Department of Biology, Emory University, Atlanta, GA 30022, USA
Department of Zoology, Faculty of Life Sciences, Tel-Aviv University, Tel-Aviv 68878, Israel.
Proc Biol Sci. 2017 Oct 25;284(1865). doi: 10.1098/rspb.2017.1616.
Anthropomorphism, the attribution of human cognitive processes and emotional states to animals, is commonly viewed as non-scientific and potentially misleading. This is mainly because apparent similarity to humans can usually be explained by alternative, simpler mechanisms in animals, and because there is no explanatory power in analogies to human phenomena when these phenomena are not well understood. Yet, because it is also difficult to preclude real similarity and continuity in the evolution of humans' and animals' cognitive abilities, it may not be productive to completely ignore our understanding of human behaviour when thinking about animals. Here we propose that in applying a functional approach to the evolution of cognitive mechanisms, human cognition may be used to broaden our theoretical thinking and to generate testable hypotheses. Our goal is not to 'elevate' animals, but rather to find the minimal set of mechanistic principles that may explain 'advanced' cognitive abilities in humans, and consider under what conditions these mechanisms were likely to enhance fitness and to evolve in animals. We illustrate this approach, from relatively simple emotional states, to more advanced mechanisms, involved in planning and decision-making, episodic memory, metacognition, theory of mind, and consciousness.
拟人论,即将人类认知过程和情感状态归因于动物的做法,通常被认为是非科学的,并且可能具有误导性。这主要是因为,动物中通常可以用更简单的替代机制来解释明显与人类相似的现象,而且当人们对人类现象不太了解时,用人类现象进行类比也没有解释力。然而,由于人类和动物认知能力的进化中确实存在相似性和连续性,因此当思考动物时,完全忽略我们对人类行为的理解可能也没有什么成效。在这里,我们提出,在应用功能方法研究认知机制的进化时,可以利用人类认知来拓宽我们的理论思维,并提出可检验的假设。我们的目标不是“抬高”动物,而是找到可以解释人类“高级”认知能力的最小一组机械原则,并考虑在什么条件下这些机制可能会提高动物的适应度并在动物中进化。我们从相对简单的情绪状态,到更高级的参与规划和决策、情景记忆、元认知、心理理论和意识的机制,举例说明了这种方法。