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In this article, we analyze symbolic and non-symbolic numerical abilities of parents in order to understand whether these are predictors of children’s numerical skills, considering basic symbolic, non-symbolic, and formal math skills (i.e., written calculation). A battery of cognitive and math tasks was administered to a sample of 83 children with established formal school experience (i.e., fourth and fifth grade students), and to their mothers. Correlational and regression analyses were performed. The results evidenced significant relationships between children’s and mothers’ symbolic and math skills, but children’s symbolic comparison skills were the most significant predictor of their math skills. The study suggests that the intergenerational features of math skills play a significant role in children’s numerical development but that children’s math skills ultimately depend mainly on their own numerical processing. Within an educational perspective, the development of symbolic number skills in children is crucial and might allow the constraints of intergenerational transmission of math skills to be reduced.

Difficulties in mathematics have been described in very preterm children, but their origins are not well understood and may differ from other populations with specific learning disability. Very preterm children, children with learning disability, and typically developing children were compared in mathematics skills, using standardized tools, experimental tasks, and eye-tracker measures. We assessed symbolic and nonsymbolic magnitude comparisons, number knowledge, calculation, as well as cognitive skills of 103 Italian-speaking fourth and fifth graders. Compared to typically developing peers, very preterm children showed delays in number knowledge, slower reaction times in nonsymbolic magnitude comparisons, and an atypical gaze exploration characterized by more and shorter fixations that lacked a target preference. The profile of mathematics skills of very preterm children appeared different from that of children with learning disability. Although both populations showed mainly preserved cognitive skills and slower reaction times in nonsymbolic magnitude comparisons, children with specific learning disability showed more severe impairments in calculation and were slower in symbolic magnitude comparisons, compared to very preterm children. Including eye-tracking measures in preterm follow-up programs and planning tailored interventions are recommended.

With the rapid rise in robot presence in a variety of life domains, understanding how robots influence people's emotions during human-robot interactions is important for ensuring their acceptance in society. Mental health care, in particular, is considered the field in which robotics technology will bring the most dramatic changes in the near future. In this context, the present study sought to determine whether a brief cognitive assessment conducted by a robot elicited different interaction-related emotional processes than a traditional assessment conducted by an expert clinician. A non-clinical sample of 29 young adults (17 females; M = 24.5, SD = 2.3 years) were asked to complete two cognitive tasks twice, in counterbalanced order, once administered by an expert clinician and once by an autonomous humanoid robot. Self-reported measures of affective states and assessment of physiological arousal did not reveal any difference in emotional processes between human-human and human-robot interactions. Similarly, cognitive performances and workload did not differ across conditions. Analysis of non-verbal behaviour, however, showed that participants spent more time looking at the robot (d = 1.3) and made fewer gaze aversions (d = 1.3) in interacting with the robot than with the human examiner. We argue that, far from being a trivial ‘cosmetic change’, using a social robot in place of traditional testing could be a potential way to open up the development of a new generation of tests for brief cognitive assessment.

Math and reading are related, and math problems are often accompanied by problems in reading. In the present study, we used a dimensional approach and we aimed to assess the relationship of reading and math with the cognitive skills assumed to underlie the development of math. The sample included 97 children from 4th and 5th grades of a primary school. Children were administered measures of reading and math, non-verbal IQ, and various underlying cognitive abilities of math (counting, number sense, and number system knowledge). We also included measures of phonological awareness and working memory (WM). Two approaches were undertaken to elucidate the relations of the cognitive skills with math and reading. In the first approach, we examined the unique contributions of math and reading ability, as well as their interaction, to each cognitive ability. In the second approach, the cognitive abilities were taken to predict math and reading. Results from the first set of analyses showed specific effects of math on number sense and number system knowledge, whereas counting was affected by both math and reading. No math-by-reading interactions were observed. In contrast, for phonological awareness, an interaction of math and reading was found. Lower performing children on both math and reading performed disproportionately lower. Results with respect to the second approach confirmed the specific relation of counting, number sense, and number system knowledge to math and the relation of counting to reading but added that each math-related marker contributed independently to math. Following this approach, no unique effects of phonological awareness on math and reading were found. In all, the results show that math is specifically related to counting, number sense, and number system knowledge. The results also highlight what each approach can contribute to an understanding of the relations of the various cognitive correlates with reading and math.

