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. 2014 Mar 29;14(4):1228–1258. doi: 10.3758/s13415-014-0270-2

Table 1.

Description and main results of studies exploring exogenous attention to emotional stimuli employing CDTD tasks

Authors Year Sample Statistics: F/M (Average Age) Sample Peculiarities Ongoing Task Average Accuracy in the Ongoing Task (0 to 100) Nature of Distractors Distractor Categories Eccentricity of Distractors (Degrees from Fixation) DVs Recorded Any DV Signaled Emo > Neu? Which Emo? Any Modulating Factor? First Emo > Neu Effects Other Emo > Neu Effects Brain Area Involved
Gilboa‐ Schechtman et al. 1999 Sample 1: 6/10 (31.6); Sample 2: 10/7 (34.12) Sample 1: Social phobics. Sample 2: controls Perceptual (visual search) Not specified Faces 4: Neutral, Negative, Positive Peripheral, but not specified Behavior Yes, Behavior Neg & Pos Emotional content of targets
Vuilleumier et al. 2001 6/6 (27.7) Perceptual (faceshouses task) 84 Faces 2: Neutral, Negative Inner edge when horizontal ≈ 1.6; Inner edge when vertical ≈ 0.625 (eccentricity not reported, but calculated from Figure 1) Behavior, fMRI Yes, Behavior & fMRI Neg (Mixed whole-brain & ROI strategy in the case of amygdala). Amygdala
Pessoa et al. 2002 8/13(22–38) Perceptual (comparing orientation of bars) 64 Faces 3: Neutral, Negative, Positive 0 Behavior, fMRI No
Anderson et al. 2003 9/3 (22.1 Scene abstraction (Interior or exterior view of a house?) 87.3 Faces 3: Neutral, Fearful, Disgusted 0 Behavior, fMRI Yes, fMRI Neg (both Fearful and Disgusted) (ROI strategy). Amygdala and anterior insula
Eimer et al. 2003 7/7 (29.6) Perceptual (comparing line lengths) ≈ 97 (exact value not specified) Faces 7: Neutral, Hapiness, Anger, Disgust, Fear, Sadness, Surprise Center at 2.2 Behavior, ERPs No
Holmes et al. 2003 11/7 (23.7) Perceptual (faceshouses task) 83.4 Faces 2: Neutral, Negative Center at 2.5 Behavior, ERPs No
Fenske & Eastwood 2003 Exp. 2 (that relevant here): 48 participants, F/M proportion not specified (young adults, age not specified) Perceptualemotional (recognizing the facial expression present in the target face) 96.36 Iconic symbols (≈facial emoticons) 3: Neutral, Negative, Positive Peripheral, but not specified (distracter face ‐target/central face gap: 0.76) Behavior Yes, Behavior Neg & Pos Emotional content of targets
Bishop et al. 2004 20/7(18–38) Anxiety measured (trait and state ) Perceptual (faceshouses task) Not specified Faces 2: Neutral, Negative Peripheral, but not specified Behavior, fMRI Yes, fMRI Neg Anxiety (ROI strategy). Amygdala
Carretié et al. 2004 28/9 (21.54) Perceptual (frame color changes) 95.97 Scenes 3: Neutral, Negative, Positive 0 ERPs Yes, ERPs Neg & Pos ≈100 ms (posterior P1) anterior P2, N2 (Whole brain strategy). Occipital lobe, ACC
Harris & Pashler 2004 Exp. 2 (that relevant here): 124 participants, F/M proportion not specified (young adults, age not specified) Digit categorization Not specified Words 2: Neutral, Negative 0 Behavior Yes, Behavior Neg Distracter repetition
Carretié et al. 2005 23/8(21.35) Fear of spiders (used as negative stimuli) Digit categorization 97.8 B/W silhouettes 2: Neutral, Negative Inner edges at 17.2 horizontally, 12.35 vertically Behavior, ERPs Yes, ERPs Neg ≈150 ms (anterior P150) P500 (Whole brain strategy). vmPFC, precuneus, STG, PCC
Pessoa et al. 2005 7/13 (20–40) Perceptual (comparing orientation of bars) 3 levels: Low difficulty (92), Medium (84), High (67) Faces 2: Neutral, Negative 0 Behavior, fMRI Yes, fMRI Neg Task difficulty (Mixed whole brain & ROI strategy in the case of amygdala). Amygdala
