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Did tool-use evolve with enhanced physical cognitive abilities?

机译:工具使用是否随着增强的物理认知能力而发展?

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摘要

The use and manufacture of tools have been considered to be cognitively demanding and thus a possible driving factor in the evolution of intelligence. In this study,we tested the hypothesis that enhanced physical cognitive abilities evolved in conjunction with the use of tools, by comparing the performance of naturally tool-using and non-tool-using species in a suite of physical and general learning tasks. We predicted that the habitually tool-using species, New Caledonian crows and Galápagos woodpecker finches, should outperform their non-tool-using relatives, the small tree finches and the carrion crows in a physical problembut not in general learning tasks. We only found a divergence in the predicted direction for corvids. That only one of our comparisons supports the predictions under this hypothesis might be attributable to different complexities of tool-use in the two tool-using species. A critical evaluation is offered of the conceptual andmethodological problems inherent in comparative studies on tool-related cognitive abilities.
机译:工具的使用和制造被认为对认知要求很高,因此可能是智能发展的驱动因素。在这项研究中,我们通过比较自然使用工具和非使用工具的物种在一系列物理和一般学习任务中的表现,检验了与使用工具一起增强的物理认知能力的假设。我们预测,在物理问题上,但不是一般学习任务中,习惯使用工具的物种,新喀里多尼亚乌鸦和加拉帕戈斯啄木鸟雀在其非工具亲属,小树雀和腐肉乌鸦方面要胜过其非工具亲属。我们只发现了在弯曲体的预测方向上存在差异。我们的比较中只有一个支持这种假设下的预测,这可能归因于两种工具使用物种中工具使用的不同复杂性。对工具相关认知能力的比较研究中固有的概念和方法学问题提供了重要的评估。

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