LEALAO CHINANTEC

  1. Facts
  2. Sources of the data
  3. Orthography
  4. Verbal inflection
  5. Inflectional classes based on tones
    1. Conjugation patterns – our analysis
    2. Paradigm types
  6. Inflectional classes based on suffixes
  7. 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. Lealao Chinantec is the Chinantec language spoken in the village of San Juan Lealao and in the hamlet of Tres Arroyos, in the state of Oaxaca. The last census available to us is that of 1990, and it estimate there to be around 2,000 speakers. Some of the speakers are found in diaspora in the Zapotec villages of Choapan, Santa María Yahuive and Latani.



Sources of the data

Rupp, James and Nadine Rupp. 1996. Diccionario chinanteco de San Juan Lealao, Oaxaca. [Vocabularios y Diccionarios Indígenas “Mariano Silva y Aceves” 35] Mexico DF: Instituto Lingüístico de Verano. Available online.

Palancar, Enrique L. 2014. A mixed system of agreement in the suffix classes of Lealao Chinantec. Morphology. Springer (DOI 10.1007/s11525-014-9252-x). Available online.

Orthography

Our notation of Lealao Chinantec is practically the same as the one used in the source. It differs only in the treatment of nasals.

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

Tone

Very high 1 Mee¹ ‘Demetrius’
High 2 mee² ‘flea’
Mid 3 mee³ ‘leaf’
Low 4 mɨ¹-mee⁴ ‘egg’
Mid > High 32 mee³² ‘massages’ (3.INCPL)
Low > High 42 mee⁴² ‘massage’ (2.IMPERATIVE)

Verbal inflection

The database provides the transitivity value of verbs, according to the information provided 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)


In the Chinantecan languages, 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.

NOTE: There is no convenient non-finite form to use as a citation form. Consequently, entries in the dictionary are given in the Future with the additional complication that they can be given in the 3rd person (in the case of inanimate intransitive verbs) or in the the 1pl (in all other cases).

NOTE: There is insufficient information in the dictionary for us to feel confident in the reconstruction of the paradigm for each verb. Consequently, only grammatical information is given in the database.

Dynamic verbs

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

-jmøø (tr) ‘dig’; -ma (intr) ‘disappear’; -na (intr) ‘lack’, 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. The information in the source data is insufficient to reconstruct the paradigm of a bi-partite verb with absolute certainty.

-dxa+he (intr) ‘be one's turn’; -ya+niuuh (intr) ‘overhear gossip’; -bi-dxa (tr) ‘finish’; etc.

The inflection of dynamic verbs can be very complex. Verbs have three main inflected stems:

  • 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. To these inflected stems, prefixes are added to build the different tenses, i.e. the present, perfect, future, etc.

Three grammatical tenses
hi²tiuun²a² (tr) ‘spill’ PRS PRF FUT
1SG tuun⁴-y ma³-tuún⁴-y hi²-tuun⁴²-y
2SG tuun³-y ma³-tiuún¹-y hi²-tuun³-y
3SG tiuun⁴-Ø ma³-tiuún³-Ø hí⁴-tiuún⁴-Ø
1PL.INCL tiuun⁴²-a² ma³-tiuun²-a² hi²-tiuun²-a²
INFL STEMS
INCPL CPL IRR
tuun⁴ tuún⁴ tuun⁴²
tuun³ tiuún¹ tuun³
tiuun⁴ tiuún³ tiuún⁴
tiuun⁴² tiuun² tiuun²

Animacy pairs

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


A verb with two agreement forms (animate vs. inanimate) is presented in the source data as two different lexical entries. We have identified such entries as pairs, and indicate them in the database.

hi²liah²a² (tr, INAN O)
‘push something’
INCPL CPL IRR
1SG › INAN liah⁴ liáh⁴ liah⁴²
2SG › INAN liah³ liáh¹ liah³
3SG › INAN liah⁴ liáh³ liáh⁴
1PL › INAN liah⁴² liah² liah²

hi²liah⁴²a² (tr, AN O)
‘push something (animate)’
INCPL CPL IRR
1SG › AN liah³² liáh² liah¹
2SG › AN liah⁴ liah⁴² liah⁴
3SG › AN liah³² liáh² liáh²
1PL › AN liah³² liah⁴² liah⁴²

