Learmonth Amy E, Nadel Lynn, Newcombe Nora S
Rutgers University, Department of Psychology, Piscataway, NJ 08854, USA.
Psychol Sci. 2002 Jul;13(4):337-41. doi: 10.1111/j.0956-7976.2002.00461.x.
Previous studies have shown that disoriented children use the geometric features of the environment to reorient, but the results have not consistently demonstrated whether children can combine such information with landmark information. Results indicating that they cannot suggest the existence of a geometric module for reorientation. However results indicating that children can use geometric information in combination with landmark information challenge the modularity interpretation. An uncontrolled variable in the studies yielding conflicting results has been the size of the experimental space. In the present studies, which tested young children in spaces of two different sizes, the size of the space affected their ability to use available landmark information. In the small space, the children did not use the landmark to reorient, but in the large space they did. The ability of children to use landmarks in combination with geometric information raises important questions about the existence of an encapsulated geometric module.
以往的研究表明,迷失方向的儿童会利用环境的几何特征来重新定向,但结果并未始终如一地证明儿童是否能够将此类信息与地标信息相结合。表明他们不能这样做的结果暗示了存在一个用于重新定向的几何模块。然而,表明儿童能够将几何信息与地标信息结合使用的结果对模块化解释提出了挑战。在得出相互矛盾结果的研究中,一个未受控制的变量是实验空间的大小。在本研究中,在两种不同大小的空间中对幼儿进行测试,空间大小影响了他们使用可用地标信息的能力。在小空间中,儿童不会利用地标来重新定向,但在大空间中他们会这样做。儿童将地标与几何信息结合使用的能力引发了关于封装几何模块存在的重要问题。