Schutte Anne R, Keiser Brian A, Beattie Heidi L
Center for Brain, Biology, and Behavior and the Department of Psychology, University of Nebraska-Lincoln.
Children, Youth, and Family Studies, University of Nebraska-Lincoln.
J Cogn Dev. 2017;18(3):338-357. doi: 10.1080/15248372.2017.1300155. Epub 2017 Mar 22.
This study examined whether attention to a location plays a role in the maintenance of locations in spatial working memory in young children as it does in adults. This study was the first to investigate whether distractors presented during the delay of a spatial working memory task influenced young children's memory responses. Across two experiments, 3- and 6-year-olds completed a spatial working memory task featuring a static target location and distractor location. Results indicated a change between 3 and 6 years of age in how distractors influenced memory. Six-year-olds' memory responses were biased away from a distractor that was close to the target location and on the outside of the target location relative to the center of the monitor. Distractors that were far from the target or that were toward the center of the monitor relative to the target location had no effect. Three-year-olds' responses were biased toward a distractor when the distractor was on the outside of the target location and farther from the target. Distractors that were near the target location or toward the center of the monitor had no effect. These biases provide evidence that young children's maintenance of a location in memory is influenced by attention.
本研究考察了对位置的注意是否像在成年人中那样,在幼儿空间工作记忆中位置的保持方面发挥作用。本研究首次探究了在空间工作记忆任务的延迟期间呈现的干扰物是否会影响幼儿的记忆反应。在两个实验中,3岁和6岁儿童完成了一项空间工作记忆任务,该任务中有一个静态的目标位置和干扰物位置。结果表明,在干扰物如何影响记忆方面,3岁和6岁之间存在变化。相对于显示器中心,靠近目标位置且在目标位置外侧的干扰物会使6岁儿童的记忆反应出现偏差,远离目标或相对于目标位置朝向显示器中心的干扰物则没有影响。当干扰物在目标位置外侧且离目标更远时,3岁儿童的反应会偏向该干扰物。靠近目标位置或朝向显示器中心的干扰物则没有影响。这些偏差证明幼儿记忆中位置的保持受到注意的影响。