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

WIKINDX Resources

Hassoun, Dan: "Sequential outliers. The role of spoilers in comic book reading." In: Journal of Graphic Novels and Comics 4.2 (2013), S. 346–358. 
Added by: joachim (14 Aug 2013 07:43:32 Europe/Berlin)   Last edited by: joachim (22 Aug 2015 07:29:42 Europe/Berlin)
Resource type: Journal Article
Languages: englisch
Peer reviewed
DOI: 10.1080/21504857.2013.784202
BibTeX citation key: Hassoun2013
Email resource to friend
View all bibliographic details
Categories: General
Keywords: Kognition, Rezeption, Sequenzialität
Creators: Hassoun
Collection: Journal of Graphic Novels and Comics
Views: 5/210
Views index: 3%
Popularity index: 0.75%
Although many disparage ‘spoilers’ as ruining reading experiences by revealing plot details prematurely, comics readers commonly experience texts in ways that reveal story information out of order: eager readers will flip through a comic and catch glimpses of future narrative events, wandering eyes will scan panels out of order, etc. Upon closer inspection, ‘sequential’ art is often experienced in decidedly ‘non-sequential’ ways. While scholars in literary and media studies have analysed the role of spoilers in reception of books and television, the topic remains marginalized and under-explored in comics studies. This article argues that non-sequentiality and spoilers are historically and aesthetically central to comic narration, and that they facilitate, rather than impede, the pleasures we receive when engaging with such texts. Specifically, I show how non-sequential reading complicates any formal analysis of graphic storytelling, even as it increases the potential enjoyment readers may receive from comic narratives.
wikindx 5.6 ©2018 | Total resources: 11641 | Username: -- | Bibliography: WIKINDX Master Bibliography | Style: Comicforschung-Bibliographie Stil (CFB) | Database queries: 50 | DB execution: 0.26412 secs | Script execution: 0.27811 secs

PHP execution time: 0.01265 s
SQL execution time: 0.26412 s
TPL rendering time: 0.00134 s
Total elapsed time: 0.27811 s
Peak memory usage: 1.3239 MB
Memory at close: 1.2737 MB