Patel Aniruddh D
Department of Psychology, Tufts University, Medford, MA, USA.
Psychon Bull Rev. 2017 Feb;24(1):177-180. doi: 10.3758/s13423-016-1088-4.
This article argues that music can be used in cross-species research to study the evolution of cognitive mechanisms relevant to spoken language. This is because music and language share certain cognitive processing mechanisms and because music offers specific advantages for cross-species research. Music has relatively simple building blocks (tones without semantic properties), yet these building blocks are combined into rich hierarchical structures that engage complex cognitive processing. I illustrate this point with regard to the processing of musical harmonic structure. Because the processing of musical harmonic structure has been shown to interact with linguistic syntactic processing in humans, it is of interest to know if other species can acquire implicit knowledge of harmonic structure through extended exposure to music during development (vs. through explicit training). I suggest that domestic dogs would be a good species to study in addressing this question.
本文认为,音乐可用于跨物种研究,以探究与口语相关的认知机制的进化。这是因为音乐和语言共享某些认知加工机制,且音乐为跨物种研究提供了特定优势。音乐具有相对简单的构成要素(无语义属性的音调),然而这些要素被组合成丰富的层次结构,涉及复杂的认知加工。我以音乐和声结构的加工为例来说明这一点。由于音乐和声结构的加工已被证明在人类中与语言句法加工相互作用,因此了解其他物种在发育过程中通过长期接触音乐(而非通过明确训练)能否获得和声结构的隐性知识就很有意思了。我认为家犬是研究这个问题的一个很好的物种。