Centre for Social Learning and Cognitive Evolution and Scottish Primate Research Group, University of St Andrews, St Andrews KY16 9JP, Scotland, UK.
Neuron. 2010 Mar 25;65(6):815-30. doi: 10.1016/j.neuron.2010.03.010.
Primates undoubtedly have impressive abilities in perceiving, recognizing, manipulating, and predicting other individuals, but only great apes seem to recognize the cognitive basis of manipulative and cooperative tactics or the concept of self. None of these abilities is unique to primates. We distinguish (1) a package of quantitative advantages in social sophistication, perhaps based on more efficient memory, in which neocortical enlargement is associated with the challenge of social living; from (2) a qualitative difference in understanding, whose taxonomic distribution--including several distantly related species, including birds--does not point to an evolutionary origin in social challenges and may instead relate to a need to acquire novel ways of dealing with the physical world. The ability of great apes to learn new manual routines by parsing action components may have driven their qualitatively greater social skill, suggesting that strict partition of physical and social cognition is likely to be misleading.
灵长类动物无疑在感知、识别、操纵和预测其他个体方面具有令人印象深刻的能力,但似乎只有大型猿类才会认识到操纵和合作策略的认知基础或自我概念。这些能力都不是灵长类动物所特有的。我们区分出(1) 一系列在社交复杂性方面的定量优势,这可能基于更有效的记忆,其中新皮层的扩大与社交生活的挑战有关;以及 (2) 在理解方面的质的差异,其分类分布——包括几种亲缘关系较远的物种,包括鸟类——并没有指向社会挑战的进化起源,而可能与需要获得新的处理物理世界的方法有关。大型猿类通过解析动作成分来学习新的手动常规的能力可能推动了它们在社交技能方面的质的提高,这表明严格划分物理和社会认知可能会产生误导。