Reconstructions of Old Chinese

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Although Old Chinese is known from written records beginning around 1200 BC, the logographic script provides much more indirect and partial information about the pronunciation of the language than alphabetic systems used elsewhere. Several authors have produced reconstructions of Old Chinese phonology, beginning with the Swedish sinologist Bernard Karlgren in the 1940s and continuing to the present day. The method introduced by Karlgren is unique, comparing categories implied by ancient rhyming practice and the structure of Chinese characters with descriptions in medieval rhyme dictionaries, though more recent approaches have also incorporated other kinds of evidence.

Contents

Although the various notations appear to be very different, they correspond with each other on most points. By the 1970s, it was generally agreed that Old Chinese had fewer points of articulation than Middle Chinese, a set of voiceless sonorants, and labiovelar and labio-laryngeal initials. Since the 1990s, most authors have agreed on a six-vowel system and a re-organized system of liquids. Earlier systems proposed voiced final stops to account for contacts between stop-final syllables and other tones, but many investigators now believe that Old Chinese lacked tonal distinctions, with Middle Chinese tones derived from consonant clusters at the end of the syllable.

Sources of evidence

The major sources for the sounds of Old Chinese, covering most of the lexicon, are the sound system of Middle Chinese (7th century AD), the structure of Chinese characters, and the rhyming patterns of the Classic of Poetry (Shijing), dating from the early part of the 1st millennium BC. [1] Several other kinds of evidence are less comprehensive, but provide valuable clues. These include Min dialects, early Chinese transcriptions of foreign names, early loans between Chinese and neighbouring languages, and families of Chinese words that appear to be related. [2]

Middle Chinese

The start of the first rhyme class (Dong dong "east") of the Guangyun rhyme dictionary Guangyun Dong Rhyme 1.jpg
The start of the first rhyme class (東 dōng "east") of the Guangyun rhyme dictionary

Middle Chinese, or more precisely Early Middle Chinese, is the phonological system of the Qieyun , a rhyme dictionary published in 601, with many revisions and expansions over the following centuries. These dictionaries set out to codify the pronunciations of characters to be used when reading the classics. They indicated pronunciation using the fanqie method, dividing a syllable into an initial consonant and the rest, called the final. In his Qièyùn kǎo (1842), the Cantonese scholar Chen Li performed a systematic analysis of a later redaction of the Qieyun, identifying its initial and final categories, though not the sounds they represented. Scholars have attempted to determine the phonetic content of the various distinctions by comparing them with rhyme tables from the Song dynasty, pronunciations in modern varieties and loans in Korean, Japanese and Vietnamese (the Sinoxenic materials), but many details regarding the finals are still disputed. According to its preface, the Qieyun did not reflect a single contemporary dialect, but incorporated distinctions made in different parts of China at the time (a diasystem). [3] [4]

The fact that the Qieyun system contains more distinctions than any single contemporary form of speech means that it retains additional information about the history of the language. The large number of initials and finals are unevenly distributed, suggesting hypotheses about earlier forms of Chinese. [5] For example, it includes 37 initials, but in the early 20th century Huang Kan observed that only 19 of them occurred with a wide range of finals, implying that the others were in some sense secondary developments. [6]

Phonetic series

Page from a copy of a Song dynasty edition of the Shuowen Jiezi, showing characters with the Yan element Shuowen-Shuo.png
Page from a copy of a Song dynasty edition of the Shuowen Jiezi , showing characters with the 言 element

The logographic Chinese writing system does not use symbols for individual sounds as is done in an alphabetic system. [7] However, the vast majority of characters are phono-semantic compounds, in which a word is written by combining a character for a similarly sounding word with a semantic indicator. Often characters sharing a phonetic element (forming a phonetic series) are still pronounced alike, as in the character 中 (zhōng, 'middle'), which was adapted to write the words chōng ('pour', 沖) and zhōng ('loyal', 忠). [8] In other cases the words in a phonetic series have very different sounds both in Middle Chinese and in modern varieties. Since the sounds are assumed to have been similar at the time the characters were chosen, such relationships give clues to the lost sounds. [9]

The first systematic study of the structure of Chinese characters was Xu Shen's Shuowen Jiezi (100 AD). [10] The Shuowen was mostly based on the small seal script standardized in the Qin dynasty. [11] Earlier characters from oracle bones and Zhou bronze inscriptions often reveal relationships that were obscured in later forms. [12]

Poetic rhyming

Rhyme has been a consistent feature of Chinese poetry. While much old poetry still rhymes in modern varieties of Chinese, Chinese scholars have long noted exceptions. This was attributed to lax rhyming practice of early poets until the late-Ming dynasty scholar Chen Di argued that a former consistency had been obscured by sound change. This implied that the rhyming practice of ancient poets recorded information about their pronunciation. Scholars have studied various bodies of poetry to identify classes of rhyming words at different periods. [13] [14]

The oldest such collection is the Shijing , containing songs ranging from the 10th to 7th centuries BC. The systematic study of Old Chinese rhymes began in the 17th century, when Gu Yanwu divided the rhyming words of the Shijing into ten groups (韻部yùnbù). Gu's analysis was refined by Qing dynasty philologists, steadily increasing the number of rhyme groups. One of these scholars, Duan Yucai, stated the important principle that characters in the same phonetic series would be in the same rhyme group, [lower-alpha 1] making it possible to assign almost all words to rhyme groups. A final revision by Wang Li in the 1930s produced the standard set of 31 rhyme groups. [16] [17] These were used in all reconstructions up to the 1980s, when Zhengzhang Shangfang, Sergei Starostin and William Baxter independently proposed a more radical splitting into more than 50 rhyme groups. [18] [19] [20]

Min dialects

The Min dialects are believed to have split off before the Middle Chinese stage, because they contain distinctions that cannot be derived from the Qieyun system. For example, the following dental initials have been identified in reconstructed proto-Min: [21] [22]

Voiceless stopsVoiced stopsNasalsLaterals
Example word
Proto-Min initial*t*-t*th*d*-d*dh*n*nh*l*lh
Middle Chinese initialtthdnl

Other points of articulation show similar distinctions within stops and nasals. Proto-Min voicing is inferred from the development of Min tones, but the phonetic values of the initials are otherwise uncertain. The sounds indicated as *-t, *-d, etc. are known as "softened stops" due to their reflexes in Jianyang and nearby Min varieties in Fujian, where they appear as fricatives or approximants, or are missing entirely, while the non-softened variants appear as stops. Evidence from early loans into Mienic languages suggests that the softened stops were prenasalized. [23]

Other evidence

Several early texts contain transcriptions of foreign names and terms using Chinese characters for their phonetic values. Of particular importance are the many Buddhist transcriptions of the Eastern Han period, because the native pronunciation of the source languages, such as Sanskrit and Pali, is known in detail. [24] [14] [25]

Eastern Han commentaries on the classics contain many remarks on the pronunciations of particular words, which has yielded a great deal of information on the pronunciations and even dialectal variation of the period. [26] By studying such glosses, the Qing philologist Qian Daxin discovered that the labio-dental and retroflex stop initials identified in the rhyme table tradition were not present in the Han period. [27] [28]

Many students of Chinese have noted "word families", groups of words with related meanings and variant pronunciations, sometimes written using the same character. [29] One common case is "derivation by tone change", in which words in the departing tone appear to be derived from words in other tones. [30] Another alternation involves transitive verbs with an unvoiced initial and passive or stative verbs with a voiced initial, though scholars are divided on which form is basic. [31] [32]

In the earliest period, Chinese was spoken in the valley of the Yellow River, surrounded by neighbouring languages, some of whose relatives, particularly Austroasiatic and the Tai–Kadai and Miao–Yao languages, are still spoken today. The earliest borrowings in both directions provide further evidence of Old Chinese sounds, though complicated by uncertainty about the reconstruction of early forms of those languages. [33]

Systems

Many authors have produced their own reconstructions of Old Chinese. A few of the most influential are listed here.