Background Children’s understanding of symbolic (e.g., Arabic digits) and non-symbolic (e.g., sets of dots) magnitudes plays a key role in their mathematics achievement, but only a few studies directly compared the effects of symbolic and non-symbolic interventions on mathematical abilities. Aims This longitudinal study compared the impact of symbolic and non-symbolic trainings in a group of preschoolers at risk of developing difficulties in mathematics (RM), analyzing their post-intervention performance both in early math skills (last preschool year) and in mathematics achievement in 1st grade. Methods Eighty-nine RM children and 66 typically developing controls were selected from among 604 preschoolers. RM children were assigned to three intervention conditions: no intervention, symbolic or non-symbolic intervention. Results Results showed specific effects on tasks related to the training (e.g., effects of symbolic training on symbolic tasks) and some effects of generalization (e.g., effects of symbolic training on non-symbolic tasks). In 1st grade, children attending the symbolic intervention showed a mathematics achievement profile similar to that of typically developing peers. Conclusions These results suggest the importance of training the symbolic processing of numbers at preschool age, allowing at risk children to catch up with their peers before entering formal schooling.

The aim of the present study was to test environmental and cognitive variables as possible cross-domain predictors of early literacy and numeracy skills. One hundred forty-eight preschool children (mean age = 64.36 months ± 3.33) were enrolled in the study. The battery included a home literacy and home numeracy questionnaire, measures and phonological and visuo-spatial working memory, tasks tapping response inhibition, and predictors of literacy (vocabulary, phonological awareness, letter knowledge) and numeracy (magnitude comparison, number knowledge) skills. The structural equation model indicated that verbal working memory and, to a lesser extent, inhibition represented cross-domain predictors, whereas home numeracy activities and visuo-spatial working memory explained additional variance only for early numeracy skills. Implications for parents and educators are discussed.

This study compared language minority bilingual (LMB) second graders with two groups of monolingual peers (with comparable low SES or with high SES) in a set of literacy skills (reading fluency, spelling, reading and oral comprehension) tested in the target school language (L2 for bilinguals). The aim was to disentangle the roles of bilingualism and SES in the literacy skills of LMB children. The LMB group appeared comparable to both monolingual groups in reading fluency. However, both the reading comprehension and spelling of bilinguals in the target language were weaker compared to both monolingual groups. Monolinguals and bilinguals with low SES underperformed compared to the high-SES group in oral comprehension. These results confirm previous evidence that reading fluency is a well-acquired literacy skill for low-SES bilinguals, whereas reading comprehension in L2 represents a weakness in their profile. The study adds insights into the difficulties encountered by LMB children in spelling tasks, filling a gap in the previous literature. Finally, oral comprehension seems to be more related to SES than to home language.

Early numeracy skills in preschool years have been found to be related to a variety of different factors, including Approximate Number System (ANS) skills, children's cognitive and linguistic skills, and environmental variables such as home numeracy activities. The present study aimed to analyze the differential role of environmental variables, intergenerational patterns, children's cognitive and linguistic skills, and their ANS in supporting early math skills. The sample included 64 children in their last year of kindergarten and one parent of each child. Children were administered a battery of cognitive and linguistic tasks, and a non-symbolic comparison task as a measure of ANS. Parents were administered similar tasks assessing cognitive skills, math skills, and ANS skills (estimation and non-symbolic comparison), together with a questionnaire on home numeracy. Results showed that home numeracy predicted children's early math skills better than a number of parent and child variables. Considering children's skills, their ability in the non-symbolic magnitude comparison task was the strongest predictor of early math skills. Results reinforce the importance of the role of home numeracy activities and children's ANS skills above that of parents' math skills.

Background: Reading comprehension is a multifactorial process, but one of its features has been relatively under-investigated: it is the strategy used when answering reading comprehension questions. In order to find the correct answer, children can either respond to questions about a text relying on their text memory or look back at the written text. This study analyses (i) which strategy, memory or look-back is more frequently adopted in primary school children according to grade level and type of text (expository vs narrative) and (ii) the preferred (most frequently used) and more efficient (higher number of correct responses) strategy for poor oral comprehenders. Poor oral comprehenders were selected for having adequate nonword decoding skills but impaired oral comprehension, compared with good oral comprehenders. Methods: The total sample comprised 1,417 primary school children. A standardised test assessing reading and comprehension of oral and written language was administered. Results: In the comparison among children attending different grades, older children showed a more frequent use of the look-back strategy for the expository text, whereas no age-related difference emerged for the narrative text. Poor oral comprehenders (n=88) showed a different pattern, compared with matched good oral comprehenders (n=88), for both preference and efficiency of strategies. Despite having a globally poorer performance in reading comprehension, poor oral comprehenders were more accurate than good oral comprehenders when using the look-back strategy. Conclusions: The complex pattern of results obtained reinforces the idea that intervention strategies should be personalised based on individual characteristics and specific for the type of task and text.

