Journal of Vision - Volume 7, Number 9

Volume 7, Number 9, Abstracts 1a-1084a

doi:10.1167/7.9

http://journalofvision.org/7/9/

ISSN 1534-7362

Masthead

Vision Sciences Society Meeting, 2007: Abstracts

The Vision Sciences Society Meeting was held May 11 - May 16, 2007, in Sarasota, FL. The following are the abstracts of that meeting. ARVO holds the copyright to Journal of Vision, Vol. 7, No. 9, but not to the individual abstracts in that issue. The VSS Annual Meeting Abstracts are provided as a service to the community by the Vision Sciences Society in cooperation with ARVO, the publisher of Journal of Vision.

Face Perception: Experience and Context
1	Yovel & Bartal	View-invariant representation of unfamiliar faces in the fusiform face area
2	Andrews & Ewbank	fMR-adaptation reveals a view-invariant representation for familiar faces in the fusiform face area
3	Ishibashi & Kita	Our own faces: perceiving fluctuating asymmetry in the highly familiar objects
4	Pilz, Bülthoff, & Vuong	The importance of spatial frequency and familiarity in face recognition
5	Armann & Buelthoff	Sex matters when you ask the right question: What affects eye movements in face comparison tasks?
6	Bülthoff & Vuong	Influence of encoding context on face recognition
7	Michel, Rossion, Hayward, Buelthoff, & Vuong	The role of surface and shape information in the other-race face effect
8	Chiao & Franconeri	Women, but not men, prefer to fixate on the right side of a face
9	Elms, Mondloch, & Maurer	Jane and Ling: Holistic processing and sensitivity to the spacing of features in own- versus other-race faces
10	Fiset, Wagar, Tanaka, Gosselin, & Bub	The face of race: Revealing the visual prototype of Black and White faces in Caucasian subjects
11	Ng, Boynton, & Fine	Face adaptation does not improve perceptual salience
12	Nakata & Osada	Squirrel monkeys' (Saimili sciureus) peculiar facial recognition in the discrimination between own and other species
13	Bridge, Li, Tsao, & Chiao	Universality and cultural specificity in social dominance perception: Effects of gender and culture on facial judgments
14	Bowman & Chiao	What drives the political gender gap?: The role of gender on facial judgments of politicians
15	Sy & Giesbrecht	Who’s looking at you? Gender and familiarity modulate gaze cueing
16	O'Brien & Raymond	Associating reward and loss with faces: Effects on rapid face recognition
17	Isogaya, Maruya, Nakajima, Tani, & Sato	Self-range defined by gaze perception is robust against the size and viewing distance variations
18	Otsuka, Kanazawa, Yamaguchi, Abdi, & O'Toole	The development of face discrimination skill in infants
19	Nakato, Otsuka, Midorikawa, Yamaguchi, & Kakigi	Infants' brain activity on perception of different view faces using near-infrared spectroscopy
Eye Movements: Cognitive I
20	Savina, Bergeron, & Guitton	Effect of training to an area-cue on human saccadic eye movements
21	Poletti & Rucci	Dependence of fixational saccades on the visual task and image fading conditions
22	Tanner, Fleming, & Bülthoff	Eye movements for active learning of objects
23	Dalrymple, Bischof, Cameron, Barton, & Kingstone	Inefficient eye movements correlate with difficulties in perceiving global stimuli in Balint's syndrome
24	Heisz & Shore	More efficient scanning for familiar faces
25	Pospisil & Rutan	Gaze duration differences during a complex scene color preference test occur based on identical vs. dissimilar scenes
26	Schirillo	Mondrian, eye movements, and the oblique effect
27	Pelz, Rothkopf, & DeAngelis	Task dependence of space-time statistics at point of gaze revealed by eye tracking in natural wooded environmen
28	Wismeijer, van Ee, & Erkelens	Influence of perceived depth in a reverse perspective stimulus on vergence
29	Rothkopf & Ballard	Relating contrast statistics at fixation location to navigational control law
30	Thorpe, Crouzet, & Kirchner	Saliency maps and ultra-rapid choice saccade tasks
31	Tse, Baker, Adler, & Gerhardstein	The role of awareness in saccadic conditioning
32	Madelain, Champrenaut, & Chauvin	Control of sensorimotor variability
2D Motion I
33	Apthorp, Alais, & Wenderoth	Motion streaks improve fine direction discrimination
34	Pashkam & Cavanagh	Effect of motion smear on perceived speed in low luminance
35	Bhavaraju & Mingolla	Speed perception across variations in spatiotemporal frequencies in apparent motion stimuli
36	Ruiz-Ruiz & Martinez-Trujillo	Frames of reference for perceiving motion direction in the human visual system
37	Greenwood & Edwards	Transparent-motion detection requires bimodal population activity
38	Armstrong, Lewis, & Maurer	The development of sensitivity to first- and second-order pattern versus motion
39	Disch & De Valois	Effects of flicker on perceived object velocity
40	Yamada, Yamaguchi, & Miura	Time-to-passage judgments reflect naive physics: The cases of representational gravity and friction
Perceptual Learning I
41	Li, Polat, & Bavelier	Action video game playing alters early visual processing
42	Green, Pouget, & Bavelier	Action videogame playing improves bayesian inference for perceptual decision-making
43	Isola, Turk-Browne, & Scholl	Multidimensional visual statistical learning
44	Nishina, Seitz, Kawato, & Watanabe	Subliminal visual feature is learned better when spatially closer to attended task
45	Yotsumoto, Watanabe, & Sasaki	While V1 activity enhancement that occurs immediately after PL training is nullified due to consolidation, the performance enhancement sustains
46	Wenger, Kapelewski, & Eroh	Tracking changes in cortical responses as a function of perceptual practice
47	Ni, Watanabe, & Andersen	The effect of age on perceptual learning of sub-threshold stimuli
48	Gerván & Kovács	Sleep dependent learning in contour integration
49	Giordano, Carrasco, & Rosenbaum	Covert attention strengthens, speeds and maintains perceptual learning
50	Sulman & Sanocki	Can stimulus-induced affective states influence the rate of PL?
Rivalry and Bi-stability I
51	Kimura, Abe, & Goryo	Attenuation of the pupillary response during interocular suppression
52	Knapen, Pearson, Blake, & van Ee	Increase of perceived speed accompanying onset of interocular suppression
53	van Dam, Mulder, Noest, Brascamp, van den Berg, & van Ee	Sequential dependency in percept durations for binocular rivalry
54	van Boxtel, Knapen, van Ee, & Erkelens	Identical rivalry dynamics for monocular, stimulus and binocular rivalry
55	Norman, Norman, Pattison, Taylor, & Goforth	Aging and the depth of binocular rivalry suppression
56	Paffen, Naber, & Verstraten	Predicting the spatial origin of a dominance wave in binocular rivalry
57	Pearson, Clifford, & Tong	Perceptual and mnemonic contents of mental imagery revealed by binocular rivalry
58	Silver & Logothetis	Temporal frequency and contrast tagging bias the type of competition in interocular switch rivalry
59	Su, Ooi, & He	The speed and spreading of binocular rivalry dominance from boundary contours
60	Van Bogaert, Ooi, & He	Illusory boundary contours affect binocular rivalry and depth perception
61	Xu, He, & Ooi	The roles of boundary contour and stimulus onset asynchrony in triggering binocular rivalry alternation
62	Wallis & Arnold	Staying Focussed: The function of suppression during binocular rivalry?
63	Winterbottom, Patterson, & Pierce	Binocular rivalry and head-worn displays
64	Yang, Zald, & Blake	Processing of fearful faces outside of awareness
3D Perception: Cue Integration
65	Haijiang & Backus	Newly recruited cue trades against pre-existing cues during the construction of visual appearance
66	Backus	Bayesian model of cue combination for ambiguous stimuli
67	Burge, Girshick, & Banks	Visuo-haptic adaptation: the role of relative reliability
68	Girshick, Burge, & Banks	Bayesian cue combination: coupling of disparity-texture information compared to coupling of visual-haptic information
69	Greenwald & Knill	Grasping for cues: Visual cue integration for object manipulation
70	Ishii, Todo, & Yamashita	Manual control is effective in disambiguating in kinetic depth effect
71	Gardner & Palmer	Joint effects of height-in-the-picture-plane and distance-relative-to-the-horizon in pictorial depth perception
72	McCormack, Lowe, & Deng	Dynamics of registered convergence
73	van der Kooij & te Pas	Curvature contrast occurs after Cue combination
Early Visual Processing: Receptive Fields
74	Lu & Roe	Response to motion and motion boundaries in monkey V2
Cortical Receptive Fields and Perception
75	Meirovithz, Bonneh, Werner-Reiss, Ayzenshtat, Saban, & Slovin	Voltage-sensitive dye imaging of collinear patterns in the visual cortex of a behaving monkey
76	Tong, Zhang, Zheng, Smith III, & Chino	TimeCourse of surround suppression in V2 neurons of Macaque monkeys
77	Zhang, Zheng, Smith, & Chino	Mature transient responses of V2 neurons in 2-Week-Old infant monkeys
78	Kaskan, Baldwin, Zhang, Chino, & Kaas	The development of local connections in V1 and V2 of macaque monkeys
79	Kay, Naselaris, & Gallant	Estimation of voxel receptive fields in human visual cortex using natural images
80	Schumacher & Olman	BOLD fMRI response to local neural inhibition
81	Masquelier, Serre, Thorpe, & Poggio	Learning simple and complex cells-like receptive fields from natural images: a plausibility proof
82	Lui, Dobiecki, Bourne, & Rosa	Responses of single neurones in the middle temporal area (MT) to kinetic contours: implications for understanding the physiological basis of form cue invariance
Perceptual Learning II
83	Bridgeman	A test of the sensorimotor theory of visual calibration
84	Jeter, Dosher, & Liu	Transfer (vs. specificity) following different amounts of perceptual learning in tasks differing in stimulus orientation and position
85	Kim, Seitz, & Watanabe	Effect of reward on perceptual learning
86	Sasaki, Yotsumoto, Shimojo, & Watanabe	Brain activity related to consolidation of perceptual learning during sleep
87	Yu, Klein, & Levi	Location specificity in perceptual learning: A revisit
88	Carrasco, Giordano, & Looser	Transient attention potentiates perceptual learning
3D Perception
89	Hu & Knill	Kinesthetic feedback helps disambiguate 3D structure-from-motion
90	Di Luca & Ernst	Integration of alternating cues to slant
91	Balas & Sinha	Does the visual system extract "keyframes" from dynamic object sequences?
92	Ernst, Di Luca, & Knill	How long does it take to adjust a weight?
93	MacKenzie, Murray, & Wilcox	Perceived curvature in depth: a test of cue combination models using motion and binocular disparity
94	Li & Zaidi	3-D curvature aftereffects invariant to texture pattern
Global Motion and Motion Integration
95	Tailby, Majaj, & Movshon	Binocular integration of pattern motion signals by MT neurons and by human observers
96	Majaj, Tailby, & Movshon	Motion opponency in area MT of the macaque is mostly monocular
97	Tadin, Grdinovac, Hubert-Wallander, & Blake	Both simple and choice reaction times reveal suppressive center-surround interactions in motion perception
98	Edwards	Interaction of the On and Off pathways in motion processing with motion-defined-form signals
99	Spering & Gegenfurtner	Contrast and assimilation in visual motion processing for perception and smooth pursuit eye movements
100	Royden & Holloway	The effect of object speed and angle on the perceived rigidity of an optic flow field
101	MacNeilage, Butler, Buelthoff, & Banks	Disambiguation of optic flow with vestibular signals
The Many Functions of the Ventral Stream
102	Appelbaum, Vildavski, Pettet, Wade, & Norcia	Neural dynamics of visual scene segmentation
103	Behrmann & Manchin	Object recognition in ventral temporal cortex is category-graded rather than specific: Neuropsychological evidence
104	Tootell, Devaney, Postelnicu, & Ungerleider	Cortical fMRI maps in response to 3D morphs between head and house
105	Singer & Sheinberg	Joint object and motion selectivity in the temporal cortex
106	Meyers, Hung, Freedman, Miller, & Kreiman	Decoding of ITC cell activity closely predicts human visual similarity judgments
107	Rajimehr, Vanduffel, & Tootell	Retinotopy versus category specificity throughout primate cerebral cortex
108	Rouw & Scholte	Increased structural connectivity in Grapheme-Color Synesthesia
Perceptual Organization: Contours I
109	Anderson, Cass, & O'Vari	Non-Bayesian mechanisms of contour synthesis
110	Maertens & Shapley	Local determinants of contour interpolation
111	Fulvio, Singh, & Maloney	Breakdown of contour interpolation: Testing a multiple-contours hypothesis
112	McMains & Kastner	Illusory contour formation modulates competitive interactions in human extrastriate cortex
113	May & Hess	Ladder contours are undetectable in the periphery
114	Horsager & Fine	Evidence for synchrony using direct electrical stimulation of the human retina
Perception and Action I
115	Baldauf & Deubel	Visual selection of multiple goal positions before rapid hand movement sequences
116	Franchak & Adolph	Perceiving changing affordances for action: Pregnant women walking through doorways
117	Wilkie, Robertshaw, & Wann	Steering performance is influenced by road width, road curvature and gaze behaviour
118	McBeath, Sugar, Paranjape, Dolgov, & Wang	Human and robot ball catching on a Hill: Is the control geometry on the level or atilt?
