A previous study reported that, similar to young and adult skilled readers, Italian developmental dyslexics read pseudowords made up of a root and a derivational suffix faster and more accurately than simple pseudowords. Unlike skilled readers, only dyslexic and reading-matched younger children benefited from morphological structure in reading words aloud. In this study, we show that word frequency affects the probability of morpheme-based reading, interacting with reading ability. Young skilled readers named low- but not high-frequency morphologically complex words faster than simple words. By contrast, the advantage for morphologically complex words was present in poor readers irrespective of word frequency. Adult readers showed no facilitating effect of morphological structure. These results indicate that young readers use reading units (morphemes) that are larger than the single-grapheme grain size. It is argued that morpheme-based reading is important for obtaining reading fluency (rather than accuracy) in transparent orthographies and is useful particularly in children with limited reading ability who do not fully master whole-word processing.

The few studies that have investigated emotion labeling in children with specific language impairment (SLI) have generally focused on global identification performances and appear contradictory. The current study is a fine-grained examination of how children with SLI and typical peers differ in the accuracy of their emotional lexicon use. Children underwent a free labeling task of five basic emotions expressed by still face photographs. Results revealed that children with SLI were less accurate in their label use than typical children. However, pattern of confusions between the two groups differed only by a confusion between sadness and anger displayed by the SLI group. It is argued that this emotion labeling deficiency may rely on semantic fields overlap.

We examined recalled narratives of boys with fragile X syndrome with autism spectrum disorder (FXS-ASD; N = 28) and without ASD (FXS-O; N = 29), and compared them to those of boys with Down syndrome (N = 33) and typically developing (TD) boys (N = 39). Narratives were scored for mentions of macrostructural story grammar elements (introduction, relationship, initiating events, internal response, attempts/actions, and ending). We found that narrative recall is predicted by short-term memory and nonverbal mental age levels in almost all groups (except TD), but not by expressive syntax or caregiver education. After adjusting for these covariates, there were no differences between the three groups with intellectual disability. The FXS-ASD group, however, had significantly poorer performance than the TD group on the overall story grammar score, and both the FXS-O and FXS-ASD groups had lower attempts/actions scores than the TD group. We conclude that some form of narrative impairment may be associated with FXS, that this impairment may be shared by other forms of intellectual disability, and that the presence of ASD has a significantly detrimental effect on narrative recall.

This study examines how listener judgments of second language speech relate to individual differences in listeners’ phonological memory, attention control, and musical ability. Sixty native English listeners (30 music majors, 30 nonmusic majors) rated 40 nonnative speech samples for accentedness, comprehensibility, and fluency. The listeners were also assessed for phonological memory (serial recognition), attention control (trail making), and musical aptitude. Results showed that music majors assigned significantly lower scores than nonmusic majors solely for accentedness, particularly for low ability second language speakers. However, the ratings were not significantly affected by individual differences in listeners’ phonological memory and attention control, which implies that these factors do not bias listeners’ subjective judgments of speech. Implications for psycholinguistic research and for high-stakes speaking assessments are discussed.

This study reports an activation likelihood estimation meta-analysis of published functional neuroimaging studies of bilingualism. Four parallel meta-analyses were conducted by taking into account the proficiency of participants reported in the studies. The results of the meta-analyses suggest differences in the probabilities of activation patterns between high proficiency and moderate/low proficiency bilinguals. The Talairach coordinates of activation in first language processing were very similar to that of second language processing in the high proficient bilinguals. However, in the low proficient group, the activation clusters were generally smaller and distributed over wider areas in both the hemispheres than the clusters identified in the ALE maps from the high proficient group. These findings draw attention to the importance of language proficiency in bilingual neural representation.

