Dawn Watling

Peer relations and the understanding of faux pas: longitudinal evidence for bidirectional associations

Research connecting childrens understanding of mental states to their peer relations at school remains scarce. Previous work by the authors demonstrated that childrens understanding of mental states in the context of a faux pas--a social blunder involving unintentional insult--is associated with concurrent peer rejection. The present report describes a longitudinal follow-up investigation of 210 children from the original sample, aged 5-6 or 8-9 years at Time 1. The results support a bidirectional model suggesting that peer rejection may impair the acquisition of faux pas understanding, and also that, among older children, difficulties in understanding faux pas predict increased peer rejection. These findings highlight the important and complex associations between social understanding and peer relations during childhood.

Linking children's neuropsychological processing of emotion with their knowledge of emotion expression regulation

Understanding of emotions has been shown to develop between the ages of 4 and 10 years; however, individual differences exist in this development. While previous research has typically examined these differences in terms of developmental and/or social factors, little research has considered the possible impact of neuropsychological development on the behavioural understanding of emotions. Emotion processing tends to be lateralised to the right hemisphere of the brain in adults, yet this pattern is not as evident in children until around the age of 10 years. In this study 136 children between 5 and 10 years were given both behavioural and neuropsychological tests of emotion processing. The behavioural task examined expression regulation knowledge (ERK) for prosocial and self-presentational hypothetical interactions. The chimeric faces test was given as a measure of lateralisation for processing positive facial emotion. An interaction between age and lateralisation for emotion processing was predictive of childrens ERK for only the self-presentational interactions. The relationships between childrens ERK and lateralisation for emotion processing changes across the three age groups, emerging as a positive relationship in the 10-year-olds. The 10-years-olds who were more lateralised to the right hemisphere for emotion processing tended to show greater understanding of the need for regulating negative emotions during interactions that would have a self-presentational motivation. This finding suggests an association between the behavioural and neuropsychological development of emotion processing.

Self-presentational features in childhood social anxiety

Theoretical and clinical models of social anxiety highlight links with self-presentational concerns and behavior, but little is known about these features in early development. In the present investigation, a nonclinical sample of 196 children aged 8-9 years completed self-report measures of social anxiety, depressive symptoms, and usage of self-presentational tactics, as well as a self-description task measuring the capacity to differentiate between audiences known to have different preferences. After controlling for concurrent depressive symptoms, social anxiety was associated with increased usage of self-presentational tactics, but also with poorer scores on the audience differentiation task. A follow-up assessment of groups identified as highly socially anxious or non-socially anxious showed that these patterns were durable over 12 months. Directions for future research on the social developmental trajectory of children with social anxiety are suggested.

Emotion lateralisation: Developments throughout the lifespan

There is a great amount of research on hemispheric lateralisation for processing emotions and on the recognition of emotions across the lifespan. However, few researchers have explored the links between these two measures. This paper highlights how trends in these two research areas inform our understanding of how lateralisation for emotion processing may influence emotion recognition performance throughout the lifespan, including if the development of emotion lateralisation is a response to our environmental experiences of learning (experience dependent) or a result of having specific experiences at a particular time (experience expectant). The development of emotion lateralisation across the lifespan (infancy through to late adulthood) is explored with reference to past research and through the integration of the novel research offered within this special issue of Laterality. We also explore what we can learn from atypical populations. We propose that researchers need to focus on three key avenues of future research (longitudinal research, investigating the role of hormones, and research that explores the evolution of laterality) all which will provide greater insight into the development of laterality and how this may be associated with emotion processing.

Sex differences in the relationship between children's emotional expression discrimination and their developing hemispheric lateralization.

Strength of lateralization for processing facial emotion becomes more right hemisphere lateralized throughout childhood, but sex differences in this development are not currently understood. This study examines patterns of lateralization for emotion discrimination in 185 6–10-year-olds. Strength of right hemisphere lateralization was stronger in the older children, and right hemisphere dominance emerged at around age 8. Children who were more strongly lateralized performed with greater accuracy on a behavioral test of emotion discrimination and this relationship was significant for boys but not girls, demonstrating that there is a relationship between lateralization and performance (particularly, the discrimination of emotions).

