Meixian dialect
Meixian | |
---|---|
梅縣話 | |
Native to | Southern China, Taiwan |
Region | Meixian |
Language codes | |
ISO 639-3 | – |
Glottolog | yuet1238 |
Linguasphere | 79-AAA-gam |
Meixian dialect (Chinese: 梅縣話; Pha̍k-fa-sṳ: Mòi-yen-fa; IPA: moi jan fa), also known as Moiyen dialect, as well as Meizhou (梅州話), or Jiaying dialect, is the prestige dialect of Hakka Chinese and the basis for the Hakka dialects in Taiwan. It is named after Meixian District, Guangdong.
Phonology
Initials
There are two series of stops and affricates in Hakka, both voiceless: tenuis /p t ts k/ and aspirated /pʰ tʰ tsʰ kʰ/.
Labial | Dental | Palatal | Velar | Glottal | ||
---|---|---|---|---|---|---|
Nasal | /m/ ⟨m⟩ | /n/ ⟨n⟩ | [ɲ] ⟨ng(i)⟩* | /ŋ/ ⟨ng⟩ | ||
Plosive | tenuis | /p/ ⟨b⟩ | /t/ ⟨d⟩ | [c] ⟨g(i)⟩* | /k/ ⟨g⟩ | (ʔ) |
aspirated | /pʰ/ ⟨p⟩ | /tʰ/ ⟨t⟩ | [cʰ] ⟨k(i)⟩* | /kʰ/ ⟨k⟩ | ||
Affricate | tenuis | /ts/ ⟨z⟩ | ||||
aspirated | /tsʰ/ ⟨c⟩ | |||||
Fricative | /f/ ⟨f⟩ | /s/ ⟨s⟩ | [ç] ⟨h(i)⟩* | /h/ ⟨h⟩ | ||
Approximant | /ʋ/ ⟨v⟩ | /l/ ⟨l⟩ | /j/ ⟨y⟩ |
* When the initials /k/ ⟨g⟩, /kʰ/ ⟨k⟩, /h/ ⟨h⟩, and /ŋ/ ⟨ng⟩ are followed by a palatal medial /j/ ⟨i⟩, they become [c] ⟨g(i)⟩, [cʰ] ⟨k(i)⟩, [ç] ⟨h(i)⟩, and [ɲ] ⟨ng(i)⟩, respectively.[1]
Rimes
Moiyen Hakka has six vowels, i, e, a, ə, ɔ, and u, that are romanised as i, ê, a, e, o and u, respectively.
Front | Central | Back | |
---|---|---|---|
Close | i | u | |
Mid | e | ə | ɔ |
Open | a |
Finals
Moreover, Hakka finals exhibit the final consonants found in Middle Chinese, namely [m, n, ŋ, p, t, k] which are romanised as m, n, ng, b, d, and g respectively in the official Moiyen romanisation.
nucleus | medial | coda | ||||||||
---|---|---|---|---|---|---|---|---|---|---|
-∅ | -i | -u | -m | -n | -ŋ | -p | -t | -k | ||
-a- | ∅- | a | ai | au | am | an | aŋ | ap | at | ak |
j- | ja | jai | jau | jam | jan | jaŋ | jap | jat | jak | |
w- | wa | wai | wan | waŋ | wat | wak | ||||
-e- | ∅- | e̞ | e̞u | e̞m | e̞n | e̞p | e̞t | |||
j- | je̞ | je̞n | je̞t | |||||||
w- | we̞n | we̞t | ||||||||
-i- | ∅- | i | iu | im | in | ip | it | |||
-o- | ∅- | o | oi | on | oŋ | ot | ok | |||
j- | jo | jon | joŋ | jok | ||||||
w- | wo | won | woŋ | wok | ||||||
-u- | ∅- | u | ui | un | uŋ | ut | uk | |||
j- | jui | jun | juŋ | jut | juk | |||||
-ə- | ∅- | ɹ̩ | əm | ən | əp | ət | ||||
Syllabics | m̩ | ŋ̩ |
Tone
Moiyen has four tones, which are reduced to two in a checked syllable. The Middle Chinese fully voiced initial syllables became aspirated voiceless initial syllable in Hakka. Before that happened, the four Middle Chinese 'tones', ping, shang, qu, ru, underwent a voicing split in the case of ping and ru, giving the dialect six tones in traditional accounts.
