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<p>This study investigates whether semantic activation underlies the orthographic neighborhood size (ONS) effect in the recognition of Chinese two-character words. By manipulating neighborhood size and word frequency, the research compared the effects sizes of the neighborhood size across three experimental tasks: naming, lexical decision and sentence reading. The findings reveal that: (1) A facilitative effect of both neighborhood size and word frequency was observed across all three tasks. (2) There was no significant difference in the facilitative effect size of neighborhood size between the lexical decision and sentence reading tasks, though both were larger than in the naming task. (3) An interaction between neighborhood size and word frequency was found, with low-frequency words showing a stronger facilitative effect from neighborhood size compared to high-frequency words. In conclusion, this study further validates the Semantic Activation Model, highlighting the importance of semantic activation in the facilitative effect of orthographic neighborhood size during word recognition. Moreover, the recognition of Chinese two-character words is influenced by both word frequency and orthographic neighborhood size.</p>

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Semantic activation in the orthographic neighborhood size effect during Chinese two-character word recognition: evidence from cross-task comparisons

  • 期刊论文

  • 出版模式：

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  • 发表日期：

    2026年5月26日

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  • Jianping Xiong,
  • Menghao Xing,
  • Xuetong Zhao,
  • Hongdou Qian

摘要

This study investigates whether semantic activation underlies the orthographic neighborhood size (ONS) effect in the recognition of Chinese two-character words. By manipulating neighborhood size and word frequency, the research compared the effects sizes of the neighborhood size across three experimental tasks: naming, lexical decision and sentence reading. The findings reveal that: (1) A facilitative effect of both neighborhood size and word frequency was observed across all three tasks. (2) There was no significant difference in the facilitative effect size of neighborhood size between the lexical decision and sentence reading tasks, though both were larger than in the naming task. (3) An interaction between neighborhood size and word frequency was found, with low-frequency words showing a stronger facilitative effect from neighborhood size compared to high-frequency words. In conclusion, this study further validates the Semantic Activation Model, highlighting the importance of semantic activation in the facilitative effect of orthographic neighborhood size during word recognition. Moreover, the recognition of Chinese two-character words is influenced by both word frequency and orthographic neighborhood size.