Advanced theory of mind in children with mild intellectual disability and deaf or hard of hearing children: A two-year longitudinal study in middle childhood

The present study investigates the development of advanced theory of mind (AToM) among typically developing (TD) children, children with mild intellectual disability (MID), and deaf or hard of hearing (DHH) children. The 2-year longitudinal study comprised three waves and included a large sample of children from Poland in middle childhood aged around 7.5–9.5 years (N = 779; M = 7.7, SD = 0.92 at wave 1). The analysis of children’s understanding of second-order false belief and the Faux-Pas Recognition Test showed that TD children outperformed children with MID and DHH children on both measures. At 7.5 years, almost 60% of the TD children correctly solved the second-order false belief task; correct performance at 7.5 years in children with MID and DHH children was 27 and 38% respectively. Two years later, correct performance rose to 80% (TD children), 45% (children with MID), and 63% (DHH children). Despite these differences, the speed of AToM development did not differ across the groups. The development of faux-pas recognition followed a non-linear pattern, with TD children showing no further significant development after mid-elementary school. Our findings show differences in AToM development between TD children, children with MID, and DHH children, and they suggest that children’s development of AToM may follow different developmental pathways, depending on the aspect of AToM under study.     

Further understanding factors associated with grade retention: Birthday effects and socioemotional skills

Young-for-grade kindergarteners experience a disproportionate risk of retention compared to their old-for-grade peers. Using the Early Childhood Longitudinal Study-Kindergarten cohort dataset, this study investigated whether socioemotional skills mediated the association of age with kindergarten retention. Multilevel logistic regression models tested whether certain positive (e.g., interpersonal skills, approaches to learning) and negative (e.g., externalizing behavior) socioemotional skills were related to the likelihood of grade repetition, while controlling for academic abilities and student demographic variables. Findings showed that the relatively youngest kindergarteners were approximately five times more likely to be retained compared to the oldest student and that a child's approach to learning (e.g., attentiveness, task persistence) contributed as much as a child's academic abilities in relation to the likelihood of repeating a grade.     

STUDIES OF COGNITIVE DEVELOPMENT IN PAPUA NEW GUINEA

This paper reviews research dealing with problem solving abilities amongst Papua New Guineans. Studies concerned with individual intelligence tests, group intelligence tests, achievement tests, conservation measures, classificatory skills, and formal operational thinking are considered. Data are discussed which compared the performance of Papua New Guinean children and adults with people elsewhere, and with foreigners resident in Papua New Guinea. As well, important differences within Papua New Guinea related in particular to schooling and language-culture group are noted. By contrast with some previous conclusions about the cognitive skills of Papua New Guineans, it is concluded that while there are differences between some Papua New Guinean groups and groups from English speaking countries in problem-solving performance, developmental patterns appear to be similar. Thus, educated. Papua New Guineans eventually achieve the highest levels of formal thinking.     

Working Memory and Cognitive Skills in Individuals with Down Syndrome

This work is aimed at analyzing working memory (WM) components and their relationships with other cognitive processes in individuals with Down syndrome (DS). Particular attention is given to examine whether a verbal WM deficit is due to difficulties in verbal abilities often showed by individuals with DS, or whether it is a deficit per se. A group of 20 individuals with DS was compared to a group of 20 typically developing (TD) children matched on vocabulary comprehension and to a group of 20 TD children matched on general verbal intelligence. The groups received a battery of 3 verbal and 3 visuospatial WM tasks requiring different degrees of control, and tests assessing verbal abilities (WPPSI verbal scale, PPVT), nonverbal skills (WPPSI performance scale), and logical thinking (LO). The results revealed that individuals with DS have deficits in both central executive (control) and verbal components of the WM system, and the latter one is independent of the general verbal abilities deficit. The data suggest that the development of central executive proceeds at a slower rate in individuals with DS and differently from TD children with comparable verbal abilities. The performance of individuals with DS on high-control WM tasks requires additional general resources that are strictly linked to intelligence.     

The roles of different executive functioning skills in young children’s mental computation and applied mathematical problem-solving

This study investigated the relationships of four executive functioning skills (including verbal working memory, spatial working memory, inhibitory control, and cognitive flexibility) with young children’s mental computation and applied mathematical problem-solving. Two hundred and twenty-five Chinese kindergarteners were tested with a battery of general cognitive, executive functioning and mathematics skills. Results showed that when children’s age, gender, non-verbal intelligence, and listening comprehension skills were controlled, verbal working memory and cognitive flexibility were significant correlates of mental computation, whereas verbal working memory, spatial working memory, and cognitive flexibility were significant correlates of applied mathematical problem-solving. Inhibitory control was not significantly associated with the two domains of mathematics under investigation. The findings highlight the differential roles of different executive functioning skills in early mathematical skills and offer practical implication for helping young children in learning complex mathematical skills.     