Rumination, namely a cognitive process characterized by a repetitive thinking focused on negative feelings and thoughts, is a significant predictor for the onset of internalizing symptoms and has also been found to run in families. Rumination has never been studied in children with specific learning disorders (SLD), a population that, due to its condition, might encounter more difficulties in daily life and is at risk of increased psychological distress, compared to typically developing (TD) peers. The present study covers this gap by examining whether children with SLD, and their parents, tend to use rumination more than TD peers and their parents. The study also explores associations between rumination and both children&rsquo, s and parents&rsquo, emotional profile. Results on 25 children with SLD and 25 TD peers and their parents (n = 150), showed higher levels of rumination in children with SLD when referring to a negative social situation, as well as higher levels of rumination in both mothers and fathers of children with SLD. Modest correlations between parents&rsquo, and children&rsquo, s rumination traits were also found. This study offers evidence on rumination as a possible risk factor for children with SLD, particularly considering when they deal with social contexts.

The aim of this study was to compare linguistic and narrative skills of monolingual and bilingual preschoolers and to estimate linguistic predictors of the macro-structural level of narratives. A battery of linguistic measures in Italian was administered to sixty-four Monolinguals and sixty-four Early Bilinguals; it included Vocabulary, Phonological Awareness, Morphosyntactic Comprehension, Phonological Memory, Letter Knowledge, and Story Sequencing tasks. The narratives produced in the Story Sequencing task were coded. Bilinguals underachieved, compared to monolinguals, in vocabulary, phonological awareness and morphosyntactic comprehension; they also differed in Type and Token indexes and in free morphology, but not in the level of macro-structural complexity. Macro-structural parameters were predicted by Mean Length of Utterances in monolinguals, but not in bilinguals. Bilingual children are able to structure stories in their L2 with monolingual-like cohesive complexity, although ‘in few words', that is, with weak L2 linguistic skills.

Time processing difficulties are associated with developmental disorders. Questionnaires for assessing children's sense of time are available from primary school, but we lack valid proxy-report tools for younger children, who are not able to complete self-reports. This study aimed to assess the criterion validity of a questionnaire investigating preschoolers’ sense of time from the points of view of their parents and teachers. One hundred seventy preschoolers were included in the sample. Their parents and teachers completed the Sense of Time Questionnaire, and the children were administered time reproduction and time discrimination tasks, both concurrently and 7months later. The assessment of preschoolers’ sense of time reported by teachers, but not by parents, predicted the children's time processing skills both concurrently and longitudinally. The teacher version of the Sense of Time Questionnaire constitutes a valid instrument for assessing and predicting preschoolers’ time processing skills and can be used for clinical and research purposes. Statement of contribution: What is already known on this subject? Time processing difficulties are associated with developmental disorders such as ADHD and dyscalculia. Early assessment of time processing skills is important for clinical (e.g., screening) and research purposes. We do not have valid questionnaires for assessing sense of time in young children. What the present study adds? The sense of time ability reported by teachers predicts preschoolers’ time processing skills. The sense of time ability reported by parents does not predicts preschoolers’ time processing skills. The Sense of Time Questionnaire is a valid instrument for investigating time processing skills of 4–6 aged children.

Background Very preterm (VPT) children showed delays in reading, spelling and maths, but their academic achievement profile is not clearly understood. Aims VPT children were compared with children with specific learning disorders (SLD) and typically developing (TD) children on academic achievement, considering cognitive and linguistic phenotypic markers. A learning profile analysis was also performed. Methods We included 170 10-year old monolingual Italian-speaking children (37 VPT, 28 SLD, 105 TD) assessing cognitive, linguistic and academic skills. Results On academic achievements VPT children fell behind TD peers in some reading (text speed, comprehension), spelling (non-word), and math (number knowledge, written calculations and problem-solving) tasks. SLD children underperformed in all academic tasks with respect to VPT and TD peers. Concerning cognitive and linguistic phenotypic markers, compared to TD peers, VPT children showed lower scores in verbal IQ and phonological fluency, SLD children in phonological processing and rapid automatized naming. VPT children showed a higher rate of at-risk performance in reading compared to TD group, but a minor percentage of impaired profiles and comorbidity among learning areas compared to SLD group. Conclusions and implications The academic achievement profile of VPT children shows persistent delays, but it differs to that of SLD children, since delays are less widespread and severe, and differences were found in phenotypic markers and comorbidity. Follow-up programs and effective interventions are needed for VPT children.

