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Editorial: Towards an Understanding of the Relationship Between Spatial Processing Ability and Numerical and Mathematical Cognition

机译:社论:了解空间加工能力与数值和数学认知关系的理解

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Engaging children in spatial thinking early may be important given that research as far back asBingham’s 1937 Aptitudes and Aptitude Testing reported that spatial thinking is associated withsuccess in science, mathematics, and engineering fields. More specifically, recent research suggest astrong relationship between spatial ability and mathematics: Studies have found that performancein spatial tasks, for example mental rotation and visuospatial working memory, are correlatedwith mathematics achievement in school age children, that spatial representations are crucial inmathematical learning, and that spatial ability is closely related to numerical development. As aresult, there have been recommendations to promote spatial play in preschool and incorporatespatial reasoning into elementary school curricula.
机译:鉴于该研究距离Asbingham的1937年的Actitudes和Aptitude测试报告,迄今为止,据说,将儿童在空间思想中早期可能很重要。报告说,空间思维与科学,数学和工程领域有关。 更具体地说,最近的研究表明了空间能力和数学之间的Astrong关系:研究发现,绩效旋转和探索工作记忆的绩效性空间任务与学龄儿童中的数学成就相关,即空间表示是至关重要的素质学习,而且 空间能力与数值发展密切相关。 作为纪念品,有建议促进学前班的空间戏,并纳入小学课程。

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