119	Chajka, Vecellio, Hayhoe, & Gillam	The role of binocular vision in navigating obstacles
120	Stankiewicz & Pitts	Using a Bayesian Model to measure the benefit of visual landmarks and layout topology on human navigation efficiencies
Face Perception
121	Peterson, Abbey, & Eckstein	Information distribution for face identificaiton and its relation to human strategies
122	Ramon & Rossion	What’s lost in prosopagnosia? An investigation of familiar face processing in a single-case of pure prosopagnosia working in a kindergarten
123	Schiltz, Jacques, & Rossion	The spatio-temporal correlates of holistic face perception
124	Afraz & Cavanagh	Spatial limits of face processing: Evidence from face aftereffects
125	Dakin & Omigie	Face space: Distinctiveness, discrimination and dippers
126	Meng, Cherian, Gabrieli, Gabrieli, & Sinha	Using computer vision to probe the neural correlates of categorical face perception
127	Oh & Shiffrar	Apparent motion of the face
Attention: Objects, Scenes, and Search
128	Xu & Chun	Grouping determines object-based selection in human inferior intra-parietal sulcus
129	Alvarez & Oliva	The representation of ensemble visual features outside the focus of attention
130	Reddy & Kanwisher	Category selectivity in the ventral visual pathway confers robustness to clutter and diverted attention
131	Turk-Browne, Xu, & Chun	Dissociating task performance from neural repetition effects in ventral visual cortex
Attentional Capture
132	Chen & Modrkoff	Attentional capture by incongruent cues: An analysis of individual difference
Attention: Objects, Scenes, and Search
133	Palmer, Van Wert, Horowitz, & Wolfe	Getting guidance going
134	Itti, Yoshida, Berg, Ikeda, Kato, Takaura, & Isa	Investigation of spontaneous saccades based on the saliency model in monkeys with unilateral lesion of primary visual cortex
Eye Movements: Saccades and Smooth Pursuit
135	Gegenfurtner & Rasche	Sensory and motor contributions to smooth pursuit variability
136	Monteon, Martinez-Trujillo, Wang, & Crawford	Frames of reference for eye-head gaze shifts evoked during stimulation of the primate frontal eye fields
137	Stevenson, Kumar, & Roorda	Psychophysical and oculomotor reference points for visual direction measured with the adaptive optics scanning laser ophthalmoscope
138	Van der Stigchel, van Zoest, & Barton	The effect of distractors in prosaccade, antisaccade, and memory-guided saccade tasks
139	Roy, Oruc, & Barton	Within-hemifield mutual inteference and repulsion in the programming of antisaccades
140	Ludwig & Gilchrist	A sequential sampling model of saccadic double-steps in direction
141	Gowani, Barton, Levin, & Fox	Prior probability effects and their inter-hemispheric interactions in human prosaccades and antisaccades
142	Park & Shimojo	Corrective saccades drive saccadic adaptation independently of explicit interpretation of retinal error
143	Kerzel & Ulmann	Suppression of steady state smooth pursuit by irrelevant flashes
Locomotion I: General
144	Diaz, Phillips, & Fajen	Locomotor interception of unpredictable moving targets
145	Interrante, Ries, O'Rourke, Gray, Lindquist, & Anderson	Evaluating alternative metaphors for augmented locomotion through large scale immersive virtual environments
146	Khomut & Warren	Catching fly balls in VR: A test of the OAC, LOT and trajectory prediction strategies
147	Lappe, Jenkin, & Harris	Visual odometry by leaky integration
148	Severson, Uc, MD, Sparks, BA, & Rizzo, MD	Effect of UFOV impairment on kinematics of curve driving
149	Wann, Field, & Wilkie	Visual control of locomotor steering: An fMRI study
150	Wood, Chaparro, Carberry, & Chu	Simulated visual impairment affects night-time driving and pedestrian recognition
151	Sims & Fajen	A reinforcement learning model of visually guided braking
152	Warren, Bruggeman, & Zosh	Optic flow serves as a teaching signal for visual-locomotor adaptation
153	Dolgov, Todd, Birchfield, McBeath, & Thornburg	The influence of locomotion on the axis-aligned motion bias in large situated display environments
154	Ellard, Wagar, & Eller	Recalibration of the relationship between visual and action space: Evidence for generalization across actions
Visuomotor Control: Hand Movements
155	Bruno & Bernardis	Visually guided pointing and the Müller-Lyer illusion: why are the data so contradictory?
156	Binsted, Ehresman, Heath, & Saucier	Execution generated illusory motor bias: two systems, one representation
157	Franz, Hesse, & Kollath	Grasping after a delay: More ventral than dorsal?
158	Anderson & Bingham	Evidence for the use of a binocular Tau-dot strategy in visually guided reaching
159	Bingham & Anderson	A binocular Tau-dot model for guiding reaches
160	Hesse, de Grave, Franz, Brenner, & Smeets	Planning movements well in advance
161	Heath, Tremblay, & Binsted	Vision predominates sensorimotor transformations for online grasping control
162	Ishak & Adolph	Gauging affordances for reaching through apertures
163	Watt, Keefe, & Hibbard	Do binocular depth cues have a special role in grasping?
164	Khan, Blohm, Ren, & Crawford	Independent gaze-centered representations of reach targets viewed with left vs. right eye
165	Fajen & Cramer	Visual control of hand position and orientation during one-handed catching
166	Thaler & Todd	Reaching to a point or reaching over a distance - What is the difference?
167	Wu, DalMartello, & Maloney	Performance in rapid, sequential visually-guided pointing movements
168	Wu, Klatzky, Shelton, & Stetten	Learning in image-guided reaching changes the representation-to-action mapping
169	Wolfe, Gray, & Maloney	Constraint induced learning in a visually guided motor task
170	Seydell, McCann, Trommershäuser, & Knill	Human pointing movements in a probabilistic environment
171	Hudson, Wolfe, & Maloney	The covariance structure of speeded reaching movements
Attention: Neural Mechanisms
172	Li, Lu, Tjan, Dosher, & Chu	Attentional modulation of the BOLD-fMRI contrast response functions in early visual areas
173	Torralbo, Beck, & Kramer	Perceptual load-induced selection as a result of neural competition in early visual cortex
174	Yang & Ts'o	The influence of a visual task on fMRI activation patterns in the visual cortex
175	Park, Zhang, Ferrera, Hood, & Hirsch	Spatial distribution of attention effects in human visual cortex
176	Ling, Liu, & Carrasco	Feature-based attention increases gain and sharpens tuning of motion selective channels
177	Serences & Boynton	Perceptual decisionmaking in human visual cortex
178	Ciaramitaro & Boynton	Behavioral measures of cross-modal attention are consistent with fMRI responses in V1 and not MT+
179	Gee, Ipata, & Goldberg	Activity in monkey V4 reflects target identification and saccade direction in free viewing visual search
180	Landau, Esterman, Robertson, & Prinzmetal	Gamma band levels index voluntary shifts of attention to faces
181	Esterman, Verstynen, & Robertson	Attenuating illusory binding with TMS of the right parietal cortex
182	Shalev, Mevorach, Allen, & Humphreys	Dissociating the cognitive mechanisms of sustained attention and response inhibition: An fMRI study using a conjunctive go/no-go task
183	Mevorach, Shalev, Allen, & Humphreys	The Left inferior parietal lobe modulates the selection of low salient stimuli
184	Shomstein, Kravitz, & Behrmann	Temporal dynamics of an attentional switch
Attentional Capture
185	Chua & Ismail	A new object captures attention
Attention: Neural Mechanisms
186	Pitts, Nerger, & Stalmaster	The role of spatial and selective attention in the perception of bistable images
187	Bolduc-Teasdale, Beaupré, Robitaille, & McKerral	ERP 'blink' instructions revisited: Effects on attention-related processes
188	Boehnke, Berg, Baldi, Itti, & Munoz	Adaptation and habituation of visual responses in the superficial and intermediate layers of the superior colliculus (SC)
189	Dranias, Bullock, & Grossberg	A neural network model of simultaneous visual discrimination: Incentive modulation of visual stimulus salience
Scene Perception I
190	Dickinson & Intraub	Boundary extension in the transsaccadic representation of layout
191	Michod & Intraub	Conceptual Masking: Is it really all about the concept or does layout matter?
192	Castelhano, Pollatsek, & Rayner	Memory for viewpoint changes in naturalistic scenes
193	Torralba, Fergus, & Freeman	Object and scene recognition in tiny images
194	MacKenzie, Fortis-Santiago, & Fiser	Integrating central and peripheral information during object categorization
195	Sanocki & Sulman	Functional representations of layout are disrupted by irrelevant objects
196	van der Smagt & Nijboer	Color information impairs change detection
197	Ogmen, Aydin, & Herzog	Differential perceived speeds explain the apparent compression in slit viewing
198	Markovic & Radonjic	Aspects of painting perception
199	Yue, Lescroart, Vessel, & Biederman	A test of the consistency of scene preferences across cultures
200	Li & Matin	The elevation of Visually Perceived Eye Level (VPEL) is an oscillatory function of visual pitch
201	Dixon, Canga, Nikolov, Troscianko, Noyes, Bull, & Canagarajah	Solider direction and soldier location: Image fusion and compression in two scene perception tasks
2D Shape and Form
202	Loffler, Bennett, & Gordon	Seeing shape in noise: tuning characteristics of global shape mechanisms
203	Pinna	New local and global shape illusions due to grouping
204	Roach, Webb, & McGraw	Prolonged exposure to global structure induces 'remote' tilt-aftereffects
205	Tyler, Kao, & Chen	The role of 2D and 3D symmetry information in face processing in the human brain
206	Sawada & Pizlo	Perceiving planar symmetric objects in 3D scenes
207	Guidi & Palmer	Symmetry and relational structure in the perception of rectangular frames
208	Webb, Roach, & Peirce	Masking exposes multiple global form mechanisms at intermediate levels of visual processing
209	Wilkinson, Shahjahan, & Wilson	Hysteresis between shape-defined categories
210	Haushofer, Baker, & Kanwisher	Frequency-based categorization of complex visual objects
211	Kempgens, Loffler, & Orbach	When change blindness fails: Factors determining change detection for circular patterns
212	Bittner, Wenger, Sullivan, & Von Der Heide	Dimensional consistency effects with illusory dimensions
213	Aydin, Herzog, & Ogmen	Compression in slit viewing occurs not in space but at object level
Special Populations: Development
214	Von Der Heide, Wenger, Gilmore, Walsh, Sullivan, & Bittner	Developmental changes in the capacity to process faces
215	Cantlon, Libertus, Brannon, & Pelphrey	The development of abstract numerical processing in parietal cortex
216	Gori, Del Viva, Sandini, & Burr	Six-year-old children do not integrate visual-haptic information optimally
217	Gilmore, Murray-Kolb, & Lee	Infants' visual habituation patterns show large within-session variability
218	Kruk	Good-poor reader accuracy differences in four-dot masking
219	Taylor & Jakobson	Representational momentum in preterm and full-term children
220	Zosh, Feigenson, & Halberda	Infants' ability to enumerate multiple spatially-overlapping sets in parallel
221	Boutin & Ellemberg	Spatial lateral interactions during childhood
222	Carmi, Tseng, Cameron, Itti, & Munoz	The impact of maturation and aging on mechanisms of attentional selection
V1 and Thalamus: Anatomy and Organization
223	Fischer & Whitney	Precise topographic encoding of visual stimuli in the human pulvinar
224	Leh, Chakravarty, & Ptito	The connectivity of the human pulvinar: a diffusion tensor imaging tractography study
225	Radoeva & Aguirre	Representation of the ipsilateral visual field in early retinotopic cortex
226	Iaria, Robbins, & Petrides	The human occipital lobe: variability and probability maps of the sulci
227	Hansen	What makes topographic map boundaries parsimonious?
Attentional Capture
228	Hodsoll, Mevorach, & Humphreys	Driven to less distraction: rTMS of the right parietal cortex reduces attentional capture in visual search by eliminating inter-trial priming
V1 and Thalamus: Anatomy and Organization
229	Ben Amor & Vaucher	The effects of a cholinergic deficit on visual learning in rats
230	Masuda, Nakadomari, Dumoulin, Cheung, Furuta, Kitahara, & Wandell	The mechanism underlying large-scale reorganization in human macular degeneration patients
231	Pinto, Hornby, Jones, & Murphy	Changes in inhibitory mechanisms in human visual cortex throughout the lifespan
232	James, Goh, & Vanni	Pattern-pulse multifocal MEG mapping of human visual cortex using the general linear model
233	Erlenmeyer, Ales, Carney, & Klein	Designer stimuli enables VEP based separation of early visual areas
Brightness, Lightness and Luminance
234	Allred & Brainard	Parametric measurements of lightness in the context of real illuminated objects
235	Boyaci, Fang, Murray, & Kersten	Amodal completion affects lightness perception
236	Hamburger & Shapiro	The Hermann grid is an equiluminant weave
237	Robinson, Hammon, & de Sa	A filtering model of brightness perception using Frequency-specific Locally-normalized Oriented Difference-of-Gaussians (FLODOG)
238	Zhang, Park, Salant, Thomas, Hirsch, & Hood	Multiplicative model for spatial interaction in the human visual cortex
239	Fukuya & Uchikawa	The transition luminance between the surface-color and the illuminant-color modes may reveal the illuminant represented in the visual system
240	Anderson, Dakin, & Rees	A sub-cortical locus for brightness filling in
241	Horiguchi, Nakadomari, Furuta, Asakawa, Masuda, Kitahara, Abe, Kan, Misaki, & Miyauchi	Correlation of fMRI responses to absolute luminance changes in visual cortex
242	Murray & Boynton	FMRI responses in V1 represent the perceived rather than physical stimulus contrast
243	Pereverzeva & Murray	Brightness Induction in human V3
244	Marino, Levy, & Munoz	Target luminance modulates saccadic behavior and visual sensory responses in the superior colliculus
245	Lovell, Tolhurst, To, & Troscianko	Rapid search for gross illumination discrepancies in upright but not inverted images
246	Brooks, Tyrrell, & Stephens	The accuracy of observers' estimates of their ability to see and steer in low luminances
247	Martin, Manger, Klein, Tyler, & Brooks	Preferred driving speeds of older and younger drivers under varying luminance conditions
248	Miller, Hilpert, Klein, Tyler, & Brooks	The effects of fog on driving speed
Spatial Vision: Contrast and Masking
249	Haun & Essock	Anisotropic contrast gain inferred from broadband masking
250	Huang & Hess	Collinear facilitation: effects of additive and multiplicative visual noise
251	Govenlock, Bennett, & Sekuler	An absence of orientation selectivity for visual masking
252	Kramer & Olzak	The effects of collinearity on contrast discrimination tasks
253	Olzak & Kramer	Cross-orientation interactions in second-order mechanisms
254	Kurki, Hyvärinen, & Saarinen	Analysing spatiotemporal dynamics in contrast detection by Classification Images
255	Gold, Conrey, & Eidels	A technique for measuring single-item identification efficiencies
256	Manahilov, Gordon, Calvert, & Simpson	A new subtractive normalization model for contrast processing of visual stimuli
257	Medina, Meese, & Mullen	Cross-orientation masking in the red-green isoluminant and luminance systems
258	Saarela & Herzog	Temporal characteristics and surround modulation of contrast masking
259	Aguirre, Barraza, & Colombo	The effect of glare on visibility depends on spatial frequency
260	Chen	Lateral masking with contrast- and luminance-modulated patterns
261	Katkov, Tsodyks, & Sagi	The human contrast response function: overcoming experimental pitfalls
262	Joo & Chong	Effect of signal strength on attentional blink
Adaptation and Aftereffects
263	Czuba, Beer, & MacLeod	Adaptation and afterimages: A model of inverse multiplicative sensitivity adjustment
264	Wolfson & Graham	More about "Buffy adaptation"
265	McGovern & Peirce	The effect of contrast on adaptation to compound patterns
266	Simmons & Durgin	Frame-contingent density aftereffects: A closer look
267	McDermott, Sharma, & Webster	Adaptation and contrast constancy in natural images
268	Ziemer, Plumert, Cremer, & Kearney	Perceptual adaptation to environmental scale
269	Haber, Ballardini, & Webster	Blur adaptation and induction in the fovea and periphery
270	Smith, McLin, Barnes, & Rogers	Exploring the dynamics of light adaptation by measuring sensitivity against a flickering background
271	Krizay, Vul, Shubel, & MacLeod	Two timescales of orientation-contingent color adaptation
272	Gheorghiu & Kingdom	Spatial properties of curvature encoding revealed by the shape-frequency and shape-amplitude after-effects
273	Legault, Allard, & Faubert	Adaptation to circular patterns influences the perception of distorted squares
274	Zotov, Grossmann, & Dobbins	A rotational aftereffect induced by context
275	Wu, Halelamien, Hoeft, & Shimojo	TMS "instant replay" validated using novel double-blind stimulation technique
276	Halelamien, Wu, & Shimojo	TMS induces detail-rich "instant replays" of natural images
277	Wede & Francis	Cortical dynamics of negative afterimages: Spatial properties of the inducer
278	VanHorn & Francis	Switch color afterimages suggest cortical mechanisms
279	Weil, Kilner, Haynes, & Rees	Neural correlates of perceptual filling-in of an artificial scotoma in humans
280	Wykes, Weil, & Rees	Attentional load modulates time-to filling-in of an artificial scotoma
281	Richters & Eskew	The effect of sensorimotor adaptation on chromatic judgments
3D Perception: Space
282	He, Hong, & Ooi	On judging surface slant using haptic (palm-board) and verbal-report task
283	Akagi & Durgin	Accurate perception of visual space from live-video in a head-mounted display
284	Imura & Tomonaga	Visual search on the ground-like surface defined by texture gradients in chimpanzees (Pan troglodytes) and humans (Homo sapiens)
285	Nadeem & Stankiewicz	How much can vision tell us about where we are? Measuring the channel capacity between visual perception and spatial layout
286	Ozkan & Braunstein	The position of objects relative to the horizon affects size-distance invariance
287	Stefanucci & Storbeck	Arousal influences the perception of height
288	van Doorn, Koenderink, Kappers, Doumen, & Todd	Exocentric pointing in depth
289	Riley, Kelly, Martin, Hayhoe, & Huxlin	Homonymous hemianopia alters distribution of visual fixations in 3-dimensional virtual environments
290	Suzuki & Uehira	Depth perception of real objects and virtual objects when they are presented at the same depth defined by binocular retinal disparity
291	Witt, Linkenauger, Bakdash, & Proffitt	Golf performance makes the hole look as big as a bucket or as small as a dime
Visual Control of Movement: Neural Mechanisms
292	Zettel, Vilis, Culham, & Crawford	A comparison of saccade and pointing topography between medial and lateral areas in the human posterior parietal cortex
293	Vesia, Henriques, Yan, Sergio, & Crawford	TMS over posterior parietal cortex disrupts the integration of initial hand position information into the reach plan
294	Karnik, Heider, & Siegel	Inferior parietal recordings and behavioral effects of shifting prisms on visually guided reaching
295	Fattori, Breveglieri, Marzocchi, Filippini, & Galletti	Foveal and peripheral reaching activity in the macaque cortical area V6A
296	Song, McPeek, & Takahashi	Target selection for visually-guided reaching in macaque
297	Chong, Cunnington, Williams, & Mattingley	Selectivity of human mirror system responses during observation and execution of congruent versus incongruent hand actions
298	Broderick, Striemer, Sparling, Murtha, Corbett, Stewart, & Danckert	Spatial deficits in visuomotor control along the body midline in a patient with optic ataxia
Multisensory Processing
299	Corbett & Carrasco	Attention enhances visual contributions to multisensory integration for the perception of upright.
