Language
name and location:
|
1. t̪āmán |
21. ɟāā dùì ə̄ə̄ŋ ì ná t̪āmán |
2. d̪áāɡɡ |
22. ɟāā dùì ə̄ə̄ŋ ì ná d̪áāɡɡ |
3. ɔ́ðɔ̄ |
23. ɟāā dùì ə̄ə̄ŋ ì ná ɔ́ðɔ̄ |
4. yə̄ə̄sə́ |
24. ɟāā dùì ə̄ə̄ŋ ì ná yə̄ə̄sə́ |
5. áás-ááman (lit: 'hand')* |
25. ɟāā dùì ə̄ə̄ŋ ì ná áásááman |
6. t̪ə́ld̪ìɡɡ |
26. ɟāā dùì ə̄ə̄ŋ ì ná t̪ə́ld̪ìɡɡ |
7. íd̪iɡɡ-ɔ́ðɔ̄ (lit: 'eyes-two') |
27. ɟāā dùì ə̄ə̄ŋ ì ná íd̪iɡɡ-ɔ́ðɔ̄ |
8. íd̪iɡ-dáāɡɡ (lit: 'eyes-three') |
28. ɟāā dùì ə̄ə̄ŋ ì ná íd̪iɡ-dáāɡɡ |
9. íd̪iɡ-yə̄ə̄sə́ (lit: 'eyes-four') |
29. ɟāā dùì ə̄ə̄ŋ ì ná íd̪iɡ-yə̄ə̄sə́ |
10. ə́sēɡ-dí (lit: 'hands-also') |
30. ɟāā dùì ə̄ə̄ŋ ì ná ə́sēɡdí |
11. ə́sēɡdí ì ná t̪āmán |
40. jɔ̄ɡ dùìɡɡ ììŋ-ə̄ d̪áāɡɡ ( 20 x 2 ) |
12. ə́sēɡdí ì ná d̪áāɡɡ |
50. jɔ̄ɡ dùìɡɡ ììŋ-ə̄ d̪áāɡɡ ì ná ə́sēɡdí |
13. ə́sēɡdí ì ná ɔ́ðɔ̄ |
60. jɔ̄ɡ dùìɡɡ ììŋ-ə̄ ɔ́ðɔ̄ ( 20 x 3 ) |
14. ə́sēɡdí ì ná yə̄ə̄sə́ |
70. jɔ̄ɡ dùìɡɡ ììŋ-ə̄ ɔ́ðɔ̄ ì ná ə́sēɡdí |
15. ə́sēɡdí ì ná áásááman |
80. jɔ̄ɡ dùìɡɡ ììŋ-ə̄ yə̄ə̄sə́ ( 20 x 4 ) |
16. ə́sēɡdí ì ná t̪ə́ld̪ìɡɡ |
90. jɔ̄ɡ dùìɡɡ ììŋ-ə̄ yə̄ə̄sə́ ì ná ə́sēɡdí |
17. ə́sēɡdí ì ná íd̪iɡɡ-ɔ́ðɔ̄ |
100. jɔ̄ɡ dùìɡɡ ììŋ-ə̄ áásááman ( 20 x 5 ) |
18. ə́sēɡdí ì ná íd̪iɡ-dáāɡɡ |
200. jɔ̄ɡ dùìɡɡ ììŋ-ə̄ ə́sēɡdí ( 20 x 10 ) |
19. ə́sēɡdí ì ná íd̪iɡ-yə̄ə̄sə́ |
|
20. ɟāā dùì ə̄ə̄ŋ (lit: ‘person black body’) |
|
Linguist providing data and dateː Dr. Tim Stirtz,
|
Other comments: The Gaahmɡ language, called Gaam or Tabi before, is spoken by approximately 100,000 speakers in Baw district, Jebel Tabi and outlying hills, Blue Nile state, Sudan. Gaahmg has a counting system based on twenty. The numeral t̪āmán 'one' is used with singular nouns. All other cardinal numbers are used with plural nouns. Gaahmg numerals draw upon words for hands, feet, and eyes. Hands and feet are representative of the number of fingers and toes that they contain. The numeral áás-ááman 'five (hand-one)' is based on the five fingers of one hand. The numeralíd̪iɡɡ-ɔ́ðɔ̄ 'seven (eyes-two)' is based on the two eyes - apparently in addition to the five fingers of one hand which are not included in the numeral. The numeral ə́sēɡ-dí 'ten (hands-also) is based on the ten fingers of two hands. The numeral ɟāā dùì ə̄ə̄ŋ 'twenty (person black body)' is based on all the fingers and toes of a black person’s body. It is interesting that the word dùì 'black' is included in theconstruction of the numeral, although having nothing to do with the numeral itself. The numerals 'forty', 'sixty', and higher multiples of twenty are 'two bodies', ‘threebodies' etc. Gaahmg Phonemic Chartː Consonantsː
Gaahmg has 21 consonant phonemes as shown in above table. There is contrastive length for fricatives, nasals, lateral, and rotic phonemes, but not for other consonant phonemes. Gaahmg dental and alveolar plosives are contrastive. Dental plosives are made with the tongue tip touching the back of the upper teeth. The articulation of the alveolar plosive tends to vary from person to person between alveolar and retroflex. The plosive is produced with the tongue tip or the underside of the tongue tip touching the alveolar ridge or slightly behind the alveolar ridge. The phoneme [r] is a flap, but when lengthened [r:] is realized as a trill.
