Journal of Vision - Volume 6, Number 6

Volume 6, Number 6, Abstracts 1a-1106a

doi:10.1167/6.6

http://journalofvision.org/6/6/

ISSN 1534-7362

Masthead

Vision Sciences Society Meeting, 2006: Abstracts

The Vision Sciences Society Meeting was held May 5 - May 10, 2006, in Sarasota, FL. The following are the abstracts of that meeting. ARVO holds the copyright to Journal of Vision, Vol. 6, No. 6, 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.

Eye Movements: Pursuit and Vergence
1	Yang, Zhu, & Hertle	Version and vergence eye movements in optokinetic nystagmus induced by optic flow
2	Berryhill, Chiu, & Hughes	Following the feeling: Proprioceptive smooth pursuit revisited
3	Braun, Mennie, & Gegenfurtner	Pursuit eye movements to isoluminant targets
4	Ponce, Lomber, & Born	Contributions of visual areas V2 and V3 to the analysis of depth and motion signals guiding smooth eye movements
5	Montagnini, Spering, & Masson	Combining 1D visual motion and 2D predictive signals to control smooth pursuit eye movements
6	Matsumiya & Shioiri	High spatial frequency superiority of motion aftereffect for smooth pursuit eye movements
7	Toole & Fogt	A novel automated method for marking catch-up saccades
Face Recognition
8	Russell & Sinha	Pigmentation is important for recognition of familiar faces
9	Dal Martello & Maloney	Where are kin recognition cues in the face?
10	Bülthoff & Newell	Voices, not arbitrary sounds, prime the recognition of familiar faces
11	O'Toole, Phillips, Jiang, Ayyad, Pénard, & Abdi	Face recognition algorithms surpass humans matching faces in images that vary in illumination
12	Roark, Abdi, & O'Toole	When does an unfamiliar face become familiar? The effect of image type and familiarity on recognition from novel viewing conditions
13	Nakato, Kanazawa, & Yamaguchi	The 3/4 view effect and the rotation information in infants' face recognition
14	Nakata & Osada	Similarities and differences between humans' and Squirrel monkeys' (Saimili sciureus) facial recognition strategies
Perceptual Organization: 2D Shape
15	Tani & Sato	Early processes mediate Café Wall illusion
16	Borra, Hooge, & Verstraten	The Brain knows about the Oblique Effect
17	Woloszyn & Sheinberg	No lateral-vertical asymmetry in the processing of mirror images in the monkey
18	Poirier & Wilson	A neural model of symmetry perception for curved shapes
19	Grace, Izard, Shutts, Dehaene, & Spelke	Sensitivity to geometry in male and female children and adults in the U.S. and in an Amazonian indigene group
20	Friedenberg & Liby	Estimation of three-body center of mass: Effects of size ratio and lightness
21	Malloy & Jensen	Apparent motion, phase relations, and the perception of form
22	Kennedy, Orbach, & Loffler	Shape can bias angle perception: An angle illusion
23	Feldman & Singh	Bayesian estimation of the shape skeleton
Working Memory
24	Lin & Sperling	Visual short-term memory and context memory for grating contrast
25	Hollingworth & Sacks	The updating of object-position binding in visual short-term memory
26	Ganel, Gonzalez, Valyear, Culham, Goodale, & Köhler	The relationship between fMRI adaptation and repetition priming of visually presented objects
27	Sussman & Jiang	Effects of decay and interference on visual working memory for color
28	Johnson & Spencer	A dynamic neural field approach to multi-item visual working memory and change detection
29	Pearson & Jakobson	Colour-specific deficits in explicit visual working memory: A case study
30	Todd, Harrison, & Marois	Neural dissociation of visual working memory consolidation and maintenance
31	Nilsson	Psychophysical visual memory data and their neural net replications indicate sensory-like activity is released from storage
32	McCollough & Vogel	Control processes in working memory
33	Wyble & Bowman	A neural network account of binding discrete items into working memory using a distributed pool of flexible resources
34	Vogel, Ikkai, & Perez	Do perceptually challenging objects consume more working memory capacity?
35	Shen, Makovski, & Jiang	Short-term visual memory for motion path
36	Carlson & Alvarez	Suboptimal allocation of visual short term memory resources
37	Niederhoefer & Blaser	The functional units of visual working memory: Objects or locations?
38	Ezzyat & Olson	The hippocampus and the fidelity of representations in visual working memory
39	Lee, Mozer, & Vecera	The mechanism of priming of pop-out: Stored short-term memory representation or perceptual level weight changes?
40	Ahn, Jeong, & Kim	Top-down attentional shift in object working memory task: A distinction between 'what' and 'where' in visual working memory still remains uncertain
41	Angelone, Beck, Amante, Sikorski, & Materna	Visuospatial and object working memory in naturalistic scene change detection
Binocular Rivalry/Bistability/Awareness
42	Bonneh, Polat, & Tsodyks	Why do we see binocular rivalry? Evidence from people who see it fused
43	Carter, Pettigrew, Hasler, Wallis, & Vollenweider	Psilocybin slows binocular rivalry switching through serotonin modulation
44	Chong & Blake	Unseen objects influence estimation of average size
45	Ferneyhough, Meng, & Tong	Interactions between binocular rivalry and perceptual filling-in of visual phantoms
46	Kang & Blake	How to enhance the incidence of stimulus rivalry
47	Kim, Buckthought, & Wilson	Dynamical properties of second-order processing in binocular vision and rivalry
48	Kimura, Abe, & Goryo	Visibility modulation of rivalrous color flashes in the flash-suppression paradigm: Stimulus-specific modulation dominates over a wide range of temporal parameters
49	Knapen, Paffen, Kanai, & van Ee	Stimulus flicker alters interocular grouping during binocular rivalry
50	Sterzer & Rees	A neural basis for perceptual memory during binocular rivalry in humans
51	Noest, van Ee, & van Wezel	Visual choice dynamics: Explaining repetition and predicting alternation of bistable percepts driven by stimulus ON/OFF timing
52	Mitroff, Sobel, & Gopnik	Reversing how to think about ambiguous figure reversals: Spontaneous alternating by uninformed observers
53	Sundareswara, Kallie, & Schrater	Perceptual bistability modulated by priming
54	Yoshino & Sakaguchi	Effects of feature changes of faded objects on its reentry to our awareness
55	Leh, Mullen, & Ptito	The involvement of the superior colliculi in hemispherectomized subjects with blindsight
Change Detection
56	Simons, Ambinder, Wan, Nevarez, & Caddigan	Examining the factors that influence change detection
57	Moore & Lanagan	No evidence (so far) of accruing representations of change over time
58	Burmester & Wallis	Capacity limits for the detection of changing visual features
59	Taya & Mogi	The role of attention in change blindness
60	Kies & Chubb	Influence of local context in change detection
61	Kempgens, Loffler, & Orbach	Change detection in patterns depends on pattern shape and element arrangement
Oscillations, Correlations, Synchrony
62	Chatterjee, Merwine, & Grzywacz	Stimulus-dependent response correlations between rabbit retinal ganglion cells
63	Ishikane, Gangi, Honda, Usui, & Tachibana	Visual information coding by synchronized oscillations
64	Ebisch, Barnes, Egenolf, Lomber, & Galuske	Superior colliculus modulates oscillatory activity of neuronal responses in primary visual cortex
65	Anderson, Harrison, & Sheinberg	Neuronal synchrony and visual grouping: A multi-electrode study in monkey IT
66	Jermakowicz, Chen, Khaytin, Zhou, Bernard, Bonds, & Casagrande	Does spike synchrony provide a better code of stimulus angle than average firing rate?
67	Bernard, Zhou, & Bonds	Synchronous activity in cat visual cortex detects structural modifications in natural images
68	Zhou, Bernard, & Bonds	Synchrony modulation in cat visual cortex reflects structure from coherent motion of random dots
69	Amano, Arnold, Johnston, & Takeda	Watching the brain oscillating : A neural correlate of illusory jitter
Human Factors
70	Ferwerda & Arditi	High dynamic range displays and the "blue light hazard"
71	Strasburger & Wüstenberg	Calibrated LCD stimulus presentation for visual psychophysics in fMRI
72	Rigutti & Gerbino	Navigating in a web site: Label-following vs. layout-following strategies
73	Sheedy & Gowrisankaran	Viewing compromised visual stimuli causes dry eye symptoms: Role of the orbicularis muscle
74	Huber, Davies, Stringer, & O'Neil	Station-point violations and their effect on size perception in minimal access surgery
75	McLin, Barnes, Novar, Martinsen, & Garcia	Gabor discrimination and laser disability glare
76	DaSilva, Wechsler, McBeath, Sugar, Amazeen, Presson, & Koeneman	Improvement in upper-extremity motor-function in hemiparetics using robot-assisted repetitive motion therapy with video games
Motion and Eye Movements
77	Souman & Freeman	Phase lags and gain ratios in motion perception during smooth pursuit eye movements
78	Freeman	Pursuit eye movement, motion adaptation and two types of velocity aftereffect
79	Spering & Gegenfurtner	Visual contextual effects on smooth pursuit eye movements
80	Sheliga, FitzGibbon, & Miles	The initial ocular following responses (OFRs) to competing visual motions: Contrast-dependent nonlinear interactions and their dependence on spatial frequency and speed
81	Kaminiarz, Rohe, Krekelberg, & Bremmer	Localization of visual targets during optokinetic eye movements
82	Morrone, D'Avossa, Tosetti, & Burr	Modulation of retinotopy of human MT complex by gaze position
Face Perception: Neural Mechanisms
83	Harris & Nakayama	Face-selective adaptation of the M170 is sensitive to face parts, not face configuration
84	Tanaka, Piatt, & Sadr	The Visual Aha!: Insights into object and face perception using event related potentials
85	Fabre-Thorpe, Rousselet, Macé, & Thorpe	Teasing apart meaningful from meaningless ERP differences in object categorization: A complicated story
86	Haxby, Bryan, & Gobbini	The representation of mammalian faces in human cortex
87	Engell, Gobbini, & Haxby	Distributed representations of face expression and gaze perception in human temporal cortex
88	Thomas, Avidan, Jung, & Behrmann	Disruption in structural connectivity in ventral cortex in congenital prosopagnosia
Eye Movements, Brain Activity, and Attention
89	Gersch, Schnitzer, Sanghvi, Dosher, & Kowler	Attentional enhancement along the path of a sequence of saccades
90	Horowitz, Fine, Fencsik, Yurgenson, & Wolfe	Fixational eye movements do not predict attentional benefits
91	Krishna, Falkner, & Goldberg	Spatiotemporal properties of saccadic inhibition and potential neural correlates in the macaque
92	White, Kerzel, & Gegenfurtner	Facilitation of saccade latency with natural scene backgrounds
93	Wallis	On the spatio-temporal limits of retinal motion compensation, and why they are the undoing of temporal binding
94	Wilmer & Nakayama	A large gender difference in smooth pursuit precision
Perceptual Organization
95	Sinha, Ostrovsky, & Meyers	Parsing visual scenes via dynamic cues
96	Palmer & Ghose	Extremal edges dominate other cues to figure-ground organization
97	Trujillo, Peterson, & Allen	Erp components index unconscious versus conscious perception of familiar shape with figure-ground reversal
98	Maertens, Pollmann, & Shapley	Illusory contours don't pass through the 'blind spot'
99	Gerbino, Scomersi, & Fantoni	Amodal completion enhances the discrimination of Vernier offset
100	Fulvio, Singh, & Maloney	The human visual spline: Interpolation contours between relatable inducers follow quintic polynomials
Natural Images and Position Encoding
101	Sharan, Li, & Adelson	Image statistics for surface reflectance estimation
102	Adelson, Tappen, Freeman, & Li	Learning the statistics of illumination and reflectance
103	Ing & Geisler	Ribbon analysis of contours in natural images
104	Rucci, Desbordes, Iovin, & Santini	Contributions of fixational eye movements to visual discrimination
105	Hamker, Zirnsak, Calow, & Lappe	The perisacadic compression of visual space – what may it have to do with spatial attention?