300	Dyde & Harris	A (nother) new way to measure up: the oblique derived subjective visual vertical
301	Filimon, Nelson, & Sereno	Human fMRI of tactile spatial representations
302	Grove & Sakurai	Equivalent stream/bounce effects in cyclopean and luminance defined displays
303	Harris, Dyde, & Jenkin	The relative contributions of the visual components of a natural scene in defining the perceptual upright
304	Iordanescu, Grabowecky, & Suzuki	Meaningful association of a sound with a target facilitates visual search
305	Kim, Seitz, & Shams	Visual perceptual learning enhanced with congruent sound
306	Schutz & Kubovy	Musical use of visual gestures: the importance of contextual information in sensory integration
307	Serwe, Drewing, & Trommershäuser	Integration of multi-sensory directional information during goal-directed pointing
308	Stephen & Andrej	Superior visual detection capabilities in congenitally deaf Cats
309	Graf, Adams, & Bouzit	Light priors, learning and feedback
Grouping and Segmentation I
310	O'Herron & von der Heydt	Persistence of the neural border ownership signal indicates short-term memory in perceptual organization
311	Brooks & Palmer	Attention and figure-ground status produce separate steady-state VEP effects in human cortex
312	T. Likova & W. Tyler	Cortical network dynamics of figure/ground categorization
313	Rosenholtz, Twarog, & Wattenberg	Filtering in feature space: a computational model of grouping by proximity and similarity
314	Vickery & Jiang	Second-order perceptual grouping
315	Ostrovsky, Wulff, & Sinha	Learning static Gestalt laws through dynamic experience
Eye Movements: Mechanisms
316	DeSouza, Blohm, Yan, Wang, & Crawford	Superior colliculus (SC) neural activity codes visually guided head-unrestrained gaze movements in retinal coordinates
317	Shen & Paré	Effects of visual salience on superior colliculus neural activity during visual conjunction search.
318	Tse, Baumgartner, & Greenlee	fMRI BOLD signal reveals neural correlates of microsaccades
319	Hamker, Zirnsak, & Lappe	Dynamic receptive field effects predicted by a saccade target theory of visual perception
320	Mulligan & Stevenson	Spontaneous oculomotor oscillations induced by delayed visual feedback
321	White, Boehnke, Marino, Talsma, Itti, Theeuwes, & Munoz	Competition between exogenous and endogenous signals revealed by saccade latency and saccade curvature in the monkey
Early Visual Processing: Receptive Fields
322	George & Yao	Lateral interactions in outer retina disclosed by high resolution dynamic optical imaging of neural activation
323	Harrison, Kamitani, Dewey, & Tong	Neural decoding reveals the orientation-selective properties of early human visual area
324	Geisler, Albrecht, & Crane	Responses of striate cortex neurons to transient changes in local contrast and luminance
325	Jermakowicz, Chen, Khaytin, Madison, Zhou, Bernard, Bonds, & Casagrande	Is Synchrony a reasonable coding strategy for visual areas beyond V1 in primates?
326	Yen, Baker, & Gray	Heterogeneity in the responses of adjacent neurons to natural stimuli in Cat striate cortex
327	Yazdanbakhsh & Livingstone	Neural dynamics of surface processing in V1
Multisensory Processing
328	Teng & Whitney	Auditory stimuli elicit spatially specific responses in visual cortex
Object Recognition
329	Cant, Arnott, & Goodale	Functionally and anatomically distinct regions for processing form and texture in the human ventral stream revealed by fMR-adaptation
330	Freeman & Pelli	Attention can relieve crowding
331	Gorlin, Sharma, Sugihara, Sur, & Sinha	Finding signals in noise: The neural advantage of prior information
332	Konen & Kastner	Object representations in the dorsal pathway: fMRI adaptation effects in topographically organized areas of the human posterior parietal cortex
333	Liu & Lu	Recognition memory is better for less-occluded than for identical images of natural scenes and faces
334	Wallis	Breaking multiple forms of view invariance
335	Williams, McKeef, Tong, & Gauthier	Competition between domains of expertise in a visual search paradigm
Spatial Vision I
336	Kingdom & Gheorghiu	Multiplication of 1st-stage inputs to curvature detectors
337	Ahumada & Scharff	Lines and dipoles are efficiently detected
338	Cavanagh & Holcombe	Non-retinotopic crowding
339	Cass, Bex, Watt, & Dakin	Equivalent noise reveals that visual crowding is not an attentional effect
340	Nandy & Tjan	Optimal feature integration across spatial-frequencies in central and peripheral vision
341	Tillman, Pelli, Freeman, Su, Berger, & Majaj	Reading is crowded
Attention Modulation of Sensory Signals: Physiology
342	Eckstein, Liston, & Krauzlis	Non-equivalence between attentional modulation and increases in signal contrast for superior colliculus neurons
343	McPeek	Superior colliculus activity related to reflexive and top-down shifts of attention
344	Falkner, Krishna, & Goldberg	The inhibitory surrounds of neurons in the lateral intraparietal area (LIP) of the monkey can be activated and modulated by top-down processes
345	Hussar & Pasternak	Dynamic modulation of direction selectivity by task demands in prefrontal cortex
346	von der Heydt & Qiu	Figure-ground, Proto-objects, and selective attention: understanding the neural mechanisms
347	Thomas & Lleras	Inhibitory tagging in an interrupted visual search
Memory
348	Most, Turk-Browne, & Jungé	Dual effects of emotion on perception: Emotional distractors impair selection but enhance consolidation
349	Gersch, Kowler, Schnitzer, & Dosher	Saccadic planning controls the input to visual memory
350	Berryhill & Olson	Determining parietal involvement in visual working memory: Causal or Incidental?
351	Zhang, Xuan, & Fu	Are visual working memory and multiple object tracking limited by a common attention capacity?
352	Awh, Barton, & Vogel	Visual working memory represents a fixed number of items regardless of complexity
353	Hollingworth & Rasmussen	The binding of objects to locations in visual short-term memory
354	Fecteau	Priming of pop-out: An automatic process that is governed by volition
Spatial Vision II
355	Thompson, Papadopoulou, & Vassilou	Entasis: architectural illusion compensation, aesthetic preference or engineering necessity?
356	Falconbridge, Shams, & Engel	Adaptation can increase sensitivity to visual features
357	Chaumon, Drouet, Schwartz, & Tallon-Baudry	Learning of unconscious scene-target spatial associations involves the sharpening of a distributed network of visual areas
358	Kwon, Fang, Cheong, Legge, & He	The impact of prolonged contrast reduction on visual contrast coding
359	Or & Elder	Classification image analysis of oriented texture detection
360	Chubb & Landy	Measuring visual mechanism sensitivity
361	Chung	Feature integration for letter identification is just as good in peripheral as in foveal vision
Rivalry and Bi-Stability II
362	He, Jiang, & Chen	Stabilizing bistable visual patterns through interocular suppression, crowding, and inattention
363	Chen & He	Establishing stable interocular suppression through repeated presentation of very brief stimuli
364	Hsu, Kramer, & Yeh	Monocular depth ordering affect perceptual filling-in and motion induced blindness
365	Kang & Shevell	Representation of location during misbinding of color
366	St.Clair, Hong, & Shevell	Misbinding of color to form in afterimages
367	Pastukhov & Braun	Temporal characteristics of priming effects on the perception of ambiguous patterns
368	Braun & Pastukhov	Further differences between positive and negative priming in the perception of ambiguous patterns
369	Shpiro, Moreno-Bote, Rinzel, & Rubin	Noise vs. adaptation: which is responsible for perceptual switches?
370	Arnold, Grove, & Wallis	Do eyes or stimuli dominate perception during binocular rivalry? The answer is clear!
371	Veser, Roeber, & Schröger	Percept-dependent modulations of neuronal activity occur earlier for shape than for colour stimuli
372	Abe, Kimura, & Goryo	Distinct binocular interactions for pattern and color revealed by visibility modulation of rivalrous stimuli
373	Bannerman, Milders, De Gelder, & Sahraie	Influence of emotional stimuli on the dynamics of binocular rivalry
374	Carter & Cavanagh	Onset rivalry: Brief presentation isolates an early independent phase of perceptual competition
375	Devyatko	Long-lasting connections: the relationship between motion-induced blindness and binocular rivalry reconsidered
Time Perception and Temporal Processing
376	Bruno & Johnston	Contrast gain changes affect the perceived duration of visual stimuli
377	Lopez-Moliner & Linares	Perceived duration is shortened after motion direction changes
378	Alais, Cass, Spehar, & Clifford	Temporal masking within and between chromatic and achromatic axes
379	Mamassian, Gorea, & Johnston	Moving objects are perceived later
380	Nowik & Jaśkowski	Effect of stimulus brightness on LRP latency and RT
381	Kumar & Stevenson	Peri-saccadic temporal uncertainty
382	Rüter, Scharnowski, & Herzog	Modulation of feature fusion by visual masking
383	Ono & Kawahara	Subjective area size influences time perception
384	Chen, You, & Yeh	Subjective time expansion through cross-modal integration
385	Terao, Watanabe, Yagi, & Nishida	Flash visibility degradation compresses apparentbrief inter-flash intervals as does saccadic eye movement
386	Bex, Langley, & Cass	A cortical locus for post adaptation facilitation in spatio-temporal vision
387	Ales, Carney, & Klein	Contrast masking using VEP state triggered kernel estimation (STKE)
388	Fahrenfort, Scholte, & Lamme	Perception correlates with feedback but not with feedforward activity in human visual cortex
389	Bernard, Zhou, & Bonds	A Synchrony-based sparse code in Cat visual cortex signals complex contours in natural images
390	Zhou, Bernard, & Bonds	Temporal and frequency analysis of synchronized neural responses in Cat visual cortex
391	Clarke & Rainville	A Velocity association field for visual synchrony
Motion Integration
392	El-Shamayleh, Kohn, Movshon, & Kiorpes	Response properties of MT neurons in amblyopic macaques
393	Aaen Stockdale, Hess, & Ledgeway	Second-order optic flow processing in amblyopia
394	Hess & Aaen-Stockdale	Global Motion: effects of spatial scale and eccentricity
395	Aghdaee & Cavanagh	The role of path continuity in motion integrationacross space and time
396	Garcia, Pyles, & Grossman	Neural mechanisms underlying motion opponency in hMT+
397	Huk, Freeman, & Durgin	Motion capture is motion integration
398	Magnussen, Orbach, & Loffler	Motion integration across space for non-rigid objects
Motion Mechanisms
399	Nishida, Amano, Edwards, & Badcock	Spatial frequency tuning of motion integration across space and orientation
Motion Integration
400	Stevens, McGraw, & Ledgeway	Transcranial magnetic stimulation (TMS) disrupts processing of translational, radial and rotational global motion within distinct epochs
401	Chai & Farell	Effects of reference stimuli on motion sensitivity
402	Ledgeway, Webb, & McGraw	What determines the perceived direction of global motion in displays composed of asymmetric distributions of local motions?
