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Dixon, James A.; Boncoddo, Rebecca – Cognitive Development, 2009
In an accompanying study, Alibali et al. [Alibali, M. W., Ockuly, K. M., Fischer, A. D. (2009) "Learning new problem-solving strategies leads to changes in problem representation." "Cognitive Development, 24," 89-101.] present an important experimental result: introducing a new strategy can affect conceptual aspects of children's problem…
Descriptors: Cognitive Structures, Problem Solving, Cognitive Development, Learning Strategies
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Koslowski, Barbara; Marasia, Joseph; Chelenza, Melanie; Dublin, Randi – Cognitive Development, 2008
Recognizing information as evidence is central to the development of scientific reasoning. When does information about an event come to be treated as evidence relevant to explaining the event? We asked whether this was increasingly likely to happen when an explanation becomes available that can incorporate both the event and the information into a…
Descriptors: Information Science, Evidence, Scientific Concepts, Thinking Skills
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McGuigan, Nicola; Whiten, Andrew; Flynn, Emma; Horner, Victoria – Cognitive Development, 2007
We investigated whether the tendency to imitate or emulate is influenced by the availability of causal information, and the amount of information available in a display. Three and 5-year-old children were shown by either a live or video model how to obtain a reward from either a clear or an opaque puzzle box. Some of the actions in the sequence…
Descriptors: Imitation, Prior Learning, Modeling (Psychology), Cognitive Structures
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Cinan, Sevtap – Cognitive Development, 2006
This study examined developmental changes in concept formation, rule switching, and perseverative behaviors of children in the WCST by altering visual features of the test and using a new test score--the "zigzag" error score--which shows the number of shifts made between two incorrect concepts or rules. Instead of the original four 3-dimensional…
Descriptors: Concept Formation, Scores, Cognitive Development, Persistence