TLATEPUZCO CHINANTEC

  1. Facts
  2. Sources of the data
  3. Orthography
  4. Verbal inflection
  5. Inflectional classes based on tones
    1. Conjugation patterns – analysis in source
    2. Conjugation patterns – our analysis
    3. Tone classes – our analysis
    4. Inflection of bi-partite verbs
  6. Stem alternation patterns

Facts

Chinantecan is a Mesoamerican language family of the Oto-Manguean stock that comprises fourteen different languages spoken to the north of the state of Oaxaca, in Southern Mexico. Tlatepuzco Chinantec is the Chinantec language spoken by about 25,000 people in diaspora of the village of San Pedro Tlatepuzco, Oaxaca. The community was forced to move to different locations around their original settlement when a storm hit the village of San Pedro Tlatepuzco in 1928 and destroyed it. The language is also known as Palantla Chinantec, because an important part of the linguistic community relocated to San Juan Palantla.



Sources of the data

Merrifield, W. R. and A. E. Anderson. 2007. Diccionario Chinanteco de la diáspora del pueblo antiguo de San Pedro Tlatepuzco, Oaxaca . [2nd Edition] (Serie de vocabularios y diccionarios indígenas “Mariano Silva y Aceves” 39). Mexico DF: Instituto Lingüístico de Verano. Available online.

Palancar, Enrique L. 2014. Revisiting the complexity of the Chinantecan verb conjugation classes, in Jean-Léo Léonard & Alain Kihm (eds.), Patterns in Meso-American Morphology, pp. 77-102. Paris: Michel Houdiard Editeur. Available online.

Baerman, Matthew and Enrique L. Palancar. Forthcoming. The organization of Chinantec tone paradigms. Cahiers de Grammaire. Available online.

Orthography

Our notation of Tlatepuzco Chinantec differs slightly from the convention used in the dictionary by Merrifield and Anderson.

IPA notation Source notation Our notation
ɨ ë
ɘ ø
NASAL Vn
ʔ h ʔ
h j h
k qu/_i,e k
c
g gu/_i,e g
g
kw cu/_i,e kw
qu
ch ch
ŋ ŋ ng

Tone

Tone Example Gloss
High 3 ta³ 'work'
Mid 2 kwøi² 'maize'
Low 1 hwø¹ 'earth'
Low-mid 12 lo¹² 'pheasant'
Low-high 13 lio¹³ 'bulk'
High-low 31 kai³¹ 'street'

Verbal inflection

The database gives the transitivity value of each verb, as given in the source material.

intr
intransitive
tr
transitive
dtr
ditransitive (besides typical ditransitives, it also includes verbs that take an instrument as a secondary object)


Verbs in Chinantec agree in animacy with the S or the O argument. Every entry in the database gives information about this animacy value:

an O
animate O
inan O
inanimate O
inan S
inanimate S
an S
animate S


There are two main types of verbs: stative verbs and dynamic verbs (also called ‘active verbs’). The database only includes information about dynamic verbs because stative verbs remain poorly understood to date.

Dynamic verbs

Dynamic verbs fall into two types: (i) simple verbs, which consist of a mono-morphemic and (mostly) monosyllabic root:

húʔ¹² (tr) ‘bend’; ʔlianʔ¹² (tr an) ‘push’; gøi² (intr) ‘break down’, etc.

and (ii) bi-partite verbs (also called ‘binomial’), which originate from old V+V compounds, and are thus disyllabic and consist of two morphs. Bi-partite verbs have a number of inflectional idiosyncrasies of their own.

u²+ʔai¹² (intr an) ‘go out’; guu²+dsë́n¹³ (tr an) ‘ride’; mi²+lei¹³ (tr) ‘show’; etc.

The inflection of dynamic verbs can be very complex. Verbs have three main inflected stems, which the sources take as sufficient to reconstruct the full paradigm of a verb. These are:

  • Incompletive stem (also called present or progressive stem)
  • Completive stem (also called past stem)
  • Irrealis stem (also called future or intentive stem)

Such inflected stems are built on a segmental base to which tone and pharyngealization (the so-called ballistic stress, represented by an acute accent) are added.