Interactions Between Knowledge and Testimony in Children’s Reality-Status Judgments

In 2 studies, we attempted to capture the information-processing abilities underlying children’s reality-status judgments. Forty 5- to 6-year-olds and 53 7- to 8-year-olds heard about novel entities (animals) that varied in their fit with children’s world knowledge. After hearing about each entity, children could either guess reality status immediately or listen to testimony first. Informants varied in their expertise and in their testimony, which either supported or refuted the entities’ existence. Results revealed that children were able to evaluate the fit between the new information and their existing knowledge; this information then governed their decision regarding whether to seek testimony. Testimony had the strongest effect when new information did not conflict with, but was also not representative of, children’s knowledge.     

Building Links Between Early Socioeconomic Status,Cognitive Ability,and Math and Science Achievement

The present study examined whether and how socioeconomic status (SES) predicts school achievement in science, technology, engineering, and math (STEM) using structural equation modeling and data from the National Institute of Child Health and Human Development Study of Child Care and Youth Development. The present inquiry addresses gaps in previous research linking SES and STEM achievement in high school. Results indicate that maternal education predicts the child’s early environment, which itself predicts the development of executive function (EF) and language, and thereby, STEM achievement. Moreover, children’s language ability and EF development influenced higher-order cognitive skills, such as relational reasoning, planning, and basic calculation skills. However, only relational reasoning strongly predicted high school math and science achievement, suggesting that relational reasoning, but not planning and calculation skills, was central to STEM thinking and learning.     

Early antecedents of emotion differentiation and regulation: Experience tunes the appraisal thresholds of emotional development in infancy

In this review, we synthesize evidence to highlight cognitive appraisal as an important developmental antecedent of individual differences in emotion differentiation and adept emotion regulation. Emotion differentiation is the degree to which emotions are experienced in a nuanced or “granular” way—as specific and separable phenomena. More extensive differentiation is related to positive wellbeing and has emerged as a correlate of emotion regulation skill among adults. We argue that the cognitive appraisal processes that underlie these facets of emotional development are instantiated early in the first year of life and tuned by environmental input and experience. Powerful socializing input in the form of caregivers’ contingent and selective responding to infants’ emotional signals carves and calibrates the infant’s appraisal thresholds for what in their world ought to be noticed, deemed as important or personally meaningful, and responded to (whether and how). These appraisal thresholds are thus unique to the individual child despite the ubiquity of the appraisal process in emotional responding. This appraisal infrastructure, while plastic and continually informed by experience across the lifespan, likely tunes subsequent emotion differentiation, with implications for children’s emotion regulatory choices and skills. We end with recommendations for future research in this area, including the urgent need for developmental emotion science to investigate the diverse sociocultural contexts in which children’s cognitive appraisals, differentiation of emotions, and regulatory responses are being built across childhood.     

Executive abilities in children with congenital visual impairment in mid-childhood

The role of vision and vision deprivation in the development of executive function (EF) abilities in childhood is little understood; aspects of EF such as initiative, attention orienting, inhibition, planning and performance monitoring are often measured through visual tasks. Studying the development and integrity of EF abilities in children with congenital visual impairment (VI) may provide important insights into the development of EF and also its possible relationship with vision and non-visual senses. The current study investigates non-visual EF abilities in 18 school-age children of average verbal intelligence with VI of differing levels of severity arising from congenital disorders affecting the eye, retina, or anterior optic nerve. Standard auditory neuropsychological assessments of sustained and divided attention, phonemic, semantic and switching verbal fluency, verbal working memory, and ratings of everyday executive abilities by parents were undertaken. Executive skills were compared to age-matched typically-sighted (TS) typically-developing children and across levels of vision (mild to moderate VI [MVI] or severe to profound VI [SPVI]). The results do not indicate significant differences or deficits on direct assessments of verbal and auditory EF between the groups. However, parent ratings suggest difficulties with everyday executive abilities, with the greatest difficulties in those with SPVI. The findings are discussed as possibly reflecting increased demands of behavioral executive skills for children with VI in everyday situations despite auditory and verbal EF abilities in the typical range for their age. These findings have potential implications for clinical and educational practices.     

