Balliol College, University of Oxford, Oxford, OX1 3BJ, UK.
School of Psychology and Public Health, La Trobe University, Bundoora, VIC 3086, Australia.
J Exp Child Psychol. 2019 Apr;180:141-155. doi: 10.1016/j.jecp.2018.11.021. Epub 2019 Jan 14.
Although it is well known that attention can modulate multisensory processes in adults and infants, this relationship has not been investigated in school-age children. Attention abilities of 53 children (ages 7-13 years) were assessed using three subscales of the Test of Everyday Attention for Children (TEA-Ch): visuospatial attention (Sky Search [SS]), auditory sustained attention (Score), and audiovisual dual task (SSDT, where the SS and Score tasks are performed simultaneously). Multisensory processes were assessed using the McGurk effect (a verbal illusion where speech perception is altered by vision) and the Stream-Bounce (SB) effect (a nonverbal illusion where visual perception is altered by sound). The likelihood of perceiving both multisensory illusions tended to increase with age. The McGurk effect was significantly more pronounced in children who scored high on the audiovisual dual attention index (SSDT). In contrast, the SB effect was more pronounced in children with higher sustained auditory attention abilities as assessed by the Score index. These relationships between attention and the multisensory illusory percepts could not be explained solely by age or children's intellectual abilities. This study suggests that the interplay between attention and multisensory processing depends on both the nature of the multisensory task and the type of attention needed to effectively merge information across the senses.
尽管众所周知,注意力可以调节成人和婴儿的多感官过程,但这一关系在学龄儿童中尚未得到研究。使用儿童日常注意测验(TEA-Ch)的三个分量表评估了 53 名儿童(7-13 岁)的注意力能力:视空间注意力(天空搜索 [SS])、听觉持续注意力(分数)和视听双重任务(SSDT,其中同时执行 SS 和分数任务)。使用麦格克效应(一种语音感知因视觉而改变的言语错觉)和流弹(SB)效应(一种视觉感知因声音而改变的非言语错觉)评估多感官过程。感知两种多感官错觉的可能性往往随着年龄的增长而增加。在视听双重注意指数(SSDT)得分较高的儿童中,麦格克效应明显更为明显。相比之下,在通过分数指数评估的具有较高持续听觉注意力能力的儿童中,SB 效应更为明显。这些注意力与多感官错觉之间的关系不能仅通过年龄或儿童的智力能力来解释。这项研究表明,注意力和多感官处理之间的相互作用取决于多感官任务的性质以及有效融合跨感官信息所需的注意力类型。