403	Meso & Zanker	On the contribution of form and motion cues in the perception of transparency
404	Durant & Zanker	The spatial tuning of visual motion contour detection in humans
405	Michna & Mullen	The role of color vision in translation and radial global motion processing
406	Montagnini, Mamassian, Perrinet, & Masson	Visual tracking of ambiguous moving objects: A recursive Bayesian model
407	Rainville	Grouping by visual synchrony - separate motion and flicker pathways
408	Sampath, Stoner, & Dobkins	Direction encoding in infants is sensitive to occlusion cues
409	Bower & Andersen	Age related differences in the perception of global motion: local motion and stimulus size effects
Perception and Action II
410	Cardoso-Leite, Gorea, & Mamassian	Anticipatory vs. reactive response times: A new method to compare perceptual and motor latencies
411	Gorea & Cardoso-Leite	The Perceptual-motor dissociation tested negatively with a standard 2AFC task
412	Lin, Wu, Su, & Yeh	Action, but not perception, relies on continuous presentation of external objects
413	Mohler, Creem-Regehr, & Thompson	Visually mismatched feedback within a head-mounted display affects a perceptual-motor but not a cognitive real world egocentric distance response
414	Nardini, Braddick, Atkinson, Ahmed, & Swain	Children combine visual cues for perception and action unevenly in working memory
415	Bulakowski, Post, Nguyen, & Whitney	Visual and visuomotor crowding
416	Foley	Visually directed action: Learning to compensate for perceptual errors
417	Dewey & Seiffert	Subjective control and motor behavior in a goal-driven visuomotor task
418	Buckingham & Carey	Attentional versus intentional biases in hand movements: Hand specific coupling and bimanual reaching
419	Brown, Wilson, & Gribble	Action observation leads to motor learning. An rTMS study
420	Oka & Miura	Factors that decline a manual dexterity on persons with mental retardation: an analysis of tasks, motions, and eye movements in the time course.
421	Woods & Philbeck	Does perceived effort influence verbal reports of distance?
422	Philbeck & Woods	Does perceived effort influence verbal reports of shape?
423	Sally, Jessica, Jonathon, & Dennis	Handedness effects body schema
424	Zadra & Proffitt	Hemispheric differences in the perception of hills
425	van Gaal, Ridderinkhof, van den Wildenberg, & Lamme	Exploring the boundaries of unconscious processing: Response inhibition can be triggered by masked stop-signals
426	Schmidt & Vath	Tracing sequential waves of rapid visuomotoractivation in lateralized readiness potentials
427	Gomi, Amano, & Kimura	Effect of spatial integration of visual motion on the quick manual response and related brain activity
428	Eastman, Stankiewicz, & Huk	Optimal weighting of speed and accuracy in a sequential decision-making task
429	Valyear & Culham	Grasping the function of tools: fMRI suggests that the ventral but not the dorsal stream codes the functional significance of familiar objects
430	Almeida, Mahon, & Caramazza	Motor facilitation under binocular rivalry: the effect of suppressed motor affordances
Attention: Selection, Enhancement, and Orienting
431	Stevens & Pratt	Attending to peripheral cues distorts objects, but attending to central cues does not
432	Heinen, Ruff, Bestmann, Blankenburg, Driver, Schenkluhn, Bjoertomt, Walsh, & Chambers	Probing the missing link between sources and targets of attentional control: a concurrent TMS/fMRI study of visuospatial selection
433	Sarri & Driver	Top-down attentional modulation of visual neglect in cancellation tasks
434	Talsma, Mulckhuyse, & Theeuwes	Faster, more intense! The relation between attention-induced event-related potential amplitudes, and speed of responding
435	Ester & Awh	The locus of processing interference produced by salient visual distractors
436	Korjoukov, Roelfsema, & Fecteau	Features or space: Which dominates attentional selection?
437	Poirier, Gosselin, & Arguin	Equisalience this !
438	Chou & Cavanagh	Spatial and temporal range for nonretinotopic integration of color and motion
439	Puri, Whitney, & Ranganath	Category expectation facilitates discrimination of complex objects
440	West & Pratt	Faces show no prior entry effects
441	Ben-David	What's in a name? Species of redundancy in visual target detection
442	Halvorson, Hazeltine, & Prinzmetal	Priming effects reveal distinct attentional mechanism
443	McCarley & Mounts	On the relationship between flanker interference and localized attentional interference
444	Scolari, Kohnen, Barton, & Awh	Attention does not influence critical spacing
445	Still, Dark, & Parkhurst	Viewpoint invariant object features attract overt visual attention
446	Todd & Marois	Endogenous orienting of attention is impervious to masked priming
447	Weger & Pratt	Time-words guide spatial attention
448	Hein & Moore	Spatial limits of shifting attention as revealed through the attentional walk task
449	Robertson & VanVleet	Feature binding and spatial awareness
Color and Surface Perception
450	Ho, Landy, & Maloney	The appearance of glossy, bumpy surfaces
451	Motoyoshi, Nishizawa, & Uchikawa	Specular reflectance and the perception of metallic surfaces
452	Bloj, Connah, & Finlayson	Coding contrast as brightness to convert colour images to greyscale
Attentional Capture
453	Ohla, Gruber, Manahilov, & Müller	Motion-induced attentional capture enhances induced gamma-band activity
Color and Surface Perception
454	Hansen, Hamburger, & Gegenfurtner	Isolusions: Evidence for strong geometric-optical illusions under isoluminance
455	Naito & Kato	Plasmid illusion : symmetrical composition for equiluminance condition
456	Lin & Chen	Evidence for common mechanisms subserving chromatic assimilation and Munker-White effect
457	Belmore & Shevell	Very-long-term chromatic adaption from short-term adapting stimulation
458	Maloney, Doerschner, & Brainard	Color constancy in 3D scenes: contrasting illumination-estimation and heuristic models
459	Gerhard, Maloney, & Khan	Relational color constancy in the absence of ratio constancy: 3D scenes with spatially inhomogeneous illumination
460	Olkkonen, Hansen, & Gegenfurtner	Memory color effects on color appearance under varying illumination
461	Fonteneau & Davidoff	Neural correlates of color category processing
462	Schloss & Palmer	Color preferences across contexts as predicted by colorimetric variables
463	Simmons & Asher	The hedonics of colour
Perceptual Learning III
464	Cooke, Wallraven, & Buelthoff	Effects of experience and task type on unsupervised categorization of novel, 3D objects
Attention: Temporal Selection
465	Potter, Pandav, & Wyble	Transient attention when detecting pictures in RSVP search
Perceptual Learning III
466	Menneer, Auckland, Donnelly, & Cave	Visual search training does not eliminate the dual-target cost in search for two types of target
467	Li, Ngo, Levi, & Saarinen	The specificity of learning position discrimination: Noise and stimulus features
468	Gantz, Chung, & Harwerth	Location specificity of perceptual learning of depth discrimination in random-dot stereograms
469	Thurston & Dobkins	Stimulus-specific perceptual learning for chromatic, but not luminance, contrast detection
470	Vavassis & von Grünau	Visual-spatial perceptual learning is specific to the context of trained stimulus display durations
471	Michel & Jacobs	Optimal feature integration in image-based discrimination task
472	Huang, Lu, & Zhou	The adult amblyopic visual system exhibits greater plasticity
473	Durgin & Simmons	Perceptual learning and adaptation in the perception of self motion
Biological Motion I
474	McKay, McAleer, Simmons, & Pollick	Quantifying the contribution of structure information in direction discrimination of scrambled walkers
475	Tyrrell, Wood, Chaparro, Carberry, Chu, & Marszalek	Seeing pedestrians at night: The benefits of biological motion are robust to clutter
476	Hiris & Leech	Temporal summation, form, and motion complexity in biological and non-biological motion
477	White, McKay, & Pollick	Motion and the uncanny valley
478	Thurman & Grossman	Dynamic "Bubbles": A novel technique for analyzing the perception of biological motion
479	Hunt & Halper	Replacing point lights with complex dissimilar elements disrupts biological motion perception
480	Szego & Rutherford	Life is not just in the fast lane: dissociating the perceptions of speed and animacy
481	Chang & Troje	Animacy and direction from point-light displays: Is there a life detector?
482	Saunders, Suchan, & Troje	Point-light walkers with and without local motion features for determining direction
483	Halevina & Troje	Sex classification of point-light walkers: Viewpoint, structure, kinematics
484	Williamson, Jakobson, & Troje	Life Detection in central and peripheral vision
485	Thompson, Hansen, Hess, & Troje	Amblyopic perception of biological motion
486	Piotrowski, Jakobson, & Troje	Biological motion perception in healthy elderly
487	Lewis, Freire, & Maurer	Sparing of sensitivity to biological motion after early visual deprivation
488	Kaiser & Shiffrar	Systematic variation in sensitivity to biological motion in typical adults
489	Battelli, Mahon, & Thornton	Incidental processing of biological motion in parietal patients
490	Olson & Wickelgren	Gender differences in event recognition of videogame baseball pitches
491	Fitzhugh, Shipley, & Marshall	The relation between motor cortex activity and perception of form coherence for biological motion stimuli
492	Saygin	Brain areas involved in biological motion perception: What is involved and what is necessary
Face Perception: Parts, Wholes, Features, and Configurations
493	Everdell, Marsh, Yurick, Munhall, & Pare	Asymmetrical distribution of face-directed fixations in audiovisual speech perception reflects viewer's strategy
494	Hsiao & Cottrell	The influence of number of eye fixations on face recognition
495	Berisha, Johnston, & McOwan	Spatial location of critical facial motion information for PCA-based performance-driven mimicry
496	Wilson & Wilkinson	Natural image statistics suggest a basis for representations of head rotation
497	Paras, McDermott, Webster, & Webster	Stimulus requirements for perceiving a face: an analysis based on "totem poles"
498	Nagai, Bennett, Rutherford, Gaspar, Carbone, Nara, Ishii, Kumada, & Sekuler	Classification images for sampled stimuli: Comparing face processing in typical and autistic observers
499	Gosselin, Fortin, Michel, Schyns, & Rossion	On the distances between internal human facial features
500	Gaspar, Bennett, & Sekuler	The ecological utility of inter-feature distances for human face discrimination
501	Konar, Bennett, & Sekuler	The composite face effect is not correlated with face identification accuracy
502	de Heering, Rossion, Turati, & Simion	Holistic face processing can be independent of gaze behavior: Evidence from the face composite effect
503	Pallett & MacLeod	Face discrimination does not rely on configural information
Attention: Temporal Selection
504	Johnston & Shapiro	Working memory and the AB: Disscociable effects of working memory mainenance and scanning operations
Face Perception: Parts, Wholes, Features, and Configurations
505	Sullivan, Wenger, Bittner, & Von Der Heide	Holistic processing, crowding, and perceptual and decisional dependencies
506	Cheung, Richler, Palmeri, & Gauthier	Revisiting the role of spatial frequencies in the holistic processing of faces
507	Mack, Richler, Gauthier, & Palmeri	Comparing the loci of holistic processing in people and models
508	Twedt, Sheinberg, & Gauthier	Comparing Thompson's Thatcher effect with faces and non-face objects
509	Schwartz	Using the temporal dynamics of the face inversion effect as a means to identify contributing configural and part dimensions
510	Chang, Crawford, & Schwartz	Subject error patterns expose a bias toward configural information when viewing inverted faces
511	Sekunova & Barton	Long-range and short-range relations in the perception of the vertical position of the eyes in inverted faces
512	Costello	The perception of age in human faces: Upright & inverted results
Reading
513	Éthier-Majcher, Fiset, Blais, Arguin, Bub, & Gosselin	Diagnostic features for uppercase and lowercase letter recognition
514	Coello, Bartolo, & Weisbecker	Visual processing of words and spatial information for action
515	Crewther, Laycock, Fitzgerald, & Crewther	TMS stimulation of V5 interferes with single word reading
516	Schwarz Glezer, Jiang, & Riesenhuber	fMRI-RA evidence for a neural representation in the "Visual Word Form Area" based on whole words
517	Yu, Gerold, Legge, Cheong, & Park	Size of the visual span may explain reading-speed differences for horizontal and vertical text
518	Bernard, Scherlen, Vitu-Thibault, & Castet	Effect of line spacing on reading speed in normally-sighted subjects with an artificial scotoma
519	Pelli, Song, & Levi	Crowding accounts for the limits of amblyopic reading
520	Ferwerda & Rehon	MagnoFly: game-based screening for dyslexia
521	Lawton	Training direction discrimination rapidly remediates a wide spectrum of reading deficits
522	Florer, Lampkin, Lawrence, Pardieu, & Lu	Age, memory, and polarity: The ability to remember text, as affected by age, paper versus computer, and polarity (black vs. white text and background)
Special Populations: Disorder and Disease
523	Yoshida, Takaura, & Isa	Is residual vision in monkeys with unilateral lesion in the primary visual cortex like normal, near-threshold vision?
524	Martin, Kelly, Riley, Hayhoe, & Huxlin	Hemianopic gaze dynamics in a naturalistic task
525	Sullivan, Jovancevic, Hayhoe, & Sterns	Consequences of central vision loss for eye movements in natural tasks
526	Arena, Finlay, Thurin, & Woll	Possible role of peripheral vision in individuals with Retinitis Pigmentosa and those with Usher syndrome
527	Poggel, Treutwein, Sabel, & Strasburger	Make the clocks tick right: Influence of computer-based vision restoration therapy on temporal-information processing in partially blind patients
528	Castronovo & Seron	Numerical estimation in blind subjects: Evidence of the impact of blindness
529	Farzin, Whitney, Hagerman, & Rivera	Visual processing in infants with fragile X syndrome
530	Olson, Berryhill, & Most	The blinking emotionalattentional blink and the parietal lobe
531	Hong & Blake	Synesthetic color appearance is immune to brightness contrast
532	Carriere, Malcolmson, Eller, Kwan, Reynolds, & Smilek	Personifying inanimate objects in Synaesthesia
533	Vaux, Ni, Rizzo, Uc, & Andersen	Detection of imminent collisions by drivers with Alzheimer's Disease, Parkinson's Disease and Stroke
534	Adams, Drover, & Courage	Applied Psychophysics: Estimating the cost of implementing an early vision screening program
Attention and Inhibition
535	Shin, Wan, Fabiani, Gratton, & Lleras	Electrophysiological evidence of inhibition of focused-attention in the distractor previewing effect
536	Ikeda & Isa	Role of striatal visual pathway in inhibition of return
537	Levinthal & Lleras	Does the distractor preview effect extend to search-irrelevant features?
538	Chu, Levinthal, & Lleras	What is being marked in visual marking?
539	Tsushima, Sasaki, & Watanabe	Greater disruption by sub-threshold task-irrelevant signals
540	White & Scholl	Inattentional blindness, object persistence, and Foveal inhibition
541	Guenther & Brown	Exploring parvocellular and magnocellular pathway contributions to location-based inhibition of return
542	Langley, Gayzur, Vivas, Fuentes, & Saville	Age differences in inhibition of return and inhibitory tagging during spatial orienting of attention
Early Visual Development
543	Kiorpes & Stavros	Development of temporal contrast sensitivity in monkeys
544	Atkinson, Birtles, Wattam-Bell, Wilkinson, & Braddick	Direction-reversal VEP's are delayed in development of premature infants: early dorsal-stream vulnerability?
