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Tillman, Katharine A.; Fukuda, Eren; Barner, David – Child Development, 2022
English-speaking adults often recruit a "mental timeline" to represent events from left-to-right (LR), but its developmental origins are debated. Here, we test whether preschoolers prefer ordered linear representations of events and whether they prefer culturally conventional directions. English-speaking adults (n = 85) and 3- to…
Descriptors: Time Perspective, Spatial Ability, Preschool Children, Cultural Differences
Bettoni, Roberta; Addabbo, Margaret; Bulf, Hermann; Macchi Cassia, Viola – Child Development, 2021
Infant research is providing accumulating evidence that number-space mappings appear early in development. Here, a Posner cueing paradigm was used to investigate the neural mechanisms underpinning the attentional bias induced by nonsymbolic numerical cues in 9-month-old infants (N = 32). Event-related potentials and saccadic reaction time were…
Descriptors: Infants, Spatial Ability, Neurology, Attention
Kirkham, Natasha Z.; Slemmer, Jonathan A.; Richardson, Daniel C.; Johnson, Scott P. – Child Development, 2007
We investigated infants' sensitivity to spatiotemporal structure. In Experiment 1, circles appeared in a statistically defined spatial pattern. At test 11-month-olds, but not 8-month-olds, looked longer at a novel spatial sequence. Experiment 2 presented different color/shape stimuli, but only the location sequence was violated during test;…
Descriptors: Geographic Location, Child Development, Spatial Ability, Time
Peer reviewedLane, David M.; Pearson, Deborah A. – Child Development, 1983
Concludes that children, as well as adults, are able to expand or contract the breadth of their attentional focus in accordance with task demands. Suggests there is a developmental change in the efficiency with which a stimulus presented in an otherwise empty field can be located. (Author/RH)
Descriptors: Adults, Age Differences, Attention, Reaction Time

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