Child age, parent and child gender, and domain differences in parents’ attributions and responses to children’s outcomes

The influence of children’s age, and parents’ and children’s gender on parents’ attributions and emotional and behavioral responses to their children’s successful and unsuccessful social and academic outcomes, was investigated. Seventy-six dual-parent families (mothers and fathers) of fifth (n=28), eighth (n=23), and eleventh grade (n=25) children participated. The results of this study suggest that from fifth grade on, at least, the ways parents explain the causes of and respond to their children’s social behavior and academic outcomes involves a complex interaction of children’s age, children’s gender, parents’ gender, domain, and outcome. Results are discussed in terms of children’s socialization. This paper is based in part on a master’s thesis at Clark University by the first author. An earlier version of this paper was presented at the annual meeting of the Eastern Psychological Association, Providence, RI, April 1994. The authors would like to thank the parents, teachers, and school administrators of Holden and Auburn, Massachusetts, who participated in this project. We would also like to thank Kristen Rotis and Leslie Edwards for their tireless help in revising and preparing the questionnaires, and for entering data for this project.     

The development of children’s sympathy,moral emotion attributions,and moral reasoning in two cultures

The current study investigated the development of children’s sympathy, moral emotion attributions, and moral reasoning in two cultures: Chile and Switzerland. One hundred seventy-six children in two age groups (i.e., 6 and 9 years old) were asked to report their sympathy. Moral emotion attributions and moral reasoning were measured using two hypothetical moral transgressions (i.e., omitting a prosocial duty, stealing from another child). Younger Chilean children reported higher levels of sympathy than younger Swiss children. Across cultures, older children attributed more moral emotions than did younger children. Younger Swiss children used more moral reasoning following judgements about rule violations than did younger Chilean children. The findings are discussed from both a developmental and cross-cultural perspective.     

Addition in kindergarten: The role of mothers’ and teachers’ language

Data from a longitudinal investigation were used to examine the effects of mothers’ and teachers’ language on children’s developing mathematical competencies during the kindergarten year. Specifically, 1) mothers’ use of metamemory talk, or references to the process of remembering, and 2) teachers’ use of cognitive processing language (CPL), or instruction that encourages deep levels of processing and metacognition, were related to students’ addition skills in kindergarten. The findings indicated that while maternal metamemory talk was associated with children’s mathematical competencies at school entry, teachers’ use of CPL was associated with the amount of growth that students demonstrated across the year, especially regarding strategy use. The results highlight the need for additional research that examines students’ academic trajectories longitudinally as a function of the language to which they are exposed at home and school.     

Interaction between color and attentional level in children’s conflict control

Cognitive Processing - Perception of color can affect cognition and behavior in humans. Although there has been increasing interest in the effect of red on cognitive performance in adults, little...     

Time’s up! Involvement of metamemory knowledge,executive functions,and time monitoring in children’s prospective memory performance

This study examined time-based prospective memory (PM) in children and explored the possible involvement of metamemory knowledge and executive functions in the use of an appropriate time-monitoring strategy depending on the ongoing task’s difficulty. Specifically, a sample of 72 typically developing children aged 4, 6, and 9 years old were given an original PM paradigm composed of both an ongoing procedural activity and a PM task. Half of the participants (expert group) were trained in the ongoing activity before the prospective test. As expected, results show that time monitoring had a positive effect on children’s PM performance. Furthermore, mediation analyses reveal that strategic time monitoring was predicted by metamemory knowledge in the expert group but only by executive functions in the novice group. Overall, these findings provide interesting avenues to explain how metamemory knowledge, strategy use, and executive functions interact to improve PM performance during childhood.     

The role of entrenchment in children’s and adults’ performance on grammaticality judgment tasks

Between the ages of 3 and 7 years, children have been observed to produce verb argument structure overgeneralization errors (e.g., Don’t giggle me; Bowerman, 1982, 1988; Pinker, 1989). A number of recent studies have begun to find evidence that the precise distributional properties of the input may provide an important part of the explanation for why children retreat from overgeneralization errors (Brooks & Tomasello, 1999; Brooks, Tomasello, Dodson, & Lewis, 1999). The current study evaluates the role of entrenchment (Braine & Brooks, 1995) in constraining argument structure overgeneralization errors using a grammaticality judgment task. The 5-year-olds, 8-year-olds, and adults were presented with examples of argument structure errors containing high and low frequency verbs matched for semantic class and asked to indicate whether, or the extent to which they found the sentences to be grammatical. The data show that across all groups, sentences with argument structure errors containing low frequency verbs were judged to be significantly more grammatical than those containing high frequency verbs. These findings provide further support for the entrenchment hypothesis and suggest that verb frequency plays an important and continuing role in determining a speaker’s choice of verb argument structure.     

