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An evaluation of the concept of innateness

机译:天生概念的评估

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摘要

The concept of innateness is often used in explanations and classifications of biological and cognitive traits. But does this concept have a legitimate role to play in contemporary scientific discourse? Empirical studies and theoretical developments have revealed that simple and intuitively appealing ways of classifying traits (e.g. genetically specified versus owing to the environment) are inadequate. They have also revealed a variety of scientifically interesting ways of classifying traits each of which captures some aspect of the innateon-innate distinction. These include things such as whether a trait is canalized, whether it has a history of natural selection, whether it developed without learning or without a specific set of environmental triggers, whether it is causally correlated with the action of certain specific genes, etc. We offer an analogy: the term ‘jade’ was once thought to refer to a single natural kind; it was then discovered that it refers to two different chemical compounds, jadeite and nephrite. In the same way, we argue, researchers should recognize that ‘innateness’ refers not to a single natural kind but to a set of (possibly related) natural kinds. When this happens, it will be easier to progress in the field of biological and cognitive sciences.
机译:天生的概念通常用于生物学和认知特征的解释和分类。但是,这个概念在当代科学话语中是否有合理的作用?实证研究和理论发展表明,对特征进行分类的简单直观的方法是不够的(例如,遗传指定的方法而不是环境的方法)。他们还揭示了各种对特征进行分类的科学有趣方法,每种方法都捕捉到了先天/非先天区别的某些方面。这些包括诸如性状是否被推广,是否具有自然选择的历史,是否在没有学习的情况下发展或是否没有特定的环境触发因素,是否与某些特定基因的因果相关等等。打个比方:“玉”一词曾被认为是指一种自然的物种。然后发现它是指两种不同的化合物,翡翠和软玉。我们认为,以同样的方式,研究人员应该认识到“先天”不是指单一的自然种类,而是指一组(可能相关的)自然种类。发生这种情况时,生物学和认知科学领域的进步将更加容易。

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