Branyan Helen, Fridman Elisheva, Shaki Samuel, McCrink Koleen
Barnard College - Columbia University.
Ariel University.
J Cogn Dev. 2023;24(1):142-159. doi: 10.1080/15248372.2022.2144318. Epub 2022 Dec 8.
During the preschool years, children are simultaneously undergoing a reshaping of their mental number line and becoming increasingly sensitive to the social norms expressed by those around them. In the current study, 4- and 5-year-old American and Israeli children were given a task in which an experimenter laid out chips with numbers (1-5), letters (A-E), or colors (Red-Blue, the first colors of the rainbow), and presented them with a specific order (initial through final) and direction (Left-to-right or Right-to-left). The experimenter either did not demonstrate the laying out of the chips (Control), emphasized the process of the left-to-right or right-to-left spatial layout (Process), or used general goal language (Generic). Children were then asked to recreate each sequence after a short delay. Children also completed a short numeracy task. The results indicate that attention to the spatial structuring of the environment was influenced by conventional framing; children exhibited better recall when the manner of layout was emphasized than when it was not. Both American and Israeli children were better able to recall numerical information relative to non-numerical information. Although children did not show an overall benefit for better recall of information related to the culture's dominant spatial direction, American children's tendency to recall numerical direction information predicted their early numeracy ability.
在学龄前阶段,孩子们同时在重塑他们的心理数字线,并且对周围人表达的社会规范越来越敏感。在当前的研究中,4岁和5岁的美国和以色列儿童被给予了一项任务,在该任务中,一名实验者摆出带有数字(1 - 5)、字母(A - E)或颜色(红 - 蓝,彩虹的前两种颜色)的筹码,并以特定的顺序(从起始到结束)和方向(从左到右或从右到左)展示给他们。实验者要么不演示筹码的摆放(对照组),强调从左到右或从右到左的空间布局过程(过程组),要么使用通用目标语言(通用组)。然后要求孩子们在短暂延迟后重现每个序列。孩子们还完成了一项简短的算术任务。结果表明,对环境空间结构的关注受到传统框架的影响;当强调布局方式时,孩子们的回忆表现比不强调时更好。美国和以色列的儿童相对于非数字信息,都更能记住数字信息。尽管孩子们并没有表现出对于更好地回忆与文化中占主导地位的空间方向相关信息的总体优势,但美国儿童回忆数字方向信息的倾向预示了他们早期的算术能力。