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. Both tone information as well as information about ballistic stress (represented by #) are given in the database for each verb.

hi²tiuun²a² (tr)
‘spill’
1SG 2nd 1PL 3rd
Incompletive stem 4 3 42 4
Completive stem #4 #1 2 #3
Irrealis stem 42 3 2 #4

Different verbs have different tone paradigms.

hí⁴tǿn⁴a² (tr)
‘receive’
1SG 2nd 1PL 3rd
Incompletive stem 42 4 42 4
Completive stem #3 #3 #3 #3
Irrealis stem #4 #4 #4 #4
hi²tiuuh⁴²a² (tr)
‘stop’
1SG 2nd 1PL 3rd
Incompletive stem 42 42 32 32
Completive stem 42 42 42 #2
Irrealis stem 42 42 42 #2

hí⁴cueeh⁴²a² (tr)
‘leave’
1SG 2nd 1PL 3rd
Incompletive stem 42 42 32 3
Completive stem 42 42 42 3
Irrealis stem 42 42 42 3
hi²tu¹a² (tr)
‘drop’

1SG 2nd 1PL 3rd
Incompletive stem #4 32 32 32
Completive stem #4 #2 1 #2
Irrealis stem #4 1 1 #2

Verbs such as these belong to different inflectional classes defined by prosodic patterns (tone + ballistic stress). There are many such classes. This information is indicated in the database. Rupp & Rupp classify verbs like these in their own way. For example, the verbs above are said to belong to the following classes:

Verb Rupp & Rupp's classification
hi²tiuun²a² (tr) ‘spill’ I-1.1
hí⁴tǿn⁴a² (tr) ‘receive’ II-4.11
hi²tiuuh⁴²a² (tr) ‘stop’ II-3.1
hí⁴cueeh⁴²a² (tr) ‘leave’ II-3.2
hi²tu¹a² (tr) ‘drop’ I-3.1

Conjugation patterns – our analysis

We classify verbs in Chinantec in a different way. We assume that the marking for 3rd person is independent from the marking of other persons. Notice that hi²tiuun²a² (tr) ‘spill’ and hí⁴tǿn⁴a² (tr) ‘receive’, on the one hand, and hi²tiuuh⁴²a² (tr) ‘stop’ and hi²tu¹a² (tr) ‘drop’, on the other, have the same marking for 3rd person, while hi²tiuuh⁴²a² (tr) ‘stop’ and hí⁴cueeh⁴²a² (tr) ‘leave’ have the same marking for all other persons. Hence for us, verbs belong to two classes independently.

Class of 3rd person
Class of other persons
hi²tiuun²a² (tr) 'spill'
g 7
hí⁴tǿn⁴a² (tr) 'receive'
g 69
hi²tiuuh⁴²a² (tr) 'stop'
l 5
hí⁴cueeh⁴²a² (tr) 'leave'
Invariable 5
hi²tu¹a² (tr) 'drop'
l 10

Classes for 3rd person:

Some verbs are invariable, and for these we give their lexical tone value, e.g. /1/.

Class 3 INCPL 3 CPL 3 IRR
a #1 #1 42
b 3 4 #2
c #3 #4 #3
d #3 #3 42
e 4 #1 #1
f 4 3 3
g 4 #3 #4
h 4 32 4
i 4 #42 #42
j 32 32 1
k 32 4 #2
l 32 #2 #2
m 32 #4 #4
n #3 #3 #4
o 3 #3 #4
p 3 #3 3
q 4 #4 #4
r 4 #4 4
s 32 32 #3
t 32 2 2
Invariable 1
#1
2
#2
3
#3
32
4
#4
42

Classes for other persons:

Some verbs are invariable, and for these we give their lexical tone value, e.g. /1/.