Erthal et al. 2005 Exp. 1: 12/12 (21); Exp. 2: 18/18 (21.3); Exp. 3: 0/30 (22.3) Sample 3: under the effects of alcohol Perceptual (comparing orientation of bars) Exp. 1: Low difficulty (93.6), Medium (86.7), High (78.7). Exp. 2: Low (94.9), Very High (61.1). Exp. 3: Low (94), Medium (90), High (82). Scenes 2: Neutral, Negative 0 Behavior Yes, Behavior Neg Task difficulty
Schimmack 2005 Exp. 1: 63/63 (20); Exp. 2: 30/30 (young adults, age not specified). Exp. 1: Arithmetical. Exp. 2: Perceptual (discriminating location of a line). 93 Scenes 7 unspecific: Neutral, Negative (3 arousal levels), Positive (3 arousal levels); 5 specific: Snakes, Faces (same or opposite sex), Bodies (same or opposite sex) 0 Behavior Yes, Behavior Neg & Pos Target arousal
Keil et al. 2005 7/4 (23.33) Perceptual (detecting dot patterns) 90.7 Scenes 2: Neutral, Negative Center at 3.9 Behavior, ERPs Yes, Behavior & ERPs Neg Steady state paradigm: posterior SSVEP
Holmes et al. 2006 8/4 (31) Perceptual (comparing line lengths) 77.8 Faces 2: Neutral, Negative 0 Behavior, ERPs Yes, ERPs Neg ≈190 ms (anterior P2)
Hahn et al. 2006 Exps. 2 and 3 (those relevant here): Sample 1 Exp 2: 6/8 (22.8); Sample 2 Exp 2: 7/7 (65.2); Sample 1 Exp 3: 8/7 (22.4); Sample 2 Exp 3: 8/7 (64.5) Sample 1: young participants. Sample 2: old participants Perceptualemotional (Exp. 2: detecting any discrepant face within an array of faces; Exp. 3: visual search of a specified facial expression within an array of faces) From ≈ 89 to ≈ 100 (acc. provided only graphically) Iconic symbols (≈facial emoticons) 3: Neutral, Negative, Positive Peripheral, but not specified Behavior Yes, Behavior Neg & Pos Age
Horstmann & Bauland 2006 Exp.1 (that relevant here): 6/6 (25) Perceptualemotional (recognizing the facial expression present in the target face) 96 Iconic symbols (≈facial emoticons) 3: Neutral, Negative, Positive Center at 1.2 Behavior Yes, Behavior Neg Emotional content of targets
Straube et al. 2006 Sample 1: 11/0 (20.9); Sample 2: 12/0 (21.3) Sample 1: spider phobics. Sample 2: controls Perceptual (line orientation discrimination) ≈ 94 Scenes 3: Neutral, negative (phobia‐related) 0 Behavior, fMRI Yes, fMRI Neg Phobia (ROI strategy). Amygdala
Bishop et al. 2007 10/8(27) Anxiety measured (trait and state ) Perceptual (letter detection) 2 levels:Low difficulty: 93.65. High difficulty: 66.55 Faces 2: Neutral, Negative 0 Behavior, fMRI Yes, Behavior & fMRI Neg Task difficulty and anxiety (only in fMRI, in the latter case) (ROI strategy). Amygdala and STS for state anxiety, dlPFC (MFG) and ACC for trait anxiety
Aquino & Arnell 2007 6/7 (19.7) Digit categorization 92.9 Words 4: Neutral, Threatrelated, Schoolrelated, Sexual 0 Behavior Yes, Behavior Sexual
Silvert et al. 2007 7/3 (18–30) Perceptual (a variant of the houseface paradigm in which orientation is also manipulated) 2 levels: Low difficulty: ≈94, High: ≈ 80 (acc. provided only graphically) Faces 4: (Neutral, Negative) x (Easy, Difficult) Center at 6.5 Behavior, fMRI Yes, fMRI Neg Task difficulty ( (ROI strategy). Amygdala
Mitchell et al. 2007 9/6 (26.1) Easy task: perceptual (case categorization); Difficult: lexical (syllable discrimination) 2 levels: Low difficulty (94.6), High (84.6) Faces 2: Neutral, Negative 0 Behavior, fMRI Yes, Behavior & fMRI Neg Task difficulty (only in fMRI) (Mixed whole brain & ROI strategy in the case of amygdala). Superior occipital cortex, ventral lateral prefrontal cortex, ACC.