Karlgren (1940–1957)

The first complete reconstruction of Old Chinese was produced by the Swedish linguist Bernhard Karlgren in a dictionary of Middle and Old Chinese, the Grammata Serica (1940), revised in 1957 as the Grammata Serica Recensa (GSR). Although Karlgren's Old Chinese reconstructions have been superseded, his comprehensive dictionary remains a valuable reference for students of Old Chinese, and characters are routinely identified by their GSR position. [34] Karlgren's remained the most commonly used until it was superseded by the system of Li Fang-Kuei in the 1970s. [35]

In his Études sur la phonologie chinoise (1915–1926), Karlgren produced the first complete reconstruction of Middle Chinese (which he called "Ancient Chinese"). He presented his system as a narrow transcription of the sounds of the standard language of the Tang dynasty. Beginning with his Analytical Dictionary of Chinese and Sino-Japanese (1923), he compared these sounds across groups of words written with Chinese characters with the same phonetic component. Noting that such words were not always pronounced identically in Middle Chinese, he postulated that their initials had a common point of articulation in an earlier phase he called "Archaic Chinese", but which is now usually called Old Chinese. For example, he postulated velar consonants as initials in the series

In rarer cases where different types of initials occurred in the same series, as in

he postulated initial clusters *kl- and *gl-. [37]

Karlgren believed that the voiced initials of Middle Chinese were aspirated, and projected these back onto Old Chinese. He also proposed a series of unaspirated voiced initials to account for other correspondences, but later workers have discarded these in favour of alternative explanations. [38] Karlgren accepted the argument of the Qing philologist Qian Daxin that the Middle Chinese dental and retroflex stop series were not distinguished in Old Chinese, but otherwise proposed the same points of articulation in Old Chinese as in Middle Chinese. This led him to the following series of initial consonants: [39] [40]

Initial consonants of Karlgren's system
Labial Dental Sibilant Supradental Palatal Velar Laryngeal
Stop or
affricate
voiceless *p*t*ts*tṣ*t̑*k
aspirate *p'*t'*ts'*tṣ'*t̑'*k'
voiced aspirate*b'*d'*dz'*dẓ'*d̑'*g'
voiced*(b)*d*dz*d̑*g
Nasal *m*n*ng
Fricative or
lateral
voiceless*s*ṣ*x
voiced*l*z

To account for the broad variety of vowels in his reconstruction of Middle Chinese, Karlgren also proposed a complex inventory of Old Chinese vowels: [41] [42]

*u
*e*ộ
*o
*a

He also had a secondary vowel *i, which occurred only in combination with other vowels. As with Middle Chinese, Karlgren viewed his reconstruction as a narrow transcription of the sounds of Old Chinese. Thus *e rhymed with *ĕ in the Shijing, *a rhymed with *ă and *â, *ɛ rhymed with *ĕ and *ŭ, *ŭ rhymed with *u, *ô rhymed with *ộ, and *o rhymed with *ǒ and *å. [41]

Karlgren projected the final consonants of Middle Chinese, semivowels /j/ and /w/, nasals /m/, /n/ and /ŋ/, and stops /p/, /t/ and /k/ back onto Old Chinese. He also noted many cases where words in the departing tone rhymed or shared a phonetic element with words ending in a stop, e.g.

He suggested that the departing tone words in such pairs had ended with a final voiced stop (*-d or *-ɡ) in Old Chinese. [45] To account for occasional contacts between Middle Chinese finals -j and -n, Karlgren proposed that -j in such pairs derived from Old Chinese *-r. [46] He believed there was insufficient evidence to support definitive statements about Old Chinese tones. [47]

Yakhontov (1959–1965)

In a pair of papers published in 1960, the Russian linguist Sergei Yakhontov proposed two revisions to the structure of Old Chinese that are now widely accepted. He proposed that both the retroflex initials and the division-II vowels of Middle Chinese derived from the Old Chinese medial *-l- that Karlgren had proposed to account for phonetic series contacts with l-. [48] Yakhontov also observed that the Middle Chinese semi-vowel -w- had a limited distribution, occurring either after velar or laryngeal initials or before finals -aj, -an or at. He suggested that -w- had two sources, deriving from either a new series of labio-velar and labio-laryngeal initials, or from a vowel -o-, which subsequently broke to -wa- before dental codas. [49] [50]

Initial consonants of Yakhontov's system [51] [52]
Labial Dental Velar Laryngeal
plain sibilant plain labialized plainlabialized
Stop or
affricate
voiceless *p*t*ts*k*kʷ*ʔʷ
aspirate *ph*th*tsh*kh*khʷ
voiced aspirate*bh*dh*dzh*gh*ghʷ
voiced *d*g*gʷ
Nasal *m*n*ng*ngʷ
Fricative *s*x*xʷ
Lateral *l

Yakhontov proposed a simpler seven-vowel system: [53] [54]

FrontBack
Close*e*u
Open*o

However these vowels had an uneven distribution, with *ä and *â almost in complementary distribution and *ü occurring only in open syllables and before *-k. [55] His final consonants were the nasals *-m, *-n and *-ng, corresponding stops *-p, *-t and *-k, as well as *-r, which became -j or disappeared in Middle Chinese. [56] [54]

Pulleyblank (1962)

The Canadian sinologist Edwin Pulleyblank published a reconstruction of the consonants of Old Chinese in two parts in 1962. In addition to new analyses of the traditional evidence, he also made substantial use of transcription evidence. Though not a full reconstruction, Pulleyblank's work has been very influential, and many of his proposals are now widely accepted.

Pulleyblank adapted Dong Tonghe's proposal of a voiceless counterpart to the initial *m, proposing a full set of aspirated nasals, [57] as well as Yakhontov's labio-velar and labio-laryngeal initials. [58]

Pulleyblank also accepted Yakhontov's expanded role for the medial *-l-, which he noted was cognate with Tibeto-Burman *-r-. [59] To account for phonetic contacts between Middle Chinese l- and dental initials, he also proposed an aspirated lateral *lh-. [60] Pulleyblank also distinguished two sets of dental series, one derived from Old Chinese dental stops and the other derived from dental fricatives *δ and *θ, cognate with Tibeto-Burman *l-. [61] He considered recasting his Old Chinese *l and *δ as *r and *l to match the Tibeto-Burman cognates, but rejected the idea to avoid complicating his account of the evolution of Chinese. [62] Later he re-visited this decision, recasting *δ, *θ, *l and *lh as *l, *hl, *r and *hr respectively. [63]

Pulleyblank also proposed an Old Chinese labial fricative *v for the few words where Karlgren had *b, as well as a voiceless counterpart *f. [64] Unlike the above ideas, these have not been adopted by later workers.

Initial consonants of Pulleyblank's system [65]
Labial Dental Velar Laryngeal
plain sibilant plain labialized plainlabialized
Stop or
affricate
voiceless *p*t*ts*k*kw [lower-alpha 3] *ʔw
aspirate *ph*th*tsh*kh*khw
voiced *b*d*dz*g*gw
Nasal aspirate*mh*nh*ŋh*ŋhw
voiced*m*n*ŋw
Fricative voiceless*f*s*h*hw
voiced*v*ɦw
Lateral aspirate*lh
voiced*l

Pulleyblank also proposed a number of initial consonant clusters, allowing any initial to be preceded by *s- and followed by *-l- (*-r- in later revisions), and grave initials and *n to be followed by *-δ- (*-l- in later revisions). [65]

On the basis of transcription evidence, Pulleyblank argued that the -j- medial of Middle Chinese was an innovation not present in Old Chinese. He classified Middle Chinese finals without -j- as type A and those with the medial as type B, and suggested that they arose from Old Chinese short and long vowels respectively. [66]

André-Georges Haudricourt had demonstrated in 1954 that the tones of Vietnamese were derived from final consonants *-ʔ and *-s in an atonal ancestral language. [67] He also suggested that the Chinese departing tone derived from earlier *-s, which acted as a derivational suffix in Old Chinese. Then the departing tone syllables that Karlgren had reconstructed with *-d and *-g could instead be reconstructed as *-ts and *-ks, with the stops subsequently being lost before the final *-s, which eventually became a tonal distinction. [68] The absence of a corresponding labial final could be attributed to early assimilation of *-ps to *-ts. Pulleyblank strengthened the theory with several examples of syllables in the departing tone being used to transcribe foreign words ending in -s into Chinese. [69] [70] He further proposed that the Middle Chinese rising tone derived from *-ʔ, implying that Old Chinese lacked tones. [71] Mei Tsu-lin later supported this theory with evidence from early transcriptions of Sanskrit words, and pointed out that rising tone words end in a glottal stop in some modern Chinese dialects, including Wenzhounese and some Min dialects. [72]

