Article Title,Year,Volume,Issue,Page Range,Author
Eye movements aid the control of locomotion,2003,3,11,677-684,Wann
Driving in the future: temporal visuomotor adaptation and generalization,2001,1,2,88-98,Cunningham
Shape and motion interactions at perceptual and attentional levels during processing of structure from motion stimuli,2008,8,16,17.1-14,Miskiewicz
Spatial structure affects temporal judgments: evidence for a synchrony binding code,2008,8,7,12.1-12,Bonneh
Driving around bends with manipulated eye-steering coordination,2008,8,11,10.1-11,Mars
Does gaze influence steering around a bend?,2008,8,4,18.1-13,Wilkie
Head and eye movements and the role of memory limitations in a visual search paradigm,2008,8,1,7.1-13,Hardiess
Car drivers attend to different gaze targets when negotiating closed vs. open bends,2010,10,4,24.1-11,Kandil
Quantifying and modeling the strength of motion illusions perceived in static patterns,2010,10,2,13.1-14,Walker
Influence of saccadic adaptation on spatial localization: comparison of verbal and pointing reports,2007,7,5,16.1-13,Bruno
Task and context determine where you look,2007,7,14,16.1-20,Hayhoe
Investigating the mechanisms that may underlie the reduction in contrast sensitivity during dynamic accommodation,2010,10,5,5,Manahilov
The effect of active selection in human path integration,2010,10,11,25,Crowell
Visual accessibility of ramps and steps,2010,10,11,8,Yu
Motor signals in visual localization,2010,10,6,2,Lappe
Optimality of human movement under natural variations of visual-motor uncertainty,2007,7,5,13.1-18,Trommershäuser
Vision affects how fast we hear sounds move,2007,7,12,6.1-7,Lopez-Moliner
Actual and illusory differences in constant speed influence the perception of animacy similarly,2007,7,12,5.1-7,Szego
Detection of biological and nonbiological motion,2007,7,12,4.1-16,Hiris
Learning novel mappings from optic flow to the control of action,2008,8,11,12.1-12,Fajen
Driving is smoother and more stable when using the tangent point,2009,9,1,11.1-11,Kandil
The uncertainty associated with visual flow fields and their influence on postural sway: Weber's law suffices to explain the nonlinearity of vection,2010,10,14,4,Stevenson
Visually guided pointing movements are driven by the salience map,2011,11,1,,Zehetleitner
Perceptual compression of visual space during eye-head gaze shifts,2011,11,12,ePub,Richard
Contrast and stimulus information effects in rapid learning of a visual task,2008,8,2,8.1-14,Abbey
If I saw it it probably wasn't far from where I was looking,2008,8,2,7.1-10,Mamassian
Task-demands can immediately reverse the effects of sensory-driven saliency in complex visual stimuli,2008,8,2,2.1-19,Einhäuser
Reaching for visual cues to depth: the brain combines depth cues differently for motor control and perception,2005,5,2,103-115,Knill
Binocular coordination of saccades at far and at near in children and in adults,2003,3,8,554-561,Yang
Perception of plane orientation from self-generated and passively observed optic flow,2003,3,5,318-332,van Boxtel
What you see is what you need,2003,3,1,86-94,Triesch
Control of attention and gaze in complex environments,2006,6,12,1431-1450,Hayhoe
Explaining the footsteps belly dancer Wenceslas and kickback illusions,2006,6,12,1396-1405,Anstis
Eye movements reset visual perception,2012,12,13,11,Paradiso
Emotion categorization does not depend on explicit face categorization,2013,13,2,13212,Seirafi
Wait are you sad or angry? Large exposure time differences required for the categorization of facial expressions of emotion,2013,13,4,A-13,Du
Sustained attention is not necessary for velocity adaptation,2013,13,8,ePub,Morgan
A behavioral dynamics approach to obstacle detection and avoidance by patients with tunnel vision,2013,13,9,482,Woods
A dynamical model of collective behavior in human crowds,2013,13,9,123,Warren
Impaired response-conflict resolution in ageing when high salient distracters compete for response,2013,13,9,223,Mevorach
Visually-guided collective behavior in human swarms,2013,13,9,481,Warren
Why do drivers fail to see pedestrians and other vulnerable road users?,2013,13,9,1141,Sanocki
Optic flow asymmetries bias high-speed steering along roads,2013,13,10,23,Merat
What do fast response times tell us about attentional control?,2013,13,3,Art. No. 31,Leber
Attention modulates generalization of visuomotor adaptation,2013,13,12,12,Song
Prevalence effects in newly trained airport checkpoint screeners: Trained observers miss rare targets too,2013,13,3,33,Wolfe
Follow the leader: Visual control of speed in pedestrian following,2014,14,2,ePub,Rhea
Reliability and relative weighting of visual and nonvisual information for perceiving direction of self-motion during walking,2014,14,3,ePub,Saunders
Gaze behavior when learning to link sequential action phases in a manual task,2014,14,4,ePub,Säfström
Human vision is attuned to the diffuseness of natural light,2014,14,9,e15,Morgenstern
Dynamic interactions between visual working memory and saccade target selection,2014,14,11,e9,Spencer
Interindividual differences in preferred directions of perceptual and motor decisions,2014,14,12,ePub,Schütz