545	Dobkins, Bosworth, & McCleery	Teasing apart contributions of visual experience and biological maturation on the development of contrast sensitivity
546	Palomares, Landau, & Egeth	Orientation perception in Williams Syndrome: discrimination and integration
547	Yonas, Granrud, Le, & Forsyth	Five-to seven-month-old infants perceive the corridor illusion
548	Yoon, Winawer, Wittoft, & Markman	Mooney image perception in preschool-aged children
Biological Motion II
549	Serre & Giese	Rapid Serial Action Presentation: New paradigm for the study of movement recognition
550	Lu, Liu, & Tjan	The importance of skeletal information in biological motion perception revealed by ideal observer analysis
551	Jiang & He	Isolating the neural encoding of the local motion component in biological motion
552	Troje & Chang	Psychophysical dissociation between global and local mechanisms in biological motion perception
553	Pollick, McAleer, Gleicher, Vangeneugden, & Vogels	Human recognition of action blends
554	Roether, Omlor, & Giese	Not just the face: asymmetry of emotional body expression
Lightness and Brightness
555	Shapiro, Smith, & Knight	Spatial scale and simultaneous contrast phenomena
556	Albert	The role of layered decomposition in lightness perception
557	Gilchrist & Radonjic	Factors in gamut compression in the staircase Gelb effect
558	Rudd	Lightness anchoring: One anchor or multiple anchors?
559	Attewell & Baddeley	A whiter shade of pale: Why only three terms for lightness?
560	Lindsey & Brown	Achromatic color naming
561	Fleming, Jäkel, & Maloney	Visual perception of refractive materials
Visuomotor Control: Goal-Directed Hand Movements
562	Brouwer & Knill	Humans optimally integrate memory and vision to plan pointing movements
563	Battaglia, Schrater, & Kersten	Humans control reach timing to balance sensory and motor uncertainty and maximize reach accuracy
564	Veerman, Brenner, & Smeets	Comparing the latencies with which various attributes can be used to guide the human hand
565	Brenner & Smeets	Eye movements in a spatially and temporally demanding interception task
566	Chapman & Goodale	Missing in action: Obstacle avoidance while reaching
567	Rossit, McIntosh, Butler, & Harvey	Correct on-line adjustment but impaired response inhibition to perturbed targets in a patient with hemispatial neglect
568	Nakayama, Song, Finkbeiner, & Caramazza	Hand trajectories reveal cognitive states
Face Perception: Development, Learning, and Expertise
569	Sinha, Balas, & Ostrovsky	Discovering faces in infancy
570	McKone	Holistic processing for faces is sensitive to image-plane but not depth rotations: Support for an innate face template
571	Jiang, Blanz, & O'Toole	Face identity adaptation effects across illumination change
572	Harris & Aguirre	Familiarity modulates holistic processing in the fusiform face area
573	Jack, Blais, Scheepers, Fiset, & Caldara	Culture shapes eye movements during face identification
574	Tanaka, Droucker, & Fiset	The behavioral plasticity of the other-race face effect: A test of the perceptual expertise hypothesis
575	Schneider, DeLong, Wyatte, James, & Busey	The neural correlates of face-like expertise in fingerprint examiners
Attention: Tracking and Shifting
576	Golomb, Chun, & Mazer	Spatial attention remains in retinotopic coordinates following saccades
577	Adamo, Pun, Pratt, & Ferber	Can we maintain multiple attentional control sets over distinct regions of space?
578	Drew, Horowitz, & Vogel	Neural evidence for persistent representation of tracked objects during occlusion
579	Tombu & Seiffert	Moons in orbit: How are targets distinguished from distractors in multiple-object tracking?
580	Grabowecky, Iordanescu, & Suzuki	Attentive tracking involves a demand-based dynamic redistribution of attention
581	Shim, Alvarez, & Jiang	Maintaining multiple attentional foci: spatial separation affects behavior but not posterior parietal activity
582	Franconeri & Handy	Rapid shifts of attention between two objects during spatial relationship judgments
Spatial Vision: Mechanisms and Orientation
583	Comerford, Thorn, & Garland	S cone input to the chromatic Hermann grid illusion
584	Zhang & Schor	Temporal properties of monocular perisaccadic spatial distortion
585	Renninger & Verghese	Orientation discrimination in the periphery depends on the context
586	Barthelmé & Mamassian	An objective paradigm for the discrimination of visual uncertainty
587	Galperin, Bex, & Fiser	Human orientation sensitivity during object perception
588	Gregory & McCloskey	Representing the orientation of objects: Evidence from adults' error patterns
589	Matthews & Cox	Bilateral and unilateral orientation dynamics
590	Caspi & McMahon	A blind subject can discriminate the orientation of a grating using electrical stimulation from an implanted retinal prosthesis
591	Iovin, Poletti, Santini, & Rucci	Visual discrimination during controlled retinal image motion
592	Kim, Haun, & Essock	Anisotropic contrast sensitivity during viewing of broadband stimuli: Timing and tuning
593	Liu, Zhang, & Yu	Internal and external crowding in recognition of Chinese characters
594	Petrov, Popple, & McKee	Crowding is directed to the fovea and preserves only feature contrast
Attention: Temporal Selection
595	Giesbrecht	Concurrent task demands determine whether personal names survive the attentional blink
Spatial Vision: Mechanisms and Orientation
596	Fang & He	Modulation of V1 response to a target by adjacent distractors in attended and non-attended conditions
597	Cha & Lee	Anisotropic representation of oriented bars in human visual cortex is revealed by fMRI projective and receptive field mapping techniques
598	Sterkin, Yehezkel, Bonneh, Norcia, & Polat	Multi-component correlate for lateral collinear interaction in the human visual cortex as revealed by Visual Evoked Potentials
599	Yehezkel, Sterkin, Bonneh, Norcia, & Polat	Spatio-temporal tradeoff in neural processing of backward masking as revealed by visual evoked potentials.
600	Im & Chong	Computing the mean size is based on perceived size
601	Pepperberg, Vicinay, & Cavanagh	Processing of the Mïller-Lyer illusion by a Grey Parrot (Psittacus erithacus)
Attention: Temporal Selection
602	Dux, Asplund, & Marois	Evidence in favor of a resource depletion account of the attentional blink
Perceptual Organization: Contours II
603	Keane, Kellman, & Elwell	Classification images reveal differences between spatial and spatiotemporal contour interpolation
604	Roudaia, Bennett, & Sekuler	The effect of aging on contour integration
605	Hansen & Hess	Orientation tuning of contour integration
606	Hamel & Dannemiller	Element grouping with semicircular contours
607	Dillenburger, Kaskan, Lu, & Roe	Competition between real and illusory contours in early visual cortex revealed by a novel illusory contour stimulus (pure IC)
608	Gillam	Shape and meaning in the perception of occlusion
609	Lee & Vecera	The influence of stored representations in working memory on amodal completion
610	Unuma, Hasegawa, & Kellman	Spatiotemporal interpolation behind moving occluder
611	Nelson, Thierman, & Palmer	Memory for holes: Intrinsic vs. accidental shapes
612	Penna & Pinna	Inverse Zoellner illusiondue to implicit orientations
613	Hawley & Feldman	Comparisons of features within and between objects
614	Shah & Singh	Perceptual decisions under risk in a motion-extrapolation paradigm
615	Feldman	Bayesian contour detection
Face Perception: Neural mechanisms
616	Flevaris, Robertson, & Bentin	Methodological issues in using spatial filters in ERP studies of face processing
617	Troup, Pitts, Draper, & Catellier	High band pass filters of face images and their effect on the N170 event related potential
618	Busey, Schneider, Wyatte, DeLong, Burkhardt, & Tjan	Are inverted faces processed at a later stage?
619	Jacques & Rossion	The time course of the face inversion effect
620	Husk, Sergi, Gora, Rousselet, Bennett, & Sekuler	Face discrimination performance is not reflected in the N170
621	McCleery, Ge, Wang, Tian, Carver, & Lee	Neural correlates of visual discrimination expertise: Chinese face versus Chinese character processing
622	Oruc & Barton	Critical spatial frequencies in the perception of letters, faces, and novel stimuli
623	Farivar, Hansen, & Hess	Face Perception: Importance of phase alignments
624	Hegdé, Thompson, & Kersten	Identifying faces in two-tone ('Mooney') images: A psychophysical and fMRI study
625	Goffaux, Sorger, Schiltz, Goebel, & Rossion	Investigation of featural versus configural processing of faces in the middle fusiform gyrus
626	Dricot, Schiltz, Sorger, Goebel, & Rossion	fMRI evidence for multiple face processing pathways in the human brain
627	Steeves, Goltz, Dricot, Sorger, Peters, Milner, Goodale, & Rossion	Face-selective activation in the middle fusiform gyrus in a patient with acquired prosopagnosia: abnormal modulation for face identity
628	Caldara, Fiset, Blais, Schyns, Scheepers, & Mayer	Clarifying the nature of facial identity and facial expression representations with an acquired case of prosopagnosia
629	Russell, Duchaine, & Nakayama	Extraordinary face recognition
630	Waite, Hefter, Aharon, Fox, & Barton	Facial attraction: a study of the aesthetic dimension of face processing in prosopagnosia
631	Conway, Jones, Little, DeBruine, & Sahraie	Transient pupil constrictions when viewing human and macaque faces
Eye Movements: Attention and Search
632	Berg, Boehnke, Marino, Baldi, Munoz, & Itti	The role of bottom-up and top-down influences in directing primate gaze shifts
633	Tseng, Carmi, Cameron, Munoz, & Itti	The impact of content-independent mechanisms on guiding attention
634	Schnitzer, Wilder, Gersch, Dosher, & Kowler	Attention and saccades during an active visual task
635	Schoonveld & Eckstein	Optimal searcher, saccadic targeting model, and human eye movements during search: Effects of target visibility maps
636	Jin & Reeves	Evidence for attention in the saccadic gap effect
637	Masciocchi & Dark	Exploring the distinction between semantic and spatial selective attention using eye movements
638	Souto & Kerzel	Endogenous shifts of attention during smooth pursuit initiation
Attention: Divided Attention, Inattention, and Inhibition
639	Kaul, Lavie, & Rees	High attentional load reduces neural classification of orientation in early visual cortex
640	Knapp	Attentional capacity limitations on the identification of alphanumeric characters, English words, and American Sign Language signs
641	Carlson, VanRullen, Hogendoorn, Verstraten, & Cavanagh	Distinguishing models of multifocal attention: It's a matter of time
642	VanRullen, Carlson, & Cavanagh	Dividing attention between multiple targets: simultaneous or sequential allocation?
643	Liu, Dosher, Lu, & Jeter	Incompatibility of the object-judgment reference frames has costs in dual-object report deficits
644	Jingling & Zhaoping	Contribution of location uncertainty and feature similarity to illusory conjunction of basic visual features under limited attention
645	Boyer & Dannemiller	The effects of unattended congruency on attended targets
646	Highsmith, Santiago, & Crognale	Chromatic pattern-onset VEPs are robust to inattention
647	You & Yeh	Auditory cues facilitate both low-level and high-level unattended visual processing
648	Busch, Fruend, & Herrmann	Electrophysiological evidence for different qualities of change detection and change blindness
649	Becker & Vera	Attentional filtering of repetitive transients reduces change blindness
650	Ichikawa	Change blindness as a result of a single mudsplash
651	Frischen & Loach	Processing of the ignored object during eye gaze cueing
Attention: Temporal Selection
652	Harris & Dux	Failure of distractor inhibition in the attentional blink
Attention: Divided Attention, Inattention, and Inhibition
653	Wilson & Pratt	Motor selection bias in a no-target, response choice version of the attentional cueing paradigm
654	Harvey, Butler, Muir, & Reeves	Dissociation between eye-movements and right perceptual biases in chimeric face processing in right hemisphere lesioned patients
Visual Working and Short-Memory Memory
655	Kaldy & Blaser	Infants’ visual working memory for shape, luminance and color tested with equally salient objects
656	Mitroff & Wang	Preserved visual representations despite change blindness in 11-month-old infants
657	Ambinder & Simons	Pre-cuing the number of objects modulates visual short-term memory performance
658	Pearson & Smart	Implicit colour memory mediated by explicit memory
659	Carlisle & Levin	Predicting human action from Gaze cues
660	Emrich & Ferber	Increasing visual short-term memory load impairs object processing in the left visual field
661	Al-Aidroos, Emrich, Pratt, & Ferber	Prioritization of new objects during visual search is limited by the capacity of visual short-term memory
662	Angelone, Beck, Amante, Sikorski, & Klimas	The effects of spatial and object working memory on change detection using the flicker paradigm
663	Delvenne, Cleeremans, & Laloyaux	Do change detection measures underestimate the capacity of visual short-term memory?