Developmental perception and cognitive styles: from young children to master artists.

The perceptual skills and cognitive styles of 30 master artists are compared to those of non-artist groups of different ages, beginning with 84 kindergarten children, and including an adult comparison group of 32. Criteria for master artists were first, handcrafted productions; second, major economic support derived from their art; third, shows in museums or good galleries; and fourth, positive peer evaluation. The test battery contained one intelligence test, two vision tests, three perceptual-discrimination measures, and five perceptual-cognitive style measures. Results show artists are significantly more flexible, accurate, variable, and field independent than all other groups. Artists, non-artist adults, and young children (60 high school sophomores, 60 children in Grade 5, 84 kindergarteners) each have differing cognitive styles. The relationship between cognitive style and artists' and non-artists' instrumental competency is discussed. Last, the extensive differences between artists' and children's performances are discussed in terms of developmental theory.     

儿童问题解决中的类比迁移

儿童问题解决中的类比迁移是儿童认知发展中的一个基本问题,但在儿童发展研究中却一直没有得到足够的重视。在对儿童问题解决中的类比迁移研究进行回顾和总结的基础上,特别是仔细分析最近十年里的类比迁移研究,该文总结出了儿童问题解决中类比迁移研究的发展趋势,主要包括从探讨迁移是否存在到验证迁移是一种早期能力、从关注迁移的年龄差异到关注促进迁移的有关因素、从关注迁移是否是基本能力到关注迁移的加工机制、从描述迁移技能到领域概化、从关注近迁移到关注远迁移。最后,该文对未来儿童问题解决中的类比迁移研究进行了展望     

The Right Stuff: Preschoolers Generalize Reliability Across Communicative Domains When Informants Show Semantic (Not Episodic) Knowledge

ABSTRACT

Although preschoolers have strong expectations about the pedagogical nature of pointing gestures (Csibra & Gergely, 2006), more recent work has shown that preschoolers prefer to use informants’ spoken language, not their pointing gestures, to make judgments about their reliability (Palmquist & Jaswal, 2015). Here, we explored children’s inferences about pointers using a standard selective trust paradigm. Specifically, we asked whether 4- and 5-year-olds generalize reliability across communicative domains (from pointing ability to speaking ability). We found that children preferred to make generalizations about pointers’ reliability when they had conveyed semantic, but not episodic, knowledge. Individual differences in theory of mind also predicted children’s willingness to make generalizations about pointers’ reliability. Both sets of results suggest that multiple factors (i.e., the type of knowledge an informant shares and individual differences in children’s cognitive development) affect whether preschoolers generalize others’ reliability across domains.     

Mad Scientists, Narrative, and Social Power: A Collaborative Learning Activity

Nathaniel Hawthorne’s short stories “The Birthmark” (1843) and “Rappaccini’s Daughter” (1844) encourage critical thinking about science and scientific research as forms of social power. In this collaborative activity, students work in small groups to discuss the ways in which these stories address questions of human experimentation, gender, manipulation of bodies, and the role of narrative in mediating perceptions about bodies. Students collectively adduce textual evidence from the stories to construct claims and present a mini-argument to the class, thereby strengthening their skills in communication and cooperative interpretation of ethical dilemmas. This exercise is adaptable to shorter and longer periods of instruction, and it is ideal for instructors who collaborate across areas of expertise.     

Contributions of linguistic,quantitative, and spatial attention skills to young children's math versus reading: Same,different, or both?

The study used Bayesian and Frequentist methods to investigate whether the roles of linguistic, quantitative, and spatial attention skills are distinct in children's acquisition of reading and math. A sample of 175 Chinese kindergarteners was tested with measures of linguistic skills (phonological awareness and phonological memory), quantitative knowledge (number line task, symbolic digit comparison, and non-symbolic number estimation), spatial attention skills (visual span, mental rotation, and visual search), word reading, and calculation. After statistically controlling for age and nonverbal intelligence, phonological awareness and digit comparison performance explained unique variance in both math and reading. Moreover, number line estimation was specifically important for math, while phonological memory was specifically essential for reading. These findings highlight the possibility of developing early screening tools with different cognitive measures for children at risk of learning disabilities in reading and/or math.     