Li (1971)

The Chinese linguist Li Fang-Kuei published an important new reconstruction in 1971, synthesizing proposals of Yakhontov and Pulleyblank with ideas of his own. His system remained the most commonly used until it was replaced by that of Baxter in the 1990s. Although Li did not produce a complete dictionary of Old Chinese, he presented his methods in sufficient detail that others could apply them to the data. [73] Schuessler (1987) includes reconstructions of the Western Zhou lexicon using Li's system. [35]

Li included the labio-velars, labio-laryngeals and voiceless nasals proposed by Pulleyblank. As Middle Chinese g- occurs only in palatal environments, Li attempted to derive both g- and ɣ- from Old Chinese *g- (and similarly *gw-), but had to assume irregular developments in some cases. [74] [75] Thus he arrived at the following inventory of initial consonants: [76] [77]

Initial consonants of Li's system
Labial Dental Velar Laryngeal
plain sibilant plain labialized plainlabialized
Stop or
affricate
voiceless *p*t*ts*k*kw [lower-alpha 4] *ʔw
aspirate *ph*th*tsh*kh*kwh
voiced *b*d*dz*g*gw
Nasal voiceless*hm*hn*hng*hngw
voiced*m*n*ng*ngw
Lateral voiceless*hl
voiced*l
Fricative or
approximant
voiceless*s*h*hw
voiced*r

Li also included the *-l- medial proposed by Pulleyblank, in most cases re-interpreting it as *-r-. In addition to the medial *-j- projected back from Middle Chinese, he also postulated the combination *-rj-. [78]

Assuming that rhyming syllables had the same main vowel, Li proposed a system of four vowels *i, *u, and *a. He also included three diphthongs *iə, *ia and *ua to account for syllables that were placed in rhyme groups reconstructed with or *a but were distinguished in Middle Chinese: [79]

*i*u
*iə
*ia*a*ua

Li followed Karlgren in proposing final consonants *-d and *-g, but was unable to clearly separate them from open syllables, and extended them to all rhyme groups but one, for which he proposed a final *-r. [80] He also proposed that labio-velar consonants could occur as final consonants. Thus in Li's system every syllable ended in one of the following consonants: [81]

*p*m
*r*d*t*n
*g*k*ng
*gw*kw*ngw

Li marked the rising and departing tones with a suffix *-x or *-h, without specifying how they were realized. [82]

Baxter (1992)

William H. Baxter's monograph A Handbook of Old Chinese Phonology displaced Li's reconstruction in the 1990s. Baxter did not produce a dictionary of reconstructions, but the book contains a large number of examples, including all the words occurring in rhymes in the Shijing, and his methods are described in great detail. Schuessler (2007) contains reconstructions of the entire Old Chinese lexicon using a simplified version of Baxter's system.

Baxter's treatment of the initials is largely similar to the proposals of Pulleyblank and Li. He reconstructed the liquids *l, *hl, *r and *hr in the same contexts as Pulleyblank. [83] Unlike Li, he distinguished Old Chinese *ɦ and *w from *g and *gʷ. [75] Other additions were *z, with a limited distribution, [84] and voiceless and voiced palatals *hj and *j, which he described as "especially tentative, being based largely on scanty graphic evidence". [85]

Initial consonants of Baxter's system [86]
Labial Dental Palatal
[lower-alpha 5]
Velar Laryngeal
plain sibilant plain labialized plainlabialized
Stop or
affricate
voiceless *p*t*ts*k*kʷ*ʔʷ
aspirate *ph*th*tsh*kh*kʷh
voiced *b*d*dz*g*gʷ
Nasal voiceless*hm*hn*hng*hngʷ
voiced*m*n*ng*ngʷ
Lateral voiceless*hl
voiced*l
Fricative or
approximant
voiceless*hr*s*hj*x*hw
voiced*r*z*j*w

As in Pulleyblank and Li's systems, the possible medials were *-r-, *-j- and the combination *-rj-. [88] However while Li had proposed *-rj- as conditioning palatalization of velars, Baxter followed Pulleyblank in proposing it as the source of division III chóngniǔ finals. [89]

Baxter's major contribution concerned the vowel system and rhyme groups. Nicholas Bodman had proposed a six-vowel system for a proto-Chinese phase, based on comparison with other Sino-Tibetan languages. [90] Baxter argued for a six-vowel system in Old Chinese by re-analysing of the traditional rhyme groups. For example, the traditional 元 rhyme group of the Shijing corresponds to three different finals in Middle Chinese. While Li had sought to reconcile these distinct outcomes from rhyming words by reconstructing the finals as *-ian, *-an and *-uan, Baxter argued that in fact they did not rhyme in the Shijing, and could thus be reconstructed with three distinct vowels, *e, *a and *o. Baxter proposed that the traditional 31 rhyme groups should be refined to over 50, and performed a statistical analysis of the actual rhymes of the Shijing, which supported the new groups with varying degrees of confidence. [91]

Baxter's six vowels [92]
*i*u
*e*a*o

Zhengzhang Shangfang and Sergei Starostin independently developed similar vowel systems. [18] [19]

Baxter's final consonants were those of Middle Chinese, plus *-wk (an allophone of *-kʷ), optionally followed by a post-coda *-ʔ or *-s. [93]

MC vocalic codaMC stop codaMC nasal coda
*-p*-m*-mʔ*-ms
*-j*-jʔ*-js*-ts*-t*-n*-nʔ*-ns
*-∅*-ʔ*-s*-ks*-k*-ŋ*-ŋʔ*-ŋs
*-w*-wʔ*-ws*-wks*-wk

Baxter also speculated on the possibility of a glottal stop occurring after oral stop finals. The evidence is limited, and consists mainly of contacts between rising tone syllables and -k finals, which could alternatively be explained as phonetic similarity. [94]

Zhengzhang (1981–1995)

Zhengzhang Shangfang published his ideas in a series of articles in Chinese provincial journals, which were not widely disseminated. Some of his notes were translated into English by Laurent Sagart in 2000. [95] He published a monograph in 2003. [96]

Zhengzhang's reconstruction incorporates a suggestion by Pan Wuyun that the three Middle Chinese laryngeal initials are reflexes of uvular stops in Old Chinese, and thus parallel to the other sets of stops. [97] He argues that Old Chinese lacked affricate initials, and that the Middle Chinese affricates reflect Old Chinese clusters of *s- and other consonants, yielding the following inventory of initial consonants: [98]

Initial consonants of Zhengzhang's system
Labial Dental Palatal Velar Uvular
Stop voiceless *p*t*k*q > *ʔ
aspirate *ph*th*kh*qh > *h
voiced *b*d*g*ɢ > *ɦ
Nasal aspirate*mh*nh*ŋh
voiced*m*n
Fricative voiceless*s
Lateral aspirate*lh
voiced*l
Approximant aspirate*rh
voiced*w*r*j

Zhengzhang's *w medial could occur only after velar and uvular initials, matching the labio-velar and labio-laryngeal initials of other reconstructions. [99] Instead of marking type B syllables with a *-j- medial, he treated type A syllables as having long vowels. [100]

Zhengzhang also refined the traditional rhyme classes to obtain a six-vowel system similar to those of Baxter and Starostin, but with *ɯ corresponding to Baxter's *ɨ and Starostin's *ə: [101]

*i*u
*e*a*o

Zhengzhang argued that the final stops of Old Chinese were voiced, like those of Old Tibetan. [102] He accepted the consonantal origin of Middle Chinese tones. [103]

Baxter–Sagart (2014)

Jerry Norman concluded his review of Baxter (1992) with the words:

A reader of Baxter's book is left with the impression that he has pushed the traditional approach to its limits and that any further progress in the field will have to be based on a quite different methodological approach. [104]