Class 1SG INCPL 1SG CPL 1SG IRR 2 INCPL 2 CPL 2 IRR 1PL INCPL 1PL CPL 1PL IRR
1 #1 #1 #1 #1 #1 #1 #1 #1 #1
2 1 1 1 1 1 1 1 1 1
3 42 42 42 42 42 42 42 42 42
4 32 #2 1 32 #2 1 32 #2 1
5 42 42 42 42 42 42 32 42 42
6 42 42 42 4 4 4 42 42 42
7 4 #4 42 3 #1 3 42 2 2
8 42 42 42 #1 #1 #1 2 2 2
9 32 #2 1 #3 42 #3 32 42 42
10 #4 #4 #4 32 #2 1 32 1 1
11 #3 #4 #3 #3 #4 #3 #3 #4 #3
12 42 42 42 3 3 3 32 32 32
13 #4 #4 #4 #4 #4 #4 42 42 42
14 #4 #4 #4 #4 42 #4 32 42 42
15 #4 #4 #4 #4 #4 #4 32 42 42
16 4 #4 42 3 3 3 32 2 2
17 32 #2 1 #3 #2 #3 32 42 42
18 42 42 42 4 4 4 32 32 32
19 #4 #4 #4 32 #1 1 32 2 2
20 4 #4 42 3 #3 3 32 2 2
21 #4 #4 #4 32 #1 1 32 2 2
22 4 4 4 3 3 3 32 32 32
23 #4 #4 #4 32 #1 1 4 2 2
24 32 #2 1 #4 #4 #4 32 42 42
25 32 #2 1 4 #4 #4 42 42 42
26 32 32 1 32 32 1 32 32 1
27 4 4 4 #1 #1 #1 2 2 2
28 42 42 42 4 #4 #4 42 #4 #4
29 #4 #4 #4 32 #2 1 32 42 42
30 42 42 1 42 42 42 42 42 42
31 32 #2 1 3 3 3 32 2 2
32 32 #2 1 #3 #2 #3 32 1 1
33 4 4 4 3 3 3 42 42 42
34 4 #4 4 4 #4 4 42 #4 42
35 42 #4 42 4 #4 4 #4 #4 42
36 4 #4 42 #3 #3 #3 42 42 42
37 4 #4 42 #1 #1 #1 42 2 2
38 #4 #4 #4 #2 #2 #2 #4 #4 #4
39 #4 #4 #4 32 #2 #2 32 32 32
40 #4 #4 #4 32 #2 1 42 1 1
41 42 42 4 42 42 42 42 42 42
42 42 #2 1 #1 #3 #3 2 2 2
43 32 32 42 4 32 4 42 32 42
44 4 #4 42 #3 #3 #3 2 2 2
45 4 #4 42 #3 #3 #3 32 2 2
46 4 #2 1 #3 #1 #3 #3 2 2
47 4 #4 42 #1 #1 #1 42 2 2
48 4 #4 42 #1 #1 #1 2 2 2
49 32 #2 1 #3 #1 #3 #3 2 2
50 32 #2 1 32 #1 1 #4 2 2
51 42 #2 1 42 #2 1 42 42 42
52 42 #2 1 42 4 4 42 42 42
53 4 4 4 #1 #1 #1 #1 #1 #1
54 #4 #4 #4 32 #1 1 32 2 2
55 #4 #4 #4 32 #2 1 32 2 2
56 #4 #4 #4 #1 #1 #1 2 2 2
57 #4 #4 #4 2 2 2 32 32 32
58 42 #4 42 #1 3 3 2 2 2
59 42 42 42 3 3 3 3 3 3
60 42 42 42 #1 #1 #1 2 2 2
61 4 #4 42 3 #2 3 2 2 2
62 32 #2 1 4 4 4 32 42 42
63 42 42 42 32 #1 1 32 42 42
64 32 #2 1 #3 #1 #3 32 1 1
65 #4 #4 #4 3 3 3 32 32 32
66 42 4 4 4 4 4 32 4 4
67 4 4 4 1 1 1 1 1 1
68 #4 #2 1 32 4 4 32 42 42
69 42 #3 4 4 #3 #4 42 #3 #4
l 32 #2 2 32 #2 #2 32 #2 #2
q 4 #4 4 4 #4 #4 4 #4 #4
Invariable 1
#1
2
#2
3
#3
32
4
#4
42

Paradigm types

All the verbs illustrated above share the property of belonging to the paradigm type called ‘A’. Rupp & Rupp propose three such paradigm types.

