Reproduction Accuracy for Short Rhythms Following Melodic or Monotonic Presentation

IF 1.3 2区 心理学 0 MUSIC
Andrew V. Frane, M. Monti
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引用次数: 0

Abstract

Some researchers and study participants have expressed an intuition that novel rhythmic sequences are easier to recall and reproduce if they have a melody, implying that melodicity (the presence of musical pitch variation) fundamentally enhances perception and/or representation of rhythm. But the psychoacoustics literature suggests that pitch variation often impairs perception of temporal information. To examine the effect of melodicity on rhythm reproduction accuracy, we presented simple nine-note auditory rhythms to 100 college students, who attempted to reproduce those rhythms by tapping. Reproductions tended to be more accurate when the presented notes all had the same pitch than when the presented notes had a melody. Nonetheless, a plurality of participants judged that the melodically presented rhythms were easier to remember. We also found that sequences containing a Scotch snap (a sixteenth note at a quarter note beat position followed by a dotted eighth note) were reproduced less accurately than other sequences in general, and less accurately than other sequences containing a dotted eighth note.
旋律或单调呈现后短节奏的再现准确性
一些研究人员和研究参与者表达了一种直觉,即如果有旋律,新颖的节奏序列更容易回忆和再现,这意味着旋律性(音高变化的存在)从根本上增强了对节奏的感知和/或表现。但心理声学文献表明,音高的变化往往会削弱对时间信息的感知。为了检验旋律性对节奏再现准确性的影响,我们向100名大学生展示了简单的九音符听觉节奏,他们试图通过敲击来再现这些节奏。当呈现的音符都有相同的音高时,再现往往比呈现的音符有旋律时更准确。尽管如此,许多参与者认为旋律优美的节奏更容易记住。我们还发现,通常情况下,包含苏格兰音符的序列(四分之一音符节拍位置的十六分音符,后面是带点的八分音符)的再现不如其他序列准确,也不如其他包含带点八分音符的序列准确。
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来源期刊
Music Perception
Music Perception Multiple-
CiteScore
3.70
自引率
4.30%
发文量
22
期刊介绍: Music Perception charts the ongoing scholarly discussion and study of musical phenomena. Publishing original empirical and theoretical papers, methodological articles and critical reviews from renowned scientists and musicians, Music Perception is a repository of insightful research. The broad range of disciplines covered in the journal includes: •Psychology •Psychophysics •Linguistics •Neurology •Neurophysiology •Artificial intelligence •Computer technology •Physical and architectural acoustics •Music theory
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