664	Makovski & Jiang	Proactive interference from items previously stored in visual short term memory
665	Wong & Peterson	Identifying a target during visual search affects the contents of working memory
666	GAUCHOU, WYKOWSKA, SCHUBÖ, & O'REGAN	An ERP study of visual change detection
667	Ko & Seiffert	Updating feature information about objects in visual short-term memory
668	Kondo & Saiki	Single-probe advantage in standard change detection task does not reflect memory for feature binding
669	Vasquez, Carriere, & Danckert	Direction specific impairments of spatial working memory as a consequence of saccadic remapping
Color Vision Mechanisms
670	Snodderly, Hammond, Stringham, & Wooten	Compensation for light loss due to filtering by the macular pigment: Specificity of the mechanism
671	Sun & Shevell	How does the third red-green photopigment of color-defect carriers contribute to color vision?
672	Gabree & Eskew, Jr.	Asymmetric pedestal masking of S-cone increments and decrements: Does sawtooth polarity matter?
673	Giesel, Hansen, & Gegenfurtner	Chromatic discrimination of textured stimuli
674	Cheng	Evaluating chromatic contrast sensitivity functions during saccades
Attention: Temporal Selection
675	Loach & Frischen	Investigating an inhibitory account of the attentional blink
Color Vision Mechanisms
676	Peirce & McGraw	Functional evidence for the maintenance of chromatic opponency across visual space
677	Devinck, Hansen, & Gegenfurtner	The spatiotemporal properties of the achromatic and chromatic Craik-O'Brien-Cornsweet effect
678	Crewther & Crewther	Chromatic VEP points to two systems for processing colour
679	Ridgway, MacLeod, & Sahraie	Chromatic processing in Hemianopia
680	Monnier	The bandwidth of chromatic mechanisms mediating visual search
681	Reijnen, Rich, Van Wert, & Wolfe	The role of categorical boundaries in visual search for colour
Attention: Interaction with Memory or Emotion
682	Han & Kim	Do the contents of working memory capture attention? Yes, but it's under control
683	Chaparro, Tokuda, & Morris	Effects of visual-spatial and verbal working memory load on visual attention and driving performance
684	Fukuda & Vogel	Attentional filtering efficiency and individual differences in VSTM capacity
685	Ahn & Lleras	Spatial working memory loads can reduce search efficiency but not the rates of rapid resumption in interrupted visual search tasks
686	Yang & Zelinsky	Visual memory or visual features coded verbally? An effect of working memory load on guidance during visual search
687	Oh & Sereno	Attentional control: Be more specific!
688	McBride, Leonards, & Gilchrist	Flexible target representations underlie repetition priming in visual search
689	Yoshida, Yokoi, Miyazaki, Wake, & Wake	2 deg. narrowed field of view can explain the process speed of tactile search for change
690	Narasimhan, Tripathy, & Barrett	The temporal dynamics of visual sensory memory while tracking multiple moving dots
691	Yokosawa	Midstream order deficit occurs with phonological encoding of order
692	Junge & Chun	Contextual cueing and response conflict
693	Ball & Raymond	Emotional repetition blindness
694	Rutherford & Raymond	Affective consequences of exogenous attentional orienting
695	Westoby & Raymond	Emotional consequences of stop-action responses to own- and other-race faces
696	Friesen, Kauffman, Halvorson, & Graham	Context matters: The influence of facial emotional expression on gaze-triggered orienting when gazed-at targets have emotional meaning
697	Enns, Jefferies, Smilek, & Eich	Affect and arousal influence the attentional blink
Attention: Training Effects and Subitizing
698	Dodd, Van der Stigchel, & Wilson	Training attention: Examining interactions between the attentional, motor, and oculomotor systems
699	Kelley & Yantis	Stimulus-specific improvements in attention with practice
700	Cassidy, Sheremata, & Somers	Spatially specific training effects in multiple spotlight attention
701	Van Vleet, DeGutis, & Robertson	Cognitive rehabilitation of patients with hemispatial neglect: Effects of vigilance training on components of attentional processing
Attention: Temporal Selection
702	Tan & Dark	Investigating the attentional blink with predicted targets
Attention: Training Effects and Subitizing
703	Halberda	Subitizing sets and set-based selection: Early visual features determine what counts as an individual for visual processing
704	Leonard & Egeth	Differential effects of attention on subitizing and estimation processes
705	Vetter, Bahrami, & Butterworth	Visual enumeration under load: also subitizing needs attention
Search I
706	Godwin, Menneer, Helman, Cave, & Donnelly	In difficult visual search, high frequency targets are found at the expense of low frequency targets
707	Fleck & Mitroff	Correcting a miss: Error reduction in low-prevalence search
708	Rich, Kunar, Van Wert, Hidalgo-Sotelo, & Wolfe	Do rare features pop out? Exploring the boundaries of the low prevalence effect
709	Van Wert, Horowitz, & Wolfe	Curing the prevalence effect in visual search
710	Fencsik, Place, Wolfe, & Horowitz	Faster is not necessarily better in visual search
711	Kunar, Flusberg, & Wolfe	Time to guide: Evidence for delayed attentional guidance in contextual cueing
712	Horowitz, Wolfe, Keehn, Connolly, & Joseph	Is superior visual search in autism due to memory in search?
713	Cave, Menneer, Stroud, Donnelly, & Rayner	The breakdown of color selectivity in multitarget search: Evidence from Eye Movements
714	Tsai & Peterson	People like big, bright things: Investigating the effects of saliency on visual search
715	Schmidt & Zelinsky	Manipulating the availability of visual information in search
716	Najemnik & Geisler	Simple summation rule for optimal eye movement selection
717	Xing & Ling	Perceptual complexity in visual displays
718	Gee & Merigan	Eye movements across the macaque visual field during visually and memory guided search
719	Wolfe, Reijnen, Ahmad, & VanWert	Where would you look? Guiding visual search with global spatial information
720	Sara, Carlo, & Gerbino	Searching for a target word in a web page: the three components of information seeking behavior
721	Intriligator, Tibboel, Takahashi, & Enns	Rapid resumption: Temporal asynchrony reveals contents of perceptual hypotheses
722	Yeshurun, Avraham, & Lindenbaum	Evaluating the ability of visual search models suggested for computer-vision to predict human performance
723	Murray	ROC curves refute an unequal-variance account of search asymmetry
724	Malcolmson, Reynolds, & Smilek	Collaborative search in real-world scenarios
Eye Movements: Effects on Perception
725	Morvan, Droulez, & Wexler	New results in motion constancy during smooth pursuit eye movements
726	Matsumiya & Shioiri	Motion aftereffects of plaid stimuli for smooth pursuits
Attention: Temporal Selection
727	Polychronopoulos, Levinthal, Kawahara, & Lleras	Inter-trial suppression of selective attention in RSVP streams
728	Ariga & Watanabe	Category-based and item-based processes in rejecting distractors in RSVP
Eye Movements: Effects on Perception
729	Prime, Vesia, & Crawford	TMS over the posterior parietal cortex disrupts transsaccadic memory
730	Kis & Niemeier	Short-term and long-term influences on perisaccadicmisperceptions
731	Noguchi & Shimojo	Spatial context confines and distorts undergoing smooth pursuit mislocalization
732	Pola	Perisaccadic flash mislocalization suggesting compression of visual space may come from a simple monotonic extraretinal signal whose onset time varies across the retina
733	Churan, Richard, Pack, & Guitton	Temporal interaction between visual and saccade-related signals in perceptual localization
734	Vollmer & Gordon	Episodic representations of object color
735	Schütz, Braun, & Gegenfurtner	Contrast sensitivity during smooth pursuit initiation
736	Baumgartner, Tse, & Greenlee	fMRI BOLD signal varies proportionally with the size of small saccades in human V1 and V2
Motion Adaptation & Aftereffects
737	McGraw & Roach	Centrifugal propagation of motion adaptation effects across visual space
738	Shioiri & Matsumiya	High spatial frequency superiority of MAE for global motion
739	Lee & Lee	Linking perceptual motion adaptation with neural adaptation in human visual cortex
740	Inokuma, Maruya, & Sato	Enhancement of motion aftereffect by reference stimuli: a comparison between luminance and chromatic motions
741	Sohn & Lee	Asymmetry between motion and stereo aftereffects following concurrent adaptation
742	Deas, Roach, & McGraw	The effect of adaptor velocity on motion induced shifts in perceived position in visual and auditory domains
Motion in Depth & Optic Flow
743	Hayashi, Miura, Tabata, & Kawano	The temporal property difference and the way of interactions between monocular and binocular motion mechanisms
744	Moreno-Bote, Shipiro, Rinzel, & Rubin	Probabilities of perceptual depth ordering in transparent motion and the relative effect of different depth cues
745	Nawrot, Joyce, & Ogden	Does retinal slip explain deficits in the perception of depth from motion parallax?
746	Joyce & Nawrot	The effects of blood alcohol content on pursuit and perceived depth from motion parallax
747	Brouwer & van Ee	Decoding visual awareness and voluntary control perception during ambiguous structure-from-motion
748	Gillispie, Braunstein, & Andersen	Projected size and projected speed as indicators of change in motion path
749	Finn & Royden	The identification of a moving object by a moving observer
750	Shirai, Imura, Hattori, Tomonaga, & Yamaguchi	Perception of radial motion in Japanese macaque (Macaca fuscata) infants
751	Giaschi, Zwicker, Au Young, Lee, & Bjornson	The role of area V5/MT+ in the centripetal bias in global motion perception
752	Shigemasu, Miyawaki, Kamitani, & Kitazaki	Decoding heading directions from human cortical activity
753	Artemenkov	The effect of reversing seeing of initial and final locations of shortly presented high speed contracting and dilating objects
754	Yan, Zhou, Xie, Campos, & Sun	Visual and auditory processing of distance and the time-to-collision of an approaching object
755	Trutoiu, Rieser, & Morse	Closer is better: Distance, independent of spatial frequency, influences circular vection
Navigation
756	Gérin-Lajoie & Warren	Guidance of walking in cluttered environments: effect of distant obstacles on route selection
757	Owens & Warren	Avoiding moving obstacles on foot: Can people learn to anticipate obstacle motion?
758	Schnapp & Warren	Wormholes in Virtual Reality: What spatial knowledge is learned for navigation?
759	Wan, Wang, & Crowell	Influence of landmarks on path integration
760	Zhong, Harrison, & Warren	Metric vs. Ordinal place structure in active navigation
761	Bakdash, Linkenauger, & Proffitt	Separating the two main components of active navigation for learning a virtual environment: Decision-making and control
762	Fry & Nolan	Navigation strategies utilized by sight altered individuals
Shape, Picture, & Scene Perception
763	Troscianko, Mourkoussis, Rivera, Mania, Dixon, & Hawkes	Memory for objects in virtual environments
764	Treder & van der Helm	There is no symmetry like orthogonal symmetry
765	Caddigan, Walther, Birgiolas, Weissman, Beck, & Fei-Fei	Decoding distributed patterns of activity associated with natural scene categorization
766	Farid & Bravo	Photorealistic rendering: How realistic is it?
767	Park & Chun	Different roles of the parahippocampal place area (PPA) and retrosplenial cortex (RSC) in scene perception
768	Palmer & Gardner	Framing Aesthetics: Effects of spatial composition
Blindness, Amblyopia, Dyslexia, and Rehabilitation
769	Glielmi, Hu, & Schuchard	Beyond BOLD: Expanding the role of fMRI in low vision rehabilitation
770	Saenz, Lewis, Huth, Fine, & Koch	Responses to auditory motion within visual motion area MT+ in early blind and sight recovery subjects
771	Beston, Murphy, & Jones	Molecular correlates of amblyopia and visual recovery
772	Braddick, Wattam-Bell, Birtles, Atkinson, von Hofsten, & Nyström	High-density VERPs show distinct mechanisms for global form and motion processing in adults and infants
773	Sperling, Lu, Manis, & Seidenberg	Deficits in external noise exclusion underlie the Etiology of Dyslexia
774	Peterzell, Cone, Carter, Epler-Ortega, Harmell, Velez, Parkes, Ramachandran, & McQuaid	Three new visual methods for generating phantom sensations: case studies in the relief of upper and lower phantom limb pain, and benign essential tremors
Motion Mechanisms
775	Jazayeri & Movshon	Integration of sensory responses in coarse and fine motion discriminations
776	Perrone & Krauzlis	Image velocity estimation based on vector averaging of MT neuron responses: the problem of spatial scale
Motion Integration
777	Spotswood, Bressler, & Whitney	Visual motion area MT+ carries precise information about object position
Motion Mechanisms
778	Hsieh, Caplovitz, & Tse	Bistable illusory rebound motion: Event-related functional magnetic resonance imaging of perceptual states and switches