106	Bennett, Taylor, & Sekuler	Preservation of position-encoding mechanisms across the life span
107	Whitney & Bressler	The precision of position coding in the visual cortex
Motion: Cortical Mechanisms
108	Snodderly & Gur	Evidence for a motion-selective pathway from V1 to the ventral cortical stream for object recognition
109	Zaksas, LaMendola, & Pasternak	Remembered direction modulates responses to visual motion in MT and prefrontal neurons
110	Freedman & Assad	Categorical representation of visual motion direction in posterior parietal cortex area LIP
111	Lee, Pesaran, & Andersen	Self-motion is represented in an eye-centered coordinate frame in SMTd
112	Lorenceau, Morel, Caclin, & Tallon-Baudry	Apparent motion speed dependence on contrast and orientation: Evidence from MEG
113	Smith, Wall, Lingnau, & Ashida	Sensitivity to optic flow in human MT and MST measured with fMRI adaptation
114	Thompson & Liu	Motion discrimination with psychophysically suppressed MT: an fMRI study
Spatial Vision I
115	Taylor, Bennett, & Sekuler	Narrow-band channels optimally sum a broad band of spatial frequency information
116	Abbey & Eckstein	Classification images of bandpass mechanisms across noise spectral density
117	Elder & Morgenstern	Power spectrum classification image analysis reveals localized mechanisms underlying nonlinear detection of narrowband stimuli
118	Oruc & Landy	Letter identification: Evidence for scale dependence but not for fixed channels
119	Klein & Tyler	Gaussian basis functions for fitting the Gabor sector of the Modelfest data
Temporal Processing
120	Stockman, Sharpe, Michaelides, Moore, Webster, & Smithson	Second sight: Vision sustained by a secondary activation of the phototransduction cascade
121	Posina, Horwitz, & Albright	Distinct temporal dynamics of cone-opponent and -nonopponent macaque primary visual cortical neurons
122	Ogmen, Breitmeyer, Kafaligonul, Todd, Mardon, & Ziegler	Temporal aspects of contour and brightness processing in meta- and paracontrast
123	Cass & Alais	Evidence for interacting temporal channels: Spatial determinants
124	Motoyoshi	Temporal freezing of surface properties
Attention and Working Memory
125	Kim, Min, Kim, & Won	Concurrent working memory load can reduce distraction: An fMRI study
126	Han & Kim	Spatial working memory load impairs signal enhancement, not attentional orienting
127	Kim & Kim	Working memory training reduces working memory load effect
128	Kim, Kim, & Chun	Predictive spatial working memory content guides visual search
129	Chou & Yeh	Effects of spatial and non-spatial working memory on location- and object-based attention
130	Sobel, Gerrie, Kane, & Poole	Working memory capacity influences the top-down factors in visual search
131	Golomb & Chun	Working memory load can impair neural processing of unattended information
132	Rhode, Baugh, Pearson, Jakobson, & Marotta	Colour-specific deficits in implicit colour working memory: A visuomotor case study
133	Morales & Thompson-Schill	Rehearsal in visual memory
134	Varakin & Levin	Visual working memory matches do not always attract attention
Locomotion and Navigation
135	Cohen, Bruggeman, & Warren	Combining moving targets and moving obstacles in a locomotion model
136	Bruggeman, Rothman, & Warren	Is obstacle avoidance controlled by perceived distance or time-to-contact?
137	Soska & Gilmore	Optic flow aids in the formation of cognitive maps
138	Diaz & Fajen	Flexible attunement to different optical variables in visually guided action
139	Fajen	Perceptual learning and the visual guidance of braking
140	Kalia, Legge, & Giudice	Learning virtual building layouts: The effects of age on the usefulness of geometric and nongeometric visual information
141	Woods, Lichtenstein, Mandel, & Peli	Collision detection and factors affecting "reality" of a virtual environment
142	Warren	The behavioral dynamics model of locomotor control: Integrating basic behaviors
143	Rothman & Warren	Wormholes in virtual reality and the geometry of cognitive maps
144	Zhong, Harrison, & Warren	The role of topological boundary relations in active navigation
145	Owens & Warren	Intercepting moving targets on foot: Can people learn to anticipate multiple trajectories?
146	Wu, Zhao, Liu, Campos, & Sun	Estimating distance and duration of travel: A possible shared mechanism
147	Philbeck & O'Leary	Path integration precision is increased near familiar destinations
148	Seno & Sato	Temporonasal motion induces stronger vection
149	Kitazaki & Hashimoto	Effects of perspective jitter on vection and visual control of posture are dissociated
150	Lee & Spelke	Children's use of extended three-dimensional surfaces for reorientation
Perceptual Learning
151	Kim, Seitz, & Shams	Sound aids perceptual learning
152	Shams, Seitz, & van Wassenhove	Audio-visual statistical learning
153	Hussain, Bennett, & Sekuler	Face-inversion effects flex with perceptual learning
154	Peterson & Eckstein	Perceptual learning of discriminating features for facial recognition
155	Chu, Lu, & Dosher	Effects of perceptual learning on the temporal dynamics of perceptual decision
156	Eckstein, Pham, Abbey, & Zhang	Learning to discount noise
157	Matthews, Kurosawa, & Strong	Hastening orientation sensitivity
158	Seitz, Náñez, Holloway, & Watanabe	Perceptual learning of motion leads to faster-flicker perception
159	Vavassis & von Grünau	Practice-induced improvements for target detection in rapidly presented visual search displays is temporal-context-dependent
160	Heckman & Engel	Perceptual learning of contrast detection is color selective
161	Holloway, Tsushima, Náñez, Watanabe, & Seitz	Two cases of a requirement of feedback for perceptual learning
162	Jeter, Dosher, & Lu	Specificity of perceptual learning for difficult tasks during simultaneous training
163	Liu, Lu, Huang, & Zhou	Motion perceptual learning: Only task-relevant stimulus information is learned
164	Mednick, Serences, Boynton, & Awh	Sleep-dependent perceptual learning with and without distractors
165	Nishina, Seitz, Kawato, & Watanabe	The spatio-temporal window of task-irrelevant perceptual learning
166	Padilla & Grzywacz	Is statistical learning theory applicable to the human brain?
167	Petrov	Bayesian method for repeated threshold estimation
168	Li, Provost, Sung, Nguyen, Young, Hoenig, & Levi	The limits of perceptual learning in previously untreated amblyopia: An intensive case study
169	Haijiang & Backus	Temporal aspects of cue recruitment in visual perception
Multi-Sensory Processing
170	Davis, Scott, Hailston, Pair, & Hodges	Ambient sounds can enhance visual perception and memory performance in virtual environments
171	Alais & Weston	Temporal ventriloquism: Perceptual shifts in temporal position and improved audiovisual precision predicted by maximum likelihood estimation
172	Andersen & Mamassian	Audiovisual interactions in signal detection
173	Beer & Watanabe	Modulation of visual perceptual learning by sounds
174	Heller, Gilman, Sripada, & Helman	Auditory-visual interactions in the judgment of a ball's speed
175	Watkins, Shams, & Rees	Effects of concurrent auditory stimulation on human visual cortex
176	Wozny & Shams	Integration and segregation of visual-tactile-auditory information is Bayes-optimal
177	James, Kilgour, Servos, Kitada, Huh, & Lederman	Haptic exploration of facemasks recruits left fusiform gyrus
178	Giudice & Loomis	Orientation specificity with vision and touch: Map learning, haptic updating, and functional equivalence
179	Helbig, Ricciardi, Pietrini, & Ernst	Integration of shape information from vision and touch: Optimal perception and neural correlates
180	Wu, Klatzky, Shelton, & Stetten	Interaction of visual and haptic cues in the image-based perception of depth
181	Frissen & Ernst	Visual bias of perceived tactile location
182	Batson, Beer, & Watanabe	Task-irrelevant perceptual learning of crossmodal links in exogenous covert orienting
183	Dyde, Jenkin, Jenkin, Zacher, & Harris	The role of visual background orientation on the perceptual upright during microgravity
184	Gingras, Rowland, & Stein	Behavioral assessment of unisensory and multisensory integration
185	Jenkin, Zacher, & Harris	Does the levitation illusion depend on the view seen or the scene viewed?
186	Jordan, MacLean, & Brannon	Monkeys match sequentially presented sets with simultaneously presented arrays based on numerosity
187	Latinus & Taylor	Effects of attention on face and voice processing
188	MacNeilage, Levitan, & Banks	Relative weights of static and dynamic visual cues in the perception of body roll
189	McCormick & Mamassian	What does the illusory-flash look like?
190	Seizova-Cajic & Sachtler	Visual aftereffects of proprioceptive stimulation not due to proprioceptive adaptation
Spatial Vision: Mechanisms and Texture
191	Georgeson	Bars & Edges: A multi-scale Gaussian derivative model for feature coding in human vision
192	Jeon, Lu, & Dosher	Extending observer models for more difficult identification and discrimination
193	Olzak, Wagge, & Thomas	Signal detection analyses of an uncertainty discrimination paradigm
194	Wichmann & Henning	The pedestal effect is caused by off-frequency looking, not nonlinear transduction or contrast gain-control
195	Sally & Gurnsey	Orientation discrimination threshold-as-a-function-of-size curves shift more dramatically with increased stimulus contrast at 0 than 10 degrees in the temporal visual field
196	Govenlock, Taylor, Sekuler, & Bennett	Orientation tuning channels in old and young observers
197	Legault, Allard, & Faubert	Curvature perception in aging
198	Baron & Pelli	Crowding counting
199	Kramer & Olzak	Collinearity and surround size effects on spatial discrimination tasks
200	Meese & Holmes	Cross-orientation suppression is proportional to the square-root of speed for flickering Gabor stimuli
201	Chubb, Solomon, & Morgan	Evidence for plaid-grabbers
202	McKee, Wade, Petrov, & Norcia	The neural correlates of human surround suppression
203	Meigen & Hottenroth	Lateral interaction mechanisms in texture segregation can be studied with a two-frequency VEP method
204	Conte, Ashurova, Ponticello, Kobylarz, Labar, & Victor	Changes in VEP indices of cortical lateral interactions with epilepsy treatment
205	Victor, Ashurova, Chubb, & Conte	Isodiscrimination contours in a three-parameter texture space
206	Maddess, Nagai, & Victor	Multi-level isotrigon textures
207	Maruya, Nakajima, & Sato	Processing time of second-order contour formation
208	Sezikeye & Gurnsey	Effects of variability and size on texture discrimination asymmetry
209	Baker, Mortin, Prins, Kingdom, & Dumoulin	Visual cortex responses to different texture-defined boundaries: An fMRI study