Inflected stems also convey information about grammatical person; the maximal person distinction involves four persons: 1SG, 1PL, 2 and 3. An example of the paradigm of a maximally inflected verb is presented below with the paradigm of the verb húʔ² (tr) ‘bend’. The shaded cell is the citation form used in Merrifield and Anderson's dictionary.

húʔ² (tr) ‘bend’ 1SG 2nd 1PL 3rd
Incompletive stem húʔ¹² húʔ¹² húʔ¹² húʔ²
Completive stem húʔ¹ húʔ¹ húʔ¹³ húʔ²
Irrealis stem húʔ¹³ húʔ¹³ húʔ¹³ húʔ²

The different grammatical tenses are built by adding TAM prefixes (at times also in the form of prefix series and proclitics) to the different stems. For example:

Tense Prefix Stem Example
present Ø- Incompletive stem húʔ¹²=hni 'I'm bending'
imperfect mi³- Incompletive stem mi³-húʔ¹²=hni 'I was bending'
past ka¹- Completive stem ka¹-húʔ¹=hni 'I bent'
hodiernal na²- Completive stem na²-húʔ¹=hni 'I bent (today)'
future Ø- Irrealis stem húʔ¹³=hni 'I'll bend'
potential mi³- Irrealis stem mi³-húʔ¹³=hni 'I'd bend'

Inflectional classes based on tones

Tone (and ballistic stress) play a fundamental role in the making of the twelve cells which are said to be sufficient to reconstruct the paradigm of a verb. Tone information is given in the database for each verb.

WARNING: The database does not indicate ballistic stress because the way this prosodic feature is handled in the source data is not clear enough to allow us to reliably reconstruct paradigms. Ballistic stress has only been maintained in cases where the verb is uninflecting.

húʔ² (tr) ‘bend’ 1SG 2nd 1PL 3rd
Incompletive stem 12 12 12 2
Completive stem 1 1 13 2
Irrealis stem 13 13 13 2

Different verbs have different tone paradigms.

kán² (tr) ‘take’ 1SG 2nd 1PL 3rd
Incompletive stem 12 2 2 2
Completive stem 1 2 3 2
Irrealis stem 13 3 3 2
tsiʔ¹² (tr) ‘put’ 1SG 2nd 1PL 3rd
Incompletive stem 12 2 2 12
Completive stem 1 2 3 1
Irrealis stem 13 3 3 1

nëʔ¹² (tr) ‘swallow’ 1SG 2nd 1PL 3rd
Incompletive stem 12 12 12 12
Completive stem 1 1 13 1
Irrealis stem 13 13 13 1

Verbs such as húʔ² ‘bend’, kán² ‘take’, tsiʔ¹² ‘put’ or nëʔ¹² ‘swallow’ belong to different inflectional classes defined by tone patterns. There are many such classes. This information is indicated in the database. Merrifield and Anderson classify verbs like these in their own way. For example, the verbs above are said to belong to the following classes:

Verb M&A's classification
húʔ² 'bend' A-41a
kán² 'take' A-42b
tsiʔ¹² 'put' A-12d
nëʔ¹² 'swallow' A-11a

Conjugation patterns – analysis in source

All the verbs above share the property of belonging to the paradigm type called ‘A’. Merrifield and Anderson propose four such paradigm types.

The ‘A’ type. Verbs of this type have maximal person distinctions.

húʔ² (tr) ‘bend’ 1SG 2nd 1PL 3rd
Incompletive stem 12 12 12 2
Completive stem 1 1 13 2
Irrealis stem 13 13 13 2

The ‘B’ type. Verbs of this type have two person distinctions: 3rd and non-3rd.

chionʔ¹² (tr) ‘stick’ 1SG 2nd 1PL 3rd
Incompletive stem 13 12
Completive stem 1
Irrealis stem 1
hógɁ¹² (intr) ‘come again’ 1SG 2nd 1PL 3rd
Incompletive stem 12 12
Completive stem 1 1
Irrealis stem 13 2

hónʔ² (tr) ‘sink’ 1SG 2nd 1PL 3rd
Incompletive stem 3 2
Completive stem
Irrealis stem
tø²+gugɁ¹² (tr) ‘defecate’ 1SG 2nd 1PL 3rd
Incompletive stem 12 12
Completive stem 1
Irrealis stem 13

The ‘C' type. Verbs of this type have no person distinctions. C-type verbs include verbs with distinctions of aspect and mood and uninflecting verbs, which have a lexical tone throughout.

dsoʔ² (tr) ‘find’ 1SG 2nd 1PL 3rd
Incompletive stem 2
Completive stem 2
Irrealis stem 1
tan¹² (tr) ‘reach’ 1SG 2nd 1PL 3rd
Incompletive stem 12
Completive stem 2
Irrealis stem 1

rǿng² (tr) ‘mix’ 1SG 2nd 1PL 3rd
Incompletive stem 2
Completive stem
Irrealis stem

The ‘D' type. Verbs of this type are like verbs of Type C, but they only inflect for the 3rd person.