779	New & Scholl	A ‘Perceptual Scotoma’ Theory of motion-induced blindness
780	Wallace, Scott-Samuel, & Smith	A cortical locus for high-level motion processing?
781	Kim & Blake	Brain activity reflects implied motion in abstract paintings
Attention to Locations and Features
782	Liu, Larsson, & Carrasco	Feature-based attention modulates orientation-selective responses in human visual cortex
783	Lu, Li, Tjan, Dosher, & Chu	Mechanisms of covert attention: External noise exclusion and stimulus enhancement in early visual areas
784	Schneider & Kastner	Sustained spatial attention in the human lateral geniculate nucleus and superior colliculus
785	Snow, Allen, Rafal, & Humphreys	Impaired attentional selectivity following lesions to human pulvinar
786	Striemer & Danckert	Prism adaptation reduces the 'disengage deficit' in right brain damage patients
787	Vidnyánszky, Gál, Kóbor, Kozák, & Serences	Attentional suppression spreads throughout the visual field
788	Bahrami, Carmel, Walsh, Rees, & Lavie	Attentional load modulates subconscious orientation processing
Color, Luminance and Receptors
789	Wollschläger & Anderson	Scission causes large color-induction effects in textured center-surround stimuli
790	Leonard & Webster	Cone-specific gain changes compensate color appearance for differences in spectral sensitivity
791	Brainard, Hofer, & Williams	Bayesian models of color appearance: Understanding the appearance of small spot colors
792	Eskew, Jr. & Goodrich	The achromatic mechanisms do not combine cone signals additively: a new experimental approach
793	Stockman, Jägle, Pirzer, & Sharpe	Vμ*(λ): a generalized luminous efficiency function for any condition of chromatic adaptation
794	Reeves & Grayhem	Early scotopic dark adaptation; change in gain versus change in noise
Perceptual Learning IV
795	Censor, Bonneh, & Sagi	Electrophysiological correlates of performance and learning in the backward-masked texture-discrimination task
796	Blaha & Busey	Electrophysiological substrates of configural learning
797	Hussain, Bennett, & Sekuler	Superior identification of familiar visual stimuli a year after learning
798	Barenholtz & Tarr	Unsupervised learning of higher order statistics of visual features: evidence for relational encoding
799	Fiser, Orbán, Aslin, & Lengyel	Beyond pair-wise statistics in visual scene perception
800	Chen & Jiang	Culture and visual context learning
Binocular Vision: Rivalry and Mechanisms
801	Anstis & Rogers	Binocular fusion can make two eyes worse than one
802	Brascamp, Knapen, Kanai, van Ee, & van den Berg	Perceptual memory of ambiguous figures survives spontaneous perceptual alternations
803	Sundareswara & Schrater	A Perceptual inference model for bistability
804	Vergeer & Van Lier	Similarity in orientation triggers the unseen to be seen during dichoptic suppression
805	Maruya, Yang, & Blake	Action can influence dynamics of binocularRivalry
806	Banks, Vlaskamp, Hillis, & Gardner	Stereopsis at isoluminance
807	Blohm, Khan, Schreiber, Ren, & Crawford	The role of extraretinal signals in egocentric depth estimation
Attention: Selection Over Space and Time
808	Jefferies & Di Lollo	Temporal dynamics in the expansion and contraction of the attentional window
809	Kristjansson, Ruff, & Driver	Readout from iconic memory involves similar neural processes as selective spatial attention
810	Carmel, Saker, Rees, & Lavie	Perceptual load modulates the temporal resolution of visual awareness
811	Leber, Turk-Browne, & Chun	Pre-trial fMRI activity predicts behavioral success
812	Vul, Nieuwenstein, Coffey, & Kanwisher	The attentional blink affects three aspects of selection: Delay, duration, and suppression
813	Nieuwenstein & Potter	Continuous target input overrides the attentional blink in rapid serial visual presentation
814	Shimozaki	The behavioural temporal dynamics during a cueing task with partially valid cues
Binocular Vision: Stereopsis and Fusion
815	Lee & Dobbins	A Multi-scale model of Binocular combination
816	Qian & Bedell	Perceived direction of motion and depth of missing fundamental gratings
817	Allison, Gillam, & Vecellio	Binocular depth discrimination and estimation beyond interaction space
818	Borra	Binocular orientation perception: the oblique effect occurs after binocular fusion
819	Dannemiller & Iliescu	Opposite directions of motion enhance the perception of stereoscopic depth
820	Devisme, Drobe, Monot, Girauret, & Droulez	Horizontal disparity gradient with vertical disparity in different depth planes
821	Farell & Chai	Relative depth from pattern disparities and from component disparities
822	Harris, Hibbard, Brooks, & Anderson	Biases in relative depth perception linked to configuration in the scene
823	Held & Banks	Perceptual distortions in stereoscopic photographs
824	Hoffman & Banks	Disparity scaling in the presence of accommodation-vergence conflict
825	Ikemiyagi & Sato	Temporal property of contrast sensitivity for human stereopsis
826	Li & Motter	Disparity averaging mechanisms
827	Liu, Cormack, & Bovik	Disparity statistics at point of Gaze in 3D natural scenes
828	Seshadri, Lakshminarayanan, Wong, & Cristensen	Effect of wavelength on the nonius horopter
829	Tamada, Sato, Nakamizo, & Kondo	Anisotropy and individual differences in depth perception based on binocular disparity and motion parallax
830	Fantoni & Gerbino	Surface orientation by indeterminacy: When stereoscopic surfaces with different simulated orientation appear similar
831	Wilmer & Backus	Precision of depth judgement from binocular disparity is heritable
3D Perception: Shape and Depth
832	Murray, Fang, Boyaci, & Kersten	Perceived eccentricity difference is reflected by shifts in the spatial profiles of human V1 activity
833	Cai, Federspiel, Priest, & Zenz	Emmert's law cannot be generated by relative size cues even when these cues contain sufficient information
834	Li & Pizlo	Reconstruction of 3D symmetrical shapes by using planarity and compactness constraints
835	Soska, Adolph, & Johnson	3D object completion develops through infants' manual exploration
836	Adams	Frames of reference for the light-from-above prior in visual search and shape judgements
837	Crabtree & Norman	Aging and the perception of slant from patterns of optical texture
838	Doerschner & Kersten	Perceived rigidity of rotating specular superellipsoids under natural and not-so-natural illuminations
839	Gerbino	Circles as ambiguous figures
840	Shah & Domini	3D shape perception in real stimuli: Combination of motion and stereo information without Cues-to-Flatness
841	Hosokawa, Nakajima, & Sato	Perceptual elasticity in stereokinetic effect
842	Lee, Lind, & Bingham	Shape perception is merely ambiguous, not systematically distorted
843	Meng & Zaidi	Feature correspondence versus motion energy in 3-D shape perception
844	Shuwairi, DeLoache, & Johnson	Infants' interpretation of possible and impossible objects in pictures
845	Vishwanath	Is focal blur an absolute cue to depth?
846	Bian & Andersen	Age-related differences in the ground dominance effect and perceptual organization of 3-D scenes
847	Lu, Tsaur, & Chen	Napoleon paper building blocks
848	Babu, Leat, & Irving	Size judgments of looming targets: Effect of speed, location and the utilization of eye movements
Visual Memory
849	Barton & Awh	Interactions between number and resolution in visual working memory
850	Greenlee, Rothmayr, Baumann, Rutschmann, Endestad, & Magnussen	Dissociated pattern of neural correlates for verbal and non-verbal coding strategies in visual working memory
851	Montaser-Kouhsari & Carrasco	Does visual short term memory vary as a function of visual field location
852	Perez, Awh, & Vogel	Object complexity does not reduce the number of representations that can be maintained in visual working memory
853	Saiki & Miyatsuji	Binding deficit in visual short-term memory reflects maintenance, not retrieval
854	Oliver, Higgins, Baek, & Thompson-Schill	Repetition priming of appearance knowledge
855	Zhang & Luck	Is visual working memory consolidation a continuous or discrete process?
856	Tanaka	Orientation-invariant perceptual memory
857	Sheth & Khan	Sleep affects adaptation
858	Mednick, Kanady, Resovsky, & Drummond	Comparing the benefits of a nap, caffeine,modafinil and placebo on visual, visuospatial, motor and declarative memory
859	Martini & Maljkovic	The role of short-term implicit memory in probability coding and associative learning
860	Huebner, Gohlke, & Gegenfurtner	Effects of saccadic eye movements on visual memory for natural objects
861	McCollough & Vogel	Visual chunking allows efficient allocation of memory capacity
862	Oriet, Pearson, & Jeffrey	Task-irrelevant attributes influence explicit and implicit memory for faces
Auditory-Visual Interactions
863	Arnott, Cant, & Goodale	Perceiving material properties of objects through sight or sound activates ventral occipitotemporal cortex
864	Clemo, Sharma, Allman, & Meredith	Auditory projections to visual cortex: synaptic basis for multisensory processing in 'unimodal' visual neurons
865	Evans & Treisman	Dynamics of crossmodal interactions between corresponding auditory and visual features
866	Faubert, Hahler, Doti, & Lugo	Auditory noise can facilitate low-level visual processing
867	Hall, Mellott, & Lomber	Audiovisual interactions in the Cat: Direct cortical projections from the posterior auditory field to primary visual cortex
868	Jain, Sally, & Papathomas	Cross-modal auditory and visual interactions and aftereffects - A comprehensive study
869	Ko, Levitan, & Banks	Detecting correlations between auditory and visual signals
870	Love, Hillis, Waadeland, Rocchesso, Avanzini, Dahl, & Pollick	How audio and visual cues combine to discriminate tempo of swing groove drumming
871	McCormick & Mamassian	Audio-visual synchrony in an Apparent-motion discrimination task
872	McCrea, Ph.D.	Visual-auditory motor remapping within and between the hemispheres: A state-of-the-art theoretical overview of visuomotor functioning across-domains
873	Meredith & Allman	Unimodal' visual cortical neurons are influenced by auditory inputs
874	Russell, Petrini, McAleer, Rocchesso, Dahl, Haakon Waadeland, Avanzini, & Pollick	Audiovisual congruence and the processing of synchrony in swing groove drumming
875	Lewis, Saenz, & Fine	Patterns of cross-modal plasticity in the visual cortex of early blind human subjects across a variety of tasks and input modalities
876	Plomp, Gepshtein, & van Leeuwen	Perceivedtime is dilated by modulation of visual and auditory stimuli
877	Batson, Beer, & Watanabe	Specificity of crossmodal links in exogenous covert orienting
878	Chen & Yeh	Limited cross-modal capacity revealed by selective attention in repetition blindness with sounds
Face Spaces and Adaptation
879	Thomas, Lawler, Olson, & Aguirre	The Philadelphia face perception battery
880	Carbon	When stability means flexibility! Familiar faces under permanent adaptation
881	Kaping, Morawetz, Baudewig, Treue, Webster, & Dechent	Face distortion aftereffect activates motion and face sensitive areas: an fMRI study
882	Butler, Oruc, Fox, & Barton	The contribution of configuration, facial features and low-level properties to the adaptation of facial expression
883	Davidenko, Witthoft, & Winawer	Gender aftereffects in face silhouettes depend on face-specific processes
884	Natu, Mueller, Jiang, & O'Toole	Transfer of adaptation after-effects between simple visual forms and faces
885	Haberman & Whitney	Saving face: Extracting summary statistics from a set of faces
Attention: Temporal Selection
886	Chiu & Yantis	Cognitive control during shifts of attention and task-set
Face Spaces and Adaptation
887	Holub, Liu, & Perona	On creating facial similarity spaces
888	Jiang, Blanz, & Riesenhuber	fMRI and behavioral evidence against a ";norm-based" face representation
889	Taubert, Burke, Favelle, & McKone	Navigating the boundary of face space: What kind of stimulus is a face?
890	Wilbraham, Martinez, Christensen, & Todd	Human face matching performance is robust to task-irrelevant image changes
891	Nolan & Chan	Perceived facial attractiveness as a function of age and clinical vision diagnosis
Multiple Object Tracking
892	Hogendoorn, Carlson, & Verstraten	The tracking trade-off: sacrificing time for smooth movements of attention
893	Lleras & Ambinder	How to kill a fly: on the difficulties of tracking a smooth and sometimes saccadic moving target
894	Flombaum & Scholl	Attending to moving vs. static stimuli: A surprising dissociation in multiple object tracking
895	Zelinsky, Neider, & Todor	Multi-object tracking in a realistic 3D environment
896	Fougnie & Marois	Multiple object tracking disrupts feature binding in visual working memory
897	Won & Kim	The attentional tracking system in each hemifield cannot move toward the other hemifield
898	Bettencourt & Somers	Effects of task difficulty on multiple object tracking performance
899	Ericson, Nyquist, Lappin, & Seiffert	Multiple object tracking in the periphery does not show hemifield independence
900	Haladjian & Pylyshyn	Size differences improve tracking in MOT, but only when the size of targets/nontargets changes as a group
901	Niebergall & Martinez-Trujillo	Reference frames for covert spatial attention during smooth pursuit tracking of visual targets
902	Fazl & Mingolla	Consistency of eye movements during multiple object tracking
Grouping and Segmentation II
903	Ghose & Palmer	Gradient cut alignment: A cue to ground in figure-ground and depth perception
904	Salvagio, Kim, & Peterson	The mechanism for contextual influences on the configural cue of convexity
905	Zhang, von der Heydt, & Qiu	Studying the neural mechanisms of visual context integration in border ownership assignment
906	Vandenbroucke, Scholte, van Engeland, Kemner, & Lamme	A deficit in horizontal interactions causes an imbalance between feedforward and recurrent visual processing, resulting in texture segregation deficits
907	Sayim, Herzog, & Westheimer	Contextual modulation of vernier thresholds by chromaticity-based grouping mechanisms
908	Yeh, Lin, Chou, Chen, Chen, & Chen	Spatial-temporal grouping and perceived writing sequence of Chinese characters in the human brain: Comparison of readers and non-readers
909	Ben-Yosef & Ben-Shahar	A biologically-plausible model for curvature-based texture segregation
910	Koenderink, van Doorn, Pont, & Richards	Gestalt and translucency
911	Portillo & Pomerantz	Search asymmetries with emergent features
Attentional Modulation of Early Vision
912	Montagna, Yeshurun, & Carrasco	Differential effects of endogenous and exogenous covert attention on texture segmentation
Grouping and Segmentation II
913	Chakravarthi & Cavanagh	The Effect of distracters on enumeration in the periphery
914	Holden, Shipley, & Newcombe	Memory for location is influenced by part-based segmentation of space
915	Otto, Ogmen, & Herzog	When features go around the corner in human vision
916	Gao & Scholl	Are objects required for object-files?
917	Newman, Choi, Wynn, & Scholl	The Origins of causal perception: Evidence from postdictive processing in infancy
918	Dassonville, Walter, & Bochsler	A specific autistic trait that modulates illusion susceptibility
Object Perception
919	Araragi, Ito, & Sunaga	Filling-in of a line segment presented on one side of the blind spot
920	Bell, Badcock, Wilson, & Wilkinson	Detection of global shape in radial frequency patterns involves interacting contour shape channels operating independently of local form processes
921	Blais, Arguin, & Marleau	Orientation invariance in shape representation
922	Crouzet, Thorpe, & Kirchner	Category-dependent variations in visual processing time
923	Desmarais, Dixon, & Roy	The impact of action similarity on visual object identification
924	Hayworth, Yue, & Biederman	Some tests of the standard model
925	Kriegeskorte, Mur, Ruff, Kiani, Bodurka, & Bandettini	Exploring visual object representations with similarity-matrix analysis
926	Lescroart, Yue, Davidoff, & Biederman	A Cross-cultural test of the independence of the representation of generalized-cone dimensions
927	McLin, Barnes, Dykes, Smith, Novar, Kee, & Garcia	Laser disability glare with and without a windscreen
928	Padmanabhan & Brady	Estimation of contrast origin in natural images
929	Ruppel, Emrich, & Ferber	Removing non-accidental properties increases the duration of object awareness
930	Stubbs, Stubbs, Best, & Smith	Perceptual judgments, psychophysics, and biological data
931	Tao, Yan, Wang, Zhou, & Sun	Dissociation of Egocentric and Object-centric processing in mental rotation
932	Gutherie, Moore, & Schuchard	The Effects of visual-perceptual variables on object naming in control subjects
933	Shimojo, Park, Lebon, Schleim, & Shimojo	Familiarity vs. novelty principles for preference
934	Leek	Uncovering the structure of 3-D shape representations in human vision through analyses of eye movement patterns in object recognition
Face Perception: Emotion I
935	Barrett, O'Toole, & Richards	Familiarity and emotion adaptation
936	Bennett, Lleras, Oriet, & Enns	A Negative compatibility effect in priming of emotional faces
937	Bennett, Nagai, Honma, Rutherford, Gaspar, Carbone, Nara, Ishii, Kumada, & Sekuler	Two-element classification images for the discrimination of emotional expression in upright and inverted face
938	Cheal & Rutherford	Visual expectation paradigm and keypress identification compared: Mapping emotion category boundaries