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

hi²tiuun²a² (tr) ‘spill’ 1SG 2nd 1PL 3rd
Incompletive stem 4 3 42 4
Completive stem #4 #1 2 #3
Irrealis stem 42 3 2 #4

The ‘B’ type. Verbs of this type have two person distinctions: 3rd and non-3rd. (Note that all Type B verbs in the database are bi-partite. However, not all bi-partite verbs are of Type B).

hi²bi³tǿ¹a² (tr) ‘shorten’ 1SG 2nd 1PL 3rd
Incompletive stem #1 #3
Completive stem
Irrealis stem

The ‘C' type. Verbs of this type have no person distinctions (only aspect and mood distinctions).

hi²jeé²a² (tr) ‘run over’ 1SG 2nd 1PL 3rd
Incompletive stem 32
Completive stem #2
Irrealis stem #2

The uninflecting type. Verbs of this type are invariable or uninflecting.

hi²møǿ⁴a² (tr) ‘eat’ 1SG 2nd 1PL 3rd
Incompletive stem #4
Completive stem
Irrealis stem

Inflectional classes based on suffixes

Apart from prosodic classes, Lealao Chinantec has suffix classes indicating the person of the subject and at times animacy of the absolutive argument.

Examples of the two most frequent classes are presented below:

ʔi²ñuu²a² (tr) ʔi²heé²a² (tr)
‘tie’ ‘run (animate) over’
1SG hi²-ñuu-y⁴² hi²-heé²-á⁴
2SG hi²-ñuu-y³ hi²-heé²-u³
3SG hí⁴-ñuú⁴-Ø hí⁴-heé-y²
1PL.INCL hi²-ñuu²-a² hi²-heé²-a²
1PL.EXCL hi²-ñuu²-ah¹ hi²-heé²-ah¹
2PL hi²-ñuu³-ah³ hi²-heé²-ah³
3PL hí⁴-daʔ²-ñuú⁴-Ø hí⁴-daʔ²-heé-y²

The relevant marking for such classes are the sets of suffixes for the singular persons. We have identified six different classes. Entries in the database are given the relevant class membership notation (except for verbs which can only inflect for the 3rd person, for which the suffix they select is given).

1 2 3 4 5 6
1SG -y -á⁴ -á⁴ -á⁴ -y -y
2SG -y -u³ -u³ -y -u³ -u³
3SG -y -h

Stem alternation patterns

Besides tone alternations, a number of verbs also have stems which undergo segmental changes in the inflection by way of stem alternation patterns. For example, the two following verbs have two stems (arbitrarily labelled A and B), but their distribution in the paradigm is different.

hi²tiuun²a² (tr) ‘spill’ 1SG 2nd 1PL 3rd
Incompletive stem A A B B
Completive stem A B B B
Irrealis stem A A B B
1SG 2nd 1PL 3rd
tuun⁴ tuun³ tiuun⁴² tiuun⁴
tuún⁴ tiuún¹ tiuun² tiuún³
tuun⁴² tuun³ tiuun² tiuún⁴

hi²niuu²a² (tr) ‘hear’ 1SG 2nd 1PL 3rd
Incompletive stem A A A A
Completive stem A B B A
Irrealis stem A A B A
1SG 2nd 1PL 3rd
nuu⁴ nuu³ nuu³² nuu³
nuú⁴ niuú³ niuu² nuú⁴
nuu⁴² nuu³ niuu² nuú⁴

The phenomenon needs further study, but all forms involved and their distribution are given in the database. The source materials recognise six patterns (with the addition of some irregular verbs).

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 A B B A A A
2 A A A A C A C C C C C C
3 A A F A A F A A F A A F
4 A A F A A F A A F A A G
5 A A A A A A B B B C C C
6 A A A A A A A B B A A A