Key result
Electrodermal and cardiovascular activity measures are sensitive indicators of autonomic nervous system activation during emotion-eliciting stimulation in children, allowing for the differentiation of emotions by their physiological manifestations.
This review summarizes the current state of research on electrodermal and cardiovascular measures of autonomic nervous system activation during emotional stimulation in children.
May aid pediatric emotion research via autonomic measures; leaves open clinical cardiovascular validation.
The purpose of this paper is to analyze the current state of developmental researches in the area of psychophysiology of emotions in preschool and elementary school children. Electrodermal and cardiovascular activity measures are considered as the sources of indices of the autonomic nervous system activation during emotion-eliciting stimulation in children. We discuss the question of sensitivity of phasic and tonic autonomic measures for the identification of occurrence of emotion, mapping it along with valence and arousal dimensions in affective space, and to further differentiate emotions by their physiological manifestations. Considered are the conceptual and methodological issues related to psychophysiological measurements and developmental factors affecting the emotional reactivity in children. Special attention is devoted to the developmental aspects of psychophysiological studies on emotion such as the maturation of organs, integration of the autonomic and central nervous systems, age and gender-related changes in autonomic reactivity, and development of inhibitory control. Summarized are main findings relevant to psychophysiology of emotions in preschool and early school-age children and suggested are most perspective directions of their integration in the framework of modern theories of emotion.
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Sohn et al. (2001) conducted a review in Emotions in children. Emotion-eliciting stimulation was evaluated. Electrodermal and cardiovascular activity measures are sensitive indicators of autonomic nervous system activation during emotion-eliciting stimulation in children, allowing for the differentiation of emotions by their physiological manifestations.
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