Sonorant conspiracy133of the phenomenon in question? In what follows, we shall apply Scheer’s(2003) solution to the English data and see whether it can capture theEnglish facts.Let us start by pointing out some similarities between Germanand English. First of all both languages allow for the word-final ‘TR’ clusters,which are the result of the schwa syncope, e.g. button, happen, chicken[ ® b¿t ®n], [ ® hÏp ®m], [ ® tSIk®N], respectively. As can be seen in this contextthe nasal becomes syllabic. Moreover, progressive nasal assimilation,although far less productive, is also admitted in English. Another similaritybetween both languages is the governing ability of final empty nuclei.Thus, the grammaticality of forms like, for instance, fact, apt, lamp, etc.,shows that the empty nucleus separating the last consonant cluster inthose forms must be governed by the final empty nucleus. Moreover,as will be pointed out below and in the following sections, final emptynuclei are not able to govern lexically present nuclei. To anticipatethe discussion below, it suffices to note that although vowel-zero alternationsare possible in English and they do appear in the word-final position,they occur only in a highly restricted context, that is, before a sonorant.It follows that if we compare the situation in which the final nasalin the German word Magen ‘stomach’ [ ® mA†g«n] > [ ® mA†g®N] appears with thatin the English word chicken [ ® tSIk«n] > [ ® tSIk®N], we arrive at the same conclusion.Namely, the nasal [n] appears in a weak position, that is, it isgoverned but unlicensed. In this position a nasal is predicted to reactand search for a place to spread on to, which is the case in English aswell as in German. In brief, the nasal displaces the preceding schwaand takes over its position. However, this is not the only position inwhich syllabic consonants appear. At the beginning of this chapter (insection 2.1) it was pointed out that there are hardly any restrictionson the distribution of syllabic consonants in English. They can be foundnot only word-finally but also word-internally and word-initially beforeconsonants, vowels and intervocalically. The only requirement thatmust be satisfied is the presence of the preceding schwa. This, as was pointedout in the previous section, is a natural consequence of the fact thatschwa is the weakest vowel and can be easily displaced by the spreadingconsonant.To find an adequate explanation for the syllabic consonant we should,first of all, reject a solution which may seem promising at first sight, i.e.syllabic consonant as the result of the application of Proper Government.This solution has already been mentioned in the analysis of German syllabicconsonants under (20a), which is slightly modified and repeated as(25a) for the reader’s convenience.
134 Bogus clusters, syllabic consonants and vowel syncope. . .(25) a. PG b. PGV|VC|CVCV|PV|VC|CVCV|V«®R«®RLic. Lic.In (25a) the position occupied by the schwa is properly governed by thefollowing empty nucleus. The schwa disappears making room for the sonorantto spread. However, it has been mentioned above that final emptynuclei are not able to govern lexically present nuclei. Thus, (25a) isnot a possible representation of syllabic consonants. The impossibility offinal empty nuclei to govern lexically present vowels is additionally confirmedby the fact that the schwa disappears only before sonorants andnever before obstruents, e.g. cabinet [ ® kÏbIn«t], definite [ ® def ®n«t], barrack[ ® bÏr«k], chocolate [ ® tSk « l«t], separate [ ® sep«r«t], etc. Nobody would be persuadedof the validity of the claim that final empty nuclei can govern thepreceding schwa only if the latter appears before a sonorant and neverbefore an obstruent. The same line of reasoning applies to the word-internaland the word-initial position where a syllabic consonant is followedby an audible vowel (25b). Thus, if a full vowel is able to govern theschwa before a sonorant, it should in principle also govern the schwabefore an obstruent. The latter situation, however, is again not admittedin the language. Another consequence of the fact that the sonorant in(25b) is followed by the full vowel is that the former is licensed. Fullvowels, unlike empty ones, are sound licensors. Thus, it follows that thesonorant in (25b) appears in a strong position. It escapes government,while being licensed at the same time. If we want to claim that syllabicconsonants arise in response to positional weakness, there is no reasonwhy the sonorant should be active in (25b). From the discussion above itfollows that both representations in (25) are incorrect. Vowels which arelexically present are never targets of Proper Government in English.One observation that follows directly from the discussion above isthat in English syllabic consonants appear before both the empty andfull nuclei. Given the fact that they are always preceded by the schwa,we can conclude that syllabic consonants appear intervocalically. Furthermore,according to the Coda Mirror both contexts, i.e. before the emptynucleus and intervocalically, are weak, hence it follows that syllabic consonantsarise in response to positional weakness (26).
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PrefaceThe phonotactic peculiaritie
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Preface92000), Ploch (1999), van de
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