Part I: Chapter 2
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Form and meaning in Fulfulde: a morphophonological study of Maasinankoore Breedveld, J.O. Citation Breedveld, J. O. (1995, May 30). Form and meaning in Fulfulde: a morphophonological study of Maasinankoore. CNWS/LDS Publications. Retrieved from https://hdl.handle.net/1887/68663 Version: Not Applicable (or Unknown) Licence agreement concerning inclusion of doctoral thesis in the License: Institutional Repository of the University of Leiden Downloaded from: https://hdl.handle.net/1887/68663 Note: To cite this publication please use the final published version (if applicable). Cover Page The handle http://hdl.handle.net/1887/68663 holds various files of this Leiden University dissertation. Author: Breedveld, J.O. Title: Form and meaning in Fulfulde: a morphophonological study of Maasinankoore Issue Date: 1995-05-30 Part I Phonology Chapter two Speech sounds 2.1 FULFULDE SPEECH SOUNDS The vowel inventory of the Fulfulde of Maasina is represented in the following table. -round -round +round -back -back +back +front -front -front +high -low +ATR i u -high -low +ATR e 0 -high -low -ATR e ::> -high +low -ATR a Nasalized vowels, voiceless vowels, and laryngealized vowels occur in Fulfulde too. They can be predicted from underlying phonological structures. The consonant inventory of the Fulfulde of Maasina is represented in the table below. labial labiovelar alveolar palatal velar glottal voiceless stop p t k voiced stop b d g voiceless affricate C voiced affricate j voiced lateral I voiced trill r voiceless fricative f s voiced approximant w y voiceless approximant h laryngealized stop 6 cf laryngealized affricate j glottal stop 1 nasal stop m n .Jl IJ prenasalized stop mb °<I Dj ng The speech sounds are represented by their orthographic symbols. The symbol [c] represents the phonetic affricate sequence [cJ]. The symbol [j] represents the phonetic affricate sequence [d3]. The symbol [j] represents the phonetic affricate sequence [<J.~]. The phonetic realization of laryngealization is represented with a tilde under the segment [ _ ]. Several issues have been raised in the discussion about the phonemic status of the above consonants and vowels in the Fulfulde literature. The description of length, the status of the 22 Speech sounds prenasalized consonants, and the nature of the affricates have been interpreted in different ways. All three phenomena: length, prenasalization, and the complex structure of affricate segments are related to the organization of features in time within a phoneme. The analysis of these time related issues are discussed in section 2.3 in an autosegmental framework. 2.2 THE PHONOLOGICAL FEATURES The Fulfulde speech sounds are analyzed as bundles of features (organized on autosegmental tiers). The features are binary except for the acoustic feature of sonority which is placed on a hierarchical scale (see section 4.4). The six distinctive places of articulation used to describe consonants consist of the bundling of the following feature values. labial labiovelar alveolar palatal velar glottal coronal + + anterior + + high + + back + + front + round + low + The place features for the vowels are slightly different from those of consonants. There are four feature tiers that are common for both consonants and vowels: [high], [back], [round], and [low]. The tiers specifying [coronal] and [anterior] are only specified for consonants, not for vowels. The autosegmental feature tier ATR is only linked to vowels, not to consonants. There is no separate consonant tier and vowel tier but the anterior and coronal tier are only linked to consonants and the ATR tier is only linked to vowels. The following figure gives the place feature specification of vowels in Fulfulde. a e e i ;) 0 u high + + back + + + round + + + front + + + low + ATR + + + + The occurrence of both vowels and consonants on the feature tiers [high], [back], [round], and [low] is necessary for the explanation of phonological changes where vowels influence the place features of adjacent consonants. The instructions to the vocal cords are represented by the autosegments [constricted], [voice], and [spread]. Constricted means that the arytenoids are brought tightly together so that the vocal cords cannot vibrate (either fully or partially). Spread means that the vocal cords are apart (either fully or partially) allowing for the air to pass freely. Voice means that the vocal cords are vibrating,, either over the full length or only the ligamental part. The Phonological features 23 consonant [h] is whispered, i.e. the vocal cords are together or narrowed except between the arytenoids (Ladefoged 1971:8). The feature [-voice] is realized as whisper for the consonant [h]. The following figure gives the possible configurations of the voice features. voiced voiceless laryngealized glottal stop voice + + spread + constricted + + The feature [+nasal] occurs in nasal and prenasalized stops and in nasalized vowels. Nasalized vowels are (often optional) phonetic realizations of a vowel-nasal sequence in word final position. The different manners of articulation