Guo Meihua, Liu Nina, Wu Jingen, Li Chengchieh, Yan Guoli
Faculty of Psychology, Tianjin Normal University, Tianjin 300387, China.
School of Education and Psychology, Minnan Normal University, Zhangzhou 363000, China.
Behav Sci (Basel). 2025 Mar 26;15(4):426. doi: 10.3390/bs15040426.
The mechanisms driving the development of eye movement patterns is an unresolved debate in children during reading, with three competing hypotheses: the oculomotor-tuning hypothesis, the linguistic-proficiency hypothesis, and the combined hypothesis that incorporates both. This study examined eye movement patterns in 215 Chinese children from first to fifth grade using sentence-reading tasks. Oculomotor maturation was measured through saccade tasks, and linguistic abilities were assessed using Chinese character recognition and vocabulary knowledge tests. Path analysis explored how these factors predict temporal and spatial eye movement measures. Results indicated that temporal measures were primarily driven by linguistic abilities, supporting the linguistic-proficiency hypothesis. Spatial measures, however, were influenced by both linguistic abilities and oculomotor maturation, supporting the combined hypothesis. These findings diverge from predictions of the E-Z Reader model in alphabetic scripts, likely due to the unique visual complexity of Chinese characters.
在儿童阅读过程中,驱动眼动模式发展的机制是一个尚未解决的争议问题,存在三种相互竞争的假说:动眼神经调节假说、语言能力假说以及将两者结合的综合假说。本研究使用句子阅读任务,对215名从一年级到五年级的中国儿童的眼动模式进行了研究。通过扫视任务测量动眼神经成熟度,并使用汉字识别和词汇知识测试评估语言能力。路径分析探讨了这些因素如何预测眼动的时间和空间指标。结果表明,时间指标主要由语言能力驱动,支持语言能力假说。然而,空间指标受到语言能力和动眼神经成熟度的双重影响,支持综合假说。这些发现与字母文字的E-Z Reader模型的预测不同,这可能是由于汉字独特的视觉复杂性所致。