210	Hess & Hansen	How important is spatial phase in texture segmentation and contour integration?
Attention: Selection and Modulation
211	Berg, Boehnke, Marino, Baldi, Munoz, & Itti	Characterizing surprise in humans and monkeys
212	Brauer & Dannemiller	Salience effects on bilateral cuing
213	Breitmeyer, Koç, & Öğmen	Priming and masking interactions shape the transient component of focal attention
214	Min & Kim	Negative priming in pure perceptual-based sequence learning
215	Fehd & Seiffert	Attention strikes back: Counteracting the effects of adaptation with attention
216	Highsmith, Stoebling, Gulla, & Crognale	Does attention modulate chromatic VEP responses?
217	Nishimura & Yokosawa	Cueing of the stimulus location in polarity correspondence effect
218	Pechenkova	Measuring accommodation of visual attention: Titchener's "attention-wave" reconsidered?
219	Tseng, Papathomas, & Vidnyanszky	Learning-induced sensitization for motion directions is modulated by attention
220	von Grünau, Galera, Panagopoulos, & Cavallet	Exogenous attention distorts visual space and speeds up processing: Effects on apparent size
221	Wong, Hillstrom, & Peterson	Morphed objects do not capture the eyes
222	Wong-Drew, Chubb, & Sperling	Attentional filtering of dot intensities in centroid estimations
223	Yeshurun	Transient attention and selective adaptation to high and low spatial frequencies
224	Montagna & Carrasco	Transient covert attention increases the perceived rate of flicker
225	Rodriguez, Gobell, Fuller, & Carrasco	Apparent contrast differs across the vertical meridian of the visual field: Visual and attentional factors
Color
226	Kuyk, Garcia, Brockmeier, Gorsche, & Martinsen	Measuring the impact of laser eye protection on color vision
227	Zwick, Edsall, Hare, & Ness	Utilization of the Crawford transformation in evaluation of spectral background efficiency of solid state light sources
228	Mizokami, Webster, & Webster	Characteristic variations in the color statistics of natural scenes
229	Huang, Mullen, & Hess	Flank facilitation for isoluminant chromatic stimuli
230	Naito, Hirano, & Kikuchi	Loss of position perception and size constancy for equiluminant counterphase flickering color stimuli
231	Wachtler & Klauke	The "chromatic tilt" effect: Hue changes induced by a chromatic surround
232	Sakurai & Mullen	Cone weights for the cone opponent detection mechanisms in human peripheral vision
233	Xu & Fine	Are color-selective neurons representing structure?
234	Nagai & Uchikawa	Comparison between figure segregation and color discrimination thresholds for multi-colored texture stimuli
235	Miyahara & Hwang	Misreading patterns of Ishihara plates by normal trichromats
236	Brenner, Granzier, & Smeets	Variability in symmetric and asymmetric colour matching
237	Michna, Mullen, & Yoshizawa	Temporal luminance artifacts in chromatic motion are specific to L/M cone systems
238	D'Antona & Shevell	Distortion products in chromatic induction: Nulling of induced temporal frequencies not present in the stimulus
239	Hsieh & Tse	Illusory color mixing upon perceptual filling-in does not result in 'forbidden colors' and reveals cortical processing
240	Logvinenko	Partial colour matching: A new method to measure unique hues
241	Monnier & Troup	Classical definitions of chromatic induction are inadequate for induction with S-cone patterned backgrounds
242	Uchikawa, Kawahara, & Segawa	Chromatic induction of moving dots in a motion-defined layer
243	Beattie & Logvinenko	Hue scaling without hue naming
244	Boi & Pinna	The colored flashing spots illusion
245	Bostic, Robilotto, & Zaidi	Reflectance identification of real colored objects across real illuminants
246	Bloj & Ruppertsberg	The role of mutual illumination in gradient formation
247	Hurlbert & Ling	Color constancy of chromatically textured surfaces
248	Papathomas, Su, Jain, & Uzochukwu	The saliency of luminance and color (diagnostic and anti-diagnostic) in images
249	Gerhard & Maloney	Can semantic information prime surface color judgments?
250	Ling & Hurlbert	An extended model for color preference
251	Simmons	The association of colours with emotions: A systematic approach
252	Lindsey & Brown	Color name evolution in the world color survey: A K-means analysis
Surfaces and Shape
253	Chen & Chen	Cortical activation for 3D shapes constructed from different depth cues
254	Durand, Nelissen, Vanduffel, Todd, Norman, & Orban	Primate ips areas involved in visual 3D shape processing
255	Kuhlmann, Grossberg, & Mingolla	3D surface representations derived from texture gradients: Filtering, grouping and filling-in
256	Li, Tzen, Yadgarova, & Zaidi	3D curvature aftereffects from illusory orientation flows
257	Saunders & Backus	Perceived depth from linear perspective as a function of image size
258	Schofield, Rock, Hesse, Georgeson, & Yates	The role of texture amplitude in shape from shading
259	van Doorn, Koenderink, & Pont	Perception of illuminance flow in the case of anisotropic rough surfaces
260	Koenderink, Pont, & van Doorn	A new twist to the "shading cue"
261	Gerardin, de Montalembert, & Mamassian	Polo mint shading
262	Ho, Maloney, & Landy	The effect of viewpoint on visually perceived surface roughness in binocularly viewed scenes
263	Murray	Local 3D shape and reflectance statistics of natural surfaces
264	Vishwanath & Banks	How viewing distance and object size affect judgments of shape in pictures
265	Freeman & Driver	Selection of specific subjective states via contextual disambiguation in structure-from-motion
266	Banks & Girshick	Partial invariance for 3D layout in pictures
267	Khalil & McBeath	Canonical representaion: An examination of preferences for viewing and depicting 3-dimensional objects
268	Li & Pizlo	Is viewer-centered representation necessary for 3D shape perception?
269	Simpson, Shahani, & Manahilov	Classification objects
270	Mitsudo	Stereoscopic structure seen in flat patterns
271	Rogers	Failures of stereoscopic depth constancy: Fact or artefact?
Face Perception
272	Goffaux & Rossion	Face inversion disproportionately impairs the perception of vertical but not horizontal relations between features
273	Fiset, Blais, Gosselin, & Schyns	Effective frequency tuning of three face categorization tasks
274	Intriligator & Kaltreider	Faces and familiarity: Not all fame is the same
275	Steinmetz & DaSilva	Categorizing blurred images
276	Gaspar, Bennett, & Sekuler	Orientation congruence judgments in faces & words
277	Anderson & Wilson	Behavioural tuning of face-selective neural populations
278	Curby & Gauthier	The timecourse of expert and novice visual object encoding
279	Deaner, Shepherd, Ristic, & Platt	Familiarity accentuates gaze-following in women but not men
280	Dunham & Banaji	The “angry = black” effect across the lifespan
281	Isogaya, Maruya, Nakajima, Tani, & Sato	A self-range defined by gaze perception affected by characteristics of personality
282	Simion & Shimojo	A systematic investigation of the gaze manipulation effect
283	Rhodes, Maloney, Turner, & Ewing	Is the average face special?
284	Borrmann, Furtado, & Chaudhuri	Attentional processes involved in facial attention capture
285	Habak, Anderson, & Wilson	Perceived head orientation is affected by the dynamic rotation of neighboring faces
286	Shutts, Kinzler, & Spelke	An ambiguous-race illusion in children's face memory
Visual Development
287	Bosworth, Hinga, Robbins, & Dobkins	Longitudinal study of chromatic and luminance contrast sensitivity in full-term and pre-term infants
288	Calvert, Bradnam, Manahilov, McCulloch, Hamilton, & Dutton	VEP measures of contrast sensitivity in infants and children from 2 months- 15 years of age
289	Skoczenski	Infant vernier acuity improves at low luminance
290	Shirai, Kanazawa, & Yamaguchi	Early development of velocity sensitivity to rotational motion
291	Armstrong, Lewis, & Maurer	Temporal frequency matters: Sensitivity to second-order stimuli in 5-year-olds and adults
292	Kaldy, Blaser, & Kibbe	Detection vs. Saliance of color and motion-defiend stimuli in 6-month-old infants
293	Nawrot & Nawrot	The development of depth from motion parallax in infancy
294	Palomares, Gupta, Landau, & Egeth	Visuospatial interpolation within illusory contours: Evidence from Williams Syndrome and normal children
295	Adams, Drover, Penney, Earle, & Courage	New developments in the evolution of an efficient psychophysical test of spatial contrast sensitivity for pediatric patients
Attention: Divided Attention and Inattention
296	Baldwin, Trolka, Carson, & Rossi	The effect of perceived depth on object substitution masking
297	Carmel, Rees, & Lavie	Behavioral "baseline shift" effects of perceptual load
298	Cheries, Wynn, & Scholl	Interrupting infants' persisting object representations: An object-based limit?
299	Choi & Scholl	Blindness to swapping features in simple dynamic events
300	Scholte, Mulckhuyse, Tankink, & Lamme	Attention can operate independently of awareness
301	Libedinsky & Livingstone	Multi-level suppression during Motion-Induced Blindness
302	Shomstein, Behrmann, & Kimchi	Neglected stimuli influence perception
303	Chu & Edelman	Diminishing attentional capture by attentional set
304	Feeney & Dobkins	Attention effects on motion processing are larger in the left vs. the right visual field
305	Ghorashi, Jefferies, & Enns	Exogenous reconfiguration of the input filter: When it happens and when it does not
306	Reddy, Reddy, Perona, & Koch	Face identification in the near-absence of spatial attention
307	Segawa, Kobayashi, & Uchikawa	Effects of visual attention on depth discrimination in the peripheral visual field
308	Stojanoski & Niemeier	Components of feature-based attention for object perception
309	Tsushima & Watanabe	Sub-threshold task-irrelevant signals disrupt task performance more severely than supra-threshold signals
310	Walther, Fei-Fei, & Koch	Measuring the cost of deploying top-down visual attention
311	Yoshida & Cavanagh	Object substitution masking on the fly
Object Recognition I
312	Andresen & Grill-Spector	View sensitivity of object representations in human object-selective visual cortex
313	Bennett & Vuong	A stereo advantage in generalizing over changes in viewpoint on object recognition tasks
314	Chuang, Vuong, Thornton, & Buelthoff	Role of familiar object motion in recognising objects across viewpoints
315	Fazl, Grossberg, & Mingolla	View-invariant object category learning: How spatial and object attention are coordinated using surface-based attentional shrouds
316	Mou, Hayward, Zhao, Zhou, & Owen	Spatial updating during locomotion does not eliminate viewpoint-dependent visual object processing
