A study involving 90 children (50 preterm and 40 full-term) found continuity in visual recognition memory from early infancy (7 months) to later childhood (11 years), even when other measures of memory at 11 years were controlled. Implications for the study of other types of infant memory are discussed. (SLD)

Infants were familiarized with geometric forms and were then tested with a novel form paired with the familiar one. Compared to infants who had longer looks at the display, those who had shorter looks demonstrated more broadly distributed looks, showed more looks and shifts, and inspected more stimulus areas; and their shifts included more…

Studied in three experiments the distribution and malleability of visual attention in 5-month-olds while they inspected large geometric designs. Established that infants who were short-lookers had novelty scores above chance, whereas long-lookers demonstrated chance responding. Illuminating different parts of visual display induced long-lookers to…

Forty-six full-term and 54 high-risk preterm infants were tested at six, seven, and/or eight months of age (corrected age for preterms) on assessments of visual recognition memory and tactual-visual cross-modal transfer. Scores significantly predicted Stanford-Binet IQ scores. Stability coefficients attained the highest degree of predictive…

Right-hemispheric specialization for tactual processing was investigated in right-handed preschool children. Cross-modal transfer from touch to vision was assessed while children palpated shapes with hand while music was simultaneously played to ear. Left-hand advantage and lateralized nature of interference among older children supports…

In comparison with full-term infants, seven-month-old high-risk preterm infants exhibited deficits in visual recognition memory and in the ability to recruit, sustain, and shift attention. (RH)

It was concluded that the young child's difficulty in retaining tactual information is probably one of the major determinants of his established difficulty in intersensory integration. (Authors)

This study assessed children's visual recognition memory at seven months; their language development up to four years; and their intelligence up to five years. A greater preference for novelty in infancy was associated with later comprehension and expressive language and higher IQ scores. The relationship between novelty preference and IQ was…

This study reexamined the relationship of auditory and visual cross-modal matching to reading ability in 90 11-year olds. Problems with the methodology of the original study were corrected. Results showed that poor readers had difficulty in perceiving temporal patterns generally and did worse in both cross-modal conditions and intramodal ones.…

Determines whether early hemispheric differences exist in tactual processing by testing infants and preschoolers on six cross-modal tasks. Results are the first to demonstrate a left-hand superiority for information processing in children as young as two years. (Author/AS)

Measures of visual and tactual recognition memory, tactual-visual transfer, and object permanence were obtained for preterm and full-term infants. Measures of tactual-visual transfer were correlated with later intelligence measures up to the age of five years. These correlations were independent of socioeconomic status, medical risk, and early…

Examined, over a 10-year span, continuity in individual differences in cross-modal transfer to visually recognized shapes that had previously been felt but not seen. Found that cross-modal performance showed a left-hand advantage at 11 years. Cross-age correlations were significant when tactual exploration at 11 years was done with the left hand.…

Infants' visual recognition memory (VRM) at seven months was associated with their general intelligence, language proficiency, reading and quantitative skills, and perceptual organization at six years. Infants' VRM, object permanence, and cross-modal transfer of perceptions at one year were related to their IQ and several outcomes at six years.…