of consonants are described with the features [continuant], [lateral], [vibrant], and [strident]. Vowels have the same autosegmental representation as approximants. Voiced approximants (glides) and vowels only differ in sonority, a scaled feature that is described in section 4.4. The following figure shows the values of the manner features of a number of phonological categories. vowel approximant trill lateral fricatives obstruents continuant + + + + lateral + vibrant + strident + The obstruents can be divided into several categories. Obstruents can be voiced, voiceless, laryngealized, glottal, nasal, prenasalized, and affricate in Fulfulde. They differ from each other according to the type of voicing, the absence and presence of nasality, and their temporal structure. Prenasalized consonants and affricates are obstruents with a complex time structure. They are analyzed with a sequence of two different values on one tier during one time slot. affricate obstruents prenasalized obstruents C j j {mb, nd, nj, ng} nasal +- continuant -+ -+ -+ lateral vibrant strident + + + voice + + spread + constricted + Affricates are marked by the sequence [-continuant][+continuant] within one time slot. Prenasalized consonants are analyzed with a [+nasal][-nasal] sequence within one time slot. The combinations of the different feature specifications of the consonants and vowels 24 Speech sounds in Maasina are listed in Appendix 1. Also included in the appendix are the consonants [q], [{3], [f], and [3]. The consonant [q] is in complementary distribution with [w] in Maasina. The bilabial fricative [{3] occurs in dialects spoken in Cameroon, i.e. in Aadamaawa and in the dialects of the Dageeja and the Ringimaaji. In Maasina, the palatal fricatives [f] and [3] only occur as the final parts of a palatal affricate. The voiceless palatal fricative [f] occurs in Gombe and Ringimaaji and corresponds in a regular manner to the affricate [c] in other dialects such as Maasina. 2.3 REPRESENTATION OF SEGMENTS WITH TEMPORAL STRUCTURE 2.3.1 VOWEL LENGTH A long vowel is represented as a bundle of features linked to two time slots. The following figure gives the autosegmental representation of a long vowel. X X V V Length is not considered as a feature of the vowel itself but it follows from the organization of the vowel features on the timing-tier over two time slots, thus indicating a longer realization in time. A long vowel can already be long in i:he underlying structure of the morpheme. Sometimes a long vowel is the result of a phonological derivation whereby the feature bundle of a certain vowel is linked to an adjacent time slot that has been delinked from its underlying content. r r r w a h r e The word waare 'beard' is derived from the morphemes *wah and *re that are stored in the lexicon with their underlying features and. time slots. At the surface, the consonant [h] cannot occur adjacent to another consonant and it cannot occur in syllable final position. When the consonant [h] is delinked because it occurs in syllable final position, the time slot of the consonant [h] will be linked to the preceding vowel . Thus the vowel [a] is lengthened because it fills the time slot underlyingly linked to [h] in the morpheme *wah. The representation of a long vowel as one bundle of autosegments linked to two time slots does not only describe the length of a vowel, it also gives insight into the genesis of the long vowels in such phonological derivations as demonstrated above. Vowel length is written as a sequence of two identical vowels in the orthographic representation of Fulfulde. Segments with temporal structure 25 2.3.2 LONG OR GEMINATE CONSONANTS A long or gerninate consonant is represented as a bundle of features linked to two time slots. The following figure shows the autosegmental representation of a long consonant. X X V C Consonants that have in their realization a closure in the oral or nasal or pharyngeal cavity can occur as long consonants. Length is realized phonetically by prolonging the time of the closure before the release of the (obstruent) consonant. Fricatives and approximants can occur as.gerninate consonants but such [+continuant] gerninates are rare in Fulfulde. The following table shows the consonants which can be long in Maasina. labial/labiovelar alveolar palatal velar/glottal voiceless stop pp tt cc kk voiced stop bb dd jj gg laryngealized stop 66 cfcf jj nasal stop mm nn Jl.Jl IJJJ prenasalized stop mmb nnd Jlnj IJng voiced lateral stop ll not frequent, rare: voiced trill IT glottal stop Tl voiced continuant WW yy The voiceless continuants [f], [s], and [h] do not occur as long consonants. The phonetic realization of the gerninate [rr] is a repeated articulation of the trill over a longer period of time, a realization that is slightly different from the other gerninates. The gerninate [rr] has a limited distribution. In the Fulfulde dialect of Fuuta Tooro, the trill [r] cannot occur as a gerninate consonant (Paradis 1986:218). In the dialects of Liptaako (Bidaud & Prost 1982:16), Kaceccereere (McIntosh 1984:12), and Gombe (Arnott 1970a:384) the long [rr] does occur but not very frequently.