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Di Giorgio, Elisa; Leo, Irene; Pascalis, Olivier; Simion, Francesca – Developmental Psychology, 2012
The present study investigates the human-specificity of the orienting system that allows neonates to look preferentially at faces. Three experiments were carried out to determine whether the face-perception system that is present at birth is broad enough to include both human and nonhuman primate faces. The results demonstrate that the newborns…
Descriptors: Neonates, Preferences, Visual Perception, Visual Discrimination
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Grossmann, Tobias; Missana, Manuela; Friederici, Angela D.; Ghazanfar, Asif A. – Developmental Science, 2012
Integrating the multisensory features of talking faces is critical to learning and extracting coherent meaning from social signals. While we know much about the development of these capacities at the behavioral level, we know very little about the underlying neural processes. One prominent behavioral milestone of these capacities is the perceptual…
Descriptors: Brain, Primatology, Infants, Correlation
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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
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Balas, Benjamin; Moulson, Margaret C. – Developmental Psychology, 2011
Adults preferentially use information from the left side of face images to judge gender, emotion, and identity. In this study, we examined the development of this visual-field bias over middle childhood (5-10 years). Our goal was to both characterize the developmental trajectory of the left-side bias (should one exist) and examine the selectivity…
Descriptors: Infants, Children, Primatology, Perception
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Taubert, Jessica; Parr, Lisa A. – Brain and Cognition, 2009
Humans are subject to the composite illusion: two identical top halves of a face are perceived as "different" when they are presented with different bottom halves. This observation suggests that when building a mental representation of a face, the underlying system perceives the whole face, and has difficulty decomposing facial features. We…
Descriptors: Primatology, Visual Perception, Human Body, Cognitive Processes
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van Elk, Michiel; van Schie, Hein T.; Bekkering, Harold – Journal of Experimental Psychology: Human Perception and Performance, 2009
The present study assessed the functional organization of action semantics by asking subjects to categorize pictures of an actor holding objects with a correct or incorrect grip at either a correct or incorrect goal location. Overall, reaction times were slower if the object was presented with an inappropriate posture, and this effect was stronger…
Descriptors: Semantics, Perceptual Motor Coordination, Classification, Object Manipulation
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Hochmann, Jean-Remy; Azadpour, Mahan; Mehler, Jacques – Cognitive Science, 2008
An important topic in the evolution of language is the kinds of grammars that can be computed by humans and other animals. Fitch and Hauser (F&H; 2004) approached this question by assessing the ability of different species to learn 2 grammars, (AB)[superscript n] and A[superscript n] B[superscript n]. A[superscript n] B[superscript n] was taken to…
Descriptors: Phrase Structure, Gender Differences, Languages, Models
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Maier, Caroline Alexander – American Biology Teacher, 2004
The study describes the process of DNA-DNA hybridization and the history of its use by Sibley and Alquist in simple, straightforward, and interesting language that students easily understand to create their own phylogenetic tree of the hominoid superfamily. They calibrate the DNA clock and use it to estimate the divergence dates of the various…
Descriptors: Evolution, Primatology, Genetics, Biology
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Parr, Lisa A.; Heintz, Matthew; Akamagwuna, Unoma – Brain and Cognition, 2006
Previous studies have demonstrated the sensitivity of chimpanzees to facial configurations. Three studies further these findings by showing this sensitivity to be specific to second-order relational properties. In humans, this type of configural processing requires prolonged experience and enables subordinate-level discriminations of many…
Descriptors: Cognitive Processes, Recognition (Psychology), Nonverbal Communication, Visual Discrimination
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Ghazanfar, Asif A.; Nielsen, Kristina; Logothetis, Nikos K. – Cognition, 2006
Primates, including humans, communicate using facial expressions, vocalizations and often a combination of the two modalities. For humans, such bimodal integration is best exemplified by speech-reading--humans readily use facial cues to enhance speech comprehension, particularly in noisy environments. Studies of the eye movement patterns of human…
Descriptors: Eye Movements, Primatology, Cues, Comprehension
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Scott, Lisa S.; Shannon, Robert W.; Nelson, Charles A. – Infancy, 2006
Behavioral and electrophysiological evidence suggests a gradual, experience-dependent specialization of cortical face processing systems that takes place largely in the 1st year of life. To further investigate these findings, event-related potentials (ERPs) were collected from typically developing 9-month-old infants presented with pictures of…
Descriptors: Infants, Primatology, Visual Perception, Correlation
Sheridan, Susan Rich – Online Submission, 2005
A model of human language requires a theory of meaningful marks. Humans are the only species who use marks to think. A theory of marks identifies children's scribbles as significant behavior, while hypothesizing the importance of notational systems to hominid brain evolution. By recognizing the importance of children's scribbles and drawings in…
Descriptors: Child Development, Brain, Parent Child Relationship, Mothers