Research in monolingual populations indicate that vocabulary knowledge is essential to reading achievement, but how vocabulary develops in bilingual children has been understudied. The current study investigated the role of home and school factors in predicting English vocabulary among 284 bilingual kindergartners (168 Chinese, 65 Malay, 51 Indian) in the multilingual context of Singapore. The Peabody Picture Vocabulary Test—Third Edition was administered in English and in translations into Mandarin, Malay, and Tamil. Home factors including caretaker language, television language, and mother tongue vocabulary were found to be significant predictors of English vocabulary, controlling for mother's years of education and family income. The curriculum emphasis of the kindergarten center was also found to be a significant predictor of English vocabulary.

The role of morphology in reading development was examined by measuring participants’ eye movements while they read sentences containing either a hyphenated (e.g., ulko-ovi “front door”) or concatenated (e.g., autopeli “racing game”) compound. The participants were Finnish second, fourth, and sixth graders (aged 8, 10, and 12 years, respectively). Fast second graders and all four and sixth graders read concatenated compounds faster than hyphenated compounds. This suggests that they resort to slower morpheme-based processing for hyphenated compounds but prefer to process concatenated compounds via whole-word representations. In contrast, slow second graders’ fixation durations were shorter for hyphenated than concatenated compounds. This implies that they process all compounds via constituent morphemes and that hyphenation comes to aid in this process.

This tutorial for the statistical processing of reaction times collected through a repeated-measure design is addressed to researchers in psychology. It aims at making explicit some important methodological issues, at orienting researchers to the existing solutions, and at providing them some evaluation tools for choosing the most robust and precise way to analyze their data. The methodological issues we tackle concern data filtering, missing values management, and statistical modeling (F1, F2, F1 + F2, quasi-F, mixed-effects models with hierarchical, or with crossed factors). For each issue, references and remedy suggestions are given. In addition, modeling techniques are compared on real data and a benchmark is given for estimating the precision and robustness of each technique.

Research has demonstrated that second language (L2) vocabulary learning improves when target words are presented in acoustically varied compared with acoustically consistent formats. The present study investigated the extent to which this benefit of acoustic variability is a consequence of difficult encoding demands (cognitive effort hypothesis) versus increased representational quality. Experiment 1 compared L2 vocabulary learning for words produced in normal (easier encoding) or nasal (more difficult encoding) voice. Vocabulary learning was superior in the normal-voice condition, arguing against a simple cognitive effort hypothesis as the basis for improved L2 vocabulary learning with increased acoustic variability. Experiment 2 assessed the resistance of newly acquired L2 word forms to the effects of acoustic degradation. Participants heard six repetitions of each item in either a single-talker or multiple-talker condition. The robustness of the new word-form representations was assessed by measuring the accuracy and latency of L2 to first language (L1) translation as a function of the signal/noise ratio. At all four signal/noise ratios, accuracy and latency of L2 to L1 translation were significantly better for words learned in the multiple-talker as opposed to the single-talker condition. Of particular importance, the difference between single talkers and multiple talkers increased systematically as signal/noise ratio decreased. These findings suggest that the benefits of acoustic variability are a consequence of learners' ability to retain and use indexical information during the earliest stages of word learning and provide support for the representation quality hypothesis.

The goal of this study was to test the hypothesis that the extent to which orthography affects spoken word recognition in literate adults is related to their spelling proficiency. The study included two components: an auditory lexical decision task manipulating orthographic consistency of the stimuli and a spelling test. The results replicated previously found effects of orthographic consistency on the accuracy and latency of lexical decisions. The size of the orthographic effect in the auditory task was estimated for each participant. The variability in the orthographic effect size among participants was partially explained by their spelling skills. Possible interpretations of this finding and methodological implications for future research are discussed.

This paper examines the role of morphology in gradeschool children's learning to read nonpointed Hebrew. It presents two experiments testing the reading of morphologically based nonpointed pseudowords. One hundred seventy-one Hebrew-speaking children and adolescents in seven age/schooling groups (beginning and end of 2nd, 3rd, 4th, 7th, and 11th grade) and a group of adults participated in the study. Participants were administered two tasks of reading aloud nonpointed pseudowords with morphological composition: words in isolation and words in sentential context. Results pinpoint the developmental milestones on the way to efficient nonpointed word recognition in Hebrew: learning to use morphological pattern cues to fill in missing phonological information, where second grade is an important “watershed” period; and overcoming homography by learning to detect morphosyntactic cues, an ability that develops more gradually and over a longer period than pattern recognition.