Baxter has attempted a new approach in collaboration with Laurent Sagart, who had used a variant of Baxter's system in a study of the derivational morphology of Old Chinese. [105] They used additional evidence, including word relationships deduced from these morphology theories, Norman's reconstruction of Proto-Min, divergent Chinese varieties such as Waxiang, early loans to other languages, and character forms in recently unearthed documents. [106] They also sought to apply the hypothetico-deductive method to linguistic reconstruction: instead of insisting on deducing patterns from data, they proposed hypotheses to be tested against data. [107]

Baxter and Sagart retained the six-vowel system, though re-casting *ɨ as *ə. The finals consonants were unchanged except for the addition of a final *r in syllables showing connections between final consonants -j and -n in Middle Chinese, as suggested by Sergei Starostin. [108]

Initials

The initial consonants of the revised system largely correspond to those of Baxter (1992) apart from the dropping of the rare initials *z, *j and *hj. Instead of marking type B syllables with a *-j- medial, they treated type A syllables as having pharyngealized initials, adapting a proposal of Jerry Norman, and thus doubled the number of initials. [109] [lower-alpha 6] They also adopted the proposal of Pan Wuyun to recast the laryngeal initials as uvular stops, though they retained a separate glottal stop. [111]

Initial consonants of the Baxter-Sagart system
Labial Dental Velar Uvular Laryngeal
plain sibilant plain labialized plainlabializedplainlabialized
Stop or
affricate
voiceless *p, *pˤ*t, *tˤ*ts, *tsˤ*k, *kˤ*kʷ, *kʷˤ*q, *qˤ*qʷ, *qʷˤ, *ʔˤ(*ʔʷˤ)
aspirate *pʰ, *pʰˤ*tʰ, *tʰˤ*tsʰ, *tsʰˤ*kʰ, *kʰˤ*kʷʰ, *kʷʰˤ*qʰ, *qʰˤ*qʰʷ, *qʰʷˤ
voiced *b, *bˤ*d, *dˤ*dz, *dzˤ, *ɡˤ*ɡʷ, *ɡʷˤ, *ɢˤ*ɢʷ, *ɢʷˤ
Nasal voiceless*m̥, *m̥ˤ*n̥, *n̥ˤ*ŋ̊, *ŋ̊ˤ*ŋ̊ʷ, *ŋ̊ʷˤ
voiced*m, *mˤ*n, *nˤ, *ŋˤ*ŋʷ, *ŋʷˤ
Lateral voiceless*l̥, *l̥ˤ
voiced*l, *lˤ
Fricative or
approximant
voiceless*r̥, *r̥ˤ*s, *sˤ
voiced*r, *rˤ

They propose uvular initials as a second source of the Middle Chinese palatal initial in addition to *l, so that series linking Middle Chinese y- with velars or laryngeals instead of dentals are reconstructed as uvulars rather than laterals, for example [111]

Middle
Chinese
Old Chinese
Baxter (1992)Baxter–Sagart
kjoX*kljaʔ*k.q(r)aʔ > *[k](r)aʔ
yoX*ljaʔ*m.q(r)aʔ > *ɢ(r)aʔ

Baxter and Sagart concede that it is typologically unusual for a language to have as many pharyngealized consonants as nonpharyngealized ones, and suggest that this situation may have been short-lived. [112] Drawing on Starostin's observation of a correlation between A/B syllables in Chinese and long/short vowels in Mizo cognates, as well as typological parallels in Austroasiatic and Austronesian, they propose that pharyngealized *CˤV(C) type-A syllables developed from earlier **CVʕV(C) disyllables in which the two vowels were identical, that is, a geminate vowel split by a voiced pharyngeal fricative. [113]

Root structure

The major departure from Baxter's system lay in the structure of roots proposed by Sagart, in which roots could comprise either a monosyllable or a syllable preceded by a preinitial consonant, in one of two patterns: [114]

  • a "tightly attached" preinitial forming a consonant cluster, as in 肉 *k.nuk "flesh", 用 *m.loŋ-s "use" and 四 *s.lij-s "four", and
  • a "loosely attached" preinitial, forming a minor syllable, as in 脰 *kə.dˤok-s "neck", 舌 *mə.lat "tongue" and 脣 *sə.dur "lip".

Similar root structures are found in the modern rGyalrong, Khmer and Atayal languages. [115] Sagart argued that such iambic combinations, like single syllables, were written with single characters and also counted as a single foot in verse. [116] Rarely, the minor syllables received a separate character, explaining a few puzzling examples of 不 *pə- and 無 *mə- used in non-negative sentences. [117]

Under the Baxter-Sagart system, these consonant prefixes form a part of the Old Chinese derivational morphology. For example, they propose nasal prefixes *N- (detransitiviser) and *m- (agentive, among other functions) as a source of the initial voicing alterations in Middle Chinese; both also have cognates in Tibeto-Burman. [118]

The various initials are reconstructed based on comparisons with proto-Min cognates and early loans to Hmong–Mien languages and Vietnamese: [119]

Reconstructed initials, illustrated with labials
Middle Chinese proto-Min proto-Hmong–Mien Vietnamese Baxter–Sagart Old Chinese [lower-alpha 7]
ph*ph*pʰph H*pʰ [120]
 ?*mp ?*mə.pʰ [121]
p*p*pb H*p [122]
 ?v H*C.p [123]
*-p*mp ?*mə.p, [124] *Nə.p [125]
b*bh ?v H,L*m.p [126]
*mb ?*m.b, [127] *C.b [128]
*b*bb L*b [129]
 ?b H,L*N.p [130]
*-b*mbv L*mə.b, [131] *Cə.b [132]
m*mh*hmm H*C.m [133]
*m*mm L*m [134]
x(w)*x ? ?*m̥ [135]

Comparison

The different reconstructions provide different interpretations of the relationships between the categories of Middle Chinese and the main bodies of ancient evidence: the phonetic series (used to reconstruct initials), and the Shijing rhyme groups (used to reconstruct finals).

Initials

Karlgren first stated the principle that words written with the same phonetic component had initials with a common point of articulation in Old Chinese. Moreover, nasal initials seldom interchanged with other consonants. [136] Thus phonetic series can be placed into classes, depending on the range of Middle Chinese initials found in them, and these classes are presumed to correspond to classes of Old Chinese initials. [137] Where markedly different Middle Chinese initials occur together in a series, investigators have proposed additional consonants, or clusters of consonants, in Old Chinese.

