Capture versus suppression of attention by salient singletons: Electrophysiological evidence for an automatic attend-to-me signal

Sawaki, Risa, Luck, Steven J.·2010·Attention, Perception, & Psychophysics

Cited by (487)

Items 201–300 of 487

  1. Multisensory Enhancement of Cognitive Control over Working Memory Capture of Attention in Children with ADHD
    Biye Cai, Shizhong Cai, Hua He, Lü He, Yan Chen, Aijun Wang · 2022 · Brain Sciences
  2. Long‐term (statistically learnt) and short‐term (inter‐trial) distractor‐location effects arise at different pre‐ and post‐selective processing stages
    Nan Qiu, Bei Zhang, Fredrik Allenmark, Jan Nasemann, Shao‐Yang Tsai, Hermann J. Müller, Zhuanghua Shi · 2023 · Psychophysiology
  3. Attentional capture in driving displays
    Mahé Arexis, François Maquestiaux, Nicholas Gaspelin, Eric D. Ruthruff, André Didierjean · 2016 · British Journal of Psychology
  4. Top-down matching singleton cues have no edge over top-down matching nonsingletons in spatial cueing
    Tobias Schoeberl, Florian Goller, Ulrich Ansorge A · 2018 · Psychonomic Bulletin & Review
  5. Perceptual enhancement prior to intended and involuntary saccades
    Michaël Puntiroli, Dirk Kerzel, Sabine Born · 2015 · Journal of Vision
  6. Drawn to Distraction: Anxiety Impairs Neural Suppression of Known Distractor Features in Visual Search
    Christine M. Salahub, Stephen M. Emrich · 2021 · Journal of Cognitive Neuroscience
  7. Task Demands Modulate Effects of Threatening Faces on Early Perceptual Encoding
    Nicolas Burra, Dirk Kerzel · 2019 · Frontiers in Psychology
  8. Monetary and non-monetary rewards reduce attentional capture by emotional distractors
    Amy Teresa Walsh, David Carmel, David N. Harper, Petra Bolitho, Gina M. Grimshaw · 2020 · Cognition & Emotion
  9. What the Flip? What the P-N Flip Can Tell Us about Proactive Suppression
    Joyce Tam, Chloe Callahan- Flintoft, Brad Wyble · 2022 · Journal of Cognitive Neuroscience
  10. Ironic capture: top-down expectations exacerbate distraction in visual search
    Greg Huffman, Jason Rajsic, Jay Pratt · 2017 · Psychological Research
  11. Category‐based attentional capture can be influenced by color‐ and shape‐dimensions independently in the conjunction search task
    Xia Wu, Xinxuan Wang, Rami Saab, Yunpeng Jiang · 2020 · Psychophysiology
  12. Attentional Templates Are Sharpened through Differential Signal Enhancement, Not Differential Allocation of Attention
    Dirk Kerzel, Stanislas Huynh Cong · 2021 · Journal of Cognitive Neuroscience
  13. The PD Reflects Selection of Nontarget Locations, Not Distractor Suppression
    Dirk Kerzel, Stanislas Huynh Cong · 2023 · Journal of Cognitive Neuroscience
  14. Saliency Changes Appearance
    Dirk Kerzel, Josef G. Schönhammer, Nicolas Burra, Sabine Born, David Souto · 2011 · PLoS ONE
  15. Similar distraction, but differential suppression, for faces and non-face objects: Evidence from behaviour and event-related potentials
    Markus F. Neumann, Charles G. Viska, Sascha van Huis, Romina Palermo · 2018 · Biological Psychology