Tone number | Tone name | Hanzi | Tone letters | number | English |
---|---|---|---|---|---|
1 | yin ping | 陰平 | ˦ | 44 | high |
2 | yang ping | 陽平 | ˩ | 11 | low |
3 | shang | 上 | ˧˩ | 31 | low falling |
4 | qu | 去 | ˥˧ | 53 | high falling |
5 | yin ru | 陰入 | ˩ | 1 | low checked |
6 | yang ru | 陽入 | ˥ | 5 | high checked |
These so-called yin-yang tonal splittings developed mainly as a consequence of the type of initial a Chinese syllable had during the Middle Chinese stage in the development of Chinese, with voiceless initial syllables [p- t- k-] tending to become of the yin type, and the voiced initial syllables [b- d- ɡ-] developing into the yang type. In modern Moiyen Hakka however, part of the Yin Ping tone characters have sonorant initials [m n ŋ l] originally from the Middle Chinese Shang tone syllables and fully voiced Middle Chinese Qu tone characters, so the voiced/voiceless distinction should be taken only as a rule of thumb.
Hakka tone contours differs more as one moves away from Moiyen. For example, the Yin Ping contour is ˧ (33) in Changting (長汀) and ˨˦ (24) in Sixian (四縣), Taiwan.
- Entering tone
Hakka preserves all of the entering tones of Middle Chinese and it is split into two registers. Meixian has the following:
- 陰入 [ ˩ ] a low pitched checked tone
- 陽入 [ ˥ ] a high pitched checked tone
Middle Chinese entering tone syllables ending in [k] whose vowel clusters have become front high vowels like [i] and [e] shifts to syllables with [t] finals in modern Hakka[3] as seen in the following table.
Character | Guangyun Fanqie | Middle Chinese reconstruction[4] |
Hakka | Main meaning in English |
---|---|---|---|---|
職 | 之翼切 | tɕĭək | tsit˩ | vocation, profession |
力 | 林直切 | lĭək | lit˥ | strength, power |
食 | 乗力切 | dʑʰĭək | sit˥ | eat, consume |
色 | 所力切 | ʃĭək | set˩ | colour, hue |
德 | 多則切 | tək | tet˩ | virtue |
刻 | 苦得切 | kʰək | kʰet˩ | carve, engrave, a moment |
北 | 博墨切 | pək | pet˩ | north |
國 | 古或切 | kuək | kuet˩ | country, state |
Tone sandhi
For Moiyen Hakka, the yin ping and qu tone characters exhibit sandhi when the following character has a lower pitch. The pitch of the yin ping tone changes from ˦ (44) to ˧˥ (35) when sandhi occurs. Similarly, the qu tone changes from ˥˧ (53) to ˦ (55) under sandhi. These are shown in red in the following table.
+ ˦ Yin Ping | + ˩ Yang Ping | + ˧˩ Shang | + ˥˧ Qu | + ˩ʔ Yin Ru | + ˥ʔ YangRu | + Neutral | |
---|---|---|---|---|---|---|---|
˦ Yin Ping + | ˦.˦ | ˧˥.˩ | ˧˥.˧˩ | ˧˥.˥˧ | ˧˥.˩ʔ | ˦.˥ʔ | ˧˥.˧ |
˥˧ Qu + | ˥˧.˦ | ˥.˩ | ˥.˧˩ | ˥.˥˧ | ˥.˩ʔ | ˥˧.˥ʔ | ˥.˧ |
The neutral tone occurs in some postfixes. It has a mid pitch.
References
- ^ Zee, Eric; Lee, Wai-Sum (2008). "The articulatory characteristics of the palatals, palatalized velars and velars in Hakka Chinese" (PDF). Proceedings of the 8th International Seminar on Speech Production (ISSP2008): 113–116. Archived (PDF) from the original on 2016-03-05.
- ^ Cheung, Yuk Man (2011). Vowels and tones in Mei Xian Hakka : an acoustic and perceptual study (Thesis). City University of Hong Kong.
- ^ "Numerals - SE Asian Readings of Characters". dylansung.tripod.com. Archived from the original on 1 September 2017. Retrieved 24 April 2018.
- ^ "廣韻入聲卷第五". kanji-database.sourceforge.net. Archived from the original on 24 April 2018. Retrieved 24 April 2018.
Further reading
- Lee, Wai-Sum; Eric, Zee (2009), "Hakka Chinese" (PDF), Journal of the International Phonetic Association, 39 (1): 107–111, doi:10.1017/S0025100308003599