In the present study parenting stress and the broader phenotype are investigated in two highly common developmental disorders, namely Attention Deficit Hyperactivity Disorder (ADHD) and specific reading impairment (dyslexia). Within a total sample of 130 parents, 27 were parents of children with ADHD (P-ADHD), 38 were parents of children with a diagnosis of dyslexia (P-DYS) and the other 65 participants were parents of children with typical development (P-TD). A battery of cognitive tasks was administered which included verbal and non-verbal Intellectual Quotient (IQ), reading speed (passage and nonwords), verbal fluency and the Attention Network Task (ANT). Reading history, symptoms of ADHD in adults and parenting stress were measured through questionnaires. Group differences evidenced that the P-DYS group had lower scores in the reading tasks, in the verbal fluency task and in the reading history questionnaire. Conversely, the P-ADHD group had more transversal cognitive weaknesses (IQ, reading tasks, verbal fluency) and the highest scores in parenting stress and ADHD symptoms, together with poor reading history. The groups did not differ in the ANT task. Parenting stress was predicted, on the whole sample, by lower socioeconomic status (SES) and number of family members and higher ADHD symptoms. Implications for research and clinical settings are discussed. © 2019 by the author. Licensee MDPI, Basel, Switzerland.

Eye-tracking technology may represent a possible solution to overcoming issues related to motor disability in cognitive assessment. In this study we assessed the equivalence between the standard version of the Kaufman Brief Intelligence Test-second edition (KBIT-2) and its eye-controlled version. Forty-three undergraduate volunteers were administered the KBIT-2 twice in a counterbalanced within-subjects design. Overall, scores obtained in the eye-controlled version correlate with those obtained in the standard version. Significant differences were found between raw scores, number of errors and time needed to complete the test in the Vocabulary subtest but not in the Matrices subtest. Further analyses revealed no significant differences in cognitive workload across test modalities. Explanations and implications for further research are discussed. An eye-controlled version of Kaufman Brief Intelligence Test-2 is proposed.The eye-controlled version is equivalent to the standard version.Cognitive workload is equivalent between test modalities.Further studies involving people with motor disability are needed.

In this study, two alternative theoretical models were compared, in order to analyze which of them best explains primary school children’s text comprehension skills. The first one was based on the distinction between two types of answers requested by the comprehension test: local or global. The second model involved texts’ input modality: written or oral. For this purpose, a new instrument that assesses listening and reading comprehension skills (ALCE battery; Bonifacci et al., 2014) was administered to a large sample of 1,658 Italian primary school students. The two models were tested separately for the five grades (first to fifth grade). Furthermore, a third model, that included both the types of answers and the texts’ input modality, was considered. Results of confirmatory factor analyses suggested that all models are adequate, but the second one (reading vs. listening) provided a better fit. The major role of the distinction between input modalities is discussed in relation to individual differences and developmental trajectories in text comprehension. Theoretical and clinical implications are discussed.

Background Mind wandering (MW) has commonly been linked to bad scholastic performance; however, such association has rarely been investigated in the classroom. Moreover, in examining such association, motivational variables have been largely ignored. Aim We aimed at examining the associations between the dispositional tendency to engage in MW and a series of reading comprehension skills and measures of academic self-concept above and beyond the role of sex, age, test anxiety, self-efficacy, and self-regulation strategies. Sample Late adolescents (N = 272, 133 females; 17.23 ± 1.10 years) recruited from 15 classes in public high schools. Methods Students were examined in their classroom during regular teaching activities and first performed a reading comprehension test. Then, they underwent a battery assessing literacy skills, academic self-concept, the dispositional tendency to mind wander, and aspects related to self-regulated learning. Results Reading comprehension and literacy skills (decoding, orthographic awareness, spelling skills, and phonological abilities) were not associated with the tendency to mind wander. Instead, MW, test anxiety, and self-efficacy - but not self-regulatory strategies - were independent predictors of academic self-concept. Conclusions This study highlights the importance of evaluating the effects of MW on academic self-concept, taking into account a complex pattern of motivational and emotional variables.

