ALPs

AN ULTRASOUND STUDY ON
THE PHONETIC ALLOPHONY OF TYROLEAN /R/

Alessandro Vietti, Lorenzo Spreafico, Vincenzo Galatà

 

ALPs - Alpine Laboratory of Phonetics and Phonology, Free University of Bozen – Bolzano, Italy

{alessandro.vietti, lorenzo.spreafico, vincenzo.galata} @unibz.it

 

Figure 1 - Smoothing splines results for EVK’s /r/-variants (colour legend on the right in the following order: a = approximant, f = fricative, t = tap, voc = vocalization).

Figure 1: Smoothing splines results for EVK’s   /r/-variants (colour legend on the right in the following order: a = approximant, f = fricative, t = tap, voc = vocalization).

 

 

Figure 2 - Interaction effects with Bayesian confidence intervals for EVK for approximant (at the top left) and fricative (top right), tap (bottom left) and vocalization (bottom right).

Figure 2: Interaction effects with Bayesian confidence intervals for EVK for approximant (at the top left) and fricative (top right), tap (bottom left) and vocalization (bottom right).

 

 

Figure 3 - Smoothing splines results for MRL’s /r/-variants (colour legend on the right in the following order: a = approximant, f = fricative, t = tap, r = trill, voc = vocalization).

Figure 3: Smoothing splines results for MRL’s  /r/-variants (colour legend on the right in the following order: a = approximant, f = fricative, t = tap, r = trill, voc = vocalization).

 

 

Figure 4 - Interaction effects with Bayesian confidence intervals for MRL for approximant, fricative and tap (at the top, from left to right), trill and vocalization (at the bottom).

Figure 4: Interaction effects with Bayesian confidence intervals for MRL for approximant, fricative and tap (at the top, from left to right), trill and vocalization (at the bottom).