Development of Self-regulation Abilities as Predictors of Psychological Adjustment Across the First Year of College

The first year of college can be a difficult developmental transition for many students, although it is also a time of personal growth and maturation. Little is known about how self-regulation abilities mature across this transition, nor whether maturation predicts better adjustment across the first year. We investigated the development of three self-regulation abilities (constructive thinking, emotional regulation, and mastery) and relations of this development to adjustment (depression, anxiety, and stress) in a sample of 162 first-year students. Data were gathered at two time points: just prior to their attendance at a large public northeastern university and then again at the end of the first year. Results indicated that, on average, students did not increase in their constructive thinking or emotion regulation abilities and actually decreased in their sense of mastery. In bivariate analyses, increases in all three self-regulation abilities were related to better adjustment across the year, effects that remained when examined simultaneously in multiple regression analyses. Further, analyses showed that change in self-regulation abilities, rather than mean levels per se, predicted changes in adjustment over the first year. Implications for interventions to assist students in the development of these self-regulation skills in regard to adjustment are discussed.     

Executive functions in children engaging in open- and closed-skilled sports

Executive functions (EFs) are an important skill set for human cognition as well as achievement and can be separated into different components (inhibition, switching, updating). To date, it remains poorly understood whether the sport type children engage in is related to differences in their EFs. Thus, in the present study, we investigated whether children with regular engagement in open- and closed-skilled sports perform differently on tasks assessing inhibition, switching, and updating skills. Cross-sectional data from 113 children aged 8–13 years was used, of those 42 children engaged exclusively in open-skilled sports (e.g., soccer), 44 engaged exclusively in closed-skilled sports (e.g., swimming), and 27 engaged in both sport types as indicated by parental report. Children took part in three computerized tasks assessing their inhibitory, switching, and updating skills. Additionally, their verbal-reasoning skills, motor abilities, and aerobic fitness were assessed using acknowledged tasks. Results showed no differences with respect to children’s inhibitory and updating skills among the groups. However, it was found that children engaged in open-skilled sports showed lower switch costs in the switching task as compared to children engaged in closed-skilled sports. Follow-up analyses demonstrated that this held particularly true for children with a high level of engagement in open-skilled sports. Our findings indicate that children with a regular participation in open-skilled sports show higher switching skills as peers with a regular engagement in closed-skilled sports, suggesting that children’s experience in a dynamic, unpredictable sport exercise may be closely related to their EFs.     

Cognitive Abilities Involved in Insight Problem Solving: An Individual Differences Model

This study investigated individual differences in cognitive abilities that contribute to solving insight problems. A model is proposed describing three types of cognitive ability that contribute independently to insight: convergent thinking, divergent thinking, and breaking frame. The model was tested in a large sample (N = 108) by regressing insight problem solving performance on measures of these three abilities. This analysis demonstrated that all three abilities predicted insight independently. Convergent thinking was further broken down into verbal intelligence and working memory, which also predicted insight independently of each other and of divergent thinking and breaking frame. Finally, when pitted against noninsight problem solving as a predictor in regression, only insight problem solving was uniquely associated with divergent thinking and breaking frame. The model is suggested as a potentially useful taxonomy for the study of ill-defined problems and cognitive abilities.     

Intergenerational associations in numerical approximation and mathematical abilities

Although growing evidence suggests a link between children's math skills and their ability to estimate numerical quantities using the approximate number system (ANS), little is known about the sources underlying individual differences in ANS acuity and their relation with specific mathematical skills. To examine the role of intergenerational transmission of these abilities from parents to children, the current study assessed the ANS acuities and math abilities of 54 children (5–8 years old) and their parents, as well as parents' expectations about children's math skills. Children's ANS acuity positively correlated with their parents' ANS acuity, and children's math abilities were predicted by unique combinations of parents' ANS acuity and math ability depending on the specific math skill in question. These findings provide the first evidence of intergenerational transmission of an unlearned, non‐verbal numerical competence and are an important step toward understanding the multifaceted parental influences on children's math abilities.     

Spatial representations of young children: the role of self- versus adult-directed movement and viewing

The influence of the control of movement and viewing while exploring a novel large-scale environment was assessed. Forty kindergarteners and forty second grade children served in four activity conditions that represented the factorial combination of movement (self vs adult directed) and viewing (self vs adult directed). A significant grade level X movement X viewing interaction revealed that when kindergarteners directed their own movement, estimates of interlocation distances were equivalent whether viewing was self or adult directed. If movement was directed by an adult, kindergarteners estimated interlocation distances more accurately if the adult also directed their viewing than if the children directed their own viewing. Second grade children performed comparably across all four experimental conditions.