This study investigates the prosodic conditioning of phonetic details which are candidate cues to phonological contrasts. German /b, d, g, p, t, k/ were examined in three prosodic positions. Lenis plosives /b, d, g/ were produced with less glottal vibration at larger prosodic boundaries, whereas their VOT showed no effect of prosody. VOT of fortis plosives /p, t, k/ decreased at larger boundaries, as did their burst intensity maximum. Vowels (when measured from consonantal release) following fortis plosives and lenis velars were shorter after larger boundaries. Closure duration, which did not contribute to the fortis/lenis contrast, was heavily affected by prosody. These results support neither of the hitherto proposed accounts of prosodic ...
Sound change in the form of plosive mergers has been reported for a variety of languages and is the ...
This study examines the effects of prosodic boundaries, lexical stress, and phrasal accent on the ac...
This research was supported by the Max Planck Gesellschaft zur Förderung der Wissenschaften. We than...
This study investigates the prosodic conditioning of phonetic details which are candidate cues to ph...
The present study investigates the influence of prosodic structure on the fine-grained phonetic deta...
The present study investigates the influence of prosodic structure on the fine-grained phonetic deta...
Prosodic structure has long been known to constrain phonological processes [1]. More recently, it ha...
This study addressed prosodic effects on the duration of and amount of glottal vibration in German w...
An important source of phonetic variation in German fricatives is progressive voice assimilation: t...
Prosodic structure has long been known to constrain phonological processes [1]. More recently, it ha...
Three experiments investigated the voicing distinction in Dutch initial labial and alveolar plosives...
In Alemannic dialects of German-speaking Switzerland, the primary cue between lenis and fortis plosi...
Prosodic influences on phonetic realizations of four Dutch consonants (/t d s z/) were examined. Sen...
We explore the role of the acoustic consequences of domain-initial strengthening in spoken-word reco...
International audienceThe first typologies of phonological systems of the world's languages (Troubet...
Sound change in the form of plosive mergers has been reported for a variety of languages and is the ...
This study examines the effects of prosodic boundaries, lexical stress, and phrasal accent on the ac...
This research was supported by the Max Planck Gesellschaft zur Förderung der Wissenschaften. We than...
This study investigates the prosodic conditioning of phonetic details which are candidate cues to ph...
The present study investigates the influence of prosodic structure on the fine-grained phonetic deta...
The present study investigates the influence of prosodic structure on the fine-grained phonetic deta...
Prosodic structure has long been known to constrain phonological processes [1]. More recently, it ha...
This study addressed prosodic effects on the duration of and amount of glottal vibration in German w...
An important source of phonetic variation in German fricatives is progressive voice assimilation: t...
Prosodic structure has long been known to constrain phonological processes [1]. More recently, it ha...
Three experiments investigated the voicing distinction in Dutch initial labial and alveolar plosives...
In Alemannic dialects of German-speaking Switzerland, the primary cue between lenis and fortis plosi...
Prosodic influences on phonetic realizations of four Dutch consonants (/t d s z/) were examined. Sen...
We explore the role of the acoustic consequences of domain-initial strengthening in spoken-word reco...
International audienceThe first typologies of phonological systems of the world's languages (Troubet...
Sound change in the form of plosive mergers has been reported for a variety of languages and is the ...
This study examines the effects of prosodic boundaries, lexical stress, and phrasal accent on the ac...
This research was supported by the Max Planck Gesellschaft zur Förderung der Wissenschaften. We than...