Abstract

The ability to correctly process spatial information largely depends on the capacity to either use a viewpoint according to a visual scene or a Frame Of Reference (FOR) and to flexibly shift between them. Literature indicates 2 types of FOR mainly used to represent the location of an object. The egocentric FOR uses the location of an object relative to oneself and develops earlier than the allocentric FOR, which uses the location of an object relative to other external objects. This study examined the spontaneous use of different FOR as well as their use following explicit task instructions. One hundred and thirty-five children (aged 4-12) were assessed with an adapted version of Taylor and Rapp’s (2004) spatial reference task. In the spontaneous instructions condition, most of the children aged 7 and above used an allocentric FOR. While in the allocentric instructions condition, children aged 4, 5 and 6 gave significantly more allocentric responses. In the egocentric instructions condition, all participants showed more egocentric responses, independently of their age group. The present study is the first to demonstrate that simple instructions enable children to use allocentric and egocentric FOR earlier, more effectively and more flexibly than do their spontaneous use. These findings also demonstrate that specific instructions could help children use a viewpoint in accordance to a situation. This could help improve academic performances and overcome the difficulties of some young children in developing the use of an allocentric FOR.

Highlights

  • Visuopatial skills are multiple and fundamental to our understanding of the environment

  • This present study examined the use of egocentric or allocentric Frame Of Reference (FOR) following spontaneous instructions and following specific instructions

  • In contrast to previous studies, our results demonstrate that the shift between the uses of an egocentric to an allocentric FOR does not occur at a specific age

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Summary

Introduction

Visuopatial skills are multiple and fundamental to our understanding of the environment. It is common to specify the location of an object in comparison to another object, to cardinal points, to oneself, to others, or to be able to understand a specific instruction (e.g., “The apple is on the chair”; “Put your bag on the left of the table”). To assimilate these spatial descriptions, individuals must give meaning to the space around them (Burigo & Sacchi, 2013). They chose a perspective that allows the creation of a Frame Of Reference (FOR) that corresponds to an origin, a coordinate system, and a point of view (Taylor & Tversky, 1996)

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