Reconstructions of Old Chinese initials in various types of phonetic series
Type of seriesMiddle ChineseExamplesOld Chinese reconstructions
Li Baxter KarlgrenPulleyblankLiBaxter
Labial stops [138] p-p- *p-*p-*p-*p-
ph-ph- *p'-*ph-*ph-*ph-
b-b- *b'-*b-*b-*b-
l-l- *bl-*vl-*bl-*b-r-
Labial nasal [139] m-m- *m-*m-*m-*m-
x(w)-x(w)- *xm-*mh-*hm-*hm-
Dental stops,
retroflex stops
and palatals [140]
t-t- *t-*t-*t-*t-
th-th- *t'-*th-*th-*th-
d-d- *d'-*d-*d-*d-
ṭ-tr- *t-*tl-*tr-*tr-
ṭh-trh- *t'-*thl-*thr-*thr-
ḍ-dr- 𣥺 *d-*dl-*dr-*dr-
tś-tsy- *t̑i̯-*t- [lower-alpha 8] *tj-*tj-
tśh-tsyh- *t̑'i̯-*th- [lower-alpha 8] *thj-*thj-
dź-dzy- *d̑i̯-*d- [lower-alpha 8] *dj-*dj-
ś-sy- *śi̯- ?*sthj-*stj-
Dental stops,
s- and j- [141]
th-th- *t'-*θ-*th-*hl-
d-d- *d'-*δ-*d-*l-
ṭh-trh- *t'-*θl-*thr-*hlr-
ḍ-dr- *di̯-*δl-*dr-*lr-
s-s- *s-*sθ-*st-*sl-
z-z- *dzi̯-*sδy-*rj-*zl-
ś-sy- *śi̯-*θ- [lower-alpha 8] *sthj-*hlj-
ź-zy- *d'i̯-*δ- [lower-alpha 8] *dj-*Lj-
ji-y- *di̯-, *zi̯-*δ- [lower-alpha 8] *r-*lj-
Dental stops and l- [142] l-l- *l-*l-*l-*C-r-
th-th- *t'l-*lh-*hl-*hr-
ṭh-trh- *t'l-*lh-*hlj-*hrj-
Dental nasal [143] n-n- *n-*n-*n-*n-
ṇ-nr- *ni̯-*nl-*nr-*nr-
ńź-ny- *ńi̯-*nj-*nj-*nj-
th-th- *t'n-*nh-*hn-*hn-
ṭh-trh- *t'n-*nhl-*hnr-*hnr-
ś-sy- *śńi̯-*nh- [lower-alpha 8] *hnj-*hnj-
s-s- *sni̯-*snh-*sn-*sn-
Sibilants [144] ts-ts- *ts-*ts-*ts-*ts-
tsh-tsh- *ts'-*tsh-*tsh-*tsh-
dz-dz- *dz'-*dz-*dz-*dz-
s-s- *s-*s-*s-*s-
tṣ-tsr- *tṣ-*tsl-*tsr-*tsr-
tṣh-tsrh- *tṣ'-*tshl-*tshr-*tshr-
dẓ-dzr- *dẓ'-*dzl-*dzr-*dzr-
ṣ-sr- *s-*sl-*sr-*srj-
Velars and palatals [145] k-k- *k-*k-*k-*k-
kh-kh- *k'-*kh-*kh-*kh-
ɣ-h- *g'-*g-*g-*g-
g-g- *g'i̯-*gy-*gj-*gj-
tś-tsy- *t̑i̯-*ky-*krj-*kj-
tśh-tsyh- *t̑'i̯-*khy-*khrj-*khj-
dź-dzy- *d̑i̯-*gy-*grj-*gj-
l-l- *gl-*ɦl-*gl-*g-r-
Laryngeals [146] ʔ-ʔ- *·-*ʔ-*ʔ-*ʔ-
x-x- *x-*x-*x-*x-
ɣ-h- *g'-*ɦ-*g-*ɦ-
j-hj- *gi̯-*ɦ- [lower-alpha 8] *gj-*ɦj-
Velar nasal [147] ng-ng- *ng-*ŋ-*ng-*ng-
x-x- *x-*ŋh-*hng-*hng-
ńź-ny- *ńi̯-*ŋy-*ngrj-*ngj-
ś-sy- *śńi̯-*ŋhy-*hngrj-*hngj-
Velars with -w- [148] kw-kw- *kw-*kw-*kw-*kʷ-
khw-khw- *k'w-*khw-*khw-*kʷh-
ɣw-hw- *g'w-*gw-*gw-*gʷ-
gw-gw- *g'wi̯-gwy-*gwj-*gʷj-
Laryngeals with -w- [149] ʔw-ʔw- *ʔw-*ʔw-*ʔw-*ʔʷ-
xw-xw- *xw-*xw-*xw-*hw-
ɣw-hw- *g'w-*ɦw-*gw-*w-
jw-hwj- *gi̯w-*ɦw- [lower-alpha 8] *gwj-*wj-
Velar nasal with -w- [150] ngw-ngw- *ngw-*ŋw-*ngw-*ngʷ-
xw-xw- *xw-*ŋhw-*hngw-*hngʷ-

Medials

Middle Chinese is usually reconstructed with two medials:

Karlgren projected both of these medials back to Old Chinese. However, since the work of Yakhontov most reconstructions have omitted a *w medial but included labiovelar and labiolaryngeal initials. [152] [153] [92] Most reconstructions since Pulleyblank have included a medial *r, but the *j medial has become more controversial.

Middle Chinese "divisions"

Karlgren noted that the finals of Middle Chinese can be divided into a number of classes, which combine with different groups of initials. These distributional classes are partially aligned with the placement of finals in different rows of the Song dynasty rhyme tables. As three classes of final occurred in the first, second and fourth rows respectively, he named them finals of divisions I, II and IV. The remaining finals he called "division-III finals" because they occurred in the third row of the tables. Some of these (the "pure" or "independent" division-III finals) occurred only in that row, while others (the "mixed" finals) could also occur in the second or fourth rows with some initials. [154] Karlgren disregarded the chongniu distinction, but later workers have emphasized its importance. Li Rong, in a systematic comparison of the rhyme tables with a recently discovered early edition of the Qieyun, identified seven classes of finals. The table below lists the combinations of initial and final classes that occur in the Qieyun, with the row of the rime tables in which each combination was placed: [155] [156]

Classes of Middle Chinese finals, with rows in the rhyme tables
Phonetic seriesMiddle Chinese initialsMiddle Chinese finals
div. Idiv. IIdivision-IIIdiv. IV
puremixedchongniu
LabialsLabials1233344
DentalsDental stops14
Retroflex stops233
Dentals, velarsPalatal sibilants33
SibilantsDental sibilants1444
Retroflex sibilants222
VelarsVelars1233344
LaryngealsLaryngeals1233344

On the basis of these combinations, the initials of Old and Middle Chinese can be divided into two broad types: grave initials (labials, velars and laryngeals), which combine with all types of finals, and acute initials (dentals and sibilants), with more restricted distribution. [157]

Karlgren derived the four divisions of Middle Chinese finals from the palatal medial and a range of Old Chinese vowels. More recent reconstructions derive division II from an Old Chinese medial *r (given as *l in the early work of Yakhontov and Pulleyblank). This segment also accounts for phonetic series contacts between stops and l-, retroflex initials and (in some later work) the chongniu distinction. [158] Division III finals are generally held to represent a palatal element, at least in Middle Chinese. Division I and IV finals have identical distributions in the rhyme dictionaries. [159] These two classes are believed to be primary, while the others were modified by medials. [160]

Type A and B syllables

A fundamental distinction within Middle Chinese is between division-III finals and the rest. Most scholars believe that division-III finals were characterized by a palatal medial -j- in Middle Chinese. Karlgren projected this medial back to a medial *-j- in Old Chinese (*-i̯- in Karlgren's notation), a position followed by most reconstructions up to the 1990s, including those of Li and Baxter. [161]

Other authors have suggested that the Middle Chinese medial was a secondary development not present in Old Chinese. Evidence includes the use of syllables with division-III finals to transcribe foreign words lacking any such medial, the lack of the medial in Tibeto-Burman cognates and modern Min reflexes, and the fact that it is ignored in phonetic series. [162] [163] [164] However, it is generally agreed that syllables with division-III finals and other syllables, labelled types B and A respectively by Pulleyblank, were distinguished in Old Chinese, though scholars differ on how this distinction was realized.

Many realizations of the distinction have been proposed. [165] [166] Starostin and Zhengzhang proposed that type A syllables were distinguished by longer vowels, [167] [168] the reverse of an earlier proposal by Pulleyblank. [169] [170] Norman suggested that type B syllables (his class C), which comprised over half of the syllables of the Qieyun, were in fact unmarked in Old Chinese. Instead, he proposed that the remaining syllables were marked by retroflexion (the *-r- medial) or pharyngealization, either of which prevented palatalization in Middle Chinese. [110] Baxter and Sagart adopted a variant of this proposal, reconstructing pharyngealized initials in all type A syllables. [109] The different realizations of the type A/B distinction are illustrated by the following reconstructions of Middle Chinese finals from one of the traditional Old Chinese rhyme groups:

Reconstruction of "open" finals in the Old Chinese 元 rhyme group
Middle ChineseOld Chinese reconstructionsType

A/B

DivisionFinalKarlgren [171] Li [171] Norman [172] Baxter [171] Zhengzhang [173] Baxter–Sagart [174]
I寒 Can*Cân*Can*Cˤan*Can*Caːn*CˤanA
II山 Cɛn*Căn*Crian*Cren*Cren*Creːn*Cˤren
刪 Cæn*Can*Cran*Cran*Cran*Craːn*Cˤran
III仙 Cjen*Ci̯an*Cjian*Cen*Crjan, *Crjen*Cran, *Cren*Cran, *CrenB
仙 Cjien*Cjen*Cen*Cen
元 Cjon*Ci̯ăn*Cjan*Can*Cjan*Can*Can
IV先 Cen*Cian*Cian*Cˤen*Cen*Ceːn*CˤenA

