The proposed research will be conducted in three stages. The first stage comprises of two experiments Study1 and Study2. Study1, will focus on color numerosity (low-medium-high), with a between subject three cell design experiment (n=200), to assess its effect on the dependent variables (purchase intention, perceived sustainability of both the product and the packaging, perceived healthiness, perceived tastiness). Study2, will evaluate the impact of design complexity (low-medium-high) on the dependent variables in a between subject three cell design (n=200). The second stage, Study3, will involve a 3x3 between subject design experiment incorporating both color numerosity and design complexity (n=500). Lastly, in the final stage (Study4) eye-tracking metrics will be incorporated in the design (n=225) to understand how consumers process these visual elements in real time, in addition to the behavioral variables explored in studies 1-3, Study4 will incorporate metrics such as fixation duration, time to first fixation, visualization patterns and pupillary responses.
Color Overload: Exploring the Effects of Design Complexity on Sustainable Consumption / Columbano, Martina; Zerbini, Cristina; Vergura, Donata Tania; Luceri, Beatrice. - (2024). ( Society for Neuroeconomics 22nd Annual Meeting Cascais, Portugal 10-13 October 2024).
Color Overload: Exploring the Effects of Design Complexity on Sustainable Consumption
Columbano MARTINA;Zerbini CRISTINA
;Vergura DONATA TANIA;Luceri BEATRICE
2024-01-01
Abstract
The proposed research will be conducted in three stages. The first stage comprises of two experiments Study1 and Study2. Study1, will focus on color numerosity (low-medium-high), with a between subject three cell design experiment (n=200), to assess its effect on the dependent variables (purchase intention, perceived sustainability of both the product and the packaging, perceived healthiness, perceived tastiness). Study2, will evaluate the impact of design complexity (low-medium-high) on the dependent variables in a between subject three cell design (n=200). The second stage, Study3, will involve a 3x3 between subject design experiment incorporating both color numerosity and design complexity (n=500). Lastly, in the final stage (Study4) eye-tracking metrics will be incorporated in the design (n=225) to understand how consumers process these visual elements in real time, in addition to the behavioral variables explored in studies 1-3, Study4 will incorporate metrics such as fixation duration, time to first fixation, visualization patterns and pupillary responses.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.