317	Niimi & Yokosawa	Recognizing orientation of depth-rotated familiar objects
318	Balas & Sinha	Learning about objects in motion: Better generalization and sensitivity through temporal association
319	Peissig, Vuong, Vettel, & Tarr	Does contrast reversal affect the recognition of common objects?
320	Nederhouser, Yue, & Biederman	Predicting psychophysical similarity of complex shapes from measures of physical similarity
321	Christensen & Todd	What image measures are best correlated with the discriminability of 3D objects?
322	Schwartz	Attneave's Cat revisited: Points of high curvature are not important for shape recognition
323	McEntire & Schwartz	Curvature is encoded stronger than it is perceived
324	Harris & Miniussi	Effects of right parietal TMS on object recognition
Perceptual Organization: Contours
325	Richards, Bennett, & Sekuler	The effects of task switching on age-related differences in shape perception
326	Johnson & Soska	Development of 3D object completion in infancy
327	Baker, Tse, Gerhardstein, & Adler	Six-month-old infants' ability to detect contours
328	Tse & Gerhardstein	Contour detection in young human infants
329	Dannemiller & Lunsford	Element grouping with parabolic contours
330	Dillenburger & Wehrhahn	Real line masks “close the gap” in abutting line type illusory contour processing
331	Gu, Dillenburger, & Roe	A novel dynamically induced 'pure illusory contour'
332	Ni, Chen, & Andersen	Illusory contours formed by temporal interocular unmatched features
333	Unuma, Hasegawa, & Kellman	Spatiotemporal contour interpolation and shape discrimination
334	Hilger, Fantoni, Gerbino, & Kellman	Surface interpolation and slant anisotropy
335	Keane & Kellman	Classification images reveal interpolation in dynamic displays
336	Geisler & Perry	Efficiency of contour grouping across occlusions in natural images
337	May & Hess	Snakes are as fast as ladders: Evidence against the hypothesis that contrast facilitation mediates contour detection
338	Gheorghiu & Kingdom	Luminance-contrast properties of contour-shape processing revealed through adaptation
339	Kingdom & Gheorghiu	On the mechanisms for contour-shape after-effects
3D Cue Integration
340	Di Luca, Domini, & Caudek	Depth cues do not specify a unique Affine or Euclidean shape representation
341	Domini & Caudek	The intrinsic constraint model for stereo-motion integration
342	Scilipoti, Domini, & Caudek	Learning a new cue to depth
343	Weiner, Schiller, & Zhang	How effective are disparity and motion parallax cues for depth perception in monkeys and humans?
344	Fernandez & Farell	Near optimal depth cue combination from binocular disparity and motion parallax
345	Ichikawa & Masakura	Dependency of the manner to integrate depth cues on perceptual tasks
346	Mackenzie, Wilcox, & Jovanović	Integration of motion and disparity in reconstructing 3D surface shape
347	Tyler & Kontsevich	Encoding perceived depth
348	Bocheva	Interactions of motion, distance and texture on perceive slant of planar surfaces
Perception and Action
349	Ballard & Rothkopf	Getting credit assignment right in visuo-motor behaviors
350	Rothkopf, Hayhoe, & Parkins	Predictive eye movements in physically possible and impossible worlds: Evidence for internal models
351	Bruno, Giovannini, Jacomuzzi, Surian, & Semenza	Characteristic ontogenesis of vision-for-action and vision-for-perception revealed by two spatial tasks
352	Gorea, Cardoso-Leite, Mamassian, & Waszak	A negative test of the sensorimotor dissociation via a trial-by-trial analysis of response times and temporal order judgments
353	Phillips, Gaudino, Prue, & Voshell	Perception and action at a distance
354	Dionne & Henriques	Interpreting visual information in motor learning
355	Wolfe & Amis	Is active drawing of line configurations resistant to visual illusions?
356	Purves & Boots	Evolution of visually guided behavior in artificial agents
357	Scarlatis, Greenberg, & Judy	Performance of basic visual tasks using retinal-prosthetic simulation
Working Memory II
358	Matsukura, Luck, & Vecera	The nature of space-invariant object-based attention II
359	Eng, Chen, & Jiang	Effects of familiarity on visual working memory of upright and inverted faces
360	Gordon, Frankl, & Vollmer	Episodic representation of object identity and form
361	Jackson, Wu, Langeslag, Linden, & Raymond	Enhanced visual working memory for angry faces
362	Moore, Chatterjee, Page, Verfaellie, & Olson	Binding in visual working memory is impaired in patients with medial temporal lobe amnesia
363	Schmidt & Zelinsky	How is eye gaze affected by cognitive load and visual complexity?
364	Shin, Fabiani, & Gratton	Effects of stimulus identity and distance on the interaction between perceptual representations: An encoding-related lateralization study
365	Takahama, Misaki, Miyauchi, & Saiki	Functional connectivity within the neural system during maintenance period in visual working memory task
366	van Zoest, Lleras, Kingstone, & Enns	But you're staring right at it! Rapid resumption is not predicted by eye position alone
367	Gauchou, Vidal, Tallon-Baudry, & O'Regan	Relational information in visual short term memory and context induced change perception
368	Reinecke, Rinck, & Becker	Keeping an eye on the spider in the corner: Biased visual working memory in phobic anxiety – a change detection paradigm
369	Chen & Chan	Distractor interference stays constant despite variation in working memory load
Shape and Depth from Motion
370	Hosokawa & Sato	Shearing and compressive motions work cooperatively to reconstruct structure from motion
371	Gurnsey, Poirier, Leibov, & Bluett	Size scaling equates the perception of 3D shape-from-texture and shape-from-motion across the visual field
372	Meng & Zaidi	Perceived velocity gradients and the rigidity of 3-D shape percepts
373	Stockert, Joyce, & Nawrot	Eye movement suppression of optokinetic after-nystagmus disambiguates depth from motion parallax
374	Joyce, Stockert, & Nawrot	Eye movements, not head translations, determine of perceived depth sign in motion parallax
375	Mizushina & Ono	The stability zone of motion parallax with head movements for different velocity gradients
376	Imura, Yamaguchi, Kanazawa, Shirai, Otsuka, Tomonaga, & Yagi	Perception of 3-D shape from moving cast shadow in human infants
Spatial Vision II
377	Polat, Levi, Sterkin, & Amiaz	Abnormal contour filling-in process in patients with depression
378	Allard & Faubert	Contrast-modulated stimuli detection is unaffected by luminance-modulated noise
379	Shahani, Manahilov, & Simpson	New insights into amblyopia from classification images
380	Lewis, Chang, Murphy, Maurer, & Jones	Orientation discrimination in noise: 7-year-olds are noisier than adults
381	Atkinson, Braddick, Nardini, Anker, Cowan, Edwards, & Rutherford	Visual and visuo-cognitive development in children born very prematurely: 'dorsal vulnerability' extended
382	Wu, Park, & Shimojo	Stimulating “impossible” visual space with TMS
Multi-Sensory Processing
383	Bonato, Bubka, & Palmisano	Changing and steady vection effects on simulator sickness
384	Koene, Arnold, & Johnston	Multi-sensory comparison improves signal discrimination
385	Shimojo, Kanai, & Sheth	Moving ventriloquism: Forward drifts and sharp resets in perceived audio-visual simultaneity
386	Watanabe, Shinohara, & Shimojo	Auditory-motor delay adaptation modulates subjective simultaneity of visually observed other's action and auditory stimuli
387	Burr, Morrone, & Banks	Auditory capture of visual stimuli in time is statistically optimal
388	Evans & Treisman	Role of attention in visual-auditory crossmodal interactions
Color Constancy, Lightness and Transparency
389	Cornelissen, van Es, & Vladusich	FMRI of relational color constancy in human visual cortex
390	Granzier, Smeets, & Brenner	Colour constancy is not based on estimating the colour of the illumination
391	Ruppertsberg, Hurlbert, & Bloj	Sensitivity to gradients in complex scenes
392	Anderson & Winawer	Scission and the perception of lightness
393	Gilchrist & Radonjic	Computing lightness at a slant: Taking light source direction into account versus a relaxed coplanar ratio model
394	Petrini & Logvinenko	Multidimensional scaling (MDS) analysis of achromatic transparency
Goal-Directed Hand Movements
395	Mamassian	Visuo-motor synchrony
396	Kleinholdermann, Brenner, Franz, & Smeets	Grasping trapezoidal objects
397	Monaco, Fattori, Galletti, Goodale, Kroliczak, Quinlan, & Culham	The contribution of visual and proprioceptive information to the precision of reaching movements
398	Song & Nakayama	Automatic adjustment of visuo-motor readiness
399	Gonzalez, Ganel, Whitwell, Morrissey, & Goodale	Practice makes perfect, but only with the right hand: Sensitivity to perceptual illusions with awkward grasps decreases with practice in the right but not the left hand
400	Chong, Williams, Cunnington, & Mattingley	Attentional modulation of neural responses to action observation: Implications for models of the human 'mirror' system
Receptive fields, organization, plasticity
401	Vaina & Soloviev	Functional stealing: Reorganization of the retinotopic map after occipital lobe infarct
402	Kasamatsu & Imamura	Ocular dominance plasticity maintained by cyclic amp-dependent protein kinase activation: A general mechanism in visual cortex
403	Galuske, Singer, & Munk	Cortical states determine the polarity of orientation plasticity in primary visual cortex
404	Schiller, Tehovnik, & Weiner	Preliminary studies examining the feasibility of a visual prosthetic device: 2. The laminar specificity of electrical stimulation in monkey area V1 and the visual percepts created
405	Roe & Lu	Functional organization of color domains in V1 and V2 of Macaque monkey revealed by optical imaging
406	Hartmann, Bremmer, Albright, & Krekelberg	Receptive field shifts in area MT during smooth and rapid eye movements
407	Saul, Tang, & Wong	Timing aftereffects in alert monkey V1
Cue Integration
408	DeAngelis, Gu, & Angelaki	Role of area MSTd in cue integration for heading discrimination: II. Analysis of correlations between neural responses and perceptual decisions
409	Gu, Angelaki, & DeAngelis	Role of area MSTd in cue integration for heading discrimination: I. Comparison of neuronal and psychophysical sensitivity to visual and vestibular cues
410	Welchman, Lam, & Buelthoff	Bias in three-dimensional motion estimation reflects the combination of information to which the brain is differentially sensitive
