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Pillow, Bradford H.; Pearson, RaeAnne M. – Cognitive Development, 2012
In three studies, 5-10-year-old children and an adult comparison group judged another's certainty in making inductive inferences and guesses. Participants observed a puppet make strong inductions, weak inductions, and guesses. Participants either had no information about the correctness of the puppet's conclusion, knew that the puppet was correct,…
Descriptors: Puppetry, Logical Thinking, Inferences, Children
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McNeil, Nicole M.; Fuhs, Mary Wagner; Keultjes, M. Claire; Gibson, Matthew H. – Cognitive Development, 2011
Recent studies suggest that 5-year-olds can add and compare large numerical quantities through approximate representations of number. However, the nature of this understanding and its susceptibility to environmental influences remain unclear. We examined whether children's early competence depends on the canonical problem format (i.e., arithmetic…
Descriptors: Socioeconomic Status, Environmental Influences, Arithmetic, Preschool Children
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Fletcher, Grace E.; Warneken, Felix; Tomasello, Michael – Cognitive Development, 2012
We compared the performance of 3- and 5-year-old children with that of chimpanzees in two tasks requiring collaboration via complementary roles. In both tasks, children and chimpanzees were able to coordinate two complementary roles with peers and solve the problem cooperatively. This is the first experimental demonstration of the coordination of…
Descriptors: Preschool Curriculum, Learning Activities, Cooperation, Cognitive Processes
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Hudson, Judith A.; Mayhew, Estelle M. Y. – Cognitive Development, 2011
We compared the performance of twenty 5-7-year-olds on two spatial-temporal judgment tasks. In a semantic task, children located temporal distances from today that were described using conventional, temporal terms on a spatial timeline. In an autobiographical task, children judged temporal distances on the same spatial timeline for events that…
Descriptors: Semantics, Age Differences, Semiotics, Comparative Analysis
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Hills, Peter J.; Holland, Andrew M.; Lewis, Michael B. – Cognitive Development, 2010
Adults can be adapted to a particular facial distortion in which both eyes are shifted symmetrically (Robbins, R., McKone, E., & Edwards, M. (2007). "Aftereffects for face attributes with different natural variability: Adapter position effects and neural models." "Journal of Experimental Psychology: Human Perception and Performance, 33," 570-592),…
Descriptors: Adults, Human Body, Experimental Psychology, Children
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Garon, Nancy; Johnson, Brittany; Steeves, Ashley – Cognitive Development, 2011
This study explored age differences in preschoolers' temporal and social discounting and the association of these abilities. Research indicates that 4-year-olds are sensitive to rewards of differing magnitude (Lemmon & Moore, 2007). However, it is unclear whether preschoolers are able to consider length of time when making a choice to delay…
Descriptors: Delay of Gratification, Age Differences, Toys, Rewards
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Metcalf, Jennifer L.; Atance, Cristina M. – Cognitive Development, 2011
Using a new paradigm for measuring children's saving behaviors involving two marble games differing in desirability, we assessed whether 3-, 4-, and 5-year-olds saved marbles for future use, saved increasingly on a second trial, saved increasingly with age, and were sensitive to the relative value of future rewards. We also assessed whether…
Descriptors: Theory of Mind, Models, Rewards, Cognitive Development
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Kim, Sunae; Kalish, Charles W. – Cognitive Development, 2009
Ownership is not a "natural" property of objects, but is determined by human intentions. Facts about who owns what may be altered by appropriate decisions. However, young children often deny the efficacy of transfer decisions, asserting that original owners retain rights to their property. In Experiment 1, 4-5-year-old and 7-8-year-old children…
Descriptors: Ownership, Intention, Children, Age Differences
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Medin, Douglas; Waxman, Sandra; Woodring, Jennie; Washinawatok, Karen – Cognitive Development, 2010
We consider young children's construals of biological phenomena and the forces that shape them, using Carey's (1985) category-based induction task that demonstrated anthropocentric reasoning in young urban children. Follow-up studies (including our own) have questioned the generality of her results, but they have employed quite different…
Descriptors: American Indians, Beliefs, Children, Urban Youth
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Shtulman, Andrew – Cognitive Development, 2009
The ability to differentiate possible events from impossible ones is an invaluable skill when reasoning about claims that transcend the perceptual evidence at hand, yet preschool-aged children do not readily make this differentiation when reasoning about physically extraordinary events [Shtulman, A., & Carey, S. (2007). "Improbable or impossible?…
Descriptors: Adults, Child Development, Preschool Children, Cognitive Development
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Kaufmann, L.; Vogel, S. E.; Starke, M.; Kremser, C.; Schocke, M. – Cognitive Development, 2009
Ordinality is--beyond numerical magnitude (i.e., quantity)--an important characteristic of the number system. There is converging empirical evidence that (intra)parietal brain regions mediate number magnitude processing. Furthermore, recent findings suggest that the human intraparietal sulcus (IPS) supports magnitude and ordinality in a…
Descriptors: Number Systems, Learning Disabilities, Brain, Numeracy
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Alexander, Joyce M.; Johnson, Kathy E.; Leibham, Mary E.; Kelley, Ken – Cognitive Development, 2008
We conducted a longitudinal analysis of the relative intensity and duration of interests associated with conceptual domains between the ages of 4 and 6 years, respectively. Results indicated a significant portion of preschool children do sustain an interest in conceptual domains during some portion of their childhood. Expected gender differences…
Descriptors: Females, Interests, Preschool Children, Probability
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Subiaul, Francys; Lurie, Herbert; Romansky, Kathryn; Klein, Tovah; Holmes, David; Terrace, Herbert – Cognitive Development, 2007
Individuals diagnosed with autism suffer from numerous social, affective and linguistic impairments. It has also been suggested that they have a global imitation deficit. That hypothesis, however, is compromised by the fact that individuals with autism suffer from various motor impairments. Here we describe an experiment on cognitive imitation, a…
Descriptors: Imitation, Autism, Cognitive Processes, Preschool Children
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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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Blote, Anke W.; Lieffering, Laura M.; Ouwehand, Klasina – Cognitive Development, 2006
This study investigated the development of children's knowledge of many-to-one counting. Four-year-olds ("n" = 51) either participated in a training or in a control group. The training taught children how to allot "Y" physically not present items to each of "X" objects and how to count these items in the process. It…
Descriptors: Computation, Young Children, Mathematical Concepts, Multiplication
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