Decades-old research has demonstrated the effects of virtual space on perception mostly with adult samples. Little is known about children's ability to utilize spatial-temporal qualities from computerized settings. Past research with primary school children suggested that the ability to utilize spatial-temporal information is crucial for inferring…

Normative adult age-related decrements are well documented for many diverse forms of effortful cognitive processing. However, it is currently unclear whether each of these decrements reflects a distinct and independent developmental phenomenon, or, in part, a more global phenomenon. A number of studies have recently been published that show…

We conducted three experiments to investigate how opportunities to view objects together in time influence memory for location. Children and adults learned the locations of 20 objects marked by dots on the floor of an open, square box. During learning, participants viewed the objects either simultaneously or in isolation. At test, participants…

Studies of children's representation of spatial relationships and ability to respond to temporal relationships in photographs are reported. Participants in the study of spatial relationships were 90 children at 5, 8, and 11 years of age, who were asked to reproduce three types of depth relationship: enclosure, occlusion, and perspective. Each…

No age difference was observed on the temporal task, but older adults performed worse on the spatial task. Results indicate normal aging is not associated with poor encoding or retention of all types of information, but affects retention of some information often assumed to be encoded automatically. (Author)