乌的心态:乌和猿类中智力的融合进化
Nathan J Emery1, Nicola S Clayton
1Sub-Department of Animal Behaviour, University of Cambridge, CB3 8AA, UK. nje23@cam.ac.uk
概括
复杂的认知能力在类动物和猿类动物中独立演变. 这些物种共享的认知"工具包"的推理,灵活性,想象力和前性,使他们能够解决类似的社会生态问题.
科学领域:
- 认知进化 认知进化
- 比較心理學 比較心理學
- 动物认知 动物认知
背景情况:
- 情报演变的讨论传统上集中在灵长类动物上,因为它们与人类的进化联系.
- 像鱼这样的大脑,社会动物对他们的环境有着复杂的理解.
- 最近的研究强调了鱼的高级认知技能,挑战了以灵长类为中心的观点.
研究的目的:
- 审查最近关于鸟认知的研究,包括工具制造,精神时间旅行和社会认知.
- 为复杂的认知提出一种认知"工具包"模型.
- 论证远距离相关物种复杂认知能力的融合进化.
主要方法:
- 对鱼认知能力的现有科学文献的审查.
- 对专注于工具制造,精神时间旅行和鱼的社会认知研究的分析.
- 在鱼和猿之间对认知工具包的比较分析.
主要成果:
- 乌类动物表现出与猿类可比的复杂认知能力,包括工具制造和精神时间旅行的证据.
- 一个共同的因果推理,灵活性,想象力和前性的"工具包"是两个群体复杂认知的基础.
- 这些认知能力似乎已经独立地进化了多次.
结论:
- 复杂的认知并不仅限于灵长类动物,而且在与之相近的物种中如鱼类中也发生了融合的进化.
- 复杂的认知能力的演变是由解决类似社会生态挑战的需要驱动的.
- 共同的认知工具包,尽管有不同的大脑结构,促进了先进认知的独立进化.
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