Overweight video game avatars 'play' worse than thin ones, study says

Overweight video game avatars ‘play’ worse than thin ones, study says

Women assigned an overweight avatar in a video tennis game didn't play as hard as those assigned a slim one—regardless of the player's actual size, according to a new study by the University of California, Davis.

"How we perceive ourselves can have a profound impact even when it is just our virtual self," said study author Jorge Peña, assistant professor in the Department of Communication. "People can get so immersed when that the virtual self momentarily becomes more salient and influential on behavior than our real self."

For the study, 96 female undergraduates were assigned , which are virtual video characters who stand in for the player and respond to the player's manipulation of the controller. The women were randomly assigned avatars that were either slim or obese, as well as computer opponents that could also be either of these. Players wore watch-sized accelerometers to test levels of physical activity.

The subjects with slim avatars showed significantly more waist activity than those with avatars that were obese. Players who both used and played against slim weight avatars showed the highest physical activity. The player's true weight had no impact on their activity level.

The study, published in Computers in Human Behavior, supports two key ideas, said Peña.

The first is how stereotypes, in this case about peoples' weight, can affect a person's perception and behavior, even in a video game. The study also shows the effect of social comparisons, which demonstrates that a game that takes place in a virtual environment with a virtual opponent is actually a social process.

Overweight video game avatars ‘play’ worse than thin ones, study says

"It takes two to tango," said Peña, referring to the increase in of one's own slim avatar when playing against a slim virtual opponent.

Pena is working on a similar study with men.

Overweight video game avatars ‘play’ worse than thin ones, study says

Explore further

Virtual avatars may impact real-world behavior

More information: Jorge Peña, Eunice Kim, "Increasing exergame physical activity through self and opponent avatar appearance," Computers in Human Behavior, Volume 41, December 2014, Pages 262-267, ISSN 0747-5632, dx.doi.org/10.1016/j.chb.2014.09.038.
Journal information: Computers in Human Behavior

Provided by UC Davis
Citation: Overweight video game avatars 'play' worse than thin ones, study says (2015, January 28) retrieved 16 October 2019 from https://medicalxpress.com/news/2015-01-overweight-video-game-avatars-worse.html
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