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Nicolas Masson; ValĂ©rie Dormal; Martine Stephany; Christine Schiltz – Developmental Science, 2024
Adults shift their attention to the right or to the left along a spatial continuum when solving additions and subtractions, respectively. Studies suggest that these shifts not only support the exact computation of the results but also anticipatively narrow down the range of plausible answers when processing the operands. However, little is known…
Descriptors: Eye Movements, Attention, Addition, Subtraction
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King, Jill; Markant, Julie – Developmental Science, 2022
Attending to distracting or competing information is typically considered detrimental to learning, but the presence of competing information can also facilitate learning when it is relevant to ongoing task goals. Educational settings often contain contextual elements such as classroom decorations or visual aids to enhance student learning. Despite…
Descriptors: Preschool Children, Visual Aids, Attention, Eye Movements
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Perone, Sammy; Palanisamy, Jeeva; Carlson, Stephanie M. – Developmental Science, 2018
The connection between brain rhythms at rest and cognition remains poorly understood. This is especially true during early childhood in which neuroimaging data are relatively scarce. We developed a new method for collecting eyes closed and eyes open resting state electroencephalography (EEG) suitable for young children. We report results…
Descriptors: Brain, Young Children, Executive Function, Early Childhood Education
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Cannon, Erin N.; Woodward, Amanda L. – Developmental Science, 2012
Predicting the actions of others is critical to smooth social interactions. Prior work suggests that both understanding and anticipation of goal-directed actions appears early in development. In this study, on-line goal prediction was tested explicitly using an adaptation of Woodward's (1998) paradigm for an eye-tracking task. Twenty 11-month-olds…
Descriptors: Prediction, Interaction, Infants, Visual Stimuli
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Quinn, Paul C.; Doran, Matthew M.; Reiss, Jason E.; Hoffman, James E. – Developmental Science, 2010
Subordinate-level category-learning processes in infants were investigated with ERP and looking-time measures. ERPs were recorded while 6- to 7-month-olds were presented with Saint Bernard images during familiarization, followed by novel Saint Bernards interspersed with Beagles during test. In addition, infant looking times were measured during a…
Descriptors: Infants, Classification, Learning Processes, Novels
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Hoehl, Stefanie; Reid, Vincent; Mooney, Jeanette; Striano, Tricia – Developmental Science, 2008
Previous research suggests that by 4 months of age infants use the eye gaze of adults to guide their attention and facilitate processing of environmental information. Here we address the question of how infants process the relation between another person and an external object. We applied an ERP paradigm to investigate the neural processes…
Descriptors: Infants, Human Body, Cognitive Processes, Eye Movements
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Sodian, Beate; Thoermer, Claudia; Metz, Ulrike – Developmental Science, 2007
Twelve- and 14-month-old infants' ability to represent another person's visual perspective (Level-1 visual perspective taking) was studied in a looking-time paradigm. Fourteen-month-olds looked longer at a person reaching for and grasping a new object when the old goal-object was visible than when it was invisible to the person (but visible to the…
Descriptors: Vision, Perspective Taking, Infants, Visual Stimuli
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Leslie, Alan M.; Chen, Marian L. – Developmental Science, 2007
Looking-time studies examined whether 11-month-old infants can individuate two pairs of objects using only shape information. In order to test individuation, the object pairs were presented sequentially. Infants were familiarized either with the sequential pairs, disk-triangle/disk-triangle (XY/XY), whose shapes differed within but not across…
Descriptors: Infants, Short Term Memory, Geometric Concepts, Evaluation Methods
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Johnson, Susan C.; Ok, Su-Jeong; Luo, Yuyan – Developmental Science, 2007
The current study distinguishes between attributions of goal-directed perception (i.e. attention) and non-goal-directed perception to examine 9-month-olds' interpretation of others' head and eye turns. In a looking time task, 9-month-olds encoded the relationship between an actor's head and eye turns and a target object if the head and eye turns…
Descriptors: Infants, Human Body, Eye Movements, Attention
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von Hofsten, Claes; Kochukhova, Olga; Rosander, Kerstin – Developmental Science, 2007
Two experiments investigated how 16-20-week-old infants visually tracked an object that oscillated on a horizontal trajectory with a centrally placed occluder. To determine the principles underlying infants' tendency to shift gaze to the exiting side before the object arrives, occluder width, oscillation frequency, and motion amplitude were…
Descriptors: Infants, Visual Perception, Eye Movements, Predictor Variables
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Brooks, Rechele; Meltzoff, Andrew N. – Developmental Science, 2005
We examined the ontogeny of gaze following by testing infants at 9, 10 and 11 months of age. Infants (N = 96) watched as an adult turned her head toward a target with either open or closed eyes. The 10- and 11-month-olds followed adult turns significantly more often in the open-eyes than the closed-eyes condition, but the 9-month-olds did not…
Descriptors: Infants, Adults, Nonverbal Communication, Eye Movements
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Dannemiller, James L. – Developmental Science, 2005
Very young infants orient overtly with eye and head movements to salient events in their visual environments, but those events rarely occur in the absence of competing visual stimuli. Two different models of how this kind of orienting is related to number and distribution of elements in the stimulus field were tested with infants across the age…
Descriptors: Infants, Visual Stimuli, Nonverbal Communication, Eye Movements