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Fair, Joseph; Flom, Ross; Jones, Jacob; Martin, Justin – Child Development, 2012
Six-month-olds reliably discriminate different monkey and human faces whereas 9-month-olds only discriminate different human faces. It is often falsely assumed that perceptual narrowing reflects a permanent change in perceptual abilities. In 3 experiments, ninety-six 12-month-olds' discrimination of unfamiliar monkey faces was examined. Following…
Descriptors: Primatology, Infants, Human Body, Experiments
Vouloumanos, Athena; Hauser, Marc D.; Werker, Janet F.; Martin, Alia – Child Development, 2010
Human neonates prefer listening to speech compared to many nonspeech sounds, suggesting that humans are born with a bias for speech. However, neonates' preference may derive from properties of speech that are not unique but instead are shared with the vocalizations of other species. To test this, thirty neonates and sixteen 3-month-olds were…
Descriptors: Neonates, Primatology, Auditory Stimuli, Speech Communication
Buttelmann, David; Carpenter, Malinda; Call, Josep; Tomasello, Michael – Child Development, 2008
G. Gergely, H. Bekkering, and I. Kiraly (2002) showed that 14-month-old infants imitate rationally, copying an adult's unusual action more often when it was freely chosen than when it was forced by some constraint. This suggests that infants understand others' intentions as rational choices of action plans. It is important to test whether apes…
Descriptors: Infants, Animals, Primatology, Intention
Gomez, Juan-Carlos – Child Development, 2007
This article presents a tentatively "balanced" view (i.e., midway between lean and rich interpretations) of pointing behavior in infants and apes, based upon the notion of intentional reading of behavior without simultaneous attribution of unobservable mental states. This can account for the complexity of infant pointing without attributing…
Descriptors: Infants, Cognitive Development, Primatology, Nonverbal Communication

Bell, Martha Ann; Fox, Nathan A. – Child Development, 1992
Examined the relationship between changes in electroencephalograms and the development of the ability to perform cognitive tasks involving frontal lobe functioning in infants of 7 to 12 months of age. Infants who successfully found a hidden object showed changes in the power of brain electrical activity in the frontal lobe. (BC)
Descriptors: Cognitive Development, Electroencephalography, Infants, Primatology
Roma, Peter G.; Champoux, Maribeth; Suomi, Stephen J. – Child Development, 2006
The effects of appetitive controllability on behavioral and cortisol reactivity to novelty in 12 infant rhesus monkeys were studied. Surrogate-peer-reared infants had homecage access to food treats contingently via lever pressing ("master") or noncontingently ("yoked") for 12 weeks from postnatal month 2. Masters lever-pressed more, but did not…
Descriptors: Environmental Influences, Individual Differences, Social Environment, Primatology

Tomasello, Michael; And Others – Child Development, 1993
Compared the abilities of 3 mother-reared and 3 human-raised (enculturated) chimpanzees and 16 human toddlers to imitatively learn novel actions on objects. Found that mother-reared chimpanzees were poorer imitators than both enculturated chimpanzees and human children, who did not differ from one another in imitative learning. On time delay…
Descriptors: Animal Behavior, Observational Learning, Primates, Primatology

Reite, Martin – Child Development, 1987
The role played by neuroembryological forces in shaping brain development is well documented in Nowakowski's (1987) article. Additional mechanisms whereby experience may influence brain structure and function are outlined. Several routes exist by which postnatal experiential influences may produce long-term alterations in behavior and…
Descriptors: Anatomy, Attachment Behavior, Behavior Development, Early Experience

Goldman-Rakic, Patricia S. – Child Development, 1987
Recent studies on the biological development of the prefrontal cortex in rhesus monkeys are reviewed. These studies have elucidated the basic neural circuitry underlying the delayed-response function in adult nonhuman primates and suggest that a critical mass of cortical synapses is important for the emergence of this cognitive function. (BN)
Descriptors: Anatomy, Cognitive Development, Literature Reviews, Neurological Organization

Fischer, Kurt W. – Child Development, 1987
The developmental pattern of concurrent synaptogenesis in rhesus monkeys is consistent with a straightforward model of relations between brain and cognitive development. Concurrent synaptogenesis is hypothesized to lay the primary cortical foundation for a series of developmental levels in middle infancy that have been empirically documented in…
Descriptors: Cognitive Development, Infants, Literature Reviews, Models