Sonorant conspiracy145The solution offered above allows us to capture two peculiarities ofbogus clusters, namely, the rigid order of consonants, i.e. an obstruentfollowed by a sonorant, and secondly, their absence from the word-initialposition. As for the former, the reason why bogus clusters are alwaysof the obstruent plus sonorant type is explained by the fact that obstruentscannot act as syllabic consonants (at least in Germanic and Slavic languages);consequently, two-obstruent bogus clusters are not admittedin the language, e.g. *[rkPtIN]. The reason why bogus clusters are absentfrom the word-initial position is the active status of the initial emptyCV unit. Simplifying, from the three phenomena described in this chapter,only syllabic consonants can appear at the left margin. Furtherrestructuring leading to ‘dynamic’ and ‘static’ bogus clusters is not possiblein this context as it would leave out the initial site without a governor.Moreover, this solution can also explain the absence of bogus clustersfrom the word-final position. Similarly to the left margin of the word, wordfinallyonly syllabic consonants are admitted. This results naturally fromthe fact that neither lexically present vowels nor nuclei hosting the leftbranch of the syllabic consonant can be governed by the word-final emptynucleus.Finally, note that although some exceptional cases of the word-initialbogus clusters do appear in English, they are only apparently problematicas they are usually some borrowings like knish [knIS], tmesis[tmIsIs], or knesset [knEs«t]. For most speakers, such clusters are realisedwith a schwa separating the consonants in question, e.g. [k«nIS] and [k«nEs«t].Other examples of the apparent word-initial bogus clusters are reducedto a sonorant, e.g. pneumatic [nju ® mÏtIk], gnostic [ ® nstIk], knowledge [ ® nlIdZ],etc. Such clusters cannot be separated by a properly governed emptynucleus because the government has to reach the initial empty CV unit.However, when such bogus clusters are preceded by a realised vowel, whichcan satisfy the governing requirements of the initial site, the whole clusteris predicted to appear on the surface. This is borne out by the facts,e.g. apnea [Ïp ® niÉ«], agnostic [Ïg ® nstIk], acknowledge [«k ® nlIdZ].Having suggested a unified solution to apparently separate phenomenain English, we are in a position to address the problem of bogusclusters in German introduced in section 3.2. Consider again the set ofwords given in (11) above, which is abridged and repeated below in (36) forthe reader’s convenience.(36)RodlerAdlerOrdnunga. Hochlautung[roÉdlŒ][/AÉdlŒ][/OŒ8dnUN]b. NSG[roÉtlŒ][/AÉtlŒ][/OŒ8tnUN]‘tobogganist’‘eagle’‘order’10 Polish...
146 Bogus clusters, syllabic consonants and vowel syncope. . .biblischzwiebligebnenBüglerKuglerregnet[biÉblIS][ ® tsviÉblI][ ® /eÉbn«n][byÉglŒ][ ® kuÉglŒ][reÉgn«t][biÉplIS][ ® tsviÉplI][ ® /eÉpn«n][byÉklŒ][ ® kuÉklŒ][reÉkn«t]‘biblical’‘oniony’‘level’‘sb. who irons’surname‘it rains’In Brockhaus’s (1995) analysis such forms are said to possess bogusclusters which are separated by a governed empty nucleus. She provesher point by indicating that the clusters in question are separated bya schwa in underived or related forms, e.g. Rodel [roÉd«l] ‘toboggan’,Ordentlich [ ® /OŒ8d«ntlI] ‘tidy’, Bibel [ ® bi:b«l] ‘Bible’, Zwiebel [ ® tsviÉb«l] ‘onion’,eben [ ® /eÉb«n] ‘level, adj.’, bügeln [byÉg«ln] ‘iron’, Kugel [ ® kuÉg«l] ‘ball’, Regen[reÉg«n] ‘rain’. What we are facing here is a regular schwa-zero alternationwhich brings to mind the similarity to English vowel syncope. Moreover,as reported by Brockhaus (1995), the schwa in the latter formscan be optionally replaced with a syllabic consonant, e.g. [roÉd®l], [ ® tsviÉb®l],[ ® kuÉg®l], [reÉg®N], etc. As pointed out in section 4.2 above in German, as inEnglish, word-final empty nuclei are not able to govern lexically presentvowels. It means that a final sonorant in Kugel [ ® kuÉg«l], for example, appearsin the worst scenario; it is unlicensed but at the same time governed.In consequence, in order to survive, it spreads and replaces the precedingschwa winding up as a syllabic consonant. However, in a situationwhen the sonorant happens to be followed by a realised nucleus, for exampleof a vowel-initial suffix, a new situation arises: the nuclear positionoccupied by the left branch of the syllabic consonant is governed by thefollowing suffix vowel and we arrive at the bogus cluster, e.g. [ro:dlŒ] andthe forms in (36). Thus, the solution proposed for both English andGerman bogus clusters captures two facts, namely, the rigid order of consonantsforming a bogus cluster, that is ‘CR’ and their absence fromthe word-initial position. Moreover, note that what is a true cluster in certainforms, e.g. [gl]auben ‘believe’, [gl]ocke ‘bell’, is a result of the formationof syllabic consonants in others, e.g. Bü[gl]er, Ku[gl]er. The statusof the latter cluster is betrayed by the fact that the velar plosive [g] inthis context is realised by some speakers as []. This results naturallyfrom the fact that the former appears in the domain of InfrasegmentalGovernment (see Chapter One), while the latter is followed by a governedempty nucleus, which is a lenition site according to the Coda Mirror.We should also emphasise the fact that there are instances where theban on the initial bogus clusters seems to be violated. The violation ofthe ban boils down to the appearance of [kn] and [gn] clusters word-initially.Recall the examples represented under (14) above. According to
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