Rhymes

Most workers assume that words that rhymed in the Shijing had the same main vowel and the same final consonant, though they differ on the particular vowels reconstructed. The 31 traditional Old Chinese rhyme groups could thus be accounted for with four vowels, which Li Fang-Kuei reconstructed as *i, *u, and *a. However some of the rhyme groups reconstructed with or *a gave rise to more than one Middle Chinese rhyme group. To represent these distinctions, he also included three diphthongs *iə, *ia and *ua. [79]

In the early 1970s, Nicholas Bodman proposed a six-vowel system for an earlier stage of Chinese. [90] Applying Bodman's suggestion to Old Chinese, Zhengzhang Shangfang, Sergei Starostin and William Baxter argued that the 31 traditional rhyme groups should be split into more than 50 groups. [18] [19] [20] Baxter supported this thesis with a statistical analysis of the rhymes of the Shijing, though there were too few rhymes with codas *-p, *-m and *-kʷ to produce statistically significant results. [175]

For the Old Chinese rhyme groups with nasal codas in Middle Chinese (the yáng 陽 groups), which are assumed to reflect nasal codas in Old Chinese, six-vowel systems produce a more balanced distribution, with five or six rhymes for each coda, and at most four different finals for in each rhyme: [176]

In syllables with acute initials, the two types of type B final are not distinguished, and the presence or absence of the former *-r- medial is reflected by the initial.

Reconstructed Old Chinese sources of Middle Chinese finals with nasal codas
Shijing
rhyme group
Middle Chinese finalsOld Chinese reconstructions
Divs. I, IVDiv. IIMixed, III-3Pure, III-4LiBaxterZhengzhang [177]
qīn [178] -em -ɛm -im -jim*-iəm*-im*-im
-om*-əm*-ɨm, *-um*-ɯm
tán [179] -em -jem -jiem*-iam*-em*-em
-am -æm -jæm [lower-alpha 9] *-am*-am*-am, *-om
-om -ɛm*-am*-om*-um
zhēn [181] -en -ɛn -in -jin*-in*-in*-in
wén/諄 zhūn [182] -on, -en [lower-alpha 10] -jɨn*-iən*-ɨn*-ɯn
-won -wɛn -win -jun*-ən*-un*-un
yuán [183] -en -ɛn -jen -jien*-ian*-en*-en
-an -æn -jon*-an*-an*-an
-wan -wæn -jwen -jwon [lower-alpha 11] *-uan*-on*-on
zhēng [185] -ong -ɛng -ing*-əng*-ɨng*-ɯŋ
gēng [186] -eng -jæng -j(i)eng*-ing*-eng*-eŋ
yáng [187] -ang -æng -jang*-ang*-ang*-aŋ
dōng [188] -uwng -æwng -jowng*-ung*-ong*-oŋ
dōng/中 zhōng [189] -owng -juwng*-əngw*-ung*-uŋ

Finals with stop codas (traditionally classified as the entering tone) generally parallel those with nasal codas, with the addition of three groups with Middle Chinese reflexes in -k. Recent reconstructions assign these an Old Chinese coda *-wk corresponding to the labiovelar initial *kʷ-. [190]

Reconstructed Old Chinese sources of Middle Chinese finals with stop codas
Shijing
rhyme group
Middle Chinese finalsOld Chinese reconstructions
Divs. I, IVDiv. IIMixed, III-3Pure, III-4LiBaxterZhengzhang [177]
[191] -ep-ɛp-ip-jip*-iəp*-ip*-ib
-op*-əp*-ɨp, *-up*-ɯb
/盍 [192] -ep -jep -jiep*-iap*-ep*-eb
-ap -æp -jæp [lower-alpha 12] *-ap*-ap*-ab, *-ob
-op -ɛp*-ap*-op*-ub
zhì [193] -et -ɛt -it -jit*-it*-it*-id
/術 shù [194] -ot, -et [lower-alpha 10] -jɨt*-iət*-ɨt*-ɯd
-wot -wɛt -wit -jut*-ət*-ut*-ud
yuè [195] -et -ɛt -jet -jiet*-iat*-et*-ed
-at -æt -jot*-at*-at*-ad
-wat -wɛt -jwet -jwot*-uat*-ot*-od
zhí [196] -ok -ɛk -ik*-ək*-ɨk*-ɯg
[197] -ek -jæk -j(i)ek*-ik*-ek*-eg
duó [198] -ak -æk -jak*-ak*-ak*-ag
[199] -uwk -æwk -jowk*-uk*-ok*-og
jué/沃 [200] -owk -juwk*-əkw*-uk*-ug
-ek*-iəkw*-iwk*-iug, *-ɯug
yào [201] various -jak*-akw*-awk*-aug, *-oug
-ek*-iakw*-ewk*-eug

Some words in the Shijingzhì and 物 rhyme groups have Middle Chinese reflexes in the departing tone, but otherwise parallel to those with dental finals. Li followed Karlgren in reconstructing such words with an Old Chinese coda *-d. [202] The suffix *-h in Li's notation is intended to represent the Old Chinese precursor to the Middle Chinese departing tone, without specifying how it was realized. [82] The Shijing group has Middle Chinese reflexes in the departing tone only, including some finals that occur only in the departing tone (marked below with the suffix -H). As the reflexes of this group parallel the Shijingyuè group, Li reconstructed these also as *-dh. Following a suggestion of André-Georges Haudricourt, most recent reconstructions derive the Middle Chinese departing tone from an Old Chinese suffix *-s. The coda *-ts is believed to have reduced to -j in Middle Chinese. [203]

Reconstructed Old Chinese sources of Middle Chinese -j finals in the departing tone
Shijing
rhyme group
Middle Chinese finalsOld Chinese reconstructions
Divs. I, IVDiv. IIMixed, III-3Pure, III-4LiBaxterZhengzhang [177]
zhì (in part) [204] -ej -ɛj -ij -jij*-idh*-its*-ids
/術 shù (in part) [205] -oj, -ej [lower-alpha 10] -jɨj*-iədh*-ɨts*-ɯds
-woj -wɛj -wij -jwɨj*-ədh*-uts*-uds
[195] -ej -ɛj -jejH -jiejH*-iadh*-ets*-eds
-ajH -æjH -jojH*-adh*-ats*-ads
-wajH -wɛj -jwejH -jwojH*-uadh*-ots*-ods

Finals with vocalic codas generally parallel those with dental or velar codas. [206]

Reconstructed Old Chinese sources of Middle Chinese finals with vocalic codas
Shijing
rhyme group
Middle Chinese finalsOld Chinese reconstructions
Divs. I, IVDiv. IIMixed, III-3Pure, III-4LiBaxterZhengzhang [177]
zhī [207] -ej -ɛj -ij -jij*-id*-ij*-il
wēi [208] -oj, -ej [lower-alpha 10] -jɨj*-iəd*-ɨj*-ɯl
-woj -wɛj -wij -jwɨj*-əd, *-ər*-uj*-ul
[209] -a -je, -jæ [lower-alpha 13] *-ar, *-iar*-aj*-al, *-el
-wa -wæ -jwe*-uar*-oj*-ol
zhī [211] -oj -ɛj -i*-əg*-ɨ*-ɨ
zhī/佳 jiā [212] -ej -ɛɨ -je -jie*-ig*-e*-e
[213] -u -jo, -jæ [lower-alpha 13] *-ag, *-iag*-a*-a
hóu [214] -uw -ju [lower-alpha 14] *-ug*-o*-o
yōu [215] -aw -æw -juw*-əgw*-u*-u
-ew -jiw*-iəgw*-iw*-iu, *-ɯu
xiāo [216] -aw -jew*-agw*-aw*-au, *-ou
-ew -jiew*-iagw*-ew*-eu