The impact of audience age and familiarity on children’s drawings of themselves in contrasting affective states

The present study was designed to investigate the impact of familiarity and audience age on children’s self-presentation in self-drawings of happy, sad and neutral figures. Two hundred children (100 girls and 100 boys) with the average age of 8 years 2 months, ranging from 6 years 3 months to 10 years 1 month, formed two age groups and five conditions (n = 20). All children completed two counterbalanced sessions. Session 1 consisted of drawing a neutral figure followed by a sad and happy figure in counterbalanced order. The drawing instructions specified the age of the audience (adult vs. child) and familiarity (familiar vs. unfamiliar) differently for each condition. Measures of colour preference were taken in session 2. Certain drawing strategies, such as waving and smiling, varied as a function of audience age and familiarity whilst others, such as colour use, did not. The results are discussed in terms of cue dependency and framework theories of children’s drawings and the need to be aware of specific characteristics of who children are drawing for.

How do children who understand mixed emotion represent them in freehand drawings of themselves and others

This research is the first to assess children’s representation of mixed emotion using a freehand drawing task. Two hundred and forty-one 5–11-year olds completed a drawing and a colour preference task. Children heard a condition appropriate vignette about themselves or a protagonist designed to evoke mixed emotion, and were asked to draw the self or the protagonist experiencing neutral, happy and sad affect. Children who reported mixed emotions after the story also drew themselves or the protagonist experiencing mixed emotion. For mixed emotion, children used red, green and blue more in drawings of the protagonist, and yellow more in drawings of the self. Interestingly, strategies for mixed emotion drawings were similar to those used for happy drawings; more specifically, in drawings of the self, children were particularly more likely to use smiles (for happy and sad drawings) and fewer frowns. Findings are discussed in relation to self-presentational behaviour.

Individual differences in emotion lateralisation and the processing of emotional information arising from social interactions

Previous research examining the possible association between emotion lateralisation and social anxiety has found conflicting results. In this paper two studies are presented to assess two aspects related to different features of social anxiety: fear of negative evaluation (FNE) and emotion regulation. Lateralisation for the processing of facial emotion was measured using the chimeric faces test. Individuals with greater FNE were more strongly lateralised to the right hemisphere for the processing of anger, happiness and sadness; and, for the processing of fearful faces the relationship was found for females only. Emotion regulation strategies were reduced to two factors: positive strategies and negative strategies. For males, but not females, greater reported use of negative emotion strategies is associated with stronger right hemisphere lateralisation for processing negative emotions. The implications for further understanding the neuropsychological processing of emotion in individuals with social anxiety are discussed.

Neurophysiological evidence (ERPs) for hemispheric processing of facial expressions of emotions: Evidence from whole face and chimeric face stimuli

ABSTRACT This study was designed to investigate the patterns of electrophysiological responses of early emotional processing at frontocentral sites in adults and to explore whether adults’ activation patterns show hemispheric lateralization for facial emotion processing. Thirty-five adults viewed full face and chimeric face stimuli. After viewing two faces, sequentially, participants were asked to decide which of the two faces was more emotive. The findings from the standard faces and the chimeric faces suggest that emotion processing is present during the early phases of face processing in the frontocentral sites. In particular, sad emotional faces are processed differently than neutral and happy (including happy chimeras) faces in these early phases of processing. Further, there were differences in the electrode amplitudes over the left and right hemisphere, particularly in the early temporal window. This research provides supporting evidence that the chimeric face test is a test of emotion processing that elicits right hemispheric processing.

Conceptual Change in Science Is Facilitated Through Peer Collaboration for Boys but Not for Girls

Three hundred and forty-one children (Mage = 9,0 years) engaged in a series of science tasks in collaborative, same-sex pairs or did not interact. All children who collaborated on the science tasks advanced in basic-level understanding of the relevant task (motion down an incline). However, only boys advanced in their conceptual understanding at a 3-week posttest. Discussion of concepts and procedural aspects of the task led to conceptual development for boys but not girls. Gender differences in behavioral style did not influence learning. Results are discussed in terms of the links between gender and engagement in conversations, and how gender differences in collaboration may relate to differences in participation in science.