Ɂlan¹² (intr) ‘bounce’ 1SG 2nd 1PL 3rd
Incompletive stem 12
Completive stem 1
Irrealis stem 1
hí² (intr) ‘buzz’ 1SG 2nd 1PL 3rd
Incompletive stem 2
Completive stem
Irrealis stem

Conjugation patterns – our analysis

We analyse the conjugations patterns as being organised in a somewhat different way.

Pattern 1 – uninflecting

rǿng² (tr) ‘mix’ 1SG 2nd 1PL 3rd
Incompletive stem 2
Completive stem
Irrealis stem
hí² (intr) ‘buzz’ 1SG 2nd 1PL 3rd
Incompletive stem 2
Completive stem
Irrealis stem

Pattern 2 – TAM distinctions only

dsoʔ² (tr) ‘find’ 1SG 2nd 1PL 3rd
Incompletive stem 2
Completive stem 2
Irrealis stem 1
Ɂlan¹² (intr) ‘bounce’ 1SG 2nd 1PL 3rd
Incompletive stem 12
Completive stem 1
Irrealis stem 1

Pattern 3.a. – Two basic distinctions in person: 3rd vs. non-3rd person

hónʔ² (tr) ‘sink’ 1SG 2nd 1PL 3rd
Incompletive stem 3 2
Completive stem
Irrealis stem

Pattern 3.b. – The 3rd person is invariable (i.e. Lexical), but non-3rd has distinctions in TAM

tø²+gugɁ¹² (tr) ‘defecate’ 1SG 2nd 1PL 3rd
Incompletive stem 12 12
Completive stem 1
Irrealis stem 13

Pattern 3.c. – The 3rd person has distinctions in TAM, but non-3rd is invariable

chionʔ¹² (tr) ‘stick’ 1SG 2nd 1PL 3rd
Incompletive stem 13 12
Completive stem 1
Irrealis stem 1

Pattern 3.d. – Both the 3rd person and the non-3rd have distinctions in TAM

hógɁ¹² (intr) ‘come again’ 1SG 2nd 1PL 3rd
Incompletive stem 12 12
Completive stem 1 1
Irrealis stem 13 2

Pattern 4 – Maximal number of TAM and person distinctions

húʔ² (tr) ‘bend’ 1SG 2nd 1PL 3rd
Incompletive stem 12 12 12 2
Completive stem 1 1 13 2
Irrealis stem 13 13 13 2

Tone classes – our analysis

To understand how inflectional classes are organized in Chinantec, we propose a different way of classifying verbs to that presented in the source material.

Under our proposal, the marking for 3rd person is treated as independent from the marking of other persons. Notice that húʔ² ‘bend’ and kán² ‘take’, on the one hand, and tsiʔ¹² ‘put’ and nëʔ¹² ‘swallow’, on the other, have the same marking for 3rd person, but kán² ‘take’ and tsiʔ¹² ‘put’ have the same marking for all other persons, while the same is true for húʔ² ‘bend’ and nëʔ¹² ‘swallow’. Hence for us, these verbs belong to two classes independently.

3rd person Other persons
húʔ² 'bend' Uninflecting Class IV
kán² 'take' Uninflecting Class II
tsiʔ¹² 'put' Class 1 Class II
nëʔ¹² 'swallow' Class 1 Class IV

Classes for 3rd person

Under our analysis, there are 11 classes for the 3rd person, one of which is a class of verbs which show no tonal variation in the 3rd person.

Class 3 INCPL 3 CPL 3 IRR
1 12 1 1
2 2 2 1
3 12 2 1
4 2 1 1
5 12 1 13
6 2 1 2
7 3 3 1
8 12 1 2
9 12 12 1
10 2 1 13
Uninflecting Lexical tone

Classes for other persons

Note that in this table, the first column labels the verbs as either Type A or Type B, corresponding to Merrifield and Anderson's classification. In addition to these classes, the database also signals lexemes which are unique or irregular.