  16. What do we know about suppression of attention capture?
    Eric D. Ruthruff, Christopher Hauck, Mei-Ching Lien · 2021 · Visual Cognition
  17. Unresolved issues in distractor suppression: Proactive and reactive mechanisms, implicit learning, and naturalistic distraction
    Joy J. Geng, Shea E. Duarte · 2021 · Visual Cognition
  18. The allocation of attention in displays with simultaneously presented singletons
    Elkan G. Akyürek, Anna Schubö · 2011 · Biological Psychology
  19. Capture by fear revisited: An electrophysiological investigation
    Mei-Ching Lien, Robinson Taylor, Eric D. Ruthruff · 2013 · Journal of Cognitive Psychology
  20. Conditional control in visual selection
    Wieske van Zoest, Stefan Van der Stigchel, Mieke Donk · 2017 · Attention Perception & Psychophysics
  21. Steady-state visually evoked potentials and feature-based attention: Pre-registered null results and a focused review of methodological considerations
    Kirsten C. S. Adam, Lillian Chang, Nicole Rangan, J. Serences · 2020 · bioRxiv
  22. Event‐related potential patterns of selective attention modulated by perceptual load
    Zhuo Chen, Yun Fei Qin, Maoqin Peng, Wei Dong Zhao, Xuqian Shi, Danwei Lai, Erwei Yin, Ye Yan, Dezhong Yao, Tiejun Liu · 2023 · Brain and Behavior
  23. Spatial filtering restricts the attentional window during both singleton and feature-based visual search
    Nick Berggren, Martin Eimer A · 2020 · Attention Perception & Psychophysics
  24. Selection history modulates the effects of dual mechanisms on flanker interference.
    Yei‐Yu Yeh, Shao-Ming Lee, Yen-Ho Chen, Zhe Chen · 2014 · Journal of Experimental Psychology Human Perception & Performance
  25. The different roles of category- and feature-specific attentional control settings on attentional enhancement and inhibition
    Xia Wu, Shimin Fu · 2017 · Attention Perception & Psychophysics
  26. Two mechanisms of distractor dilution: Visual selection in a continuous flow.
    Yei‐Yu Yeh, Szu-Hung Lin · 2012 · Journal of Experimental Psychology Human Perception & Performance
  27. Oculomotor inhibition and location priming in schizophrenia.
    Sonia Bansal, Nicholas Gaspelin, Benjamin M. Robinson, Britta Hahn, Steven J. Luck, James M. Gold · 2021 · Journal of Abnormal Psychology
  28. Flexible top-down control in the interaction between working memory and perception
    Chunyue Teng, Jacqueline M. Fulvio, Jiefeng Jiang, Bradley R. Postle · 2022 · Journal of Vision
  29. Electrophysiological Evidence of Atypical Spatial Attention in Those with a High Level of Self-reported Autistic Traits
    Stephanie A. Dunn, Megan Freeth, Elizabeth Milne · 2016 · Journal of Autism and Developmental Disorders
  30. Bottom-up perceptual salience and top-down retro-cues concurrently determine state in visual working memory
    Lingxia Fan, Lin Zhang, Liuting Diao, Mengsi Xu, Ruiyang Chen, Xuemin Zhang · 2020 · Quarterly Journal of Experimental Psychology
  31. Selection history and task predictability determine the precision expectations in attentional control
    Hossein Alikamar Abbasi, Dion Henare, Hanna Kadel, Anna Schubö · 2022 · Psychophysiology
  32. Difficulty suppressing visual distraction while dual tasking
    John J. McDonald, John M. Gaspar, Hayley E. P. Lagroix, Pierre Jolicœur · 2022 · Psychonomic Bulletin & Review
  33. Humans, fish, spiders and bees inherited working memory and attention from their last common ancestor
    Brian Earl · 2023 · Frontiers in Psychology
  34. Attentional capture by a color singleton is stronger at spatially relevant than irrelevant locations: Evidence from an ERP study
    Yuling Su, Wanyi Huang, Nan Yang, Ke Yan, Yulong Ding, Zhe Qu · 2020 · Psychophysiology
  35. With task experience students learn to ignore the content, not just the location of irrelevant information