This study investigates the acquisition of verb placement by Moroccan and Turkish second language (L2) learners of Dutch. Elicited production data corroborate earlier findings from L2 German that learners who do not produce auxiliaries do not raise lexical verbs over negation, whereas learners who produce auxiliaries do. Data from elicited imitation and sentence matching support this pattern and show that learners can have grammatical knowledge of auxiliary placement before they can produce auxiliaries. With lexical verbs, they do not show such knowledge. These results present further evidence for the different behavior of auxiliary and lexical verbs in early stages of L2 acquisition.

This study investigated compound processing and cross-language activation in a group of Chinese–English bilingual children, and they were divided into four groups based on the language proficiency levels in their two languages. A lexical decision task was designed using compound words in both languages. The compound words in one language contained two free constituent morphemes that mapped onto the desired translations in the other language, such as tooth(牙) brush(刷).Two types of compound words were included: transparent (e.g., toothbrush) and opaque (e.g., deadline) words. Results showed that children were more accurate in judging semantically transparent compounds in English. The lexicality of translated compounds in Chinese affected lexical judgment accuracy on English compounds, independent of semantic transparency and language proficiency. Implications for compound processing and bilingual lexicon models are discussed.

There were eight occurrences of an incorrect spelling of the adjectival term language-learning as language-leaning in the original article (Bird, 2010). These typographical errors occurred in the first few pages only, which are reprinted herein. We regret these errors and any problems they may have caused.

Research suggests that late bilinguals may have persistent difficulties with the automatic access and use of some second language structures because of a lack of underlying integrated knowledge of those structures. In contrast, early bilinguals show advantages in aspects of language use that require this type of automatic knowledge. This study investigated whether early and late English–Spanish bilinguals evidence integrated knowledge of agreement in Spanish by examining their sensitivity to agreement errors while reading for comprehension. The results of a pilot and two experiments indicate that both early and late bilinguals do possess integrated knowledge of subject–verb number agreement and noun–adjective gender agreement in Spanish, although sensitivity to agreement errors interacts with properties of the experimental stimuli.

The present study examined the growth of receptive lexical skills in preschoolers over an academic year in relation to teacher speech. The participating students were English language learners and their monolingual English-speaking peers from the same classrooms. The measures of teacher input included indicators of the amount of speech (total number of words), lexical richness (number of different word types), and structural complexity (number of words per utterance). These measures were based on a speech sample collected during a classroom observation. For English language learners, vocabulary growth was positively related to the total number of words produced by the teacher, but negatively related to the number of words per utterance. For monolingual speakers, vocabulary growth was positively related to the number of word types produced by the teacher. The findings underscore the importance of considering different aspects of verbal input for understanding individual variability in language growth of preschool students.

This study examined the effects of first language characteristics on the development of two aspects of English morphological awareness: derivational and compound awareness in English language learners (ELLs) with Chinese or Spanish as their first language. It also assessed the contribution of derivational and compound awareness to word reading in the two groups of ELLs as well as in monolingual English-speaking children. Participants included 89 Spanish-speaking ELLs, 77 Chinese-speaking ELLs, and 78 monolingual English-speaking children from Grade 4 and Grade 7. Results showed that Chinese-speaking ELLs performed similarly to monolingual English speakers on English compound awareness, and monolingual English speakers outperformed Spanish-speaking ELLs. Spanish-speaking ELLs and monolingual children, in contrast, both outperformed Chinese-speaking ELLs on derivational awareness. Another key finding was that in all three groups of children, morphological awareness made a unique contribution to word reading after controlling for nonverbal ability, maternal education, and other reading related variables. These results underscore the influence of first language structure on the development of second language morphological awareness, and the similar contribution of morphological awareness to word reading across monolinguals and ELLs.