Austroasiatic languages

The Austroasiatic languages[note 1] /ˌɔːstroʊ.eɪʒiˈætɪk/, also known as Mon–Khmer[2] /moʊnˌkəˈmɛər/, are a large language family of Mainland Southeast Asia, also scattered throughout parts of India, Bangladesh, Nepal, and southern China. There are around 117 million speakers of Austroasiatic languages.[3] Of these languages, only Vietnamese, Khmer and Mon have a long-established recorded history and only Vietnamese and Khmer have official status as modern national languages (in Vietnam and Cambodia, respectively). The Mon language is a recognised indigenous language in Myanmar and Thailand. In Myanmar, the Wa language is the de facto official language of Wa State. Santali is one of the 22 scheduled languages of India. The rest of the languages are spoken by minority groups and have no official status.

Not to be confused with Austronesian languages or Afro-Asiatic languages.

Austroasiatic
Mon–Khmer
Geographic
distribution		Southeast, South, and East Asia
Linguistic classificationOne of the world's primary language families
Proto-languageProto-Austroasiatic
Subdivisions
ISO 639-5aav
Glottologaust1305[1]
Austroasiatic languages

Ethnologue identifies 168 Austroasiatic languages. These form thirteen established families (plus perhaps Shompen, which is poorly attested, as a fourteenth), which have traditionally been grouped into two, as Mon–Khmer and Munda. However, one recent classification posits three groups (Munda, Nuclear Mon-Khmer and Khasi–Khmuic),[4] while another has abandoned Mon–Khmer as a taxon altogether, making it synonymous with the larger family.[5]

Austroasiatic languages have a disjunct distribution across Southeast Asia and parts of India, Bangladesh, Nepal and East Asia, separated by regions where other languages are spoken. They appear to be the extant autochthonous languages of Mainland Southeast Asia (excluding the Andaman Islands), with the neighboring Kra–Dai, Hmong-Mien, Austronesian, and Sino-Tibetan languages being the result of later migrations.[6]

Etymology

The name Austroasiatic comes from a combination of the Latin words for "South" and "Asia", hence "South Asia".

Typology

Regarding word structure, Austroasiatic languages are well known for having an iambic "sesquisyllabic" pattern, with basic nouns and verbs consisting of an initial, unstressed, reduced minor syllable followed by a stressed, full syllable.[7] This reduction of presyllables has led to a variety among modern languages of phonological shapes of the same original Proto-Austroasiatic prefixes, such as the causative prefix, ranging from CVC syllables to consonant clusters to single consonants.[8] As for word formation, most Austroasiatic languages have a variety of derivational prefixes, many have infixes, but suffixes are almost completely non-existent in most branches except Munda, and a few specialized exceptions in other Austroasiatic branches.[9]

The Austroasiatic languages are further characterized as having unusually large vowel inventories and employing some sort of register contrast, either between modal (normal) voice and breathy (lax) voice or between modal voice and creaky voice.[10] Languages in the Pearic branch and some in the Vietic branch can have a three- or even four-way voicing contrast.

However, some Austroasiatic languages have lost the register contrast by evolving more diphthongs or in a few cases, such as Vietnamese, tonogenesis. Vietnamese has been so heavily influenced by Chinese that its original Austroasiatic phonological quality is obscured and now resembles that of South Chinese languages, whereas Khmer, which had more influence from Sanskrit, has retained a more typically Austroasiatic structure.

Proto-language

Much work has been done on the reconstruction of Proto-Mon–Khmer in Harry L. Shorto's Mon–Khmer Comparative Dictionary. Little work has been done on the Munda languages, which are not well documented. With their demotion from a primary branch, Proto-Mon–Khmer becomes synonymous with Proto-Austroasiatic. Paul Sidwell (2005) reconstructs the consonant inventory of Proto-Mon–Khmer as follows:[11]

*p*t*c*k*ʔ
*b*d*ɟ*ɡ
*ɓ*ɗ*ʄ
*m*n*ɲ*ŋ
*w*l, *r*j
*s*h

This is identical to earlier reconstructions except for *ʄ. *ʄ is better preserved in the Katuic languages, which Sidwell has specialized in.

Internal classification

Linguists traditionally recognize two primary divisions of Austroasiatic: the Mon–Khmer languages of Southeast Asia, Northeast India and the Nicobar Islands, and the Munda languages of East and Central India and parts of Bangladesh, parts of Nepal. However, no evidence for this classification has ever been published.