Type Class 1SG INCPL 1SG CPL 1SG IRR 2 INCPL 2 CPL 2 IRR 1PL INCPL 1PL CPL 1PL IRR
A i 12 1 13 2 3 3 2 3 3
ii 12 1 13 2 2 3 2 3 3
iii 12 1 13 12 1 13 2 3 3
iv 12 1 13 12 1 13 12 13 13
v 12 1 13 12 13 13 12 13 13
vi 12 1 13 12 12 13 12 13 13
vii 12 1 13 2 12 3 12 13 13
viii 12 1 13 12 3 13 12 13 13
ix 2 2 3 2 1 3 12 13 13
x 2 2 3 12 12 13 12 13 13
xi 2 2 3 2 2 3 12 13 13
xii 2 2 3 2 2 3 2 13 13
xiii 2 2 3 2 2 3 2 3 3
xiv 2 2 3 2 1 3 2 3 3
xv 2 2 3 12 1 13 2 3 3
xvi 12 1 13 2 2 3 12 13 13
xvii 12 1 13 2 1 3 12 13 13
xviii 12 1 13 2 1 3 2 3 3
xix 2 2 2 2 3 3 3 3 3
xx 2 2 3 12 1 13 2 13 13
xxi 2 2 3 2 3 3 2 13 13
xxii 2 2 3 2 1 3 2 13 13
xxiii 2 2 3 12 12 13 2 13 13
xxiv 2 2 3 2 12 3 2 3 3
xxv 2 2 3 12 3 13 12 13 13
xxvi 3 3 3 3 3 3 12 1 1
xxvii 3 3 3 3 3 3 13 13 13
xxviii 12 12 12 3 3 3 13 13 13
B a 3 3 3 3 3 3 3 3 3
b 13 13 13 13 13 13 13 13 13
c 1 1 1 1 1 1 1 1 1
d 2 2 3 2 2 3 2 2 3
e 12 13 13 12 13 13 12 13 13
f 12 1 13 12 1 13 12 1 13

Inflection of bi-partite verbs

In the inflection of a bi-partite verb, both morphs have inflectional properties. The first morph inflects according to a fixed pattern, while the second, the morphological root, may have inflectional forms similar to simple verbs.

hø²+tsóh¹² (tr) ‘stump with foot’ 1SG 2nd 1PL 3rd
Incompletive stem hø²+ tsóh¹² hø²+ tsóh² hø²+ tsóh² hø²+ tsóh¹²
Completive stem hø³+ tsóh¹ hø³+ tsoh³ hø³+ tsóh³ hø¹+ tsóh¹
Irrealis stem hø³+ tsóh¹³ hø³+ tsóh³ hø³+ tsóh³ hø¹+ tsóh¹

Stem alternation patterns

Besides tone alternations, a number of verbs also have stems which undergo segmental changes in their inflection by way of stem alternation patterns. We refer to the different stems used in each alternation patterns using arbitrary labels:s A, B, C, etc.

dsanʔ¹² (tr) ‘find’ 1SG 2nd 1PL 3rd
Incompletive stem A A A A
Completive stem A A A A
Irrealis stem B B B B
1SG 2nd 1PL 3rd
dsanʔ dsanʔ dsanʔ dsanʔ
dsanʔ dsanʔ dsanʔ dsanʔ
dsianʔ dsianʔ dsianʔ dsianʔ

hiúʔ² (tr) ‘hang’ 1SG 2nd 1PL 3rd
Incompletive stem A A A C
Completive stem A A A C
Irrealis stem A A A C
1SG 2nd 1PL 3rd
hioʔ hioʔ hioʔ hiuʔ
hioʔ hioʔ hioʔ hiuʔ
hioʔ hioʔ hioʔ hiuʔ

tǿʔ² (tr) ‘call’ 1SG 2nd 1PL 3rd
Incompletive stem A A B C
Completive stem A B B C
Irrealis stem A A B C
1SG 2nd 1PL 3rd
tøa tøa te tøʔ
tøa te te tøʔ
tøa tøa te tøʔ

The phenomenon needs further study, but all forms involved and their distribution are given in the database. We have detected 17 such patterns.

Stem pattern 1SG INCPL 1SG CPL 1SG IRR 2 INCPL 2 CPL 2 IRR 1PL INCPL 1PL CPL 1PL IRR 3 INCPL 3 CPL 3 IRR
1. A A A A B A B B B A A A
2. A A A A B A B B B B B B
3. A A A C A C C C C A A A
4. A A B A A B A A B A A B
5. A A A A A A A A A C C C
6. A A A A B A B B B C C C
7. A A A C B C B B B A A A
8. D D D C A C C C C D D D
9. A A A C B C B B B D D D
10. A A A C B C B B B B B B
11. C C D E E F A A B A A B
12. C C B D D B A A B A A B
13. A A A C D C B B B A A A
14. C C C D E D B B B A A A
15. B B B C C C A A A A A A
16. A A A C C C B B B A A A
17. C C C A A A B B B A A A