22 research outputs found
Reply to "Embodied Rhythm" by Bruno Repp and "Do Preferred Beat Rate and Entrainment to the Beat Have a Common Origin in Movement?" by Laurel Trainor
Get PDFTwo leading issues raised in commentaries on the authors’ earlier article (2007) involved the possible roles of gender differences and the vestibular system on test results. Those issues are discussed in this reply
The Contribution of Anthropometric Factors to Individual Differences in the Perception of Rhythm
Get PDFIn a sample of 44 human subjects, aged between 18 and 38 years, two
distinct measurement procedures were carried out: (1) a psychophysical procedure to
determine ‘preferred beat rate’ and (2) standard anthropometry to determine mass
and 6 skeletal dimensions. Additionally the factors of sex, age and musicianship
were also assessed. ANOVAs were carried out with preferred beat rate as the
dependent variable and each of the anthropometric variables as between-subjects
factors, partitioned into two levels, defined by the 50th percentile. Significant effects
were obtained for age, anthropometric factors and the interaction between age and
sex, totalling about 40% of the explainable variance. No significant main effects of
sex or musicianship were obtained
Estimated source intensity and active space of the American alligator (Alligator Mississippiensis) vocal display
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Vestibular responses to loud dance music: A physiological basis of the 'rock and roll threshold'?
No full textSiamang gibbons exceed the saccular threshold: Intensity of the song of Hylobates syndactylus
No full textTowards an auditory account of speech rhythm: Application of a model of the auditory 'primal sketch' to two multi-language corpora
No full textVestibular-evoked extraocular potentials produced by stimulation with bone-conducted sound
No full textThe contribution of anthropometric factors to individual differences in the perception of rhythm
Get PDFIn a sample of 44 human subjects, aged between 18 and 38 years, two distinct measurement procedures were carried out: (1) a psychophysical procedure to determine ‘preferred beat rate’ and (2) standard anthropometry to determine mass and 6 skeletal dimensions. Additionally the factors of sex, age and musicianship were also assessed. ANOVAs were carried out with preferred beat rate as the dependent variable and each of the anthropometric variables as between-subjects factors, partitioned into two levels, defined by the 50th percentile. Significant effects were obtained for age, anthropometric factors and the interaction between age and sex, totalling about 40% of the explainable variance. No significant main effects of sex or musicianship were obtained