Each of the families that is written in boldface type below is accepted as a valid clade. By contrast, the relationships between these families within Austroasiatic are debated. In addition to the traditional classification, two recent proposals are given, neither of which accepts traditional "Mon–Khmer" as a valid unit. However, little of the data used for competing classifications has ever been published, and therefore cannot be evaluated by peer review.

In addition, there are suggestions that additional branches of Austroasiatic might be preserved in substrata of Acehnese in Sumatra (Diffloth), the Chamic languages of Vietnam, and the Land Dayak languages of Borneo (Adelaar 1995).[12]

Diffloth (1974)

Diffloth's widely cited original classification, now abandoned by Diffloth himself, is used in Encyclopædia Britannica and—except for the breakup of Southern Mon–Khmer—in Ethnologue.

Peiros (2004)

Peiros is a lexicostatistic classification, based on percentages of shared vocabulary. This means that languages can appear to be more distantly related than they actually are due to language contact. Indeed, when Sidwell (2009) replicated Peiros's study with languages known well enough to account for loans, he did not find the internal (branching) structure below.

Diffloth (2005)

Diffloth compares reconstructions of various clades, and attempts to classify them based on shared innovations, though like other classifications the evidence has not been published. As a schematic, we have:

Austro ‑ Asiatic 
 Munda 
 
 

Remo

 
 

Savara

 
 
 
 

Kharia–Juang

 
 
 

Korku

 
 

Kherwarian

 
 
 
 
 Khasi – Khmuic 
 
 

Khmuic

 
 
 

Pakanic

 
 

Palaungic

 
 
 
 

Khasian

 
 
 (Nuclear)  Mon–Khmer 
 
 
 

Vietic

 
?[13]

Katuic

 
 
 
 

Bahnaric

 
 
 

Khmer

 
 

Pearic

 
 
 
 
 
 

Nicobarese

 
 
 

Aslian

 
 

Monic

 
 
 
 
 

Or in more detail,

  • Koraput: 7 languages
  • Core Munda languages
  • Kharian–Juang: 2 languages
  • North Munda languages
Korku
Kherwarian: 12 languages
  • Khasian: 3 languages of north eastern India and adjacent region of Bangladesh
  • Palaungo-Khmuic languages
  • Khmuic: 13 languages of Laos and Thailand
  • Palaungo-Pakanic languages
Pakanic or Palyu: 4 or 5 languages of southern China and Vietnam
Palaungic: 21 languages of Burma, southern China, and Thailand
  • Nuclear Mon–Khmer languages
  • Khmero-Vietic languages (Eastern Mon–Khmer)
  • Vieto-Katuic languages ?[13]
Vietic: 10 languages of Vietnam and Laos, including the Vietnamese language, which has the most speakers of any Austroasiatic language.
Katuic: 19 languages of Laos, Vietnam, and Thailand.
  • Khmero-Bahnaric languages
  • Bahnaric: 40 languages of Vietnam, Laos, and Cambodia.
  • Khmeric languages
The Khmer dialects of Cambodia, Thailand, and Vietnam.
Pearic: 6 languages of Cambodia.
  • Nico-Monic languages (Southern Mon–Khmer)
  • Asli-Monic languages
Aslian: 19 languages of peninsular Malaysia and Thailand.
Monic: 2 languages, the Mon language of Burma and the Nyahkur language of Thailand.

This family tree is consistent with recent studies of migration of Y-Chromosomal haplogroup O2a1-M95. However, the dates obtained from by Zhivotovsky method DNA studies are several times older than that given by linguists.[14] The route map of the people with haplogroup O2a1-M95, speaking this language can be seen in this link.[15] Other geneticists criticise the Zhivotovsky method.

Sidwell (2009, 2011)
Paul Sidwell and Roger Blench propose that the Austroasiatic phylum dispersed via the Mekong River drainage basin.

Paul Sidwell (2009), in a lexicostatistical comparison of 36 languages which are well known enough to exclude loan words, finds little evidence for internal branching, though he did find an area of increased contact between the Bahnaric and Katuic languages, such that languages of all branches apart from the geographically distant Munda and Nicobarese show greater similarity to Bahnaric and Katuic the closer they are to those branches, without any noticeable innovations common to Bahnaric and Katuic.

He therefore takes the conservative view that the thirteen branches of Austroasiatic should be treated as equidistant on current evidence. Sidwell & Blench (2011) discuss this proposal in more detail, and note that there is good evidence for a Khasi–Palaungic node, which could also possibly be closely related to Khmuic.[6]

If this would the case, Sidwell & Blench suggest that Khasic may have been an early offshoot of Palaungic that had spread westward. Sidwell & Blench (2011) suggest Shompen as an additional branch, and believe that a Vieto-Katuic connection is worth investigating. In general, however, the family is thought to have diversified too quickly for a deeply nested structure to have developed, since Proto-Austroasiatic speakers are believed by Sidwell to have radiated out from the central Mekong river valley relatively quickly.

