Brand Muriele, Giroux Ibrahima, Puijalon Carole, Rey Arnaud
LPL-CNRS, Université de Provence, Aix-en-Provence, France.
Mem Cognit. 2007 Jul;35(5):966-73. doi: 10.3758/bf03193469.
Syllable onsets are defined as the initial consonant or consonant cluster in a syllable (e.g., BR in BREAD). In the present study, using a letter detection paradigm and French words, we tested whether syllable onsets are processed as units by the reading system. In Experiment 1, we replicated Gross, Treiman, and Inman's (2000) result of observing no difference between the detection latencies of letters embedded in a multi-letter syllable onset (e.g., c in ECLATER) relative to a single-letter syllable onset (e.g., C in ECARTER). In Experiment 2, participants took longer to detect the target letter when it was in the second position of a multi-letter onset (e.g., L in TABLIER) than when it was a single-letter onset (e.g., L in ECOLIER). In Experiment 3, this position effect was replicated for graphemes. In Experiment 4, we tested and ruled out an alternative explanation of the unitization effect, in terms of lateral masking. These results indicate that syllable onsets are processed as perceptual units by the reading system and that the unitization effect is position dependent.
音节首音被定义为一个音节中的初始辅音或辅音群(例如,BREAD中的BR)。在本研究中,我们使用字母检测范式和法语单词,测试了阅读系统是否将音节首音作为一个单元进行处理。在实验1中,我们重复了格罗斯、特里曼和英曼(2000)的结果,即观察到嵌入多字母音节首音(例如,ECLATER中的c)中的字母与单字母音节首音(例如,ECARTER中的C)中的字母的检测潜伏期没有差异。在实验2中,当目标字母处于多字母首音的第二个位置(例如,TABLIER中的L)时,参与者检测目标字母的时间比其处于单字母首音(例如,ECOLIER中的L)时更长。在实验3中,这种位置效应在字素中得到了重复。在实验4中,我们测试并排除了从侧向掩蔽角度对单元化效应的另一种解释。这些结果表明,阅读系统将音节首音作为感知单元进行处理,并且单元化效应取决于位置。