Shimada H
Kobe University of Mercantile Marine, Japan.
Percept Mot Skills. 1990 Jun;70(3 Pt 2):1155-61. doi: 10.2466/pms.1990.70.3c.1155.
To verify two hypotheses (the automatic parallel-processing model vs the feature integration theory) using the Stroop effect, an intermodal presentation method was introduced. The intermodal presentation (auditory presentation of the distractor word and visual presentation of color patch) separates completely the color and word information. Subjects were required to name the color patch on the CRT and to ignore the auditory color-word in the present experiment. A 5 (stimulus onset asynchronies) x 4 (levels of congruency) analysis of variance with repeated measures was performed on the response times. Two main effects and an interactive effect were significant. The findings indicate that without the presentation of color and word component in the same spatial location the Stroop effect occurs. These results suggest that the feature-integration theory cannot explain the mechanisms underlying the Stroop effect.
为了利用斯特鲁普效应验证两个假设(自动平行加工模型与特征整合理论),引入了一种跨通道呈现方法。跨通道呈现(干扰词的听觉呈现和色块的视觉呈现)完全分离了颜色和单词信息。在本实验中,要求受试者说出阴极射线管上的色块颜色,并忽略听觉上的颜色词。对反应时间进行了重复测量的5(刺激起始异步)×4(一致性水平)方差分析。两个主效应和一个交互效应显著。研究结果表明,在颜色和单词成分不在同一空间位置呈现的情况下,斯特鲁普效应依然会出现。这些结果表明,特征整合理论无法解释斯特鲁普效应背后的机制。