Hsu & Pessoa 2007 11/9 (19–29) Perceptual (letter detection) 3 levels: Low difficulty (98), High "salience" (84.1), High "attentional load" (81.8). Faces 2: Neutral, Negative Center at 5 Behavior, fMRI Yes, fMRI Neg Task difficulty (only in late trials) (ROI strategy). Amygdala
Eimer & Kiss 2007 8/8 (29) Perceptual (luminance changes in the fixation cross) 97.5 Faces 2: Neutral, Negative Peripheral, but not specified Behavior, ERPs Yes, ERPs Neg ≈200 ms (N2pc)
Okon‐Singer et al. 2007 Exp. 1: 15/13 (25.07). Exp.2: 32/5 (22.86) Perceptual (letter discrimination) Exp. 1: 96.3; Exp. 2: 91.5 Scenes 2: Neutral, Negative Exp. 1: Center at 7.5. Exp 2: 0. Behavior Yes, Behavior Neg Attentional resources availability
Lim et al. 2008 12/17 (18–34) Perceptual (letter detection) 2 leves: Low difficulty (90), High (72.9) Faces 4: (Neutral, Negative) x (shock conditioned, unconditioned) 0 Behavior, fMRI Yes, Behavior & fMRI Neg & Shock conditioned Task difficulty (only in fMRI) (ROI strategy). Amygdala, ACC, fusiform gyrus, middle frontal gyrus; superior parietal lobule
Müller et al. 2008 5/5 (20–26) Perceptual (detecting moving & flickering squares) 64.13 (during the first second) Scenes 3: Neutral, Negative, Positive 0 Behavior, ERPs Yes, Behavior & ERPs Neg & Pos steady state paradigm: posterior SSVEP
Alpers et al. 2009 19/0 (22.5) Spider phobia Perceptual (animal identification) 91.06 B/W silhouettes 2: Neutral, negative (phobia‐related) 0 Behavior, fMRI Yes, fMRI Neg (ROI strategy). mPFC, occipital lobe, hippocampus, insula, and thalamic structures.