    Gertjan Rop, Peter P. J. L. Verkoeijen, Tamara van Gog · 2017 · Journal of Cognitive Psychology
  36. Chewing Stimulation Reduces Appetite Ratings and Attentional Bias toward Visual Food Stimuli in Healthy-Weight Individuals
    Akitsu Ikeda, Jun J. Miyamoto, Nobuo Usui, Masato Taira, Keiji Moriyama · 2018 · Frontiers in Psychology
  37. Behavioral and electrophysiological evidence for a dissociation between working memory capacity and feature-based attention
    Anthony M. Harris, Oscar Jacoby, Roger W. Remington, Stefanie I. Becker, Jason B. Mattingley · 2020 · Cortex
  38. Precision requirement of working memory representations influences attentional guidance
    Xiaowei Che, Huiyun XU, Kaixuan Wang, Qian ZHANG, Shouxin Li · 2021 · Acta Psychologica Sinica
  39. Distractor probability influences suppression in auditory selective attention
    Heather R. Daly, Mark A. Pitt · 2021 · Cognition
  40. Naso-Temporal Asymmetries: Suppression of Emotional Faces in the Temporal Visual Hemifield
    David Framorando, Mylène Bapst, Nathalie Vuille, Alan John Pegna · 2017 · Frontiers in Neuroscience
  41. Reward learning modulates the attentional processing of faces in children with and without autism spectrum disorder
    Tianbi Li, Xueqin Wang, Junhao Pan, Shuyuan Feng, Mengyuan Gong, Yaxue Wu, Guoxiang Li, Sheng Li, Li Yi · 2017 · Autism Research
  42. Electrophysiological correlates of active suppression and attentional selection in preview visual search
    Nick Berggren, Martin Eimer A · 2018 · Neuropsychologia
  43. Evidence for early top-down modulation of attention to salient visual cues through probe detection
    Bryan R. Burnham · 2019 · Attention Perception & Psychophysics
  44. Selection history-driven signal suppression
    Brian A. Anderson, Andy Jeesu Kim · 2020 · Visual Cognition
  45. Cue predictability does not modulate bottom-up attentional capture
    Erik L. Meijs, Felix H. Klaassen, Levan Bokeria, Simon van Gaal, Floris P. de Lange · 2018 · Royal Society Open Science
  46. Investigating the interplay of bottom-up and top-down attention in hazard recognition: Insights from immersive virtual reality, eye-tracking and electroencephalography
    Zhe Zhang, Brian H.W. Guo, Zhenan Feng, Yang Miang Goh · 2025 · Safety Science
  47. Guided visual search is associated with target boosting and distractor suppression in early visual cortex
    Katharina Duecker, Kimron L. Shapiro, Simon Hanslmayr, Benjamin Griffiths, Yali Pan, Jeremy M. Wolfe, Ole B. Jensen · 2025 · Communications Biology
  48. Endogenous control is insufficient for preventing attentional capture in children and adults
    Rumandeep Kaur Hayre, Lucy Cragg, Harriet A. Allen · 2022 · Acta Psychologica
  49. The acquisition but not adaptation of contextual memories is enhanced in action video-game players
    Artyom Zinchenko, Thomas Geyer, Julia Föcker · 2022 · Computers in Human Behavior
  50. Statistical learning of target location and distractor location rely on different mechanisms during visual search
    Xing Zhou, Yuxiang Hao, Shuangxing Xu, Qi Zhang · 2022 · Attention Perception & Psychophysics
  51. Aging impairs reactive attentional control but not proactive distractor inhibition.
    Andy Jeesu Kim, Joshua A. Senior, Sonali Chu, Mara Mather · 2024 · Journal of Experimental Psychology General
  52. The interaction of top–down and bottom–up attention in visual working memory
    Weixi Zheng, Yan-chao Sun, Hehong Wu, Hongwei Sun, Dexiang Zhang · 2024 · Scientific Reports
  53. Susceptibility to Attentional Capture by Target-Matching Distractors Predicts High Visual Working Memory Capacity
    Chupeng Zhong, Zhe Qu, Nan Yang, Mingze Sun, Yajie Wang, Yulong Ding · 2024 · Psychological Science
  54. Nogo Stimuli Do Not Receive More Attentional Suppression or Response Inhibition than Neutral Stimuli: Evidence from the N2pc, PD, and N2 Components in a Spatial Cueing Paradigm