411	Girshick & Banks	Combining slant information from disparity and texture: When is it optimal?
412	Knill	Learning Bayesian priors for depth perception
413	Levitan & Banks	Statistical robustness in a three-cue environment
414	Ivanchenko & Jacobs	Nonlinear integration of texture and shading cues on a slant discrimination task
Color: Appearance and Context
415	Webster, Mizokami, Werner, & Crognale	Nonlinearities in color appearance – compensating for the eye's spectral sensitivity
416	Philipona & O'Regan	The span of cone ratios and color naming
417	Beer, Dinca, & MacLeod	Ideal white can be yellowish or bluish, but not reddish or greenish
418	Rudd	Contrast gain control accounts for both contrast and assimilation effects in simple achromatic color displays
419	Vul & MacLeod	Color without consciousness: Dynamics of the McCollough effect
3D Visual Processing: Space
420	Dilda, Creem-Regehr, & Thompson	Angle of elevation influences distance perception to targets on the ceiling
421	Ozkan & Braunstein	Background surface and horizon effects in the perception of relative size
422	Ooi & He	Localizing suspended objects in the intermediate distance range (>2 meters) by observers with normal and abnormal binocular vision
423	Kunz, Creem-Regehr, & Thompson	Perceptual-motor recalibration of imagined walking
424	Erkelens & van Ee	Metric of binocular visual direction in stereopsis
Visual Evoked Potentials
425	Park, Zhang, Ferrera, Dakhlallah, Popalzai, Hirsch, & Hood	Comparison of contrast-response functions from multifocal visual evoked potentials (mfVEPs) and functional MRI signals
426	Braddick, Birtles, Mills, Warshafsky, Wattam-Bell, & Atkinson	Brain responses to global perceptual coherence
427	Carney, Ales, & Klein	Extending the multi-focal VEP method to complex stimuli
428	Dandekar, Ales, Carney, & Klein	Inter-subject variability of the visual evoked potential
Face Perception: Configural, Holistic Processing
429	Rossion, Namèche, Sorger, & Goebel	A whole-to-part advantage for processing faces in the occipito-temporal cortex
430	Meeren, Hadjikhani, Ahlfors, Hämäläinen, & de Gelder	Ultrarapid extraction of configural information from biologically salient visual stimuli: Magnetoencephalographic evidence
431	Zion Golumbic & Bentin	Configural integration in face perception: Evidence from EEG oscillations in the gamma band
432	Dahl, Logothetis, & Hoffman	Holistic and subordinate-level face processing in monkeys
433	Carbon, Leder, Grueter, Grueter, Weber, & Lueschow	Reduced configural processing abilities in congenital prosopagnosia
434	Duchaine & Yovel	Normal configural processing of non-face stimuli in prosopagnosia
435	Michel, Corneille, & Rossion	Categorization of face race modulates holistic face processing
436	Park & Woo Hyun	The configurational and featural information in the age perception of face
437	Symons & Roberts	Configural and featural processing of human and animal faces: Thatcherization, spatial distortion and inversion
438	Wagar, Bub, & Tanaka	Uncovering the perceptual representation in holistic face processing
439	Cheung & Gauthier	Contextually evoked interference on the holistic processing of faces
440	Adler & Baker	Infants' sensitivity to variability in face configuration
Search I
441	Rich, Hidalgo-Sotelo, Kunar, Van Wert, & Wolfe	What happens during search for rare targets? Eye movements in low prevalence visual search
442	Flusberg, Palmer, & Wolfe	Crossing over: Different visual search tasks use different decision rules
443	Palmer, Van Wert, Horowitz, & Wolfe	Measuring the timecourse of guidance in visual search
444	Van Wert, Horowitz, Place, & Wolfe	Errors in low prevalence visual search: Easy to produce, hard to cure
445	Allen & Humphreys	The preview benefit is active ignoring
446	Humphreys & Hodsoll	Differentiating cross- from within-domain binding: Neuropsychological evidence from reversed search asymmetries
447	Chen & Zelinsky	Is visual search a top-down or bottom-up process?
448	Neider & Zelinsky	Exploring set size effects in realistic scenes
449	Yang & Zelinsky	Evidence for guidance in categorical visual search
450	Tavassoli, van der Linde, Bovik, & Cormack	Noise unveils spatial frequency and orientation selectivity during visual search
451	van der Linde, Tavassoli, Bovik, & Cormack	Classification images reveal observer templates underlying the direct tilt illusion
452	Gallego & Adler	Search asymmetry and eye movements in infancy
453	Gee & Merigan	Latency and accuracy of search eye movements across the macaque visual field
454	Navalpakkam & Itti	Optimal feature gain modulation during visual search
455	Schoonveld & Eckstein	Models of eye movement strategies: Optimal searcher vs. optimal saccadic targeting
456	Troscianko, Vincent, Gilchrist, Knight, & Holland	A robot with active vision
Scene Perception
457	Chan, Byrne, Becker, & Sun	Differential encoding of environmental features in spatial representation
458	Dickinson, Bensonoff, & Intraub	Representing layout: What is the time course of boundary extension?
459	Dixon, Canga, Troscianko, Noyes, Nikolov, Bull, & Canagarajah	Assessment of images fused using false colouring
460	Gillespie, Braunstein, & Andersen	Interaction of scene background, size change, direction and velocity in determining perceived motion in depth
461	Gorlin, Nandakumar, & Sinha	The role of the periphery in directed search for natural objects
462	Greene & Oliva	Seeing the {closed+camouflage+natural=forest} for the trees: Rapid scene categorization can be mediated by conjunctions of global scene properties
463	Steeves, Cant, Valyear, Démonet, Kentridge, Heywood, & Goodale	Seeing the forest but not the trees: Spared categorization and functional activation for scenes in patients with object agnosia
464	Oliva, Konkle, Greene, & Torralba	Not all scene categories are created equal: The role of object and layout diagnosticity in scene gist understanding
465	Hunter & Edelman	Why are natural scenes easy to remember, but artificial ones hard?
466	Konkle, McDaniel, Greene, & Oliva	Constructing depth information in briefly presented scenes
467	Meng & Potter	Amodal completion when perceiving and remembering RSVP pictures
468	Motes, Finlay, & Kozhevnikov	Effects of set-size on scene recognition following locomotion
469	te Pas & Pont	Illumination discrimination under varying complexity of shape and light sources
470	Vessel & Rubin	Direct comparison of preferences for dramatically different stimulus types reveals higher observer agreement for images with semantic content
471	Vuong & Thornton	The role of motion in natural scene processing revealed by visual search
472	Wang, Wang, Liu, Chan, & Sun	Examining spatial properties from multiple views
473	Yoonessi & Kingdom	Dichoptic difference thresholds for familiar and unfamiliar transformations of real scenes
474	Yue, Vessel, & Biederman	The neural basis of preference for natural scenes
475	Appelbaum, Vildavski, Pettet, Wade, & Norcia	Cortical networks underlying scene segmentation
476	Dassonville, Walter, & Lunger	Illusions of space, field dependence and the efficiency of working memory
477	Gardner & Palmer	Framing aesthetic judgments
478	Kirchner, Vuong, Thorpe, & Thornton	Knowing where it goes: Different saccadic responses to dynamic versus static targets
Eye Movements and Cognition
479	Hamburger, White, & de Grave	Saccades in ambiguous figures
480	Jovancevic, Sullivan, & Hayhoe	Learning gaze allocation priorities in complex environments
481	Chajka, Hayhoe, Sullivan, Pelz, Mennie, & Droll	Predictive eye movements in squash
482	Renninger, Verghese, & Coughlan	Eye movements incorporate knowledge of part structure
483	Shiu & Edelman	Instructing express saccades to shift in the face of large distractors
484	Zhaoping & Guyader	Blind search --- successful saccades to the unknown target location up to 1000 ms after removal of visual search stimulus
485	Reeves & Jin	The Gap Effect revisted; seven wrong explanations and two possibly right ones
486	Richard, Hollingworth, & Luck	Testing an object file theory of object correspondence across saccades
487	Thiem, Keller, & Lee	Psychophysical evidence that top-down input effects error directions in a choice-response saccade task
488	Caspi, Hirschberger, Ein-Dor, & Zivotofsky	Looking away from death: The influence of subliminal priming on eye movement decisions
489	Nelson & Cottrell	An optimal experimental design model of information acquisition on a classic concept learning task
490	Yi, Ballard, & Hayhoe	Modeling eye-hand movement sequences in natural tasks
491	Burke & Barnes	Motor control of eye movements in humans: A brain imaging and behaviour study
Eye Movements: Saccades and Fixations
492	Prime & Crawford	Storing visual object features and locations across saccades
493	Carmi & Itti	From eye-tracking data to information: Lessons from dynamic scenes
494	Fine, Yurgenson, & Moore	Path length and number of saccades affect saccade accuracy
495	Kumar, Stevenson, & Roorda	Saccadic targeting variability revealed by high magnification retinal imaging
496	Rajashekar, van der Linde, Bovik, & Cormack	Statistical analysis and selection of visual fixations
497	Yang & Heinen	A model of supplementary eye field (SEF) involvement in saccade generation
498	Geng, Ruff, & Driver	Saccade-related direction-selective activation in visual cortex
499	Greenlee, Frank, & Baumann	Cortical activation during triple-step memory-guided saccadic eye movements as measured by fMRI
500	Keith, Blohm, & Crawford	A recurrent neural network for trans-saccadic spatial updating produces receptive field remapping and suppressed moving hills
501	Kis & Niemeier	Perisaccadic mislocalization of spatial locations and saccade initiation
502	Mitchell & Edelman	The effect of presaccadic and postsaccadic visual information on saccade endpoint error and velocity
503	Morris, Chambers, & Mattingley	Stimulation of human intraparietal cortex disrupts spatial updating of visual locations across saccades
504	Rieger, Bodis-Wollner, Schoenfeld, & Heinze	Differences in perisaccadic retinotopic and spatiotopic localization in the parietal and occipital cortices in the absence of visual input
505	Luo & Peli	Patients with tunnel vision frequently saccade to outside their visual fields in visual search
506	Sylvester, Haynes, Driver, & Rees	Asymmetric responses to temporal versus nasal hemifield stimulation in the human superior colliculus
Attention: Neural Mechanisms and Models
507	Hsu, Scofield, & Sperling	A computational model for the distribution of spatial attention
508	Scofield, Hsu, & Sperling	Complex spatial distributions of attention
509	Jolij & Lamme	Transcranial magnetic stimulation of striate cortex induces illusory percepts of past and future events
510	Mevorach, Humphreys, & Shalev	Pushing to and pulling away from salience: Evidence from rTMS for opposite biases in selection for the left and right posterior parietal cortex
511	Valero-Cabre, Pascual-Leone, & Payne	Non-invasive induction and cancellation of visuo-spatial neglect by repetitive transcranial magnetic stimulation (rTMS)
512	Peters & Itti	A computational model of task-dependent influences on eye position
513	Bayerl & Neumann	Feature attention in motion perception - a computational account
514	Datta & DeYoe	Beyond the spotlight: An attentional landscape model of visuospatial attention
515	Ding, Srinivasan, & Sperling	Flicker elicits eeg responses in two distinct cortical networks depending on attention and flicker frequency
516	Lomber, Payne, Hall, Malhotra, & Mellott	Adaptive cortical plasticity underlying recovery from cerebral damage induced visual neglect