Austroasiatic: Mon–Khmer
 

Munda

 
 Khasi–Palaungic 
 

Khasian

 
 

Palaungic

 
 
 

Khmuic

 
 

Mangic

 
 

Vietic

 
 

Katuic

 
 

Bahnaric

 
 

Khmer

 
 

Pearic

 
 

Monic

 
 

Aslian

 
 

Nicobarese

 
 

?Shompen

 
 

Subsequently, Sidwell (2015a: 179)[16] proposed that Nicobarese subgroups with Aslian, just as how Khasian and Palaungic subgroup with each other. A subsequent computational phylogenetic analysis of the Austroasiatic language family by Sidwell (2015b)[17] suggests that Austroasiatic branches may have a loosely nested structure rather than a completely rake-like structure, with an east–west division (consisting of Munda, Khasic, Palaungic, and Khmuic forming a western group as opposed to all of the other branches) occurring possibly as early as 7,000 years before present.

Integrating computational phylogenetic linguistics with recent archaeological findings, Paul Sidwell (2015c)[18] further expanded his Mekong riverine hypothesis by proposing that Austroasiatic had ultimately expanded into Indochina from the Lingnan area of southern China, with the subsequent Mekong riverine dispersal taking place after the initial arrival of Neolithic farmers from southern China.

Sidwell (2015c) tentatively suggests that Austroasiatic may have begun to split up 5,000 years B.P. during the Neolithic transition era of mainland Southeast Asia, with all the major branches of Austroasiatic formed by 4,000 B.P. Austroasiatic would have had two possible dispersal routes from the western periphery of the Pearl River watershed of Lingnan, which would have been either a coastal route down the coast of Vietnam, or downstream through the Mekong River via Yunnan.[18] Both the reconstructed lexicon of Proto-Austroasiatic and the archaeological record clearly show that early Austroasiatic speakers around 4,000 B.P. cultivated rice and millet, kept livestock such as dogs, pigs, and chickens, and thrived mostly in estuarine rather than coastal environments.[18]

At 4,500 B.P., this "Neolithic package" suddenly arrived in Indochina from the Lingnan area without cereal grains and displaced the earlier pre-Neolithic hunter-gatherer cultures, with grain husks found in northern Indochina by 4,100 B.P. and in southern Indochina by 3,800 B.P.[18] However, Sidwell (2015c) found that iron is not reconstructable in Proto-Austroasiatic, since each Austroasiatic branch has different terms for iron that had been borrowed relatively lately from Tai, Chinese, Tibetan, Malay, and other languages.

During the Iron Age about 2,500 B.P., relatively young Austroasiatic branches in Indochina such as Vietic, Katuic, Pearic, and Khmer were formed, while the more internally diverse Bahnaric branch (dating to about 3,000 B.P.) underwent more extensive internal diversification.[18] By the Iron Age, all of the Austroasiatic branches were more or less in their present-day locations, with most of the diversification within Austroasiatic taking place during the Iron Age.[18]

Paul Sidwell (2018)[19] considers the Austroasiatic language family to have rapidly diversified around 4,000 years B.P. during the arrival of rice agriculture in Indochina, but notes that the origin of Proto-Austroasiatic itself is older than that date. The lexicon of Proto-Austroasiatic can be divided into an early and late stratum. The early stratum consists of basic lexicon including body parts, animal names, natural features, and pronouns, while the names of cultural items (agriculture terms and words for cultural artifacts, which are reconstructable in Proto-Austroasiatic) form part of the later stratum.

Roger Blench (2017)[20] suggests that vocabulary related to aquatic subsistence strategies (such as boats, waterways, river fauna, and fish capture techniques), can be reconstructed for Proto-Austroasiatic. Blench (2017) finds widespread Austroasiatic roots for 'river, valley', 'boat', 'fish', 'catfish sp.', 'eel', 'prawn', 'shrimp' (Central Austroasiatic), 'crab', 'tortoise', 'turtle', 'otter', 'crocodile', 'heron, fishing bird', and 'fish trap'. Archaeological evidence for the presence of agriculture in northern Indochina (northern Vietnam, Laos, and other nearby areas) dates back to only about 4,000 years B.P. (2,000 BC), with agriculture ultimately being introduced from further up to the north in the Yangtze valley where it has been dated to 6,000 B.P.[20]

