Effects of Musical Context on the Recognition of Musical Motives During Listening

Author:

Taher Cecilia1,Hasegawa Robert1,McAdams Stephen1

Affiliation:

1. McGill University, Montreal, Canada

Abstract

Previous research suggests that musical context affects the formation of similarity relations among motivic/thematic materials during listening, and that three contextual aspects, namely contrasts in surface features and the organization and development of the musical materials, shape the listening experience of complete works. We empirically investigate the effects of these three contextual aspects on the perceived similarity of motivic variations while listening to Boulez's Anthèmes. This piece exists in two versions: 1) solo violin, and 2) violin and electronics. They contain clear categories of motivic materials, whose recognition can be studied within the natural contexts of the two versions. In Experiment 1, participants freely classified motivic variations extracted from Anthèmes 1 representing different motivic categories. In Experiment 2, participants provided dissimilarity ratings for these variations. From these results, motivic models were selected for each category. In Experiment 3, musicians identified variations of the models while listening to either version of Anthèmes. The results indicate that musical contexts that are more contrasting on the surface, or more predictable in terms of motivic features and organization, facilitate the identification of motivic variations, whereas the overall formal development of the musical materials and their context over time disturbs the recognition of those variations.

Publisher

University of California Press

Subject

Music

Reference28 articles.

1. For participants listening to Anthèmes 1, each of these five blocks was itself performed three times, using the same stimuli, so that participants completed the same tasks with the stimuli belonging to one motivic family three times in direct succession. This was done in order to investigate the effects of repeated exposure to the complete piece on the recognition of the motives from each family. Statistical tests (ANOVA and logistic regression) suggested that listening to Anthèmes several times did not affect the listeners’ recognition of the motivic variations. We believe that this apparent lack of effect of repeated exposure on motivic recognition was largely due to a global effect of repeated exposure across the entire experiment, during which participants heard the piece a total of 15 times one after the other. Because the present paper does not deal with the effects of repeated exposure to the same piece of music, only the data corresponding to the first listening associated with each motivic family are reported and discussed here. For details concerning repeated exposure to Anthèmes1, see Taher, 2016.

2. This shows the conversion of the value of b reported below to the odds ratio (.78 in this case), which in turn allows us to report the percentage of decrease in motivic recognition per formal unit (22% in this case). Here, the value of .78 means that the odds decrease by approximately 22%. The odds ratio is obtained by raising e to the power of the b.

3. Bartlett, J.C., & Dowling, W. J. (1988). Scale structure and similarity of melodies. Music Perception, 5, 285–314.

4. Boulez, P. (1992). Anthèmes 1. Vienna, Austria: Universal Edition.

5. Boulez, P. (1997). Anthèmes 2: Pour violon et dispositif électronique. Vienna, Austria: Universal Edition.

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