Carretié et al. 2009 26/4 (23.89) Fear of spiders and cockroaches (used as negative stimuli) Digit categorization 87.94 B/W static and moving silhouettes 4: (Neutral, Negative) x (Static, Dynamic) Inner edge ≈ 7 (moving) or ≈ 10.5 (static) Behavior, ERPs Yes, Behavior & ERPs Neg Dynamic ≈100 ms (posterior P1)
MacNamara & Hajcak 2009 33/16 (young adults, age not specified) Anxiety measured (trait and state ) Perceptual (a variant of faceshouses task employing scenes instead of faces) 90.42 Scenes 2: Neutral, Negative Peripheral, but not specified Behavior, ERPs Yes, Behavior Neg
De Cesarei et al. 2009 16/16 (25.33) Perceptual (detecting a gap in a frame) 95 Scenes 9: (Neutral, Negative, Positive) x (0 eccentricity, 8.2 eccentricity, 16.4 eccentricity) 3 eccentricities: center at 0, 8.2, or 16.4 Behavior, ERPs Yes, ERPs Neg & Pos Eccentricity >400 ms (LPP)
Nummenmaa et al. 2009 Exp. 3 (that relevant here): 10/5 (23) Motor‐perceptual (sacadde to the new location of the fixation cross) 92 (fixation < 4º from target) Scenes 3: Neutral, Negative, Positive Inner edge ≈ 2.6 Behavior (ocular) Yes, Behavior Neg
Buodo et al. 2010 Sample 1: 12/0 (22.5); Sample 2: 12/0 (23.23) Sample 1: blood phobics. Sample 2: controls Perceptual (luminance changes in the fixation cross) 96.94 Scenes 3: Neutral, Negative related to blood phobia, Negative unrelated. Inner edges 5.4 Behavior, ERPs Yes, Behavior & ERPs Neg (both types) Phobia and distracter relaton to phobia ≈200 ms (N2pc)
Pourtois et al. 2010 0/1 (30) Epileptic patient (electrodes implanted) Perceptual (faceshouses task) 97 Faces 2: Neutral, Negative Peripheral, but not specified Behavior, Intracranial ERPs Yes, Behavior & intracraneal ERPs Neg ≈210 ms (ROI strategy ‐ intracraneal recording‐). Amygdala
MacNamara & Hajcak 2010 Sample 1: 13/2 (33.53). Sample 2: 11/4 (31.73) Sample 1: GAD. Sample 2: controls Perceptual (a variant of faceshouses task employing scenes instead of faces) 84.8 Scenes 2: Neutral, Negative Peripheral, but not specified Behavior, ERPs Yes, Behavior Neg GAD
Calvo & Nummenmaa 2011 24/12 (19–23) Perceptual (which side the happy face appeared?) Ocular R: 81; Manual R: 94 Faces 6: Neutral, Sad, Angry, Fearful, Disgusted, Surprised Inner edges 2.5 Behavior (ocular and manual) Yes, Behavior (ocular and manual) All (Disgust & surprise to the greatest extent)
Hodsoll et al. 2011 Exps. 1–4 (those relevant here): 6/5 (27), 16/8 (26); 9/7 (26); 6/4 (26) Perceptual (detecting target face inclination) Exp. 1: 94; Exp. 2: 95.33; Exp. 3: 95.67; Exp. 4: 94 % Faces 3: Neutral, Negative, Positive (taking the 5 experiments as a whole) Center at 2.86 Behavior Yes, Behavior Neg & Pos
Huang et al. 2011 Exp. 1: 11/12 (18–27). Exp. 3: 23 participants, F/M proportion not specified (18–25) Perceptual (detecting the location of a dot within the target face) Exp. 1: 99.15; Exp. 3: 94.5 Iconic symbols (≈facial emoticons) 3: Neutral, Negative, Positive Center at 4.77 Behavior Yes, Behavior Neg Attentional resources availability
Carretié et al. 2011 21/5 (22.73) Digit categorization 88.43 Scenes 3: Neutral, Fearful, Disgusting 0 Behavior, ERPs Yes, Behavior & ERPs Disgusting ≈200 ms (anterior P2) (Whole brain strategy). Occipital lobe.
