Abstract
Twenty-four women, classified as field dependent or field independent on the Rod-and Frame Test, memorized sets of upright and inverted faces and were then tested for recognition in a tachistoscopic visual hemifield paradigm using upright and inverted faces as probes. A significant triple interaction of probe orientation, visual hemifield and cognitive style was found. For upright probes, field independent subjects responded faster and more accurately when probes were in the left visual field; in contrast, field dependent subjects showed a right visual field advantage. For inverted probes, there was little evidence of lateralization. The findings are interpreted as reflecting a difference in the strategies used by these subjects for tachistoscopic face discrimination; however, this interpretation rests upona particular model of laterality effects.
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