939	Garrido & Duchaine	Do facial identity and facial expression processing dissociate in prosopagnosia?
940	Gomez Cuerva & Raymomd	Attentional modulation of face expression perception
941	Graham, Shalek, & LaBar	The role of ambiguity in gaze and expression interactions
942	Malcolm, Lanyon, & Barton	Scanning fixations during processing of facial expression versus identity: an exploration of top-down and bottom-up effects
943	Martinez & Neth	Face configuration biases the perception of facial expressions
944	Roy, Roy, Fortin, Ethier-Majcher, Belin, & Gosselin	A dynamic facial expression database
945	Benton, Clark, Cooper, Penton-Voak, & Nikolov	Different views of facial expressions: an image sequence dataset
946	Yasuda, Webster, & Webster	Color and facial expressions
Attention: Theoretical and Computational Models
947	Elazary & Laurent	Interesting objects in natural scenes are more salient
948	Navalpakkam & Itti	Attentional modulation of tuning width, preferred features and gains during visual search
949	Peters & Itti	Integrating low-level and high-level visual influences on eye movement behavior
950	Bruce & Tsotsos	Attention based on information maximization
951	Simine, Rodriguez-Sanchez, & Tsotsos	Visual Search with selective tuning
952	Lanyon & Denham	Parietal lesion leading to hemineglect and reduced extrastriate activity in a computational model of visual attention
953	Gao & Vasconcelos	A decision-theoretic saliency, its biological plausibility and implications for pre-attentive vision
954	Pestilli, Ling, & Carrasco	Attention and contrast: A model linking single-unit and psychophysical data
955	Prinzmetal	A model of voluntary and involuntary attention
Attentional Modulation of Early Vision
956	Palmer & Moore	Using foils to measure spatial tuning functions for visual attention
Attention: Theoretical and Computational Models
957	Wyble, Bowman, & Potter	Sparing at a Cost: The attentional blink serves to enhance episodic distinctiveness
Attentional Capture
958	Liao & Yeh	Asymmetry of stimulus-driven attentional capture by flash and color distractors
Attention: Theoretical and Computational Models
959	Vincent, Troscianko, & Gilchrist	Evaluating the weighted salience account of eye movements
960	Nelson, McKenzie, Cottrell, & Sejnowski	Towards a descriptive theory of value of information in categorization tasks: implications for theories of eye movement and information search
Spatial Vision: Natural Scenes and Texture
961	Abbey & Eckstein	Efficiency in the discrimination of 1/f textures
962	Ellemberg, Hansen, & Johnson	Discrimination of amplitude spectrum slope of natural scenes during childhood
963	Bao & Tjan	Super-summation with natural scenes – size more than matters
964	Olshausen & Cadieu	Learning invariant and variant components of time-varying natural images
965	Li & Adelson	Imposing both local and global image statistics leads to perceptually improved superresolution
966	Sharan, Adelson, Motoyoshi, & Nishida	Histogram skewness is useful and easily computed in neural hardware
967	Johnson, Hansen, & Ellemberg	Center-surround effects in human discrimination of amplitude spectrum slope
968	To, Lovell, Troscianko, & Tolhurst	Minkowski summation of cues in complex visual discriminations using natural scene stimuli
969	Christensen & Todd	Labeling contours in natural scenes
970	Cohen & Zaidi	Salience of mirror symmetry in natural patterns
971	Prins	Evidence for linear summation of information across orientation channels in texture perception
972	Gurnsey & Potechin	Cross-frequency Interactions Contribute to the Central Performance Drop
973	Casco & Campana	Distinct neural correlates of texture segmentation and grouping by collinearity in humans
974	Strother, Shomstein, & Behrmann	Evidence from fMRI for structural non-selectivity in texture segregation
975	Chiao, Chubb, & Hanlon	Interactive effects of size, contrast, intensity and configuration of background objects in evoking disruptive camouflage in cuttlefish
976	Kies & Chubb	A new method for generating discriminable texture pairs with identical autocorrelation functions
Motion: Apparent Motion and Illusions
977	Fermuller & Ji	Illusory motion due to causal time filtering
978	Caplovitz & Tse	Aperture induced motion: Illusory motion percepts arising from conflicting terminator and component motion signals
979	Zanker, Targher, & Durant	A new Barbers Pole configuration to study the integration of local motion information
Attentional Modulation of Early Vision
980	Barraza & Martin	Foveopetal are easier to detect than foveofugal motions: the effect of attention
Motion: Apparent Motion and Illusions
981	Gori, Pedersini, & Giora	Graphic invariants for representing motion throughout the history of art
982	Howe, Thompson, Anstis, Sagreiya, & Livingstone	Explaining the Footsteps, Bellydancer, Wenceslas, and Kickback illusions
983	Kitaoka & Murakami	Effects of eccentricity and retinal illuminance on the rotating snakes illusion
Motion: Apparent Motion and Illusions
984	Kitaoka & Murakami	Rotating Ouchi illusion
Motion: Apparent Motion and Illusions
985	Murakami	A Filehne illusion at equiluminance
986	Dürsteler	Measuring the freezing rotation illusion
987	Maus & Nijhawan	Competition for perception: Internal models vs retinal transients in perceiving positions of moving objects
988	Richard, Churan, Guitton, & Pack	Pre-saccadic changes in visual motion discrimination
989	Stogbauer, van Wassenhove, & Shimojo	Neural correlates of a saltation illusion
990	Moore & Stephens	How robust is apparent motion across stimulus change?
Attentional Modulation of Early Vision
991	Sally, Vidnyanszky, & Papathomas	Feature-based attention: Effects of eccentricity
Face Perception: Emotion II
992	Perona	A new perspective on portraiture
993	Shannon & He	Facial expressional adaptation aftereffects contingent on racial categories
994	Curio, Giese, Breidt, Kleiner, & Bülthoff	High-level after-effects in the recognition of dynamic facial expressions
995	Nelson, Franconeri, & Chiao	Looking for emotion in facial expressions: fixation patterns are emotion-specific
996	Schyns, Petro, & Smith	The N170 Marks the End of the process -- Dynamics of Occipito-temporal integration of facial features across spatial frequency bands to categorize facial expressions of emotion
997	Fox & Barton	Asymmetric relationship in representations of facial identity and expression for novel faces within the human visual system
Eye Movements: Cognitive II
998	Frank, Vul, & Johnson	Infants’ eye movements during free-viewing as a window into the development of attention
999	Fehd & Seiffert	Eye movements during multiple object tracking
1000	Jovancevic-Misic, Sullivan, Chajka, & Hayhoe	Control of gaze while walking in a real environment
1001	van Zoest & Donk	Saliency-driven selection is transient and impenetrable to consciousness
1002	Droll, Pham, Abbey, & Eckstein	Gaze control and perceptual decisions are modulated by learned expected reward
1003	Melcher	Predictive transfer of visual adaptation before saccadic eye movements
2D Motion II
1004	Johnston	A new gradient approach to the computation of 2D pattern motion
1005	Stocker & Simoncelli	Characterizing changes in perceived speed and speed discriminability arising from motion adaptation
1006	Allard & Faubert	First- and second-order motion processing are separate at low temporal frequencies but common at high temporal frequencies
1007	Hedges & Simoncelli	Adaptation to transparent plaids: two repulsive directions or one?
1008	Bowns & Barlow	Spatial frequency spectra of random dynamic glass patterns predict perceived motion direction
1009	Watamaniuk & Heinen	Distractors enhance target detection during smooth pursuit
1010	Bonneh, Cooperman, & Sagi	Induced reappearance of invisible stimuli in motion induced blindness: uncovering interactions across the awareness boundary
Temporal Processing
1011	Morgan & Solomon	Testing a multi-resolution clock model for temporal duration discrimination
1012	D'Antona & Shevell	Object segmentation cues influence perceived temporal variation
1013	Verghese & Coughlan	Evolution of a motion trajectory over time
1014	Park & Lee	Feature-specific modulation of Gamma oscillations in visual detection
1015	Herzog, Duangudom, & Francis	Spatial layout determines metacontrast masking
1016	Scharnowski, Rüter, Hermens, Jolij, Kammer, & Herzog	Transcranial magnetic stimulation (TMS) of early visual cortex reveals a window of integration of substantial duration
Locomotion II: Walking and Posture
1017	Guterman, Allison, & Rushton	The visual control of walking: do we go with the (optic) flow?
1018	von Grünau & Zhou	Compensation of the effects of eye and head movements during walking and running
1019	Kunz, Creem-Regehr, & Thompson	Investigations of real and imagined walking
1020	Cowie, Atkinson, & Braddick	Visual control representations in locomotion: stair descent in adults and children
1021	Cohen & Warren	Choosing between competing goals during walking in a virtual environment
1022	Cinelli & Warren	Do walkers follow their heads? A test of the gaze-angle strategy for locomotor control
1023	Rogers, Young, & Tootell	Optic flow and the maintenance of balance
1024	Onimaru, Shigemasu, & Kitazaki	Modulation of visual control of posture by extra-retinal information of eye-movement
1025	Kitazaki, Katayama, Komori, & Itakura	Development of visual control of posture in sensitivity function of motion frequency
1026	Hanssens, Allard, & Faubert	Progressive lenses distortions effect on postural stability in virtual reality environment
1027	Post	Independence of verbal and blind-walking distance estimate errors
1028	Campos, Freitas, Turner, Wong, & Sun	The effects of optical magnification/minimization on distance estimation by stationary and walking observers
Processing of Objects
1029	Baker, Williams, Reddy, Wald, Wiggins, Dickerson, Triantafyllou, & Kanwisher	Fine-grained analysis of functional selectivity in human occipitotemporal cortex
1030	Biederman, Lescroart, & Hayworth	Sensitivity to object-centered relations in LOC
1031	Louie, Bressler, & Whitney	Precise discrimination of position in object-selective regions of human visual cortex
1032	McKeeff, Tong, & Gauthier	Perceptual expertise with cars leads to greater perceptual interference with faces but not objects
1033	Muriel, Simon, & Holle	Rapid object categorization without conscious recognition: aneuropsychological study
1034	Pyles, Garcia, & Grossman	fMRI-adaptation for articulated moving objects in ventral temporal brain areas
1035	Robbins, Maurer, & Lewis	Spaced out: good discrimination but poor memory for spacing differences in houses
1036	Suh & Grill-Spector	The role of local feature processing in face and car detection
1037	Vinberg & Grill-Spector	Differential processing of salient regions, contours and shape in the human LOC
1038	Vuong & Graf	Dynamic shape transformations influence the recognition of animals and objects
1039	Lerner, Epshtein, Ullman, & Malach	Class information predicts activation by object fragments in human object areas
1040	Miskiewicz, Buffat, Paradis, & Lorenceau	Object-file, a static concept… using dynamic information?
1041	Kreiman, Serre, & Poggio	On the limits of feed-forward processing in visual object recognition
1042	Niimi & Yokosawa	It seems to turn away from me: Foreshortened front-back axes bias determination of depth orientation of familiar objects
1043	Beer, Krizay, & MacLeod	Spatiotemporal averaging along a moving trajectory
Scene Perception II
1044	Joubert, Fize, Rousselet, & Fabre-Thorpe	Rapid categorization of Natural or Man-made scene contexts : different effects with amplitude and phase alterations
1045	Mei & Leat	Objective assessment of improved visibility with digital image enhancement for the visually impaired
1046	MacEvoy & Epstein	Position-Invariant fMRI adaptation effects in scene-selective regions
1047	Parker, Higgins, Feiler, & Epstein	Two kinds of fMRI repetition suppression?
1048	Feiler, Epstein, & Aguirre	The map in the brain: Distributed cortical representations of large-scale space
1049	Konkle & Oliva	Normative representation of objects and scenes: Evidence from predictable biases in visual perception and memory
1050	Brady & Oliva	Statistical learning of temporal predictability in scene gist
1051	Loschky, Simons, Smerchek, Matz, Bilyeu, & Artman	Is unlocalized amplitude information of any use for scene Gist recognition?
1052	Gottesman	Spatial judgments are facilitated by layout cues but not by recall cues
1053	Chan, Chang, & Sun	Encoding of different environmental features with or without spatial updating
Search II
1054	Bravo & Farid	A measure of relative set size for search in clutter
1055	Chen & Zelinsky	Dividing the labor of search: It's not just space anymore
1056	Neider, Brotzen, & Zelinsky	Cutting through the clutter: Searching for targets in evolving realistic scenes
1057	Ghorashi & Di Lollo	In what ways does visual search benefit from a spatial cue?
1058	Skow & Peterson	Both identity and location can be learned quickly in repeated search
1059	Kawahara	Cross-modal contextual cueing: Auditory andvisual association guides spatial attention
1060	Beck & Trafton	Local spatial layout consistency affects strategies but not memory during Visual Search
1061	Walter & Dassonville	In search of the hidden: contextual processing in parietal cortex
1062	Boot, Neider, & Kramer	Training and transfer in search for Camouflaged Real-world targets
1063	Lupyan	Conceptual grouping effects in visual search: categories matter (and named categories matter more)
1064	Sobel & Pickard	Previewing features in visual search: The effects of bottom-up and top-down processing
1065	Amster & Nagy	Using color to guide attention to subsets of stimuli in visual search
1066	Hartshorne, Vickery, & Jiang	Knowledge about target category: A dissociation between categorization and search
1067	Steelman & McCarley	The effects of target foreknowledge on visual search performance and strategy
1068	Gerritsen, Frischen, Smilek, Blake, & Eastwood	Visual search for emotional faces is not blind to emotion
1069	Shroff, Nelsen, Reilly, Dickerson, & Gerhardstein	The effect of shared parts and spatial configuration on visual search performance in young children
Attention: Object-Based Selection
1070	Neppi-Modona, Strother, Shomstein, & Behrmann	Size matters in object-based attentional selection
1071	Kravitz & Behrmann	Object similarity modulates object-based attention and attentional faciliation in the surround
1072	Hoffman, Doran, & Reiss	Can spatial attention be “shrink-wrapped” to attended objects?
1073	Albrecht, List, & Robertson	Object-based attention to holes and wholes
1074	Richard, Vecera, & Hollingworth	The role of bbject discontinuity in object-based selection
1075	Reppa & Fougnie	How does attention spread across the surface of an object oriented in depth?
1076	Ho & Yeh	Effects of bottom-up input and top-down expectation on object-based attention
1077	Stojanoski, Al-aidroos, Pratt, & Niemeier	On the relationship between object-based and feature-based attention
1078	Boyd, Guenther, & Brown	Investigating the role of the magnocellular pathway in object- and location-based attention
1079	Roggeveen & Ward	Selection and distribution of attention across the visualfield
Attentional Capture
1080	Pinto, Olivers, & Theeuwes	Static items involuntarily capture attention in a dynamic environment
1081	Mulckhuyse, Talsma, & Theeuwes	Grabbing attention without knowing: Automatic capture of attention by subliminal spatial cues
1082	Benjamins, Hogendoorn, Hooge, & Verstraten	Temporal properties of task-irrelevant events: attentional capture is not purely bottom-up
1083	Hillstrom, Wong, & Peterson	Identity change and oculomotor capture
1084	Lin, Franconeri, & Enns	Object action captures attention: A test of the behavioral threat hypothesis


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