Wiens et al. 2011 7/7 (24) Perceptual (letter detection) 88.5 Scenes 3: Neutral, Negative 0 Behavior, ERPs Yes, ERPs Neg >400 ms (LPP)
Barratt & Bundesen 2012 Exp. 1: 26/14 (21.1). Exp. 2: 15/15 (35.7) Exp. 1: Perceptualemotional (recognizing the facial expression present in the target face). Exp. 2: Perceptual (discriminating letters). Exp. 1: 93.32; Exp.2: 95.53 Iconic symbols (≈facial emoticons) 2: Neutral, Negative Center of distracters at 7.8 Behavior Yes, Behavior Neg Emotional content of targets and nature of the task
Carretié et al. 2012 26/10(24) Digit categorization 94.5 Scenes 9: (Neutral, Negative, Positive) x (High Spatial Frequency, Intact, Low Spatial Frequency) 0 Behavior, fMRI Yes, Behavior & fMRI Neg & Pos Spatial frequency (ROI strategy). Intraparietal sulcus (DAN), middle frontal gyrus (VAN & DAN)
Feng et al. 2012 13/13(21.69) Perceptual (detecting color frame) 91.86 Scenes 4: Neutral, Negative, Positive (non erotic), Erotic 0 Behavior, ERPs Yes, Behavior & ERPs Erotic ≈200 ms (anterior P2) N2, P3
Lichtenstein‐ Vidne et al. 2012 50 participants in two experiments, F/M proportion not specified (young adults, age not specified) Perceptual (indicating the location of the target, which was emotional in some conditions) 94 in both experiments Scenes 3: Neutral, Negative, Positive Peripheral, but not specified Behavior Yes, Behavior Neg
Nordström & Wiens 2012 16/15 (27) Perceptual (letter detection) ≈94.5 Scenes 2: Neutral, Negative 0 Behavior, ERPs Yes, ERPs Neg ≈240 ms (LPN) LPP
Trauer et al. 2012 12/11 (23.4) Perceptual (detecting moving & flickering squares) 92.3 Words 3: Neutral, Negative, Positive 0 Behavior, ERPs Yes, ERPs Neg ≈240 ms (anterior P2)
Junhong, H. et al. 2013 Exp. 1: 24/11 (20.5). Exp. 2: 14/12 (20.8) Lexical processing Exp 1: Low difficulty (96.4), High (89.4). Exp 2: Low (96.6), High (94.5) Faces 3: Neutral, Negative, Positive Peripheral, but not specified Behavior, ERPs Yes, Behavior & ERPs Neg & Pos (behavior), Neg (ERPs) ≈170 ms (anterior P2)
López‐Martín et al. 2013 Sample 1: 0/20 (8–13); Sample 2: 0/20 (8–13) Sample 1: ADHD, sample 2: controls Digit categorization Sample 1: 86; Sample 2: 90 Scenes 3: Neutral, Negative, Positive 0 Behavior, ERPs Yes, Behavior & ERPs Neg & Pos ADHD ≈250 ms (N2ft)
Syrjänen & Wiens 2013 17/17 (24.5) Perceptual (letter detection) Not specified Scenes 3: Neutral, Negative, Positive 0 ERPs Yes, ERPs Neg & Pos Gender >400 ms (LPP)
McSorley & van Reekum 2013 14/6 (19–21) Motor‐perceptual (sacadde to the new location of the fixation cross) 81 (fixation < 2º from target) Scenes 3: Neutral, Negative, Positive Inner edges at 1 Behavior (ocular) Yes, Behavior Neg
Schönwald & Müller 2013 13/7 (23.85) Perceptual (detecting moving & flickering squares) 69.36 Scenes 2: Neutral, Negative 0 Behavior, ERPs Yes, Behavior & ERPs Neg ≈280 ms (EPN) LPP (Whole brain strategy). V1, lateral occipital gyrus, left occipito‐parietal areas, middle occipital, angular gyrus, lateral occipital temporal and superior temporal gyrus.
Carretié et al. 2013a 26/4 (19.65) Digit categorization 93.29 B/W silhouettes 2: Neutral, Negative 3 eccentricities: inner border of the distracter at 0, 11.29, or 30.06 Behavior, ERPs Yes, ERPs Neg ≈240 ms (N2ft) (ROI strategy). vPFC.
Carretié et al. 2013b 28/6 (22.79) Digit categorization 88 Faces vs Scenes 6: (Neutral, Negative, Positive) x (Faces, Scenes) 0 Behavior, ERPs Yes, Behavior & ERPs Neg & Pos ≈180 ms (anterior P2 & N170) (ROI strategy). Faces: Fusiform and IPL. Scenes: precentral gyrus.
Sussman et al. 2013 82/67(18.33) Worry measured Perceptual (dot color detection) Not specified Scenes 6: (Neutral, Negative, Positive) x (Low, High arousal) Peripheral, but not specified Behavior Yes, Behavior Neg Worry

Note. Studies in which authors are underlined are those providing information enough to be included in meta-analyses (see the main text). DV = dependent variable