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<p>Semantic information is used to guide attention during scene-viewing, but how exactly does this occur? We tested the hypothesis that “anchor objects” are a special class of semantic associate essential to efficient target search in naturalistic scenes. Adult participants completed a RSVP search task for a target object preceded by a prime. In Experiment <InternalRef RefID="Sec2">1</InternalRef>a (<i>N</i> = 210), the prime was either a semantic anchor or an unrelated object followed by a target in a congruent or incongruent spatial location relative to the prime. Experiment <InternalRef RefID="Sec2">1</InternalRef>b (<i>N</i> = 157) served as a direct replication of Experiment <InternalRef RefID="Sec2">1</InternalRef>a with a more selective stimulus set. In Experiment 2 (<i>N</i> = 158) the prime and target objects were reversed to assess the directionality of the effects. Results showed that semantically related objects facilitated target identification no matter which object was the prime. However, only anchor objects acted as predictive spatial cues, relative to control object pairs. The results indicate that anchor objects are a unique type of semantic associate, providing information about “what” objects are nearby and “where” they might be. The role of anchor objects in predicting the location of associated objects goes beyond both general scene regularities (e.g., “small things go on top of big things”) and semantic associations (e.g., pots and stoves).</p>

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Anchor objects guide spatial attention during visual search

  • 期刊论文

  • 出版模式：

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  • 发表日期：

    2025年12月2日

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  • Makayla Souza-Wiggins,
  • Joy J. Geng

摘要

Semantic information is used to guide attention during scene-viewing, but how exactly does this occur? We tested the hypothesis that “anchor objects” are a special class of semantic associate essential to efficient target search in naturalistic scenes. Adult participants completed a RSVP search task for a target object preceded by a prime. In Experiment 1a (N = 210), the prime was either a semantic anchor or an unrelated object followed by a target in a congruent or incongruent spatial location relative to the prime. Experiment 1b (N = 157) served as a direct replication of Experiment 1a with a more selective stimulus set. In Experiment 2 (N = 158) the prime and target objects were reversed to assess the directionality of the effects. Results showed that semantically related objects facilitated target identification no matter which object was the prime. However, only anchor objects acted as predictive spatial cues, relative to control object pairs. The results indicate that anchor objects are a unique type of semantic associate, providing information about “what” objects are nearby and “where” they might be. The role of anchor objects in predicting the location of associated objects goes beyond both general scene regularities (e.g., “small things go on top of big things”) and semantic associations (e.g., pots and stoves).