Reducing backward masking through action game training,2010,10,14,ePub,Polat
How is facial expression coded?,2015,15,1,e1,Calder
How people achieve their amazing temporal precision in interception,2015,15,3,e8,Brenner
The biomechanics of walking shape the use of visual information during locomotion over complex terrain,2015,15,3,e10,Fajen
Encoding attentional states during visuomotor adaptation,2015,15,8,20,Song
The impact of an acute social stress on the use of visual information in facial expression categorization,2015,15,12,1382,Daudelin-Peltier
Happiness is in the mouth of the beholder and fear in the eyes,2015,15,12,e1378,Delicato
Individual differences in antisocial and prosocial traits predict perception of dynamic expression,2015,15,12,1374,Campbell
An individual differences approach to multiple-target search errors: Errors correlate with attentional deficits,2015,15,12,e1372,Adamo
Through the looking (Google) glass: attentional costs in distracted visual search,2015,15,12,e1360,Lewis
Aging effects on expectancy use in driving scenes as assessed by the ideal observer,2015,15,12,e1341,Shimozaki
Tonic and phasic alertness training enhances executive function working memory and skill acquisition in older adults,2015,15,12,e1340,Degutis
Behavioral dynamics of visually-guided heading alignment in pedestrian following,2015,15,12,e1331,Dachner
Evaluation of a phantogram groundplane for the study of visually guided walking behavior,2015,15,12,1327,Smith
Individual differences in perception and control of walking direction,2015,15,12,e1326,Poulain
Persistent personal biases in walking,2015,15,12,e1325,Boeddeker
The contributions of active and passive modes of control during walking over complex terrain,2015,15,12,e1324,Barton
How do the biomechanics of walking constrain the visual control of stepping over obstacles?,2015,15,12,1323,Fajen
Eye head and foot tracking during locomation over real-world complex terrain,2015,15,12,1322,Hayhoe
Visual distraction in a patient with abnormal occipital gyration - an eye-tracking study,2015,15,12,e1267,Urgen
Competition makes faces look more aggressive,2015,15,12,e1217,Thomas
Human visual search performance for camouflaged targets,2015,15,12,e1164,Baddeley
Does behavioral dissociation of real vs. pantomime movements only apply to visually guided action?,2015,15,12,1157,Karl
Human cortical activity for visual processing is modulated by cued actions,2015,15,12,e1144,Monaco
The rise and fall of hybrid visual and memory search,2015,15,12,1112,Horowitz
Two eyes are identical to one: three-dimensional motor tracking of visual targets,2015,15,12,e1083,Bonnen
Depth perception of augmented reality information in an automotive contact analog head-up display,2015,15,12,e1078,Bengler
Claustrophobic fear and compression of visual space,2015,15,12,1074,Hunley
Working memory deficits in dynamic sport athletes with a history of concussion revealed by a visual-auditory dual-task paradigm,2015,15,12,e1065,Roy
Effects of perceptual load in visual search in immersive virtual reality,2015,15,12,e1064,Olk
Response mapping interacts with perceptual thresholds and stimulus processing speed,2015,15,12,e985,Demeyere
Learning visual search: increased retinotopic response to target vs. distractors in early visual cortex,2015,15,12,e962,Frank
Visual perception of surface wetness,2015,15,12,e937,Sawayama
The serial dependence of perceived emotional expression,2015,15,12,929,Whitney
Expectancies about the frequency of a target-similar distractor impact target selection,2015,15,12,e903,Lee
Ensemble summary statistics as a basis for visual categorization,2015,15,12,891,Utochkin
Cost of dividing attention moderated by contrast level,2015,15,12,879,Ni
A novel approach to measuring the useful field of view in simulated real-world environments using gaze contingent displays: the GC-UFOV,2015,15,12,878,Kramer
Catching the mind's eye: the effect of internal distraction on visual attention,2015,15,12,877,Windsor
Visual exploration and discrimination of emotional facial expressions in 3- 7- and 12-month-old infants,2015,15,12,e795,Baudouin
Eye movements to tool images are predicted by frequency of physical experience with the tool,2015,15,12,792,Skiba
Motor preparation and attentional benefits: dependencies on the number of possible saccade targets,2015,15,12,787,Kerzel
Objects in the peripheral visual field influence gaze location in natural vision,2015,15,12,e783,Hayhoe
The microgenesis of information acquisition in visual 'popout',2015,15,12,758,Flombaum
Visual search in natural scenes: a double-dissociation paradigm for comparing observer models,2015,15,12,e755,Abrams
Velocity of the Human Stadium or "Mexican" La Ola Wave: systematic variations due to type and direction,2015,15,12,e748,McBeath
Increasing eye height makes slopes appear less steep,2015,15,12,e744,Bridgeman
Audiovisual integration directing attention to the temporal dynamics of biological motion,2015,15,12,e714,Nam
Neural circuitry of brightness induction: modeling and physiology,2015,15,12,e638,Zaidi