517	Philippi, Sparks, Marron, & Rizzo	Effects of dorsal and ventral visual pathway lesions on visual vigilance
518	Shim, Alvarez, Vickery, & Jiang	Effects of spatial and non-spatial attentional load on posterior parietal cortex
519	Ling, Liu, & Carrasco	The influence of attention on motion selective channels: An equivalent noise approach
Search II
520	Pinto, Olivers, & Theeuwes	When is search for a static target efficient?
521	Chatziastros & Bülthoff	Spatial partitioning during visual search of a dyad
522	Phillips & Edelman	Performance on a structured visual search task depends much more on perceptual span than fixation duration
523	Smilek, Frischen, Reynolds, Gerritsen, & Eastwood	What makes search for negative faces efficient? Distinguishing between pre-attentive and post-attentive processes
524	Silva & Cox	Can parafoveal processing explain skipping behaviour in interactive menu search?
525	Rajimehr & Afraz	Right hemisphere dominance in attentional processing and spatiotopic representation of visual stimuli during serial search tasks
526	Eidels & Townsend	Configural superiority: RT, accuracy, and an ideal observer approach
527	McDermott, Mulligan, Bebis, & Webster	Visual search in familiar contexts – effects of learning or adaptation?
528	Hailston & Davis	Effects of priming visual relatedness and expectancy on visual search performance
529	Tsai & Peterson	Examining the influence of saliency during visual search
530	Saiki	Stimulus-driven mechanism of search asymmetry revealed by classification image analysis of singleton search
531	Wan & Lleras	Features and suppression: What perceptual features afford suppression in the distractor previewing effect?
532	Gayzur, Saville, & Langley	Aging and inhibitory tagging during visual search
Cortical Organization
533	Dumoulin, Brewer, Ben-Shachar, Dougherty, & Wandell	Distinguishing visual field map clusters: A new paradigm
534	Yang, Ts'o, & Szeverenyi	Neuronal resources for perceptual judgment localized in the human brain
535	Kim, Grabowecky, Paller, & Suzuki	Harmonic components of SSVEPs simultaneously generate both broad bilateral and focal contralateral responses
536	Pitzalis, Sereno, Committeri, Galati, Fattori, & Galletti	A possible human homologue of the macaque V6A
537	Poggel, Kim, & Toth	Mapping of posterior parietal areas in fMRI using task relevance and response modalities
538	Nelissen, Luppino, Vanduffel, Rizzolatti, & Orban	Representation of observed hand actions in macaque Superior Temporal Sulcus
539	Large, Kuchinad, Aldcroft, Culham, & Vilis	Visual field representation in the lateral occipital complex
540	Lescroart, Yue, Hayworth, & Biederman	Laterality effects in the LOC
541	Radoeva, Brainard, & Aguirre	Contrast responses and retinotopic organization in Blindsight: an fMRI study
542	Li, Dumoulin, Mansouri, & Hess	The fidelity of the retinotopic cortical map in amblyopia measured with BOLD-fMRI
543	Mansouri & Hess	A disrupted retinotopic map in amblyopia
544	Hoffmann, Lorenz, Preising, & Seufert	Cortical visual field representations in patients with albinism and female carriers of ocular albinism assessed with multifocal visual evoked potentials
Motion: Aftereffects, Ambiguity and Illusions
545	Dobbins & Zotov	Geometric context influences ambiguous apparent motion
546	Dodd, Masson, & Enns	The Bicycle Illusion: A new look at acuity, form, and motion interactions in conscious experience
547	Dürsteler	The freezing rotation illusion
548	Goutcher & Loffler	Opposite biases for the perceived direction of first- and second-order lines
549	Mather	Motion after-effects from two-stroke apparent motion
550	Bulakowski, Koldewyn, & Whitney	Independent coding of object motion and position revealed by distinct perceptual time courses
551	Murakami, Kitaoka, & Ashida	Artificial image oscillation enhances the rotating snakes illusion
552	Pinna & Boi	The rotating circle illusion
553	Yamada, Kawabe, & Miura	An arrow allows illusory line motion to get together
554	Nieman, Sheth, & Shimojo	Mutually contradictory percepts in motion processing
555	Prins	Controlled processes in apparent motion
556	Caplovitz & Tse	Spinning ellipses: Dotted contours reveal the spatial resolution for the tracking of unambiguously moving features
557	Cai	Illusory conjunction between continuous and discrete changes in the absence of motion
558	Barraza & Grzywacz	Speed adaptation as Kalman filtering
Spatial Vision: Natural Image Statistics
559	Wilson, Ing, & Geisler	Chromatic differences within surfaces and across surface boundaries
560	Najemnik & Geisler	Ideal observer analysis of detection in natural scenes
561	Drewes, Wichmann, & Gegenfurtner	Classification of natural scenes: Critical features revisited
562	Lovell, Tolhurst, Ripamonti, To, & Troscianko	What makes two images look different from each other?
563	Punzi & Del Viva	Visual features and information theory
564	Hansen & Hess	Contour sparseness and the interactions in the visual processing of local phase alignment of natural scene contours
565	Brady	Predicting perturbation of object contours by background in natural images
566	Zetzsche, Nuding, & Schill	Learning the selectivity of V4 neurons using a nonlinear multi-stage network
567	Dastjerdi & Dong	The effect of the static nonlinearity on the efficient coding of the visual input
568	Johnson, Prins, Kingdom, & Baker	Ecological validity determines the impact of second-order information on perceptual performance
569	Vanni, Pihlaja, James, & Henriksson	Multifocal fMRI shows spatial interactions in human primary visual cortex
570	Burgess	Why masses are hard to detect in mammograms
Motion Perception: 2D
571	Crewther, Laycock, Fitzgerald, & Crewther	Evidence for an early, direct visual input to V5/MT
572	Harasawa, Obata, Morita, Ito, Saito, Sato, & Aizawa	Hemodynamic changes in visual motion detection measured by near infrared spectroscopy
573	Edwards & Crane	Motion streaks lower global-motion thresholds
574	Durgin, Freeman, & Huk	Reciprocal interaction between high and low frequencies in the perception of motion
575	Lien, Tong, Bedell, Cisarik, & Patel	The relationship between motion sensitivity and fixation variability in eccentric gaze
576	Raghunandan & Stevenson	Eye movement correlograms reveal first-order interocular motion processes
577	Gepshtein, Tyukin, Kubovy, & van Leeuwen	A Pareto-optimality theory of motion perception
578	Tse & Caplovitz	V3A processes contour curvature as a trackable feature for the perception of rotational motion
579	Sheth, Kanai, & Shimojo	Dynamic evolution of motion perception
580	Vaziri Pashkam & Cavanagh	Apparent speed increases at low luminance
581	Watamaniuk & Blaser	Perceived speed of intermittently occluded motion
582	Casco, Grieco, & Giora	Saliency from orthogonal velocity component in texture segregation
583	Or, Khuu, & Hayes	The effect of contrast variations on the perception of Glass patterns
584	Del Viva & Gori	Anti-Glass patterns and real motion: Same or different mechanisms?
585	Royden & Connors	The effect of eccentricity on detection of a moving object by a moving observer
586	Reed, Weingarten, & Cunningham	The effects of age an attention on the perception of motion
587	Sasaki & Uka	The spatial resolution of visual attention in a motion direction discrimination task
588	Norcia, Han, Pettet, Vildavski, Wade, & Appelbaum	Modulation of local and global motion responses by sustained visual attention
Attention: Spatial, Object, and Feature Selection
589	Ambinder & Simons	Individual differences in attention capture
590	Brady, Swisher, & Somers	Effects of attention on the spatial extent of crowding
591	Canto Pereira & Ranvaud	Is there a “spotlight reflection” during covert attention?
592	Denney & Brown	Exploring how object-based attention interacts with uniform connectedness and self-splitting figures
593	Galera, Cavallet, von Grünau, Caserta, & Panagopoulos	The distribution of visual attention: Evidence based on temporal order judgment (TOJ) task
594	Greenberg, Serences, & Yantis	Object-based attention does not automatically spread throughout an object
595	Hecht & Vecera	Selecting multipart objects: Is uniformity necessary?
596	Lin & Yeh	On-line updating of object representation: Same-object effect obtained from last-minute amodal completed objects
597	New & Scholl	The spatial distribution of subjective time dilation
598	Panagopoulos, von Grünau, Galera, Ivan, & Cavallet	Does the strength of the attentional focus depend on the size of the cued area?