    Caroline Barras, Dirk Kerzel · 2016 · Frontiers in Psychology
  55. Selectively ignoring locations does not modulate contingent involuntary orienting, but selectively attending does
    Bryan R. Burnham · 2017 · Visual Cognition
  56. Taking a closer look at visual search: Just how feature-agnostic is singleton detection mode?
    Anthony M. Harris, Oscar Jacoby, Roger W. Remington, Susan L. Travis, Jason B. Mattingley · 2019 · Attention Perception & Psychophysics
  57. Combined influences of strategy and selection history on attentional control
    Hossein Alikamar Abbasi, Hanna Kadel, Clayton Hickey, Anna Schubö · 2021 · Psychophysiology
  58. Little engagement of attention by salient distractors defined in a different dimension or modality to the visual search target
    Shao‐Yang Tsai, Jan Nasemann, Nan Qiu, Thomas Töllner, Hermann J. Müller, Zhuanghua Shi · 2023 · Psychophysiology
  59. Can the processing of task-irrelevant threatening stimuli be inhibited? – The role of shape and valence in the saliency of threatening objects
    Diána Tünde Pakai-Stecina, Michael C. Hout, Cintia Bali, Andras Norbert Zsido · 2024 · Acta Psychologica
  60. Visual features drive attentional bias for threat
    Diána Tünde Pakai-Stecina, Botond László Kiss, Julia Basler, Andras Norbert Zsido · 2023 · Visual Cognition
  61. Early information processing contributions to object individuation revealed by perception of illusory figures
    Claire K. Naughtin, Jason B. Mattingley, Paul Edmund Dux · 2016 · Journal of Neurophysiology
  62. Top-Down Prioritization of Salient Items May Produce the So-Called Stimulus-Driven Capture
    Hanna Benoni · 2018 · Frontiers in Psychology
  63. Salience drives overt selection of two equally relevant visual targets
    Gregory J. Christie, Thomas M. Spalek, John J. McDonald · 2018 · Attention Perception & Psychophysics
  64. Does perceptual grouping improve visuospatial working memory? Optimized processing or encoding bias
    Antonio Prieto, Vanesa Peinado, Julia Mayas · 2021 · Psychological Research
  65. Electrophysiological and behavioral evidence reveals the effects of trait anxiety on contingent attentional capture
    Yi‐Chun Tsai, Hsin-Jie Lu, Chi-Fu Chang, Wei‐Kuang Liang, Neil Gerald Muggleton, Chi-Hung Juan · 2017 · Cognitive Affective & Behavioral Neuroscience
  66. Separate Cue- and Alpha-Related Mechanisms for Distractor Suppression
    Zach V. Redding, Ian C. Fiebelkorn · 2024 · Journal of Neuroscience
  67. A Flash in the Pan? Distractor Suppression Cannot Be Inferred from the Early Lateralized Positivity
    Matt Oxner, Dirk van Moorselaar, Matthias M. Müller, Jan Theeuwes · 2025 · Journal of Cognitive Neuroscience
  68. Dissociable Pupil and Oculomotor Markers of Attention Allocation and Distractor Suppression during Listening
    Xena Liu, Maria Chait A · 2025 · Journal of Neuroscience
  69. Relative saliency affects attentional capture and suppression of color and face singleton distractors: evidence from event-related potential studies
    Yue Zhang, Hai Zhang, Shimin Fu · 2024 · Cerebral Cortex
  70. Influence of presentation duration on filtering of irrelevant stimuli in visual working memory
    Qiang Liu, Xiaomin Yin, Lijing Guo, Chaoxiong Ye · 2024 · BMC Psychology
  71. Suppression of salient stimuli inside the focus of attention
    Dirk Kerzel, Caroline Barras, Anna Grubert · 2018 · Biological Psychology
  72. Microsaccade dynamics in the attentional repulsion effect
    Denise Baumeler, Josef G. Schönhammer, Sabine Born · 2020 · Vision Research
  73. Attention expedites target selection by prioritizing the neural processing of distractor features
    Mandy Viktoria Bartsch, Christian Merkel, Mircea Ariel Schoenfeld, Jens‐Max Hopf · 2021 · Communications Biology
  74. The development of oculomotor suppression of salient distractors in children
    Emily C. Blakley, Nicholas Gaspelin, Peter C. Gerhardstein · 2021 · Journal of Experimental Child Psychology
