Correlational studies link spatial-test scores and science, technology, engineering, and mathematics achievement. Here we asked whether children's understanding of astronomical phenomena would benefit from a prior intervention targeting a core component of children's projective spatial concepts--understanding that viewers' visual experiences are…

This study investigates the role of perspective-taking skills in how children explain spatially complex astronomical phenomena. Explaining many astronomical phenomena, especially those studied in elementary and middle school, requires shifting between an Earth-based description of the phenomena and a space-based reference frame. We studied 7- to…

To examine the hypothesis that children's difficulties on traditional perspective-taking tasks are in part due to intellectual realism (inappropriately including what is known to exist in a representation of what is seen), 60 three-, four-, and five-year-old children were asked to select representations of various arrangements of blocks.…

Presents a study of perspective taking ability among children aged 3 to 7. The first task involved a classic block appearance task. In the second task, the child and/or the experimenter each wore different colored glasses and the child was asked to describe how a white card appeared to each of them. (BD)

A study was made to investigate the hypothesis that the ability to determine, on a map, where one is located and in which direction one is headed, requires an understanding of the ways in which views change from different locations and orientations. Approximately 200 kindergarten through second-grade children were first tested individually for…