Subjects (N = 29) classified as high or low visual imagers (highs and lows, respectively) viewed and reproduced six filmed examples of motoric stimuli constructed by combining a variety of leg, trunk, arm, and head movements. The motor stimuli represented three levels of complexity (4, 7, and 10 components) and two levels of orientation (model facing subject or facing away). Highs and lows were randomly assigned to one of two experimental groups: (a) one viewing of the stimuli, or (b) two viewings of the stimuli. The experimental design was a 2×2×2× 3 (imagery ability x viewings X orientation x complexity) factorial with repeated measures on the third and fourth factors. Analysis of the data revealed significant main effects for imagery ability, F(l,25) = 6.41, p < .018, where highs reproduced the stimuli with less error than lows, and viewings, F(l,25) = 25.58, p < .001, where two viewings resulted in less recall error than one viewing. Also, the orientation by complexity interaction was found to be significant, F(2,50) = 25.51, p < .001, and indicated that recall accuracy was best when the model was facing away, but only for movement sequences of seven components. The findings suggest that visual imagery may play a role in the recall of modeled motoric stimuli.
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