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<p>Do people avoid visual distraction by suppressing locations expected to contain potent distractors? To address this issue, we combined a spatial cueing paradigm with a capture-probe paradigm. Each search display contained six shapes, two of which had the target shape. To know which target shape to respond to, participants had to use a spatial cue indicating the to-be-ignored locations for that trial. There were also two neutral locations that never contained distractors and so did not need to be suppressed, which served as a baseline. To assess spatial suppression below baseline, participants performed a probe letter recall task on 30% of trials. If people proactively suppress the threatening to-be-ignored locations below baseline, then probe recall for these cued-to-be-ignored distractor locations should be lower than that for the neutral locations (a probe suppression effect). However, we found no such probe suppression effect. It was absent both when the cued-to-be-ignored distractor locations changed randomly from trial-by-trial (Experiment <InternalRef RefID="Sec8">1</InternalRef>) and when they were fixed (Experiments <InternalRef RefID="Sec19">2</InternalRef>–<InternalRef RefID="Sec37">4</InternalRef>). It was absent even when the cued-to-be-ignored locations contained a salient color singleton to further incentivize suppression at those locations (Experiment <InternalRef RefID="Sec28">3</InternalRef>) and when only a single distractor location was cued (Experiment <InternalRef RefID="Sec37">4</InternalRef>). We propose that people accomplish selectivity either by blanketing suppression across all irrelevant locations (e.g., both&#xa0;threatening and non-threatening distractor locations), or by mainly boosting target locations.</p>

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Don’t look there: Assessing the suppression of cued-to-be-ignored locations

  • 期刊论文

  • 发表日期：

    2025年2月20日

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  • Mei-Ching Lien,
  • Eric Ruthruff,
  • Dominick A. Tolomeo,
  • Kristina-Maria Reitan

摘要

Do people avoid visual distraction by suppressing locations expected to contain potent distractors? To address this issue, we combined a spatial cueing paradigm with a capture-probe paradigm. Each search display contained six shapes, two of which had the target shape. To know which target shape to respond to, participants had to use a spatial cue indicating the to-be-ignored locations for that trial. There were also two neutral locations that never contained distractors and so did not need to be suppressed, which served as a baseline. To assess spatial suppression below baseline, participants performed a probe letter recall task on 30% of trials. If people proactively suppress the threatening to-be-ignored locations below baseline, then probe recall for these cued-to-be-ignored distractor locations should be lower than that for the neutral locations (a probe suppression effect). However, we found no such probe suppression effect. It was absent both when the cued-to-be-ignored distractor locations changed randomly from trial-by-trial (Experiment 1) and when they were fixed (Experiments 2–4). It was absent even when the cued-to-be-ignored locations contained a salient color singleton to further incentivize suppression at those locations (Experiment 3) and when only a single distractor location was cued (Experiment 4). We propose that people accomplish selectivity either by blanketing suppression across all irrelevant locations (e.g., both threatening and non-threatening distractor locations), or by mainly boosting target locations.