An international research team lead by Marisa Hoeschele from the University of Vienna argue that only by combining examination of species' natural behaviour and artificially testing species for their potentials the animal foundations for our musical faculty can be discovered. Animal research could be the key to unlocking what features of human music are cultural phenomena, and what features are rooted in our biology. This work is actually published in the scientific journal "Philosophical Transactions of the Royal Society B".
Different human cultural groups developed unique musical systems independently across human history. Despite the uniqueness of each musical system, there are many aspects of music, such as the type of intervals between notes that sound pleasing, that tend to have clear parallels across cultures. It seems very likely, that if all humans develop musical systems, and they also have clear parallels, that music is a biological phenomenon of the human species.
Interestingly, just like there are cross-cultural parallels across musical systems, there are also cross-species parallels of song production and perception. For example, think of the songbirds that are named for having song-like vocalizations. Songbirds also learn how to produce their vocalizations, a prerequisite to learning new songs, which is a relatively uncommon ability in the animal kingdom, and some can learn to produce additional vocalizations over their lifetime. Parrots also have this ability, and have recently also been shown to be able to identify a beat and move to it. Clearly, some animals appear to have biological adaptations that are quite similar to ours.
But do these naturalistic parallels mean that animals can be musical? We already know that at least some animals can categorize music by composer and/or genre much like humans do. The little work that is out there in this quickly-growing field suggests that there are not only many parallels in abilities that are relevant for music, but many animals can perceive the components of music the way we do, and at least some also enjoy similar aspects of sounds that we enjoy. "Our review outlines what we know in the field and where the field needs to go in order to ultimately be able to answer the question of the origins of the human musical capacity", describes Hoeschele.
###
Publication in Philosophical Transactions of the Royal Society B:
Hoeschele, M., Merchant, H., Kikuchi, Y., Hattori, Y., ten Cate, C. (2015). Searching for the origins of musicality across species. Philosophical Transactions of the Royal Society B, 370(1664).DOI: 10.1098/rstb.2014.0094
Scientific contact
Marisa Hoeschele, PhD
Department of Cognitive Biology
University of Vienna
1090 Vienna, Althanstraße 14
T +43-699-1722-34 67
marisa.hoeschele@univie.ac.at
Press contact
Mag. Veronika Schallhart
Press office, University of Vienna
Research and Teaching
1010 Vienna, Universitätsring 1
T +43-1-4277-175 30
M +43-664-602 77-175 30
veronika.schallhart@univie.ac.at
The University of Vienna, founded in 1365, is one of the oldest and largest universities in Europe. About 9,500 employees, 6,700 of who are academic employees, work at 19 faculties and centres. This makes the University of Vienna Austria's largest research and education institution. About 92,000 national and international students are currently enrolled at the University of Vienna. With more than 180 degree programmes, the University offers the most diverse range of studies in Austria. The University of Vienna is also a major provider of continuing education. In 2015, the Alma Mater Rudolphina Vindobonensis celebrates its 650th Anniversary. http://www.univie.ac.at
Journal
Philosophical Transactions of the Royal Society of London