Neural coding partially accounts for the relationship between children’s number-line estimation and number comparison performance

Numerical comparison is a primary measure of the acuity of children’s approximate number system. Approximate number system acuity is associated with key developmental outcomes such as symbolic number skill, standardized test scores, and even employment outcomes (Halberda, Mazzocco, & Feigenson, 2008; Parsons & Bynner, 1997). We examined the relation between children’s performance on the numerical comparison task and the number-line estimation task. It is important to characterize the relation between tasks to develop mathematics interventions that lead to transfer across tasks. We found that number-line performance was significantly predicted by nonsymbolic comparison performance for participants ranging in age from 5 to 8 years. We also evaluated, using a computational model, whether the relation between the 2 tasks could be adequately explained based on known neural correlates of number perception. Data from humans and nonhuman primates characterized neural activity corresponding to the perception of numerosities. Results of behavioral experimentation and computational modeling suggested that though neural coding of numbers predicted a correlation in participants’ performance on the 2 tasks, it could not account for all the variability in the human data. This finding was interpreted as being consistent with accounts of number-line estimation in which number-line estimation does not rely solely on participants’ numerical perception.     

Effects of children’s hearing loss on the synchrony between parents’ object naming and children’s attention

Children’s attentional state during parent-child interactions is important for word learning. The current study examines the real-time attentional patterns of toddlers with and without hearing loss (N = 15, age range: 12–37 months) in parent-child interactions. High-density gaze data recorded from head-mounted eye-trackers were used to investigate the synchrony between parents’ naming of novel objects and children’s sustained attention on the named objects in joint play. Results show that the sheer quantities of parents’ naming and children’s sustained attention episodes were comparable in children with hearing loss and their peers with normal hearing. However, parents’ naming and children’s sustained attention episodes were less synchronized in the hearing loss group compared to children with normal hearing. Possible implications are discussed.     

Intersections of spirituality,religion and gender in children’s literature

This paper explores the intersections of spirituality, religion and gender in contemporary children’s books published in the United States. Background for the discussion includes a history of religion in children’s literature and the history of women’s roles in the Christian tradition. Representative works of realistic fiction – historical and contemporary – and one work of science fiction are discussed.     

Differences in performance in CAMCOG-R domains between old and oldest old patients with Alzheimer’s disease

The purpose of this study is to evaluate the neuropsychological performance in a ≥90-year-old population with Alzheimer disease (AD) in comparison with younger elderly patients. We retrospectively studied all patients with AD attended in a specialized clinic between 1999 and 2011. Age, sex, educational level, and sensory loss data were collected. Neuropsychological evaluation included Mini-Mental State Examination and Global Deterioration Scale. We used the eight Cambridge Cognitive Assessment (CAMCOG-R) domains to evaluate and compare the neuropsychological performance in the younger than 90 years old (<90) and older than 90 years old (≥90) groups. We selected 2931 patients, 2897 <90 (98.83%) and 34 ≥90 years old (1.17%). The ≥90 group had significant lower punctuations in memory, praxis, and abstract thinking CAMOCG-R domains with 1.49, 0.75, and 0.58 less points, respectively, (p < 0.05). Neuropsychological characteristics of cognitive decline seem to be different in ≥90 compared to <90 years old patients. According to age, the biggest differences in the CAMCOG-R performance are in the memory, praxis, and abstract thinking domains.     

Poor,abused, and neglected children’s prospects in a fair society

In this article, the principles of Justice as Fairness (Rawls, 1971) are applied to some of the institutions affecting children—the legal system and the family. Within this perspective, these institutions are just if there are no alternative arrangements under which the prospects of the least advantaged children could be maximized. Improving the prospects of the abused, neglected, and oftentimes anomic children becomes the barometer of social change. A welfare and protection rights agenda, and ways of strengthening the nuclear family within the community, are envisioned in order to provide least advantaged children with the most basic primary goods enabling them to develop their capabilities. Such changes are prerequisite for reducing violence and anomie in our society.     

Dyadic association between aggressive pretend play and children’s anger expression

This study investigates the association between children’s peer-reported expression of anger and their pretend play with aggressive/negative themes observed during spontaneous play with classmates. Participants comprised 104 Chinese children (M_age = 8.98 years, SD = 0.97, 49% girls) and were filmed playing in peer dyads with toys. Aggressive and non-aggressive negative pretend themes were coded at five-second intervals for 10 minutes. Children’s expression of anger in real situations was reported by peers. Analysis using actor–partner interdependence modelling (APIM) revealed significant partner effects, indicating that children were more likely to engage in pretend play with aggressive themes when they were playing with a partner who was perceived by their peers as more easily angered. It was also found that boys were more likely to engage in pretend play with both aggressive and non-aggressive negative themes compared with girls.     