Hence, this points to a relatively late riverine dispersal of Austroasiatic as compared to Sino-Tibetan, whose speakers had a distinct non-riverine culture. In addition to living an aquatic-based lifestyle, early Austroasiatic speakers would have also had access to livestock, crops, and newer types of watercraft. As early Austroasiatic speakers dispersed rapidly via waterways, they would have encountered speakers of older language families who were already settled in the area, such as Sino-Tibetan.[20]

Possible extinct branches

Roger Blench (2009)[21] also proposes that there might have been other primary branches of Austroasiatic that are now extinct, based on substrate evidence in modern-day languages.

  • Pre-Chamic languages (the languages of coastal Vietnam prior to the Chamic migrations). Chamic has various Austroasiatic loanwords that cannot be clearly traced to existing Austroasiatic branches (Sidwell 2006, 2007).[22][23] Larish (1999)[24] also notes that Moklenic languages contain many Austroasiatic loanwords, some of which are similar to the ones found in Chamic.
  • Acehnese substratum (Sidwell 2006).[22] Acehnese has many basic words that are of Austroasiatic origin, suggesting that either Austronesian speakers have absorbed earlier Austroasiatic residents in northern Sumatra, or that words might have been borrowed from Austroasiatic languages in southern Vietnam – or perhaps a combination of both. Sidwell (2006) argues that Acehnese and Chamic had often borrowed Austroasiatic words independently of each other, while some Austroasiatic words can be traced back to Proto-Aceh-Chamic. Sidwell (2006) accepts that Acehnese and Chamic are related, but that they had separated from each other before Chamic had borrowed most of its Austroasiatic lexicon.
  • Bornean substrate languages (Blench 2010).[25] Blench cites Austroasiatic-origin words in modern-day Bornean branches such as Land Dayak (Bidayuh, Dayak Bakatiq, etc.), Dusunic (Central Dusun, Visayan, etc.), Kayan, and Kenyah, noting especially resemblances with Aslian. As further evidence for his proposal, Blench also cites ethnographic evidence such as musical instruments in Borneo shared in common with Austroasiatic-speaking groups in mainland Southeast Asia. Adelaar (1995)[26] has also noticed phonological and lexical similarities between Land Dayak and Aslian.
  • Lepcha substratum ("Rongic").[27] Many words of Austroasiatic origin have been noticed in Lepcha, suggesting a Sino-Tibetan superstrate laid over an Austroasiatic substrate. Blench (2013) calls this branch "Rongic" based on the Lepcha autonym Róng.

Other languages with proposed Austroasiatic substrata are:

  • Jiamao, based on evidence from the register system of Jiamao, a Hlai language (Thurgood 1992).[28] Jiamao is known for its highly aberrant vocabulary in relation to other Hlai languages.
  • Kerinci: van Reijn (1974)[29] notes that Kerinci, a Malayic language of central Sumatra, shares many phonological similarities with Austroasiatic languages, such as sesquisyllabic word structure and vowel inventory.

John Peterson (2017)[30] suggests that "pre-Munda" languages may have once dominated the eastern Indo-Gangetic Plain, and were then absorbed by Indo-Aryan languages at an early date as Indo-Aryan spread east. Peterson notes that eastern Indo-Aryan languages display many morphosyntactic features similar to those of Munda languages, while western Indo-Aryan languages do not.

Writing systems

Other than Latin-based alphabets, many Austroasiatic languages are written with the Khmer, Thai, Lao, and Burmese alphabets. Vietnamese divergently had an indigenous script based on Chinese logographic writing. This has since been supplanted by the Latin alphabet in the 20th century. The following are examples of past-used alphabets or current alphabets of Austroasiatic languages.

External relations

Austric languages
Main article: Austric languages

Austroasiatic is an integral part of the controversial Austric hypothesis, which also includes the Austronesian languages, and in some proposals also the Kra–Dai languages and the Hmong–Mien languages.[36]

Hmong-Mien

Several lexical resemblances are found between the Hmong-Mien and Austroasiatic language families (Ratliff 2010), some of which had earlier been proposed by Haudricourt (1951). This could imply a relation or early language contact along the Yangtze.[37]

According to Cai (et al. 2011), Hmong–Mien is at least partially related to Austroasiatic but was heavily influenced by Sino-Tibetan, especially Tibeto-Burman languages.[38]