Because the Middle Chinese reflexes of the 歌 rhyme group do not have a -j coda, Li reconstructed it with an Old Chinese coda *-r. [217] However, many words in this group do have a -j coda in the colloquial layers of Min and Hakka varieties, in early loans into neighbouring languages, and in cognates in other Sino-Tibetan languages. [218]

Notes

  1. 同聲必同部Tóng shēng bì tóng bù. [15]
  2. Middle Chinese forms given in Li's revision of Karlgren's notation.
  3. Pulleyblank wrote the glottal stop as "·". [65]
  4. Li wrote the glottal stop as "·". [76]
  5. Baxter describes his reconstruction of the palatal initials as "especially tentative, being based largely on scanty graphic evidence". [87]
  6. Norman originally proposed pharyngealization only in type A syllables without retroflexion (the *-r- medial). [110]
  7. Each of the main initials occurs both with and without pharyngealization.
  8. 1 2 3 4 5 6 7 8 9 followed by a long vowel, causing palatalization.
  9. This yields -jom after labial initials. The two finals are almost in complementary distribution, and also difficult to distinguish from -jem. [180]
  10. 1 2 3 4 -o- after velar initials, -wo- after labial initials, -e- after acute initials.
  11. This final occurs only with velar or laryngeal initials, and could alternatively be reconstructed as *-an with a preceding labiovelar or labiolaryngeal initial. [184]
  12. -jop after labial initials
  13. 1 2 The final -jæ occurs only after plain sibilant and palatal initials, with no known conditioning factor. [210]
  14. -juw after some retroflex sibilant initials

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The Karlgren–Li reconstruction of Middle Chinese was a representation of the sounds of Middle Chinese devised by Bernhard Karlgren and revised by Li Fang-Kuei in 1971, remedying a number of minor defects.

William H. Baxter's transcription for Middle Chinese is an alphabetic notation recording phonological information from medieval sources, rather than a reconstruction. It was introduced by Baxter as a reference point for his reconstruction of Old Chinese phonology.

In Middle Chinese, the phonological system of medieval rime dictionaries and rime tables, the final is the rest of the syllable after the initial consonant. This analysis is derived from the traditional Chinese fanqie system of indicating pronunciation with a pair of characters indicating the sounds of the initial and final parts of the syllable respectively, though in both cases several characters were used for each sound. Reconstruction of the pronunciation of finals is much more difficult than for initials due to the combination of multiple phonemes into a single class, and there is no agreement as to their values. Because of this lack of consensus, understanding of the reconstruction of finals requires delving into the details of rime tables and rime dictionaries.

Proto-Min is a comparative reconstruction of the common ancestor of the Min group of varieties of Chinese. Min varieties developed in the relative isolation of the Chinese province of Fujian and eastern Guangdong, and have since spread to Taiwan, Southeast Asia, and other parts of the world. They contain reflexes of distinctions not found in Middle Chinese or most other modern varieties, and thus provide additional data for the reconstruction of Old Chinese.

Eastern Han Chinese Form of Chinese spoken in the Eastern Han period

Eastern Han Chinese or Later Han Chinese is the stage of the Chinese language revealed by poetry and glosses from the Eastern Han period . It is considered an intermediate stage between Old Chinese and the Middle Chinese of the 7th-century Qieyun dictionary.

Zhengzhang Shangfang was a Chinese linguist, known for his reconstruction of Old Chinese.

