Abstract:The current study focused on the production of non-contrastive geminates across different boundary types in English to investigate the hypothesis that word-internal heteromorphemic geminates may differ from those that arise across a word boundary. In this study, word-internal geminates arising from affixation, and described as either assimilated or concatenated, were matched to heteromorphemic geminates arising from sequences of identical consonants that spanned a word boundary and to word-internal singletons.… Show more
“…Phrases with adjacent identical segments (e.g., clean nest), on the other hand, are considered two independent prosodic words (cf. Table I) and a difference in relative duration between word-internal and wordboundary geminates has been shown in a previous study (Oh and Redford, 2012).…”
supporting
confidence: 81%
“…The heteromorphemic sequences of identical consonants which we find in English and German, and which are often described as "fake" geminates (Kenstowicz and Pyle, 1973;Schein and Steriade, 1986;Hayes, 1986;Oh and Redford, 2012), may not always behave like "real" (lexical) geminates in every way. For instance, an underlying geminate will never allow an epenthetic vowel or pause to intervene (VC i C i V > *VC i aC i V; see Kenstowicz and Pyle, 1973, pp.…”
Section: A Acoustic Properties Of Geminatesmentioning
confidence: 72%
“…In line with previous literature (e.g., cf. Oh and Redford, 2012) we refer to these consonantal sequences as "fake geminates" since consonantal duration is not otherwise contrastive in present-day English or German.…”
mentioning
confidence: 99%
“…In present-day English, identical adjacent segments resulting from prefixation with, for example, in-and un-have been shown to still lead to gemination (cf. Oh and Redford, 2012) while in German prefixes result in mandatory degemination (cf. Wiese, 1996, p. 231).…”
In languages with an underlying consonantal length contrast, the most salient acoustic cue differentiating singletons and geminates is duration of closure. When concatenation of identical phonemes through affixation or compounding produces "fake" geminates, these may or may not be realized phonetically as true geminates. English and German no longer have a productive length contrast in consonants, but do allow sequences of identical consonants in certain morphological contexts, e.g., suffixation (green-ness; zahl-los "countless") or compounding (pine nut; Schul-leiter "headmaster"). The question is whether such concatenated sequences are produced as geminates and realized acoustically with longer closure duration, and whether this holds in both languages. This issue is investigated here by analyzing the acoustics of native speakers reading suffixed and compound words containing both fake geminate and non-geminate consonants in similar phonological environments. Results indicate that the closure duration is consistently nearly twice as long for fake geminates across conditions. In addition, voice onset time is proportionally longer for fake geminates in English while vowel duration shows few significant differences (in German sonorants only). These results suggest that English and German speakers articulate fake geminates with acoustic characteristics similar to those found in languages with an underlying length contrast, despite no longer displaying the contrast morpheme-internally.
“…Phrases with adjacent identical segments (e.g., clean nest), on the other hand, are considered two independent prosodic words (cf. Table I) and a difference in relative duration between word-internal and wordboundary geminates has been shown in a previous study (Oh and Redford, 2012).…”
supporting
confidence: 81%
“…The heteromorphemic sequences of identical consonants which we find in English and German, and which are often described as "fake" geminates (Kenstowicz and Pyle, 1973;Schein and Steriade, 1986;Hayes, 1986;Oh and Redford, 2012), may not always behave like "real" (lexical) geminates in every way. For instance, an underlying geminate will never allow an epenthetic vowel or pause to intervene (VC i C i V > *VC i aC i V; see Kenstowicz and Pyle, 1973, pp.…”
Section: A Acoustic Properties Of Geminatesmentioning
confidence: 72%
“…In line with previous literature (e.g., cf. Oh and Redford, 2012) we refer to these consonantal sequences as "fake geminates" since consonantal duration is not otherwise contrastive in present-day English or German.…”
mentioning
confidence: 99%
“…In present-day English, identical adjacent segments resulting from prefixation with, for example, in-and un-have been shown to still lead to gemination (cf. Oh and Redford, 2012) while in German prefixes result in mandatory degemination (cf. Wiese, 1996, p. 231).…”
In languages with an underlying consonantal length contrast, the most salient acoustic cue differentiating singletons and geminates is duration of closure. When concatenation of identical phonemes through affixation or compounding produces "fake" geminates, these may or may not be realized phonetically as true geminates. English and German no longer have a productive length contrast in consonants, but do allow sequences of identical consonants in certain morphological contexts, e.g., suffixation (green-ness; zahl-los "countless") or compounding (pine nut; Schul-leiter "headmaster"). The question is whether such concatenated sequences are produced as geminates and realized acoustically with longer closure duration, and whether this holds in both languages. This issue is investigated here by analyzing the acoustics of native speakers reading suffixed and compound words containing both fake geminate and non-geminate consonants in similar phonological environments. Results indicate that the closure duration is consistently nearly twice as long for fake geminates across conditions. In addition, voice onset time is proportionally longer for fake geminates in English while vowel duration shows few significant differences (in German sonorants only). These results suggest that English and German speakers articulate fake geminates with acoustic characteristics similar to those found in languages with an underlying length contrast, despite no longer displaying the contrast morpheme-internally.
“…1 On the small overall functional load of geminate consonants in Hungarian, see Obendorfer (1975). On geminates and gemination in general, see Delattre (1971); Lehiste et al (1973); Pickett et al (1999); Ham (2001); Ringen & Vago (2011);Oh & Redford (2012), as well as Davis (2011) and further literature cited there. On various aspects of (and approaches to) degemination in Hungarian, see also Nádasdy (1989); Dressler & Siptár (1989); Siptár & Törkenczy (2000), and Polgárdi (2008).…”
It is traditionally held with respect to Hungarian degemination that geminates do not occur in this language word initially or flanked by another consonant on either side. The occurrence of geminates, true and fake ones alike, is said to be impossible except intervocalically or utterance finally (if preceded by a vowel and followed by a pause). However, this traditional view is oversimplified. Siptár (2000) proposed to amend it by positing three different degemination rules, applying at word level, postlexically, and in the phonetic implementation module, respectively. Furthermore, he reinterpreted several cases that traditionally had been analysed as degemination as lack of gemination. In view of the recent literature, however, the hypothesis can be advanced that the whole issue should be seen as a matter of phonetic duration rather than that of phonological quantity. In particular, the hypothesis is that the familiar degemination effects are not specific to geminates: they are due to phonetic compression of CCC clusters. The paper presents and discusses that hypothesis and cites some results of a small-scale phonetic experiment designed to confirm (or disconfirm) it by empirical data. Six short texts involving all types of geminates and control sequences with both short and long consonants were created. Six consonants (two fricatives, three plosives, and a nasal) were used in the test (and control) sequences. The duration of the target consonant and that of the consonant cluster including it were measured in each case. The results partially support the hypothesis but they also raise some further questions.
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