Perry Lynn K, Samuelson Larissa K, Burdinie Johanna B
Department of Psychology, University of Wisconsin-Madison, USA; DeLTA Center, University of Iowa, USA.
Dev Sci. 2014 Sep;17(5):757-65. doi: 10.1111/desc.12147. Epub 2013 Dec 1.
We examine developmental interactions between context, exploration, and word learning. Infants show an understanding of how nonsolid substances are categorized that does not reliably transfer to learning how these categories are named in laboratory tasks. We argue that what infants learn about naming nonsolid substances is contextually bound - most nonsolids that toddlers are familiar with are foods and thus, typically experienced when sitting in a highchair. We asked whether 16-month-old children's naming of nonsolids would improve if they were tested in that typical context. Children tested in the highchair demonstrated better understanding of how nonsolids are named. Furthermore, context-based differences in exploration drove differences in the properties attended to in real-time. We discuss what implications this context-dependency has for understanding the development of an ontological distinction between solids and nonsolids. Together, these results demonstrate a developmental cascade between context, exploration, and word learning.
我们研究了情境、探索和词汇学习之间的发展性相互作用。婴儿对非固体物质的分类方式有一定理解,但这种理解在实验室任务中并不能可靠地转化为对这些类别如何命名的学习。我们认为,婴儿所学的关于非固体物质命名的知识是受情境限制的——幼儿熟悉的大多数非固体物质是食物,因此通常是在坐在高脚椅上时体验到的。我们询问,如果在那个典型情境中对16个月大的儿童进行测试,他们对非固体物质的命名是否会有所改善。在高脚椅上接受测试的儿童对非固体物质的命名有更好的理解。此外,基于情境的探索差异导致了实时关注的属性差异。我们讨论了这种情境依赖性对于理解固体和非固体之间本体论区分的发展有何影响。这些结果共同证明了情境、探索和词汇学习之间的发展级联。