  75. On preventing capture: Does greater salience cause greater suppression?
    Christopher Hauck, Eric D. Ruthruff, Mei-Ching Lien · 2023 · Attention Perception & Psychophysics
  76. Attentional processing of multiple targets and distractors
    Jaap Munneke, Elisa Fait, Veronica Mazza · 2013 · Psychophysiology
  77. N 1pc reversal following repeated eccentric visual stimulation
    Mahesh Casiraghi, Ulysse Fortier‐Gauthier, Paola Sessa, Roberto Dell’Acqua, Pierre Jolicœur · 2013 · Psychophysiology
  78. A mathematical model of the interaction between bottom-up and top-down attention controllers in response to a target and a distractor in human beings
    Golnaz Baghdadi, Farzad Towhidkhah, Reza Rostami · 2019 · Cognitive Systems Research
  79. Attentional Selection: Top-Down, Bottom-Up and History-Based Biases
    Jan Theeuwes, Michel Failing · 2020
  80. Reward-modulated attention deployment is driven by suppression, not attentional capture
    Emily D. Taylor, Tobias Feldmann‐Wüstefeld · 2024 · NeuroImage
  81. Diverse neuronal activity patterns contribute to the control of distraction in the prefrontal and parietal cortex
    Panagiotis Sapountzis, Alexandra Antoniadou, Georgia G. Gregoriou · 2025 · PLoS Biology
  82. The effects of aerobic exercise on goal-directed attention and inhibitory control in individuals with high trait anxiety: an EEG study
    Mengyang He, Jinxia Guo, Shuying Yu, Hao Lian, Ruijie Zhan, Rongrong Luo, Zhifei Shi, Zhidong Zhuang, Wenpeng Cai · 2025 · BMC Psychology
  83. Anticipatory and reactive mechanisms of habituation to visual distractors
    Bram Burleson, Massimo Turatto, Gijs Plomp, David Pascucci · 2025 · Scientific Reports
  84. Attentional capture: Role of top-down focused spatial attention and the need to search among multiple locations
    Sabine Bertleff, Gereon R. Fink, Ralph Weidner · 2017 · Visual Cognition
  85. Anticipation of aversive threat potentiates task-irrelevant attentional capture
    Mónica Fernanda Gutiérrez, Nick Berggren · 2019 · Cognition & Emotion
  86. Do salient abrupt onsets trigger suppression?
    Emily Burgess, Christopher Hauck, Emile De Pooter, Eric D. Ruthruff, Mei-Ching Lien · 2022 · Attention Perception & Psychophysics
  87. Suppression of a salient distractor protects the processing of target features
    William Narhi‐Martinez, Blaire Dube, Jiageng Chen, Andrew B. Leber, Julie D. Golomb · 2023 · Psychonomic Bulletin & Review
  88. The Reactivation of working memory representations affects attentional guidance
    Xiaowei Che, Haomin Lian, Feiyan Zhang, Shouxin Li, Yuanjie Zheng · 2024 · Psychophysiology
  89. Automaticity of phasic alertness: Evidence for a three-component model of visual cueing
    Zhicheng Lin, Zhong‐Lin Lu · 2016 · Attention Perception & Psychophysics
  90. Selective influence and sequential operations: A research strategy for visual search
    Kaleb A. Lowe, Thomas R. Reppert, Jeffrey D. Schall · 2019 · Visual Cognition
  91. Using the attribute amnesia paradigm to test the automatic memory advantage of person names
    Yueyao Liu, Can Huang, Xiaomin Huang, Hui Chen, Pengmin Qin · 2021 · Psychonomic Bulletin & Review
  92. Task-irrelevant filler items alter the dynamics of electrical brain activity during visual search
    Brandi Lee Drisdelle, Isabelle Corriveau, Ulysse Fortier‐Gauthier, Pierre Jolicœur · 2022 · Quarterly Journal of Experimental Psychology
  93. Attention: a descriptive taxonomy
    A. Kaldas · 2022 · History and Philosophy of the Life Sciences
  94. Neural correlates of distraction and conflict resolution for nonverbal auditory events
    Hannah J. Stewart, Sygal Amitay, Claude Alain · 2017 · Scientific Reports
  95. Subtle Distinctions: How Attentional Templates Influence EEG Parameters of Cognitive Control in a Spatial Cuing Paradigm
    Christine Mertes, Daniel A. Schneider · 2018 · Frontiers in Human Neuroscience
  96. What can a half-million saccades tell us about distractor suppression?
    Kaitlyn N Drennan, Nicholas Gaspelin · 2025 · Cognition
  97. Not simply two sides of the same coin: Target enhancement and distractor suppression draw on independent neural mechanisms
    Natalia Khodayari, Howard E. Egeth, Susan M Courtney · 2026 · Attention Perception & Psychophysics
  98. Repetition of critical search features modulates EEG lateralized potentials in visual search
    Matt Oxner, Veronica Mazza, Matthias M. Müller · 2024 · Cerebral Cortex
  99. Unpredictable singleton distractors in visual search can be subject to second-order suppression
    Brandi Lee Drisdelle, Alon Zivony, Martin Eimer · 2025 · Attention Perception & Psychophysics
  100. Learned distractor rejection: Robust but surprisingly rapid
    Isaac Savelson, Christopher Hauck, Mei-Ching Lien, Eric D. Ruthruff, Andrew B. Leber · 2025 · Attention Perception & Psychophysics