599	Saenz, Boynton, & Koch	Combined effects of spatial and feature-based attention in human visual cortex
600	Serences & Boynton	The joint influence of space- and feature-based attention on visual perception
601	Wede & Francis	The role of selective visual attention in the formation of visual afterimages: Experimental data and model simulations
602	Wu, Weissman, & Woldorff	Contingent attentional capture occurs only for irrelevant stimuli that can be consciously perceived
603	Liu, Stevens, & Carrasco	Comparing the effectiveness of spatial and feature-based attention
604	Pestilli, Viera, & Carrasco	On the interaction between covert attention and contrast adaptation
605	Wasserman, Lazareva, & Luck	Change detection in pigeons: stimulus attributes and binding
Object Recognition II
606	Barenholtz & Tarr	Shape-shifters: Visual judgment of similarity across shape transformations
607	Wiesmann, Verschure, & Kiper	The dynamics of pattern identification and categorization
608	Mack, Wong, Gauthier, & Palmeri	The time course of visual object detection and categorization
609	Remus & Grill-Spector	Behavioral sensitivity to novel object features can be modulated by high-level knowledge of function
610	Reppa & Leek	The structure of three-dimensional object representations for regular and irregular shapes: Evidence from whole-part matching and repetition priming
611	Rosenberg & Carey	Infants' indexing of objects vs. non-cohesive substances
612	Cant, Large, McCall, & Goodale	Independent processing of object form and surface properties
613	Brooks, Lazareva, Gosselin, Schyns, & Wasserman	Stimulus control in categorization: An application of the bubbles procedure
614	Lai & Mel	Hierarchical feature learning using nested self-organizing maps
615	Serre, Oliva, & Poggio	Feedforward theories of visual cortex predict human performance in rapid categorization
616	Scott, Tanaka, Sheinberg, & Curran	The contributions of category experience and learning to perceptual expertise: A behavioral and neurophysiological study
617	Sheinberg, Mruczek, Anderson, & Kawasaki	Effects of long term image familiarity in monkey temporal cortex
618	Gronau, Neta, & Bar	Visual contextual representations bind semantic and spatial associations
619	Kawasaki & Sheinberg	Temporal integration of visually and electrically evoked activity in monkey inferior temporal cortex during visual discrimination learning
620	Jiang, Bradley, Rini, Zeffiro, VanMeter, & Riesenhuber	Categorization training leads to sharpening tuning of shape-specific tuning in the lateral occipital cortex and learning of category-selective representations in the prefrontal cortex
621	Hayworth, Yue, & Biederman	A lateral occipital complex (LOC) localizer with precisely matched local feature composition in intact and scrambled images
622	Harel, Ullman, Epshtein, & Bentin	The psychological reality and neural basis of intermediate complexity features in perceptual categorization
623	Cate, Goodale, & Kohler	The influence of perceived size/distance on object and place ROIs
Motion and Depth
624	Calabro & Vaina	Perception of stereomotion coherence in the presence of planar or volumetric dynamic noise
625	Likova, Tyler, & Gamlin	Frontal cortical activation by stereoscopic motion-in-depth
626	Sakano, Allison, Howard, & Sadr	Aftereffect of motion-in-depth based on binocular cues: No effect of relative disparity between adaptation and test surfaces
627	Visco & Stevenson	The effect of edge polarity on the Pulfrich stereophenomenon
628	Lages	Modeling perceptual bias in 3-D motion
629	Nefs & Harris	An Aubert-Fleischl-like illusion in depth
630	Artemenkov	Masking effect in visual perception of simultaneously presented dilating and contracting size-changing objects
631	Khuu, Lee, & Hayes	Human perception of image speed derived from the simultaneous extraction and analysis of visual information in two- and three-dimensional space
632	Sikoglu, Beardsley, Calabro, & Vaina	Comparison of 2D and 3D ideal observers to characterize heading perception with directional range noise
633	Gray & Regan	Unconfounding the time to passage, direction of motion and rotation rate of an approaching object: Different early visual processing in expert baseball players and nonplayers
634	Thaler & Todd	The rubber pencil illusion
635	Wiesemann, Norman, Norman, & Craft	The discrimination of elasticity in bending motion
Motion Integration
636	Billino, Bremmer, & Gegenfurtner	The effect of age on the detection of coherent motion and radial flow
637	Bower, Ni, & Andersen	Age-related decrements in the discrimination of global coherent motion
638	Brosseau-Lachaine, Gagnon, Forget, & Faubert	Complex visual information processing in children after mild traumatic brain injury
639	Dobkins, Sampath, & Chen	Adults, but not infants, use color as a segmentation cue for motion processing
640	Kanazawa, Shirai, Otsuka, & Yamaguchi	Perceptual development of directional transparent motion in infancy
641	Kafaligonul, Patel, Ogmen, Bedell, & Purushothaman	Simultaneous flash-lag effects in two directions reveal a slow stage of multi-directional motion integration
642	Hock & Nichols	Dual pathways for object motion and motion energy
643	Otsuka, Kanazawa, & Yamaguchi	The effect of occlusion on motion integration in infants
Stereopsis
644	Chai & Farell	Perceived stereo depth depends on relative disparity of similarly oriented components in test and reference stimuli
645	Fantoni & Gerbino	3D surface orientation based on orientation disparity alone
646	Norman, Norman, Walton, & Wiesemann	Aging preserves sensitivity to smooth stereoscopic surfaces
647	van Ee & Knapen	Stereoscopic surface slant adaptation occurs before slant awareness: Multiple slant signals adapt independently
648	Yasuoka, Tanabe, & Fujita	Stereoscopic depth in anticorrelated stereograms and the sensitivity to interocular delay
649	Tyrrell, Beck, Brooks, & Owens	The accuracy of observers' estimates of their own stereoacuity
650	Schreiber & Schor	What is retinal disparity?
651	Patel & Bedell	Disparities in non-vertical spatial frequency components extend the range of accurate depth perception in humans
652	Schloss & Palmer	“Stereoscopic depth and the occlusion illusion”
653	Qian, Patel, & Bedell	Effects of spatial frequency, contrast, and stimulus size on the magnitude of perceived depth and speed
654	Ishii, Tang, & Tamura	Stereograms that consist of veridical image for one eye and lightness afterimage for the other eye
655	Doi, Tanabe, & Fujita	Computations underlying fine and coarse stereopsis
656	Devisme, Drobe, Monot, & Droulez	Combination of horizontal and vertical disparity gradient with concentric pattern
Face Perception: Neural Mechanisms
657	Weber, Sander, Carbon, Grueter, Grueter, Curio, Trahms, & Lueschow	Characterization of subjects with congenital prosopagnosia by combined electrophysiological and behavioural data
658	Arnott, Kentridge, Heywood, Steeves, & Goodale	Voice recognition in a prosopagnosic patient: An fMRI study
659	Farivar, Germann, Petrides, Blanke, & Chaudhuri	Motion-defined face and object recognition: Evidence from psychophysics, neuropsychology, and functional imaging
660	Bukach, Peissig, & Tarr	A normal N170 response in acquired prosopagnosia with damage to right anterior temporal lobe
661	Duchaine, Garrido, & Nakayama	Face detection in normal subjects and prosopagnosics
662	He & Jiang	Cortical responses to invisible facial information
663	Chan, Peelen, & Downing	An exploration of face selectivity in human inferior frontal cortex
664	Husk, Betts, O'Craven, Bennett, & Sekuler	House training: Neural correlates of object learning
665	Jacques & Rossion	The effect of picture-plane rotation on early face categorization processes
666	Schneider, DeLong, & Busey	On the nature of privileged visual stimuli: Partial immunity from within-class inhibition
667	Thomas & Aguirre	Distributed representation of facial identity studied with fMRI
668	Caldara & Seghier	Symmetry is in the eye of the fusiform face area
669	Jeffery, Rhodes, & Busey	View-specific coding of face shape
670	Kriegeskorte, Mur, Ruff, Bodurka, & Bandettini	Recognizing a person by face: Dissociating brain regions involved in perceptual and conceptual components of person identification
671	Steede, Tree, & Hole	I can't recognize your face but I can recognize its movement
672	Rousselet, D’Arripe, Rossion, & Jacques	Visual competition during early face processing is driven towards stimuli at the fovea
673	Hemond, Op de Beeck, & Kanwisher	A contralateral preference in face and object selective cortex
Perceptual Learning
674	Ostrovsky & Sinha	Learning to parse images through dynamic experience
675	Blaha & Townsend	Parts to wholes: Configural learning fundamentally changes the visual information processing system
676	Turk-Browne & Scholl	The space-time continuum: Spatial visual statistical learning produces temporal processing advantages
677	Hegdé, Thompson, & Kersten	Psychophysical and fMRI studies of the role of prior knowledge in visual perception
678	Michel & Jacobs	Cue acquisition based on visual-auditory but not visual-visual correlations
679	Wenger, Bittner, & Von Der Heide	Distinguishing sensory from perceptual bias in perceptual learning for contrast detection: What is and is not learned
Face Perception: Behavioral and Clinical
680	Bressler & Whitney	Holistic crowding: Selective interference between configural representations of faces in crowded scenes
681	Koyama, Midorikawa, Suzuki, Hibino, & Kawamura	A new type of prosopagnosia? A brain-damaged patient who can recognize faces but cannot discriminate races
682	Gauthier, Klaiman, & Schultz	Holistic processing of faces in adolescents with autism spectrum disorder
683	Sekuler, Rutherford, & Clements	Discrimination of facial feature displacement in individuals with autism
684	Fox & Barton	What is adapted in face adaptation? A study of the representation of expression in the human visual system
685	Kaiser, Le Grand, & Tanaka	On holistic processing of facial expressions
Neurons and Perception
686	Livingstone & Yazdanbakhsh	A fresh look at receptive-field size and illusory contour detection
687	Yazdanbakhsh & Livingstone	Contrast-sign selectivity of end-stopping and length-summation
688	Xian & Moore	Contextual influences on the chromatic properties of macaque V4 neurons
689	Falkner, Krishna, & Goldberg	Suppressive lateral interactions in the lateral intraparietal area (LIP) of the monkey may have a role in the “line-motion” illusion
690	Roitman, Brannon, & Platt	Representation of numerical magnitude in posterior parietal cortex
691	Mruczek & Sheinberg	Recognition choice behavior is predicted by activity in inferior temporal cortex
692	Heinen, Badler, & Yang	Supplementary eye field (SEF) neurons encode rules, but don't make the decision
Adaptation
693	Backus, Garrigan, Haijiang, & Balasubramanian	Positive and negative contingent aftereffects
694	Graham & Wolfson	Complex channels become more complex: Modeling a contrast adaptation process
695	Montaser Kouhsari, Larsson, Landy, & Heeger	Orientation-selective adaptation to illusory contours in human visual cortex
696	Tsuchiya, Gilroy, Blake, & Koch	Dissociating microgenesis of retinal and non-retinal adaptation
697	Kanai, Paffen, & Verstraten	Perceptual regularization after adaptation
698	Tadin, Blake, & Chong	Strength of early visual adaptation depends on visual awareness
Lightness, Brightness, Luminance and Transparency
699	Smith, Martinsen, Kee, & Garcia	The dependence of laser-induced lens fluorescence on laser irradiance
700	Matsuno & Tomonaga	Measurement of luminance contrast sensitivity of chimpanzees (Pan troglodytes)
701	Cheng & Chao	Interaction between brightness and contrast of complex stimuli
702	Plantier, Aubry, Vienot, Ossard, & Roumes	Luminance equilibrium of chromatic pairs at different eccentricities
703	Otte	Psychophysical evidence for long-range influence on foveal adaptation
704	Howe & Livingstone	A simple context-dependent and luminance-driven model of lightness perception
705	McCourt & Blakeslee	Spatiotemporal dependencies of brightness induction
706	Boyaci, Fang, Murray, & Kersten	Human cortical responses to illusory and actual luminance variations
707	Ioannides, Johnston, & Griffin	Simultaneous contrast and white's effect as a consequence of a biologically plausible model of brightness filling-in
708	Radonjic, Whyte, Faasse, & Gilchrist	Probe disks reveal lightness computation in sunlight and in shadow
709	Hillis & Brainard	Lightness constancy in shadows: Evidence for high level inference
710	Schirillo & Logvinenko	Lightness judgments made in shadow and highlight
711	Doerschner & Maloney	Lightness perception in scenes with motion-based shading cues to the spatial distribution of illumination