References

Citations

  1. Baxter (1992), pp. 2–3.
  2. Baxter (1992), pp. 12–13, 25.
  3. Baxter (1992), pp. 32–44.
  4. Norman (1988), pp. 24–42.
  5. Baxter (1992), pp. 37–38.
  6. Zhengzhang (2000), pp. 12–13.
  7. Dong (2014), pp. 23–24.
  8. GSR 1007a,p,k.
  9. Norman (1988), pp. 43–44.
  10. Baxter (1992), p. 13.
  11. Baxter (1992), pp. 346–347.
  12. Baxter (1992), p. 5.
  13. Norman (1988), p. 42.
  14. 1 2 Baxter (1992), p. 12.
  15. Baxter (1992), p. 831.
  16. Baxter (1992), pp. 150–170.
  17. Norman (1988), pp. 42–44.
  18. 1 2 3 Zhengzhang (2000), pp. 42–43.
  19. 1 2 3 Starostin (1989), pp. 343–429.
  20. 1 2 Baxter (1992), pp. 180, 253–254, 813.
  21. Norman (1973), pp. 227, 230, 233, 235.
  22. Norman (1988), pp. 228–229.
  23. Norman (1986), p. 381.
  24. Pulleyblank (1992), p. 375–379.
  25. Coblin (1983), p. 7.
  26. Coblin (1983), pp. 4–7.
  27. Norman (1988), p. 44.
  28. Dong (2014), pp. 33–35.
  29. Pulleyblank (1973).
  30. Downer (1959).
  31. Schuessler (2007), p. 49.
  32. Handel (2012), pp. 63–71.
  33. Sagart (1999), pp. 8–9.
  34. Handel (2003), p. 547.
  35. 1 2 Handel (2003), p. 548.
  36. Karlgren (1923), p. 18.
  37. Karlgren (1923), p. 31.
  38. Li (1974–1975), pp. 230–231.
  39. Li (1974–1975), p. 230.
  40. Karlgren (1957), p. 3.
  41. 1 2 Li (1974–1975), p. 244.
  42. Karlgren (1957), p. 4.
  43. GSR 272e,a.
  44. GSR 937s,v.
  45. Karlgren (1923), pp. 27–30.
  46. Baxter (1992), p. 843.
  47. Karlgren (1957), p. 2.
  48. Baxter (1992), pp. 23, 178, 262.
  49. Baxter (1992), pp. 180, 250.
  50. Yakhontov (1970).
  51. Yakhontov (1965), p. 30.
  52. Yakhontov (1978–79), p. 39.
  53. Yakhontov (1965), p. 27.
  54. 1 2 Yakhontov (1978–79), p. 37.
  55. Yakhontov (1978–79), p. 38.
  56. Yakhontov (1965), p. 26.
  57. Pulleyblank (1962a), pp. 92–93, 121, 135–137.
  58. Pulleyblank (1962a), pp. 95–96.
  59. Pulleyblank (1962a), pp. 110–114.
  60. Pulleyblank (1962a), pp. 121–122.
  61. Pulleyblank (1962a), pp. 114–119.
  62. Pulleyblank (1962a), p. 117.
  63. Pulleyblank (1973), p. 117.
  64. Pulleyblank (1962a), pp. 137–141.
  65. 1 2 3 Pulleyblank (1962a), p. 141.
  66. Pulleyblank (1962a), pp. 141–142.
  67. Haudricourt (1954a).
  68. Haudricourt (1954b), pp. 363–364.
  69. Pulleyblank (1962b), pp. 216–225.
  70. Norman (1988), pp. 54–57.
  71. Pulleyblank (1962b), pp. 225–227.
  72. Mei (1970).
  73. Norman (1988), p. 45.
  74. Li (1974–1975), p. 235.
  75. 1 2 Baxter (1992), pp. 209–210.
  76. 1 2 Li (1974–1975), p. 237.
  77. Norman (1988), p. 46.
  78. Li (1974–1975), pp. 237–240.
  79. 1 2 Li (1974–1975), pp. 243–247.
  80. Baxter (1992), pp. 331–333.
  81. Norman (1988), p. 48.
  82. 1 2 Li (1974–1975), pp. 248–250.
  83. Baxter (1992), pp. 196–202.
  84. Baxter (1992), p. 206.
  85. Baxter (1992), pp. 202–203.
  86. Baxter (1992), p. 177.
  87. Baxter (1992), p. 203.
  88. Baxter (1992), pp. 178–180.
  89. Baxter (1992), pp. 178–179, 214.
  90. 1 2 Bodman (1980), p. 47.
  91. Baxter (1992), pp. 367–564.
  92. 1 2 Baxter (1992), p. 180.
  93. Baxter (1992), pp. 181–183.
  94. Baxter (1992), pp. 323–324.
  95. Zhengzhang (2000), p. vii.
  96. Zhengzhang (2003).
  97. Zhengzhang (2000), p. 14.
  98. Zhengzhang (2000), p. 18.
  99. Zhengzhang (2000), p. 25.
  100. Zhengzhang (2000), pp. 48–53.
  101. Zhengzhang (2000), pp. 33–43.
  102. Zhengzhang (2000), pp. 60–61.
  103. Zhengzhang (2000), pp. 63–68.
  104. Norman (1993), p. 705.
  105. Sagart (1999).
  106. Baxter & Sagart (2014), pp. 3–4, 30–37.
  107. Baxter & Sagart (2014), pp. 4–6.
  108. Baxter & Sagart (2014), pp. 252–268.
  109. 1 2 Baxter & Sagart (2014), pp. 43, 68–76.
  110. 1 2 Norman (1994).
  111. 1 2 Sagart (2007).
  112. Baxter & Sagart (2014), pp. 73–74.
  113. Sagart & Baxter (2016).
  114. Sagart (1999), pp. 14–15.
  115. Sagart (1999), p. 13.
  116. Baxter & Sagart (2014), p. 53.
  117. Sagart (1999), pp. 81, 88.
  118. Baxter & Sagart (2014), pp. 54–56.
  119. Baxter & Sagart (2014), pp. 83–99.
  120. Baxter & Sagart (2014), pp. 102–105.
  121. Baxter & Sagart (2014), pp. 177–178.
  122. Baxter & Sagart (2014), pp. 99–102.
  123. Baxter & Sagart (2014), pp. 168–169.
  124. Baxter & Sagart (2014), pp. 176–177.
  125. Baxter & Sagart (2014), p. 174.
  126. Baxter & Sagart (2014), pp. 123–127.
  127. Baxter & Sagart (2014), pp. 131–134.
  128. Baxter & Sagart (2014), pp. 170–172.
  129. Baxter & Sagart (2014), pp. 105–108.
  130. Baxter & Sagart (2014), pp. 116–119.
  131. Baxter & Sagart (2014), pp. 178–179.
  132. Baxter & Sagart (2014), pp. 188–189.
  133. Baxter & Sagart (2014), pp. 171–173.
  134. Baxter & Sagart (2014), pp. 108–111.
  135. Baxter & Sagart (2014), pp. 99, 111–112.
  136. Karlgren (1923), pp. 17–18.
  137. Branner (2011), pp. 132–137.
  138. GSR 25, 668, 740; Pulleyblank (1962a) , pp. 134–135; Baxter (1992) , pp. 188, 199.
  139. GSR 503, 742, 947; Pulleyblank (1962a) , pp. 135–137; Li (1974–1975) , pp. 235–236; Baxter (1992) , pp. 188–189.
  140. GSR 45, 725, 961; Pulleyblank (1962a) , pp. 107–109; Li (1974–1975) , pp. 228–229, 232–233, 242; Baxter (1992) , pp. 191–195, 229.
  141. GSR 82, 465, 976; Pulleyblank (1962a) , pp. 114–119; Li (1974–1975) , pp. 231–232; Baxter (1992) , pp. 196–199, 225–226.
  142. GSR 23, 272, 597; Pulleyblank (1962a) , pp. 121–122; Li (1974–1975) , p. 237; Baxter (1992) , pp. 199–202.
  143. GSR 94, 354, 1076; Pulleyblank (1962a) , pp. 119–121, 131–133; Li (1974–1975) , p. 236; Baxter (1992) , pp. 191–196, 222.
  144. GSR 5, 798, 812; Pulleyblank (1962a) , pp. 126–129; Li (1974–1975) , p. 232; Baxter (1992) , pp. 203–206.
  145. GSR 74, 552, 609; Pulleyblank (1962a) , pp. 86–88, 98–107, 110–114; Li (1974–1975) , pp. 233, 235; Baxter (1992) , pp. 199, 206–208, 210–214.
  146. GSR 55, 200, 653; Pulleyblank (1962a) , pp. 86–92; Li (1974–1975) , p. 233; Baxter (1992) , pp. 207, 209–210.
  147. GSR 2, 873, 1164; Pulleyblank (1962a) , pp. 92–95; Li (1974–1975) , pp. 235–237; Baxter (1992) , pp. 208–209.
  148. GSR 302, 538, 992; Pulleyblank (1962a) , pp. 95–98; Li (1974–1975) , pp. 233–235; Baxter (1992) , pp. 214–216.
  149. GSR 97, 255, 995; Pulleyblank (1962a) , p. 95–98; Li (1974–1975) , pp. 233–235; Baxter (1992) , pp. 217–218.
  150. GSR 19; Pulleyblank (1962a) , p. 92; Li (1974–1975) , pp. 235–237; Baxter (1992) , pp. 216–217.
  151. Norman (1988), p. 32.
  152. Haudricourt (1954b), p. 359.
  153. Li (1974–1975), pp. 233–234.
  154. Branner (2006), p. 24.
  155. Branner (2006), p. 25.
  156. Baxter (1992), pp. 63–81.
  157. Baxter (1992), pp. 59–60.
  158. Baxter (1992), pp. 258–267, 280–282.
  159. Branner (2006), pp. 32–33.
  160. Baxter (1992), pp. 236–258.
  161. Baxter (1992), pp. 287–290.
  162. Norman (1994), pp. 400–402.
  163. Pulleyblank (1977–1978), pp. 183–185.
  164. Schuessler (2007), p. 95.
  165. Baxter (1992), p. 288.
  166. Norman (1994), p. 400.
  167. Zhengzhang (1991), pp. 160–161.
  168. Zhengzhang (2000), pp. 48–57.
  169. Pulleyblank (1992), p. 379.
  170. Handel (2003), p. 550.
  171. 1 2 3 Baxter (1992), pp. 370–371, 373.
  172. Norman (1994), pp. 403–405.
  173. Zhengzhang (2000), p. 58.
  174. Baxter & Sagart (2014), pp. 43, 274, 277.
  175. Baxter (1992), pp. 560–562.
  176. Zhengzhang (2000), p. 40.
  177. 1 2 3 4 Zhengzhang (2000), pp. 40–43.
  178. Baxter (1992), pp. 548–555.
  179. Baxter (1992), pp. 537–543.
  180. Baxter (1992), p. 539.
  181. Baxter (1992), pp. 422–425.
  182. Baxter (1992), pp. 425–434.
  183. Baxter (1992), pp. 370–389.
  184. Baxter (1992), p. 375.
  185. Baxter (1992), pp. 476–478.
  186. Baxter (1992), pp. 497–500.
  187. Baxter (1992), pp. 489–491.
  188. Baxter (1992), pp. 505–507.
  189. Baxter (1992), pp. 524–525.
  190. Baxter (1992), pp. 301–302.
  191. Baxter (1992), pp. 555–560.
  192. Baxter (1992), pp. 543–548.
  193. Baxter (1992), pp. 434–437.
  194. Baxter (1992), pp. 437–446.
  195. 1 2 Baxter (1992), pp. 389–413.
  196. Baxter (1992), pp. 472–476.
  197. Baxter (1992), pp. 494–497.
  198. Baxter (1992), pp. 484–488.
  199. Baxter (1992), pp. 503–505.
  200. Baxter (1992), pp. 518–524.
  201. Baxter (1992), pp. 532–536.
  202. Baxter (1992), pp. 325–336.
  203. Baxter (1992), pp. 308–319.
  204. Baxter (1992), pp. 436–437.
  205. Baxter (1992), pp. 438–446.
  206. Baxter (1992), pp. 292–298.
  207. Baxter (1992), pp. 446–452.
  208. Baxter (1992), pp. 452–456.
  209. Baxter (1992), pp. 413–422.
  210. Baxter (1992), pp. 414, 479–481.
  211. Baxter (1992), pp. 464–472.
  212. Baxter (1992), pp. 491–494.
  213. Baxter (1992), pp. 478–483.
  214. Baxter (1992), pp. 500–503.
  215. Baxter (1992), pp. 507–518.
  216. Baxter (1992), pp. 526–532.
  217. Li (1974–1975), pp. 250–251, 265–266.
  218. Baxter (1992), pp. 294, 297.

Works cited

Further reading

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