Comprehension is the ultimate goal of reading, but it is a very complex task consisting of multiple component skills. A number of studies have tested the Simple View of Reading (SVR; Gough & Tunmer, 1986) in opaque languages, but few investigations of the SVR components have been conducted on transparent languages. In the present study, we tested the SVR model in a sample of 1,895 Italian children attending primary school, from first to fifth grade. An assessment battery was used, which included five different tasks: word and non-word reading, passage reading, reading comprehension, and oral comprehension. Hybrid models combining confirmatory factor analysis (CFA) with path analysis were run separately for each grade. Results indicated that oral comprehension was always the best predictor of reading comprehension, whereas reading accuracy played a significant but minor role. Implications for research and practice are discussed.

International audience; Many studies have shown that learning to read in a second language (L2) is similar, in many ways, to learning to read in a first language (L1). Nevertheless, reading development also relies upon oral language proficiency and is greatly influenced by orthographic consistency. This longitudinal study aimed to analyze the role of linguistic predictors (phonological awareness, letter knowledge, pseudoword repetition, morphosyntactic comprehension, lexical knowledge and rapid naming) in reading outcomes (fluency, accuracy and comprehension) in a group of bilingual children (n = 30) reading Italian as an L2, compared to a group of monolingual children (n = 56). We ran a multi-group structural equation model. Our findings showed that rapid automatized naming was a significant predictor of reading speed in both groups. However, the study revealed different patterns of predictors for reading accuracy, predictors for monolinguals being LK, phonological awareness and lexical knowledge, while pseudoword repetition was a predictor for bilinguals. Morphosyntactic comprehension was the most significant predictor of comprehension skills in bilingual children. Implications for clinical and educational settings are discussed.

The present study evaluated which components within the simple view of reading model better predicted reading comprehension in a sample of bilingual language-minority children exposed to Italian, a highly transparent language, as a second language. The sample included 260 typically developing bilingual children who were attending either the first 2 years (n = 95) or the last 3 years (n = 165) of primary school and who had Italian as an instructional language. Children were administered a comprehensive battery for the assessment of decoding skills, listening comprehension, and reading comprehension latent variables. Results showed that, in both groups, listening comprehension was the most powerful predictor of reading comprehension, followed, only for younger children, by reading accuracy. Reading speed was not a significant predictor. These results confirmed the primary role of listening comprehension in predicting reading comprehension in bilinguals and added important evidence regarding the role of reading accuracy as a predictor of reading comprehension.

Early calculation abilities in preschoolers are predictive of mathematics achievement in subsequent grades (e.g., Jordan et al. 2009). Two studies were conducted to evaluate concurrent and longitudinal predictors of early calculation skills. In the first study, 102 preschoolers (57.8 % female; mean age = 60.57 ± 8.66 months) were given vocabulary, language comprehension, and verbal working memory tasks and a test battery that evaluated components of early number competence (quantity comparison, counting, number line, size seriation, semantic knowledge of digits, visual-spatial memory). The children were also asked to complete early calculation tasks, including addition and subtraction calculations. The results of this task constituted the dependent variable. The results showed that vocabulary, size seriation, and visual-spatial memory were significant concurrent predictors of early calculation competence. In the second study, 43 children completed the early number competence battery at time 1 (53.5 % female; mean age = 59.30 ± 3.46 months) and the linguistic and early calculation tasks at time 2, about 10 months later (mean age = 69.43 ± 3.31 months). The analysis of the longitudinal predictors of early calculation showed significant effects for counting and size seriation. The implications for preschool assessment and intervention are discussed.

In Italian, developing readers exhibit lexicality and frequency effects, and are sensitive to the distributional properties of the language. But how do bilingual children with different ages of first L2 (Italian) exposure and L2 vocabulary sizes read L2 words and pseudowords? Two reading aloud experiments investigated lexicality, frequency and stress assignment effects in fourth- and fifth-grade bilinguals and monolinguals. Naming latencies and pronunciation accuracy were analyzed. In Experiment 1, effects of lexicality and frequency and between-group differences emerged. In Experiment 2, the word frequency effect was confirmed. Late bilinguals, characterized by a smaller L2 vocabulary size, were less accurate than early bilinguals and monolinguals in assigning non-dominant stress. As with monolinguals, lexical information seems to be employed when reading Italian as a second language. Furthermore, bilingual readers are sensitive to the distributional properties of the language. Stress assignment is affected by the L2 lexicon size of second-language learners.