Indo-Aryan languages

It is suggested that the Austroasiatic languages have some influence on Indo-Aryan languages including Sanskrit and middle Indo-Aryan languages. Indian linguist Suniti Kumar Chatterji pointed that a specific number of substantives in languages such as Hindi, Punjabi and Bengali were borrowed from Munda languages. Additionally, French linguist Jean Przyluski suggested a similarity between the tales from the Austroasiatic realm and the Indian mythological stories of Matsyagandha (from Mahabharata) and the Nāgas.[39]

Austroasiatic migrations

Mitsuru Sakitani suggests that Haplogroup O1b1, which is common in Austroasiatic people and some other ethnic groups in southern China, and haplogroup O1b2, which is common in today Japanese, Koreans and some Manchu, are the carriers of Yangtze civilization (Baiyue).[40] Another study suggests that the haplogroup O1b1 is the major Austroasiatic paternal lineage and O1b2 the “para-Austroasiatic” lineage of the Yayoi people.[41]

Migration into India

According to Chaubey et al., "Austro-Asiatic speakers in India today are derived from dispersal from Southeast Asia, followed by extensive sex-specific admixture with local Indian populations."[42] According to Riccio et al., the Munda people are likely descended from Austroasiatic migrants from Southeast Asia.[43][44]

According to Zhang et al., Austroasiatic migrations from Southeast Asia into India took place after the last Glacial maximum, circa 10,000 years ago.[45] Arunkumar et al. suggest Austroasiatic migrations from Southeast Asia occurred into Northeast India 5.2 ± 0.6 kya and into East India 4.3 ± 0.2 kya.[46]

Notes
  1. Sometimes also as Austro-Asiatic or Austroasian
gollark: Do you have anything to say regarding the standard deviation of our intelligence?
gollark: Yes, we are 1741897418927581290750127518906471524716591856981027501927508912750127509127510927518290561892065107926519025 intelligence.
gollark: HelloBoi knows all information, yes.
gollark: Frankly, you're quite like the set of positive whole numbers.
gollark: osmarksISA++™ (although it is more *consistent*, just really annoying to use)?

References
  1. Hammarström, Harald; Forkel, Robert; Haspelmath, Martin, eds. (2017). "Austroasiatic". Glottolog 3.0. Jena, Germany: Max Planck Institute for the Science of Human History.
  2. Bradley (2012) notes, MK in the wider sense including the Munda languages of eastern South Asia is also known as Austroasiatic.
  3. "Austroasiatic". www.languagesgulper.com. Retrieved 15 October 2017.
  4. Diffloth 2005
  5. Sidwell 2009
  6. Sidwell, Paul, and Roger Blench. 2011. "The Austroasiatic Urheimat: the Southeastern Riverine Hypothesis." Enfield, NJ (ed.) Dynamics of Human Diversity, 317–345. Canberra: Pacific Linguistics.
  7. Alves 2014, p. 524.
  8. Alves 2014, p. 526.
  9. Alves 2014, 2015
  10. Diffloth, Gérard (1989). "Proto-Austroasiatic creaky voice."
  11. Sidwell (2005), p. 196.
  12. Roger Blench, 2009. Are there four additional unrecognised branches of Austroasiatic? Presentation at ICAAL-4, Bangkok, 29–30 October. Summarized in Sidwell and Blench (2011).
  13. Sidwell (2005) casts doubt on Diffloth's Vieto-Katuic hypothesis, saying that the evidence is ambiguous, and that it is not clear where Katuic belongs in the family.
  14. Kumar, Vikrant; et al. (2007). "Y-chromosome evidence suggests a common paternal heritage of Austroasiatic populations" (PDF). BMC Evolutionary Biology. 7 (1): 47. doi:10.1186/1471-2148-7-47. PMC 1851701. PMID 17389048.
  15. Kumar, Vikrant; Reddy, Arimanda NS; Babu, Jagedeesh P.; Rao, Tipirisetti N.; Langstieh, Banrida T.; Thangaraj, Kumarasamy; Reddy, Alla G.; Singh, Lalji; Reddy, Battini M. (2007). "Figure". BMC Evolutionary Biology. www.biomedcentral.com. 7: 47. doi:10.1186/1471-2148-7-47. PMC 1851701. PMID 17389048.
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  44. The Language Gulper, Austroasiatic Languages
  45. Zhang 2015.
  46. Arunkumar, G.; et al. (2015). "A late Neolithic expansion of Y chromosomal haplogroup O2a1-M95 from east to west". Journal of Systematics and Evolution. 53 (6): 546–560. doi:10.1111/jse.12147.

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