Abstract

The social context in which an action is embedded provides important information for the interpretation of an action. Is this social context integrated during the visual recognition of an action? We used a behavioural visual adaptation paradigm to address this question and measured participants’ perceptual bias of a test action after they were adapted to one of two adaptors (adaptation after-effect). The action adaptation after-effect was measured for the same set of adaptors in two different social contexts. Our results indicate that the size of the adaptation effect varied with social context (social context modulation) although the physical appearance of the adaptors remained unchanged. Three additional experiments provided evidence that the observed social context modulation of the adaptation effect are owed to the adaptation of visual action recognition processes. We found that adaptation is critical for the social context modulation (experiment 2). Moreover, the effect is not mediated by emotional content of the action alone (experiment 3) and visual information about the action seems to be critical for the emergence of action adaptation effects (experiment 4). Taken together these results suggest that processes underlying visual action recognition are sensitive to the social context of an action.

Highlights

  • Actions rarely come out of the blue but are typically embedded in an action sequence

  • General Discussion We examined the influence of social context on action recognition using an action adaptation paradigm

  • In several experiments we examined the what degree this effect pertains to the adaptation of visual action recognition processes

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Summary

Introduction

Actions rarely come out of the blue but are typically embedded in an action sequence (social context). Visual action recognition is sensitive to high level visual features [1], motor action expertise [2], action execution [3], and motor training [4] These findings can be described within physiologically plausible computational models of visual action recognition [5,6,7]. These models suggest that many of the observed effects in action recognition can be explained by feed-forward processing of visual information. Other factors, such as social context, have received little attention in previous research

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