Starting from the pro-environmental potential of Virtual Reality (VR), the aim was to understand how different statistical information formats can enhance VR persuasive potential for plastic consumption, recycling, and waste. Naturalistic, immersive Virtual Reality Environments (VREs) were designed ad hoc to display three kinds of statistical evidence formats, featured as three different formats (i.e., numerical, concrete, and mixed). Participants were exposed only to one of the three formats in VR, and their affect, emotions, sense of presence, general attitudes towards the environment, specific attitudes and behavioral intentions towards plastic, use, waste, recycle, as well as their social desirability proneness were measured. Numerical format was the least effective across all dimensions. Concrete and mixed formats were similar. Social desirability only partially affected participants’ attitudes and behavioral intentions. Numerical format did not increase the persuasive efficacy of statistical evidence displayed in VR, respect to visual alone. Implications and future directions for designing effective VRE promoting pro-environmental behaviors were discussed.

Chirico, A., Wally Scurati, G., Maffi, C., Huang, S., Graziosi, S., Ferrise, F., Gaggioli, A., Designing Virtual Environments for attitudes and behavioral change on plastic consumption: A comparison between concrete and numerical information., <<VIRTUAL REALITY>>, N/A; N/A (N/A): N/A-N/A [http://hdl.handle.net/10807/153837]

Designing Virtual Environments for attitudes and behavioral change on plastic consumption: A comparison between concrete and numerical information.

Alice Chirico
Primo
;
Andrea Gaggioli
Ultimo
2020

Abstract

Starting from the pro-environmental potential of Virtual Reality (VR), the aim was to understand how different statistical information formats can enhance VR persuasive potential for plastic consumption, recycling, and waste. Naturalistic, immersive Virtual Reality Environments (VREs) were designed ad hoc to display three kinds of statistical evidence formats, featured as three different formats (i.e., numerical, concrete, and mixed). Participants were exposed only to one of the three formats in VR, and their affect, emotions, sense of presence, general attitudes towards the environment, specific attitudes and behavioral intentions towards plastic, use, waste, recycle, as well as their social desirability proneness were measured. Numerical format was the least effective across all dimensions. Concrete and mixed formats were similar. Social desirability only partially affected participants’ attitudes and behavioral intentions. Numerical format did not increase the persuasive efficacy of statistical evidence displayed in VR, respect to visual alone. Implications and future directions for designing effective VRE promoting pro-environmental behaviors were discussed.
Inglese
Chirico, A., Wally Scurati, G., Maffi, C., Huang, S., Graziosi, S., Ferrise, F., Gaggioli, A., Designing Virtual Environments for attitudes and behavioral change on plastic consumption: A comparison between concrete and numerical information., <>, N/A; N/A (N/A): N/A-N/A [http://hdl.handle.net/10807/153837]
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/10807/153837
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