Inhibition and young children’s performance on the Tower of London task

Young children, when performing problem solving tasks, show a tendency to break task rules and produce incomplete solutions. We propose that this tendency can be explained by understanding problem solving within the context of the development of “executive functions” – general cognitive control functions, which serve to regulate the operation of the cognitive system. This proposal is supported by the construction of two computational models that simulate separately the performance of 3–4 year old and 5–6 year old children on the Tower of London planning task. We seek in particular to capture the emerging role of inhibition in the older group. The basic framework within which the models are developed is derived from Fox and Das’ Domino model [Fox, J., & Das, S. (2000). Safe and sound: Artificial intelligence in hazardous applications. Cambridge, MA: MIT Press] and Norman and Shallice’s [Norman, D.A., & Shallice, T. (1986). Attention to action: Willed and automatic control of behaviour. In R. Davidson, G. Schwartz, & D. Shapiro (Eds.), Consciousness and Self Regulation (Vol. 4). New York: Plenum] theory of willed and automatic action. Two strategies and a simple perceptual bias are implemented within the models and comparisons between model and child performance reveal a good fit for the key dependent measures (number of rule breaks and percentage of incomplete solutions) of the two groups.     

Children’s understandings of counting: Detection of errors and pseudoerrors by kindergarten and primary school children

In this study, the development of comprehension of essential and nonessential aspects of counting is examined in children ranging from 5 to 8 years of age. Essential aspects, such as logical rules, and nonessential aspects, including conventional rules, were studied. To address this, we created a computer program in which children watched counting errors (abstraction and order irrelevance errors) and pseudoerrors (with and without cardinal value errors) occurring during a detection task. The children judged whether the characters had counted the items correctly and were asked to justify their responses. In general, our data show that performance improved substantially with age in terms of both error and pseudoerror detection; furthermore, performance was better with regard to errors than to pseudoerrors as well as on pseudoerror tasks with cardinal values versus those without cardinal values. In addition, the children’s justifications, for both the errors and pseudoerrors, made possible the identification of conventional rules underlying the incorrect responses. A particularly relevant trend was that children seem to progressively ignore these rules as they grow older. Nevertheless, this process does not end at 8 years of age given that the conventional rules of temporal and spatial adjacency were present in their judgments and were primarily responsible for the incorrect responses.     

Time—distance relations in shifting attention between locations on one’s body

Does the time to discriminate the presence or absence of a tactile stimulus depend on its distance from the bodily location to which one has been attending? Subjects were tested by the presentation of air puffs at four of eight possible locations on the body. In each trial of Experiment 1, (1) subjects attended auditorily to an announcement of one of the eight locations; (2) 2 sec later, a second location was announced and, simultaneously, air puffs were presented at a randomly selected four of the eight locations; (3) the subjects reported as quickly as possible on whether or not air puffs had been presented at the second-announced location. Overall, reaction times increased with the distance between the just-attended and the tested locations. Experiment 2 was undertaken to determine whether the operative distance was distance through the subject’s body or directly through three-dimensional space. The subjects were tested as in Experiment 1, but with their arms or legs either side-by-side in front or spread out to each side. Reaction times then depended more on straight-line distance in space than on distance through the body.     

Individual and age-related differences in children’s working memory

The purpose of this study was to investigate the degree to which age-related and individual differences in children’s working memory (WM) are due to a general or task-specific capacity system. Experiment 1 correlated children’s (N=146; age range 5–19 years) verbal and visual-spatial working memory performance with various intelligence and achievement measures. The results supporting a general system were that (1) visual-spatial and verbal WM measures were significantly intercorrelated with and without age partialed out and (2) both verbal and visual-spatial WM measures were significantly correlated with diverse achievement and intelligence measures. Experiment 2 compared three age groups (N=192; 7-, 10-, and 13-year-olds) on working-memory performance tasks under initial, enhanced (cued), and maintenance conditions. The results supporting a general capacity system were that (1) age-related performance differences in WM were found on all conditions and not isolated to specific processes, (2) the maintenance measures (high-load condition) predicted the variance better in age-related performance than process measures, and (3) although individual differences in WM performance reflected two independent operations, these operations produced similar correlations to achievement within age groups. Overall, the results support a general capacity explanation of age-related and individual differences in children’s WM performance.