Appraisal of Emotions in Media Use: Toward a Process Model of Meta-Emotion and Emotion Regulation

Over the past 20 years, research on meta-emotion and related concepts such as meta-mood and need for affect has become fruitful and prominent across a variety of disciplines, including media psychology. This paper reviews the literature on meta-emotion and considers problems regarding the definition and operationalization of this construct. We propose a process model of meta-emotion and emotion regulation to integrate and extend existing work. Drawing on appraisal theories of emotion, we understand meta-emotion as a process that monitors and appraises emotions and recruits affective responses toward them, which results in a motivation to maintain and approach emotions, or to control and avoid them. This meta-emotion process plays an important role in media users' selection or rejection of specific media offerings and their invitation to experience emotion. We discuss how this framework may integrate previously unrelated findings on the role of emotions in guiding selective media use and conclude with directions for further research.     

Aggression,depression, and bullying others

A questionnaire survey of a representative sample of 2083 Norwegian pupils in Grade 8 revealed a positive and significant correlation between depressive symptoms and bullying others and a strong positive correlation between both power‐related (ProPow) and affiliation‐related (ProAff) proactive aggressiveness and bullying others among both boys and girls. We investigated whether the correlation between Depressive Symptoms and Bullying Others was spurious. For boys, a multiple‐regression analysis with Bullying Others as the dependent variable revealed that both ProPow and ProAff had strong separate effects on Bullying Others, whereas the separate effect from Depressive Symptoms was not significant. Interactions between Depressive Symptoms and ProPow and ProAff on Bullying Others were not present. It was concluded that the significant correlation between Depressive Symptoms and Bullying Others was spurious for boys. For girls, ProAff, and ProPow × Depressive Symptoms had significant and rather strong separate impacts on Bullying Others. Implications for intervention and further research were discussed. Aggr. Behav. 28:198–206, 2002. © 2002 Wiley‐Liss, Inc.     

Hippocampal lesions in pigeons (Columba livia) disrupt reinforced preexposure but not overshadowing or blocking

Three experiments examined the effects of hippocampal lesions in pigeons on overshadowing, blocking, and a latent inhibition treatment (non-differential reinforced preexposure) using a simultaneous visual discrimination paradigm. The results showed that hippocampal damage did not influence overshadowing (Experiment 1) or blocking (Experiment 2) but did attenuate the retardation in conditioning associated with non-differential reinforced preexposure to to-be-discriminated stimuli (Experiment 3). Hippocampal birds also displayed impaired autoshaping (Experiments 1, 2, and 3). The correspondence between the behavioural effects of avian and mammalian hippocampal lesions is discussed, and the implications of the present pattern of results for avian hippocampal function are considered.     

Effects of the interval between exposure to a novel environment and the occurrence of shock on the freezing responses of rats

Rats were exposed to a novel environment (E1) at time T1, given a footshock at time T2, and tested for freezing in E1 or in a second environment (E2). The function relating freezing to the T1-T2 interval among rats tested in E1 was an inverted U-shape. Rats exposed to short T1-T2 intervals displayed just as much freezing in E2 as in E1, whereas rats exposed to longer intervals froze less in E2 than in E1. These differences between the freezing responses in E1 and in E2 were obtained when the T1-T2 intervals were varied, but time spent in the shocked E1 was equated. Rats given two shocks in E1 differentiated between E1 and E2 when the initial shock occurred some time after exposure to E1, but not when the initial shock was presented shortly after that exposure. Rats shocked some time after exposure to E1 on Day 1 and shortly after exposure to that environment on Day 2 differentiated between E1 and E2 more than did rats exposed to the reverse sequence of T1-T2 intervals. The results were attributed to the formation of a network of connections among the E1 cues in rats exposed to moderate or long T1-T2 intervals, and to an impairment in the formation of this network as a result of the conditioning of a subset of cues in rats exposed to short T1-T2 intervals.     

The avian hippocampus and short-term memory for spatial and non-spatial information

Three experiments investigated the role of the pigeon hippocampal formation (the hippocampus and area-parahippocampalis) in short-term memory for non-spatial and spatial information. The acquisition of delayed matching-to-sample and the short-term retention of non-spatial visual information, using a small set of sample stimuli, were unaffected by aspiration lesions of the hippocampus or the neostriatum (Experiment 1). Similarly, acquisition and short-term retention of non-spatial information using a successive, trial-unique, delayed non-matching-to-sample procedure were unaffected by hippocampal damage; the same birds had, however, displayed a profound autoshaping impairment (Experiment 2). Acquisition of a spatial delayed matching-to-sample task was unimpaired by hippocampal damage. However, lesioned animals were impaired following the introduction of retention intervals on this procedure (Experiment 3). The correspondence between the behavioural effects of hippocampal lesions in birds and mammals on short-term memory is discussed, and the implications of these results for avian hippocampal function are considered.