deeply imbued his organization and analyses with his philosophy on characters and the universe. According to Boltz (1993:430), Xu's compilation of the Shuowen "cannot be held to have arisen from a purely linguistic or lexicographical drive." His motives were more pragmatic and political. During the Han era, the prevalent theory of language was Confucianist Rectification of Names, the belief that using the correct names for things was essential for proper government. Xu's postface (xù 敘) to the Shuowen Jiezi (tr. O'Neill 2013: 436) explains: "Now, as for writing systems and their offspring characters, these are the root of the classics, the origin of kingly government, what former men used to hand down to posterity, and what later men use to remember antiquity." Compare how the postface describes the legendary invention of writing for governmental rather than for communicative purposes: The Scribe of the Yellow Emperor, Cangjie, observing the traces of the footprints and tracks of birds and wild animals, understood that their linear structures could be distinguished from one another by the differences between them.
About this result
This page is automatically generated and may contain information that is not correct, complete, up-to-date, or relevant to your search query. The same applies to every other page on this website. Please make sure to verify the information with EPFL's official sources.