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Proceedings Fonetik 2009 - Institutionen för lingvistik

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<strong>Proceedings</strong>, FONETIK <strong>2009</strong>, Dept. of Linguistics, Stockholm Universityception to that development. Furthermore, thetonal system of South Swedish, at least, is sufficientlydifferent from its northern neighbours,the Göta dialects, to make a direct prosodicconnection unlikely (Riad, 1998b; 2005). Thisexcludes the putative alternative hypothesis.In this contribution, I take a closer look atsome of the details regarding the relationshipbetween creak/stød and the constellation oftones. The natural place to look is the dialect ofEskilstuna, located to the west of Stockholm,which is key to the understanding of the phoneticdevelopment of stød, the tonal shift in thedialect transition from CSw to DB, and thegeneralization of accent 2. I have used part ofthe large corpus of interviews collected byBengt Nordberg and his co-workers in the 60’s,and by Eva Sundgren in the 90’s, originally forthe purpose of large-scale sociolinguistic investigation(see e.g. Nordberg, 1969; Sundgren,2002). All examples in this article are takenfrom Nordberg’s recordings (cf. Pettersson andForsberg, 1970). Analysis has been carried outin Praat (Boersma and Weenink, <strong>2009</strong>).Creak/stød as a correlate of HLFischer-Jørgensen’s F0 graphs of minimalstød/no-stød pairs show that stød cooccurs witha sharp fall (1989, appendix IV). We take HLto be the most likely tonal configuration for theoccurrence of stød, the actual correlate being aL target tone. When the HL configuration occursin a short space of time, i.e. under compression,and with a truly low target for the Ltone, creak and/or stød may result. A hypothesisfor the phonetic connection between thesephenomena has been worked out by Jan Gauffin(1972ab), cf. Lindblom (<strong>2009</strong>a; this volume).The compressed HL contour, the extra lowL and the presence of creak/stød are all propertiesthat are frequent in speakers of theEskilstuna variety of Central Swedish. Bleckert(1987, 116ff.) provides F0 graphs of the sharptonal fall, which is known as ‘Eskilstuna curl’(Sw. eskilstunaknorr) in the folk terminology.Another folk term, ‘Eskilstuna creak’ (Sw.eskilstunaknarr), picks up on the characteristiccreak. These terms are both connected with theHL fall which is extra salient in Eskilstuna aswell as several other varieties within the socalled‘whine belt’ (Sw. gnällbältet), comparedwith the eastward, more standard CentralSwedish varieties around Stockholm. Clearly,part of the salience comes directly from themarked realizational profile of the fall, butthere are also distributional factors that likelyadd to the salience, one of which is the veryfact that the most common place for curl is inphrase final position, in the fall from the focalH tone to the boundary L% tone.Below are a few illustrations of typical instancesof fall/curl, creak and stød. Informantsare denoted with ‘E’ for ‘Eskilstuna’ and anumber, as in Pettersson and Forsberg (1970,Table 4), with the addition of ‘w’ or ‘m’ for‘woman’ and ‘man’, respectively.Pitch (Hz)5004003002001000ba- ge- ˈri- et’the bakery’L H L , , , ,0 0.7724Time (s)Figure 1. HL% fall/curl followed by creak (marked‘, , ,’ on the tone tier). E149w: bage 1ˈriet ‘the bakery’.Pitch (Hz)5004003002001000jo de tyc- ker ja ä ˈkul’yes, I think that’s fun’H , , L , ,0 1.125Time (s)Figure 2. HL% fall interrupted by creak. E106w:1ˈkul ‘fun’.Pitch (Hz)5004003002001000å hadd en ˈbä- lg’and had (a) bellows’H o L0 1.439Time (s)Figure 3. HL% fall interrupted by stød (marked by‘o’ on the tone tier). E147w: 1ˈbälg ‘bellows’.13

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