Lost in the lights: the effects of glare on catching performance,2015,15,12,e597,Gray
Human visual response gain increases with arousal,2015,15,12,e567,Ling
Computational model of biological motion detection: a path toward view-invariant action understanding,2015,15,12,e497,Sandini
Recognition of static and dynamic social actions in the visual periphery,2015,15,12,e494,de la Rosa
Positive affect reduces visual crowding,2015,15,12,450,Familiar
Action video game playing does not reduce inattentional blindness,2015,15,12,e441,Holder
Visual perception and illusions in a driving simulator - little cars big signs,2015,15,12,e417,Inman
Steering control using feedback from near road edges does not rely upon retinal flow,2015,15,12,e415,Billington
Prospective steering control is influenced by retinal flow,2015,15,12,e414,Billington
Neighbor influence on evacuation behavior in virtual and real environments,2015,15,12,409,Kinateder
Information integration in sequential visual decision-making,2015,15,12,385,Fiser
Fear conditioned visual information is prioritized for visual awareness,2015,15,12,e384,Van der Stigchel
A computational account on the development of a preferred retinal locus,2015,15,12,e369,Mazyar
Using experts' eye movements to influence scanning behaviour in novice drivers,2015,15,12,e367,Mackenzie
Embodied salience for gaze analysis in ecologically valid environments,2015,15,12,366,Abbott
Do high-level perceptual schemata influence the encoding of novel everyday scenes?,2015,15,12,355,Sanocki
Can the gist of a natural scene be extracted in crowding?,2015,15,12,e344,Gong
Sensory eye dominance varies within the visual field,2015,15,12,268,Blake
Gun-embodiment biases on object perception are unaffected by prior experience,2015,15,12,250,Witt
A computational model to study the dynamics of updating of remembered visual targets during rapid and slow eye movements,2015,15,12,e217,Crawford
Bayesian ideal observer predicts weak forms of blindsight in normal observers,2015,15,12,e181,Lau
Action videogame play improves visual motor control,2015,15,12,e42,Chen
There is no attentional global effect: attentional shifts are independent of the saccade endpoint,2015,15,15,17,Van der Stigchel
It's in the eyes: planning precise manual actions before execution,2016,16,1,18,Butz
Adapting to time: duration channels do not mediate human time perception,2016,16,5,e4,Hibbard
Neural decoding of architectural styles from scene-specific brain regions,2015,15,12,520,Nasar
Accessory stimuli speed reaction times and reduce distraction in a target-distractor task,2016,16,7,11,Schubert
Enhanced discriminability for nonbiological motion violating the two-thirds power law,2016,16,8,12,Salomon
Out of the corner of the driver's eye: Peripheral processing of hazards in static traffic scenes,2016,16,2,11,Huestegge
Dynamics of oculomotor direction discrimination,2016,16,13,4,Gegenfurtner
When action conditions perception: evidence of cross-modal cue recruitment,2016,16,14,e6,Wallis
The risk of pedestrian collisions with peripheral visual field loss,2016,16,15,e5,Peli
Serial dependence in the perception of attractiveness,2016,16,15,e28,Whitney
New rules for visual selection: isolating procedural attention,2017,17,2,18,Blaser
What predicts the strength of simultaneous color contrast?,2017,17,2,13,Ratnasingam
Disentangling vision and attention in multiple-object tracking: how crowding and collisions affect gaze anchoring and dual-task performance,2017,17,5,21,Vater
Continuous flash suppression: manual action affects eye movements but not the reported percept,2018,18,3,e8,Einhäuser
Effects of visual distractors on vergence eye movements,2018,18,6,2,Alvarez
Steering bends and changing lanes: the impact of optic flow and road edges on two point steering control,2018,18,9,e14,Merat
The effects of age and cognitive load on peripheral-detection performance,2019,19,1,e15,Bowers
Motion perception as a model for perceptual aging,2019,19,4,e3,Billino
Predicting road scenes from brief views of driving video,2019,19,5,e8,Reimer
Visual crowding in driving,2020,20,6,e1,Whitney
Icy road ahead-rapid adjustments of gaze-gait interactions during perturbed naturalistic walking,2021,21,8,11,Einhäuser
During natural viewing neural processing of visual targets continues throughout saccades,2021,21,10,e7,Ries
Fixational eye movements following concussion,2021,21,13,e11,Marchetti
Decision-making from temporally accumulated conflicting evidence: the more the merrier,2023,23,1,e3,Xu
Retinal changes associated with football-related concussions and head impacts,2023,23,11,e37,Merchant-Borna
Extended reality--applications in vision science and beyond: Using a driving simulator to evaluate the effects of vision impairment and assistive technology,2023,23,15,e17,Bowers
Extended reality--applications in vision science and beyond: recent developments in head-mounted eye tracking for the understanding of natural(istic) behavior,2023,23,15,e16,Diaz
Age effects on predictive eye movements for action,2024,24,6,e8,Brenner
Fork in the road: how self-efficacy related to walking across terrain influences gaze behavior and path choice,2024,24,7,e7,Marigold