none 4 no Published online: January 2015 Despite their ascertained neurobiological origin, specific learning disorders (SLD) often have been found to be associated with some emotional disturbances in children, and there is growing interest in the environmental and contextual variables that may modulate children's developmental trajectories. The present study was aimed at evaluating the psychological profile of parents and children and the relationships between their measures. Parents of children with SLD (17 couples, 34 participants) and parents of children with typical development (17 couples, 34 participants) were administered questionnaires assessing parenting styles, reading history, parenting stress, psychopathological indexes, and evaluations of children's anxiety and depression. Children (N = 34, 10.7 +/- 1.2 years) were assessed with self-evaluation questionnaires on anxiety, depression, and self-esteem and with a scale assessing their perception of parents' qualities. Results showed that parents of children with SLD have higher parental distress, poorer reading history, and different parenting styles compared to parents of children with TD; there were no differences in psychopathological indexes. The SLD group also rated their children as more anxious and depressed. Children with SLD had lower scholastic and interpersonal self-esteem, but they report ratings of parents' qualities similar to those of TD children. Relationships between parents' and children's measures were further explored. Implications for research and practice are discussed. Bonifacci, Paola; Storti, Michele; Tobia, Valentina; Suardi, Alessandro Bonifacci, Paola; Storti, Michele; Tobia, Valentina; Suardi, Alessandro

Many studies have suggested that the concept of “number” is relatively independent from linguistic skills, although an increasing number of studies suggest that language abilities may play a pivotal role in the development of arithmetic skills. The condition of bilingualism can offer a unique perspective into the role of linguistic competence in numerical development. The present study was aimed at evaluating the relationship between language skills and early numeracy through a multilevel investigation in monolingual and bilingual minority children attending preschool. The sample included 156 preschool children. Of these, 77 were bilingual minority children (mean age = 58.27, sd: 5.90), and 79 were monolinguals (mean age = 58.45sd: 6.03). The study focused on three levels of analysis: group differences in language and number skills, concurrent linguistic predictors of early numeracy and, finally, profile analysis of linguistic skills in children with impaired vs. adequate numeracy skills. The results showed that, apart from the expected differences in linguistic measures, bilinguals differed from monolinguals in numerical skills with a verbal component, such as semantic knowledge of digits, but they did not differ in a pure non-verbal component such as quantity comparison. The multigroup structural equation model indicated that letter knowledge was a significant predictor of the verbal component of numeracy for both groups. Phonological awareness was a significant predictor of numeracy skills only in the monolingual group. Profile analysis showed that children with a selective weakness in the non-verbal component of numeracy had fully adequate verbal skills. Results from the present study suggest that only some specific components of language competence predict numerical processing, although linguistic proficiency may not be a prerequisite for developing adequate early numeracy skills.

Where does the experience of familiarity come from? Is it the same as sensory perception? Two novel approaches were combined to investigate the highly adaptive process of familiar face recognition: the inclusion of friends and family members as personally familiar faces and measures of eye movements and skin conductance responses (SCR). A sample of 16 university students was asked to look at photographs of 8 personally familiar faces (friends and relatives) and 8 unfamiliar faces. From the analysis of eye movement patterns, a preference for internal features (mouth, eyes, nose) for both familiar and unfamiliar faces emerged and a significant increase in electrodermal activity was found for personally familiar compared to unfamiliar faces. Higher SCR recovery values were found in response to friends. Findings from this exploratory investigation suggest that familiar faces are not looked at in a special way; instead we “feel” a sense of familiarity that comes and goes faster for relatives than for close friends.

The aim of this study was to investigate physiological activation during reading and control tasks in children with dyslexia and typical readers. Skin conductance response (SCR) recorded during four tasks involving reading aloud, reading silently, and describing illustrated stories aloud and silently was compared for children with dyslexia (n = 16) and a control group of typical readers (n = 16). Children's school wellness was measured through self- and parent-proxy reports. Significantly lower SCR was found for dyslexic children in the reading-aloud task, compared to the control group, whereas all participants showed similar physiological reactions to the other experimental conditions. SCR registered during reading tasks correlated with "Child's emotional difficulties," as reported by parents. Possible interpretations of the lower activation during reading aloud in dyslexic children are discussed.