Vowelsː
Gaahmg has six vowel phonemes as shown in table 2. The vowel / ə/ [ɐ] isphonetically low, made in the same place in the mouth as [ a], but with advancedtongue root. The phonemes / e/ and /o/ vary somewhat in phonetic value, becomingcloser to the values [ e] and [o] respectively in long vowels. To a lesser extent, thephonemes /i/ and /u/ also vary in phonetic value, realized closer to [ɪ] and [ʊ]respectively in short vowels. Vowel length is common and can be analyzed as a vowel sequence in the same syllable or as a lengthened version of a short vowel. The two [ATR] sets of phonemes determine the vowel harmony in the language. Only vowels with the same [ATR] value occur together in the same root. Across morpheme boundaries in the same word, [+ATR] quality spreads to all vowels unspecified for [ATR], either from root to bound morpheme or from bound morpheme to root, whereas [ -ATR] quality never spreads. In 3.2, [ATR] qualityacross morpheme boundaries is further discussed. Tonesː There are three underlying level tones in Gaahmg illustrated by the words. H v́; M= v̄, L = v̀ Rising and falling tone is analyzed as a sequence of two level tones. The level tones combine and result in nine tone melodies which are all contrastive in the same monosyllabic syllable - three level, three falling, and three rising. The same, aswell as additional tone melodies, are contrastive in disyllabic syllable patterns. Unlike some African tone languages, tone is not affected by consonants, tone is stable—t does not shift from one syllable to another, and tone does not down -stepor down -drift. The functional load of tone is very high, both in the distinction ofwords and in the expression of grammatical functions. |
Language
name and location:
|
1. taman |
21. |
2. diɔk / diak |
22. |
3. oða / ʔoda |
23. |
4. yɛsu /yɛzan |
24. |
5. ʌsumʌn |
25. |
6. tɛltɛk /tɛldɛk |
26. |
7. tauðuk / idakʼdiak (5+2) |
27. |
8. kurbaiti /idukʼʔoda (5+3) |
28. |
9. akaitɛn / idukʼyɛsu (5+4) |
29. |
10. ʔasiɡdi |
30. jaduwɪn yol siɡdi |
11. ʔasiɡdi ɛtɛn taman |
40. jaduwɪn yol diɔk |
12. ʔasiɡdi ɛtiɡin diɔk |
50. |
13. ʔasiɡdi ɛl oða |
60. |
14. ʔasiɡdi yoli yɛsu |
70. |
15. |
80. |
16. |
90. |
17. |
100. jaduwaŋ tal ʌsumʌn (20 x 5) |
18. |
|
19. |
|
20. dʒadwiaʔ / jaduwɪn / jāduyán |
|
Linguist providing data and dateː Prof. Marvin L. Bender, Department of Linguistics, Southern Illinois University, USA, June 2, 1989 提供资料的语言学家: Prof. Marvin L. Bender, 1989 年 6 月 2 日. |
Other comments: Gaam has counting system based on twenty. The above data were incomplete and lesser reliable. |
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