This study examined receptive and expressive vocabulary and grammar achievement of French-speaking children (n = 27) who received a cochlear implant (CI) between the age of 1 and 2. Standardized measures of language achievement were administered and the language levels attained by children with CIs were compared with that of the normative sample of same-age hearing peers for each measure. As a group, children exhibited language levels within normal limits in all standardized language measures. Examination of individual patterns revealed four different language profiles ranging from normal language levels in all domains to general language delay. Half the participants displayed language levels on par with similar-age peers at the word level; less than half the children obtained average performance at the sentence level. In three of these profiles, comprehension of sentences was impaired. Moreover, the age at implantation was not associated with language achievement. Findings suggest that receiving a CI between the age of 1 and 2 years does not ensure that language abilities will be within normal limits after up to 6 years of experience with the implant.

This study provides evidence that standardized measures of language and language processing provide accurate identification of PLI in French. The results are strikingly similar to previous results for English, suggesting that in spite of structural differences between the languages, PLI in both languages involves a generalized language delay across linguistic domains, which can be identified in a similar way using existing standardized measures.

The purpose of this article is to examine the language of girls and boys between 8 and 30 months of age, using the Quebec French version of The MacArthur Communicative Development Inventories. The findings from this parental report measure confirm those of earlier research, which showed the linguistic superiority of girls over boys at a young age. More specifically, the results show that girls produce significantly more words than boys; their utterances contain a greater number of grammatical forms, and are more complex syntactically. On the qualitative level, the data illustrate distinctive characteristics associated with gender in the acquisition of the first 100 words. These findings suggest that caution is necessary when assessing young children to interpret performance in light of factors that may contribute to it, including gender. These results are discussed in light of whether separate normative data are warranted for young boys and girls learning Canadian French.

Children with Down syndrome (DS) have cognitive disabilities resulting from trisomy 21. Language-learning difficulties, especially expressive language problems, are an important component of the phenotype of this population. Many individuals with DS are born into bilingual environments. To date, however, there is almost no information available regarding the capacity of these individuals to acquire more than 1 language. The present study compared the language abilities of 8 children with DS being raised bilingually with those of 3 control groups matched on developmental level: monolingual children with DS (n = 14), monolingual typically developing (TD) children (n = 18), and bilingual TD children (n = 11). All children had at least 100 words in their productive vocabularies but a mean length of utterance of less than 3.5. The bilingual children spoke English and 1 other language and were either balanced bilinguals or English-dominant. English testing was completed for all children using the following: the Preschool Language Scale, Third Edition; language sampling; and the MacArthur Communicative Development Inventories (CDI). Bilingual children were also tested in the second language using a vocabulary comprehension test, the CDI, and language sampling. Results provided evidence of a similar profile of language abilities in bilingual children as has been documented for monolingual children with DS. There was no evidence of a detrimental effect of bilingualism. That is, the bilingual children with DS scored at least as well on all English tests as their monolingual DS counterparts. Nonetheless, there was considerable diversity in the second-language abilities demonstrated by these individuals with DS. Clinical implications are addressed.

This study provides a systematic description of French consonant acquisition in a large cohort of pre-school aged children: 156 children aged 20-53 months participated in a picture-naming task. Five analyses were conducted to study consonant acquisition: (1) consonant inventory, (2) consonant accuracy, (3) consonant acquisition, (4) a comparison of consonant inventory to consonant acquisition, and (5) a comparison to English cross-sectional data. Results revealed that more consonants emerge at an earlier age in word initial position, followed by medial position, and then word final position. Consonant accuracy underwent the greatest changes before the age of 36 months, and achieved a relative plateau towards 42 months. The acquisition of consonants revealed that four early consonants were acquired before the age of 36 months (i.e., /t, m, n, z/); 12 intermediate consonants were acquired between 36 and 53 months (i.e., /p, b, d, k, g, ν, f, v, [symbol in text], l, w, ч/); and four consonants were acquired after 53 months (/s, з, ∫, j/). In comparison to English data, language specific patterns emerged that influence the order and pace of phonological acquisition. These findings highlight the important role of language specific developmental data in understanding the course of consonant acquisition.

The current study compares the effects of two shared storybook reading (SSR) interventions on language and emergent literacy skills of low-income preschoolers. The control intervention targeted language and print awareness, skills for which there is strong evidence of the effect of SSR. The experimental intervention added a focus on phonological awareness, a skill for which there is less evidence of the effect of SSR. Following the interventions, results indicated that the experimental group (n = 10) outperformed the control group (n = 13) on phonological awareness scores, but not on vocabulary and print awareness scores. The study also compared the outcomes of the experimental intervention for the low-income participants with the skills of higher-income preschoolers who did not receive intervention. The low-income children in the experimental condition outperformed their higher-income peers (n = 12) on all three measures. The experimental intervention offers promising techniques for SSR activities in childcare centres.

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Children who require augmentative and alternative communication (AAC) systems while they are in the process of acquiring language face unique challenges because they use graphic symbols for communication. In contrast to the situation of typically developing children, they use different modalities for comprehension (auditory) and expression (visual). This study explored the ability of three- and four-year-old children without disabilities to perform tasks involving sequences of graphic symbols. Thirty participants were asked to transpose spoken simple sentences into graphic symbols by selecting individual symbols corresponding to the spoken words, and to interpret graphic symbol utterances by selecting one of four photographs corresponding to a sequence of three graphic symbols. The results showed that these were not simple tasks for the participants, and few of them performed in the expected manner - only one in transposition, and only one-third of participants in interpretation. Individual response strategies in some cases lead to contrasting response patterns. Children at this age level have not yet developed the skills required to deal with graphic symbols even though they have mastered the corresponding spoken language structures.