Auditory–Visual Aversive Stimuli Modulate the Conscious Experience of Fear

in Multisensory Research
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In a natural environment, affective information is perceived via multiple senses, mostly audition and vision. However, the impact of multisensory information on affect remains relatively undiscovered. In this study, we investigated whether the auditory–visual presentation of aversive stimuli influences the experience of fear. We used the advantages of virtual reality to manipulate multisensory presentation and to display potentially fearful dog stimuli embedded in a natural context. We manipulated the affective reactions evoked by the dog stimuli by recruiting two groups of participants: dog-fearful and non-fearful participants. The sensitivity to dog fear was assessed psychometrically by a questionnaire and also at behavioral and subjective levels using a Behavioral Avoidance Test (BAT). Participants navigated in virtual environments, in which they encountered virtual dog stimuli presented through the auditory channel, the visual channel or both. They were asked to report their fear using Subjective Units of Distress. We compared the fear for unimodal (visual or auditory) and bimodal (auditory–visual) dog stimuli. Dog-fearful participants as well as non-fearful participants reported more fear in response to bimodal audiovisual compared to unimodal presentation of dog stimuli. These results suggest that fear is more intense when the affective information is processed via multiple sensory pathways, which might be due to a cross-modal potentiation. Our findings have implications for the field of virtual reality-based therapy of phobias. Therapies could be refined and improved by implicating and manipulating the multisensory presentation of the feared situations.

Auditory–Visual Aversive Stimuli Modulate the Conscious Experience of Fear

in Multisensory Research

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Figures

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    (A) Picture of the iSpace setup used in the study. (B) A participant, equipped with polarized glasses, headphones and a wireless joystick, standing within the iSpace during immersion in an auditory–visual VE. This figure is published in colour in the online version.

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    Pictures of the auditory–visual VEs used to measure the participants’ fear when encountering virtual dogs. On the left, the outdoor garden scene and on the right, the indoor hangar scene. This figure is published in colour in the online version.

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    Pictures of the virtual dog stimuli used in this study: the Doberman dog model with (from left to right) Malamute, Miniature Pinscher and Doberman texture. This figure is published in colour in the online version.

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    Mean reported fear (mean SUDs ± SEM) of the NoFear group (grey squares) and the DogFear group (black squares) at each of the 14 steps during BATs. The responses collected during BAT1 are presented on the left and the responses collected during BAT2 are presented on the right. In the NoFear group, Wilcoxon tests revealed a significant increase of fear between steps 12 and 13 of BAT1. In the DogFear group, fear increased globally in both BATs and Wilcoxon tests revealed significant increases of fear between steps 11 and 12 and between steps 12 and 13 in BAT1. Neither groups showed any increase of fear between steps in BAT2.

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    (A) Mean reported fear (mean SUDs ± SEM) of the NoFear (grey diamonds) and DogFear group (black squares) in the auditory–visual VEs according to the sensory modality in which the dogs were presented. The SUDs reported in response to the auditory static, the visual static, the auditory moving and the visual moving dog stimuli were averaged for the unimodal condition. The SUDs in response to the auditory–visual static and the auditory–visual moving dog stimuli were averaged for the bimodal condition. In both groups, the experience of fear was higher in response to bimodal compared to unimodal stimuli. (B) Mean increase of reported fear in the bimodal condition compared to the unimodal one (mean difference between SUDs in response to bimodal and unimodal stimuli ± SEM) in each group. The increase of fear is greater in the DogFear group (black bar) than in the NoFear group (grey bar).

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