Children with difficulties in identifying letters are more likely to develop reading impairments, but such difficulties cannot be uncovered until the child is 3 to 5 years old. The authors of the present study investigated whether assessing language ability even earlier, by measuring speech complexity in infancy, might predict later difficulties.
The authors tracked nine infants from English-speaking US families between the ages of 9 and 30 months. They recorded each infant's babble as the child interacted with their primary caregiver, looking specifically at the consonant-vowel (CV) ratio, a demonstrated measure of speech complexity. The authors then met each child again when they were six years old to examine their ability to identify letters, a known predictor of later reading impairment.
They found that those children with more complex babble as infants performed better when identifying specific letters in their later reading test. Though the sample size was relatively small and all 9 children participating in this study all developed normally (meaning the range of variability was restricted), these results may indicate a link between early speech production and literacy skill.
The authors suggest that in the future, the complexity of infant babble may be useful as an earlier predictor of reading impairments in children than letter identification tests, enabling parents and professionals to earlier identify and treat children at risk of reading difficulties.
Farquharson adds: "This paper provides exciting data to support an early and robust connection between speech production and later literacy skills. There is clinical utility in this work -- we are moving closer to establishing behavioral measures that may help us identify reading disabilities sooner."
This research reminds us that alphabet knowledge (letter identification) between the ages of 3 and 5 predicts a child’s ability to develop strong reading skills. In this research, scientists showed how the complexity of a child’s babbling at 9 to 30 months might have a similar predictive power.
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Note by Nancy W Rowe, M.S., CCC/A
Reposted from PLOS ONE