Bonner Online-Bibliographie zur Comicforschung
Bonn Online Bibliography of Comics Research

WIKINDX Resources

Coyne, Sarah M. et al. "Pow! Boom! Kablam! Effects of Viewing Superhero Programs on Aggressive, Prosocial, and Defending Behaviors in Preschool Children." In: Journal of Abnormal Child Psychology (2017), S. 1–13. 
Added by: joachim (17 Jan 2017 13:44:23 Europe/Berlin)   Last edited by: joachim (17 Jan 2017 13:47:20 Europe/Berlin)
Resource type: Journal Article
Languages: englisch
Peer reviewed
DOI: 10.1007/s10802-016-0253-6
BibTeX citation key: Coyne2017
Email resource to friend
View all bibliographic details
Categories: General
Keywords: Adaption, Empirie, Gewalt, Superheld, TV, USA, Wirkung
Creators: Collier, Coyne, Essig, Linder, Nelson, Stockdale
Collection: Journal of Abnormal Child Psychology
Views: 9/185
Views index: 1%
Popularity index: 0.25%
Abstract
Many schools and parents try to motivate children to become defenders of victimized peers. Defending behavior is common in the media (particularly in superhero programs); however, no study has examined the effect of media on defending behavior. The aim of the study was to examine longitudinal associations between superhero engagement and a variety of aggressive, prosocial, and defending behaviors in preschool children. Participants consisted of 240 preschoolers (49% male) and their parents who reported on child media use and outcomes at 2 different time points. Preschooler’s engagement with superheroes was related to increased physical and relational aggression 1 year later. Engagement with superheroes was not related to prosocial or defending behaviors. Implications of the results are discussed.
  
wikindx 5.6 ©2018 | Total resources: 11675 | Username: -- | Bibliography: WIKINDX Master Bibliography | Style: Comicforschung-Bibliographie Stil (CFB) | Database queries: 64 | DB execution: 0.33094 secs | Script execution: 0.34602 secs

PHP execution time: 0.01384 s
SQL execution time: 0.33094 s
TPL rendering time: 0.00124 s
Total elapsed time: 0.34602 s
Peak memory usage: 1.3265 MB
Memory at close: 1.2762 MB