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Riby, Deborah M.; Doherty-Sneddon, Gwyneth; Whittle, Lisa – Developmental Science, 2012
Visual communication cues facilitate interpersonal communication. It is important that we look at faces to retrieve and subsequently process such cues. It is also important that we sometimes look away from faces as they increase cognitive load that may interfere with online processing. Indeed, when typically developing individuals hold face gaze…
Descriptors: Cues, Nonverbal Communication, Interpersonal Communication, Autism
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Luo, Yuyan; Johnson, Susan C. – Developmental Science, 2009
The present research examined whether infants as young as 6 months of age would consider what objects a human agent could perceive when interpreting her actions on the objects. In two experiments, the infants took the agent's actions of repeatedly reaching for and grasping one of two possible objects as suggesting her preference for that object…
Descriptors: Infants, Experiments, Visual Perception, Action Research
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Leo, Irene; Simion, Francesca – Developmental Science, 2009
The present study was aimed at exploring newborns' ability to recognize configural changes within real face images by testing newborns' sensitivity to the Thatcher illusion. Using the habituation procedure, newborns' ability to discriminate between an unaltered face image and the same face with the eyes and the mouth 180 degrees rotated (i.e.…
Descriptors: Visual Stimuli, Neonates, Spatial Ability, Habituation
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Bremner, J. Gavin; Johnson, Scott P.; Slater, Alan; Mason, Uschi; Cheshire, Andrea; Spring, Joanne – Developmental Science, 2007
When viewing an event in which an object moves behind an occluder on part of its trajectory, 4-month-old infants perceive the trajectory as continuous only when time or distance out of sight is short. Little is known, however, about the conditions under which young infants perceive trajectories to be discontinuous. In the present studies we focus…
Descriptors: Infants, Cognitive Development, Visual Perception, Visual Stimuli
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Cragg, Lucy; Nation, Kate – Developmental Science, 2008
This experiment used a modified go/no-go paradigm to investigate the processes by which response inhibition becomes more efficient during mid-childhood. The novel task, which measured trials on which a response was initiated but not completed, was sensitive to developmental changes in response inhibition. The effect of inducing time pressure by…
Descriptors: Age Differences, Reaction Time, Inhibition, Children
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Moll, Henrike; Carpenter, Malinda; Tomasello, Michael – Developmental Science, 2007
We investigated how 14-month-old infants know what others know. In two studies, an infant played with each of two objects in turn while an experimenter was present. Then the experimenter left the room, and the infant played with a third object with an assistant. The experimenter returned, faced all three objects, and said excitedly "Look! Can you…
Descriptors: Infants, Toys, Investigations, Experiments
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Adler, Scott A.; Orprecio, Jazmine – Developmental Science, 2006
Visual search studies with adults have shown that stimuli that contain a unique perceptual feature pop out from dissimilar distractors and are unaffected by the number of distractors. Studies with very young infants have suggested that they too might exhibit pop-out. However, infant studies have used paradigms in which pop-out is measured in…
Descriptors: Eye Movements, Attention Control, Attention, Infants
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Vallortigara, Giorgio; Feruglio, Marco; Sovrano, Valeria Anna – Developmental Science, 2005
It has been found that disoriented children could use geometric information in combination with landmark information to reorient themselves in large but not in small experimental spaces. We tested domestic chicks in the same task and found that they were able to conjoin geometric and nongeometric (landmark) information to reorient themselves in…
Descriptors: Geometric Concepts, Children, Cognitive Science, Animals
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Uttal, David H.; Fisher, Joan A.; Taylor, Holly A. – Developmental Science, 2006
People acquire spatial information from many sources, including maps, verbal descriptions, and navigating in the environment. The different sources present spatial information in different ways. For example, maps can show many spatial relations simultaneously, but in a description, each spatial relation must be presented sequentially. The present…
Descriptors: Maps, Concept Formation, Cognitive Mapping, Spatial Ability