712	Boltianski & Backus	Change in perceived lightness in a cue recruitment experiment
713	Shapiro & Shapiro	A multiscale filtering model can explain brightness motion in single-field contrast asynchronies
714	Albert	The role of Michelson contrast in perceptual transparency
715	Ripamonti & Westland	Perceptual transparency determines illusory motion
716	Gori	Can the probability of occurrence of imperfect scission predict the extent of perceived transparency?
717	Troncoso, Macknik, & Martinez-Conde	Corner salience varies parametrically with corner angle during flicker-augmented contrast
718	Yokosawa & Era	Surface reflectance properties and feel of object surface
719	Aguirre, Barraza, & Colombo	Adding a veiling luminance is not sufficient to explain the effects of glare on simple reaction times
Action and Space Perception
720	Riener, Witt, Augustyn, & Proffitt	An influence of "warming up" on distance perception
721	Witt & Proffitt	Effects of effort and intention on perception: The locus of the effect
722	Zadra, Linkegauger, & Proffitt	Effort affects perceived distance to objects within reach
723	Stefanucci & Proffitt	The roles of altitude and fear in the perception of height
724	Linkenauger, Witt, Stephanucci, & Proffitt	Ease to grasp an object affects perceived distance
725	Mohler, Thompson, & Creem-Regehr	Absolute egocentric distance judgments are improved after motor and cognitive adaptation within HMD
726	Kuhl, Creem-Regehr, & Thompson	Individual differences in accuracy of blind walking to targets on the floor
727	Campos, Brucker, Vucetic, & Sun	The effects of optical compression and magnification on distance estimation
728	Doumen, Kappers, & Koenderink	Effects of context on a 3D pointing task
3D Space
729	Takeichi	On the computational elements of visual surface perception
730	Wu, He, & Ooi	The slant of the visual system's intrinsic bias in space perception and its contribution to ground surface representation
731	Harris, Dyde, & Jenkin	Where's the floor?
732	Bian & Andersen	Change detection and primacy of the ground surface in scene organization
733	Yonas, Granrud, & Grittner	Size-distance perception based on ocular convergence angle in 3- to 5-year-old children
734	Blohm & Crawford	Egocentric distance estimation requires eye-head position signals
735	Bouzit & Hibbard	The contribution of binocular disparity to depth perception in natural scenes
736	Interrante, Anderson, & Ries	Elucidating the factors influencing judgments of egocentric distance in immersive virtual environments
737	Sedgwick & Tran	Spatial compression produced by a stationary telescope
738	Pagano, Smart, Blanding, & Chitrakaran	The use of radial outflow for the perception of depth in remote environments
739	Glennerster, McKean, & Gilson	Manipulating prior assumptions about 3D stability
740	Blaser	The hidden scale of natural forms: A new cue to depth?
Attention and Reward: Cortical Physiology
741	Long, McCoy, & Platt	Posterior cingulate neurons encode visually and motivationally salient events
742	Hayden, Dean, & Platt	Microstimulation in macaque posterior cingulate cortex biases target choice
743	Klein, Deaner, & Platt	LIP neurons encode both social and fluid value for visual orienting
744	Bendiksby & Platt	Segregating the effects of motivation and reflexive visual attention on neuronal activity in area LIP
745	Schmidt & Seydell	Modulation of cortical feedfoward dynamics by endogenous and exogenous attention
746	Sundberg, Mitchell, & Reynolds	Attentional modulation of center-surround interactions in macaque area V4
747	Herrington & Assad	Neural activity in areas LIP and MT during rapid covert shifts of attention
748	Armstrong & Moore	Effects of frontal eye field microstimulation on the discriminability of visual responses in area V4
Perceptual Organization: Grouping & Segmentation
749	Bouvier, Cardinal, & Engel	Activity in late visual areas correlates with surface perception
750	Harley, Bouvier, Heckman, & Engel	Figure-ground effects in V1 measured with functional MRI
751	Cosman, Hecht, & Vecera	An effect of figure-ground assignment: Perceptual enhancement
752	Lazareva, Castro, Vecera, & Wasserman	Figure-ground assignment in pigeons: Smaller area and longer pre-exposure enhance figural advantage
753	Thierman, Vecera, & Palmer	Reference frames in figure-ground organization
754	Vettel, Barenholtz, & Tarr	A dynamic cue for figure ground assignment: Advancing vs. receding
755	Rainville	Simultaneous acceleration is key in grouping by visual synchrony
756	Son & Li	Binocular disparity facilitates correct binding of color and motion
757	Yehezkel, Belkin, Sagi, & Polat	Binocular composition of monocular signals in perceptual grouping
758	Kubovy & van den Berg	Grouping in random-dot patterns
759	Chen	Local grouping in glass patterns: Chromatic and luminance tuning
760	Jingling & Zhaoping	Modulation of contrast detection threshold by the configuration and contrast of the context
761	Singh, Cohen, & Maloney	The influence of perceptual segmentation on the perceived orientation of dot clusters
762	Scheessele	Is perception of a degraded figure resistant to spatial context at short exposure?
763	Ben-Shahar	Perceptual singularities in smooth orientation-defined textures: Segregation without feature contrast
764	Nagasaka, Lazareva, & Wasserman	Prior experience affects amodal completion in pigeons
Object Tracking, Enumeration, and Individuation
765	Flombaum, Scholl, & Pylyshyn	Attentional high-beams in tracking through occlusion
766	Feria & Doyle	The distribution of attention within moving objects is affected by spatial probabilities
767	Place & Horowitz	Which way did it go? Measuring trajectory information in multiple object tracking
768	Tripathy & Levi	The 'effective' number of trajectories tracked in amblyopic vision
769	Mounts, Amos, Moschetta, & Page	Multiple object tracking and attentional capture
770	Tombu & Seiffert	Exploring the effects of crowding in multiple object tracking using a dual-task paradigm
771	Drew & Vogel	An electrophysiological measure of multiple object tracking
772	Mitchell, Sundberg, & Reynolds	Attentive tracking of multiple objects modulates neuronal responses in area V4 of the macaque
773	Haladjian & Pylyshyn	Implicit multiple object tracking without an explicit tracking task
774	Montemayor & Pylyshyn	Are items encoded into VSTM when they are selected for tracking in MOT? Explorations with simultaneous and sequential cue presentations
775	Leonard, Pierson, Palomares, & Egeth	Selection and enumeration of moving objects
776	Trick & Orr	The role of object properties in item individuation: The effects of item heterogeneity and change
777	Shuman & Spelke	Area and element size bias numerosity perception
778	Cantlon, Brannon, & Pelphrey	Numerical processing of visual arrays in the brains of adults and four-year-old children
779	Barth, Beckmann, & Spelke	Adults' and children's assessments of discrete and continuous quantity with nonsolid substances
780	Beckmann, Barth, & Spelke	Children's amodal addition and subtraction of large sets
781	Barnes, Mahajan, Blanco, & Santos	Enumeration of objects and substances in non-human primates: Experiments with brown lemurs (eulemur fulvus)
782	Palomares, Torres, Leonard, & Egeth	Does subitizing require attention?
783	Kumar, Li, Levi, Chat, & MacKeben	Decreasing visual subitising performance with age
784	Arita & Mitroff	Staying in bounds: A critical role of closure for object files
Attention: Benefits of Selection and Modulation
785	Howard & Holcombe	Progressively poorer perceptual precision and progressively greater perceptual lag: Tracking the changing features of one, two and four objects
786	Lu & Itti	Feature-based attention is not object-based
787	Behrmann, Kravitz, & Yeung	Interactions between space- and object-based attention revealed through ERP studies
788	Wolfe, Horowitz, Fencsik, & Flusberg	Visual search has no foresight
789	Fencsik, Horowitz, Flusberg, & Wolfe	Change detection has no foresight: Measuring advanced knowledge of changes across displays
790	Fuller, Liu, & Carrasco	Attention alters the appearance of motion coherence
791	Yotsumoto, Seitz, Sasaki, Shimojo, Yamamoto, Kogure, Sakagami, & Watanabe	Greater response conflict from weaker visual signals
Biological Motion
792	Lu & Liu	From point-lights to virtual skeleton: Biological-motion representations revealed by dynamic classification images
793	Graf, Reitzner, Giese, Casile, & Prinz	Predicting point-light actions in real-time
794	Pyles, Garcia, Hoffman, & Grossman	Brain activity evoked by perception of novel 'biological motion'
795	Giese, Omlor, & Roether	Learning and perceiving informative spatio-temporal components from emotional body expressions
796	Prasad, Kozhevnikov, & Shiffrar	Identity perception with and without a body
797	Sadr, Troje, & Nakayama	A pedestrian courtship: Attractiveness and symmetry of humans walking
798	Szego & Rutherford	Does the perception of speed influence the perception of animacy?
Scene Perception
799	Loschky, Sethi, Simons, Pydimarri, Forristal, Corbeille, & Gibb	The roles of amplitude and local phase information in scene gist recognition and masking
800	Kaping, Tzvetanov, & Treue	Effect of adaptation suggests role of low-level processes in rapid scene categorization
801	Intraub, Daniels, Horowitz, & Wolfe	Looking at scenes while searching for numbers: Dividing attention multiplies space
802	Park, Intraub, Widders, Yi, & Chun	Boundary extension: Filling-out scene layout information in human parahippocampal cortex
803	Epstein & Higgins	Parahippocampal and retrosplenial involvement in two kinds of scene recognition
Spatial Interactions and Crowding
804	Arman, Chung, & Tjan	Neural correlates of letter crowding in the periphery
805	Nandy & Tjan	Feature Integration Maps during crowding as revealed from covariance analysis of classification images
806	Chung, Li, & Levi	Crowding between first- and second-order letter stimuli
807	Cheung, Legge, Chung, & Tjan	Target-flanker binding releases crowding
808	Petrov, Carandini, & McKee	The time course of contrast masking reveals two distinct mechanisms of human surround suppression
809	Verghese & Freeman	Segmentation counteracts masking
Object Recognition
810	Shuwairi & Johnson	Representation of possible and impossible objects in infancy
811	Bravo & Farid	Using an interest point detector to find potential fragments for recognition
812	Hayward, Zhou, Gauthier, & Harris	Dissociating viewpoint costs in mental rotation and object recognition
813	Kveraga, Boshyan, & Bar	Magnocellular contributions to top-down-facilitation of object recognition
814	Riddoch, Humphreys, & Bracewell	A tale of two agnosias: Functional differences between integrative and visual form agnosia
815	Yi, Turk-Browne, Flombaum, Scholl, & Chun	Effects of spatiotemporal object continuity on repetition attenuation in human fusiform gyrus
Binocular Rivalry
816	Hong & Shevell	Binocular rivalry between two induced colors
817	Andrews	Stereoscopic rivalry between two induced colors
818	Cavanagh & Holcombe	Successive rivalry does not occur without attention
819	Feng, Jiang, & He	Invisible images can influence saccadic eye movements
820	Wilson	Minimal physiological conditions for binocular rivalry
821	Baker & Meese	Cross-orientation suppression occurs before binocular summation: Evidence from masking and adaptation
Attention: Neural Mechanisms and Models
822	Battelli, Alvarez, Carlson, & Pascual-Leone	The role of MT and the parietal lobe in visual tracking studied with transcranial magnetic stimulation
823	McPeek & Takahashi	Deficits in covert attention after temporary inactivation of macaque frontal eye field
824	Woodman, Kang, Rossi, & Schall	Bridging the gap between monkey and man: Macaque event-related potentials reveal similarities to human indices of visual attention
825	Tong & Kamitani	Neural decoding of seen and attended motion directions from human cortical activity
826	Koch & Walther	Bottom-up visual attention to salient proto-object regions
827	Rosenholtz, Li, Jin, & Mansfield	Feature congestion: A measure of visual clutter
Binocular Vision/Stereopsis
828	Filippini & Banks	Is the disparity-gradient limit a byproduct of local cross correlation?
829	Greenwald & Knill	A new slant on orientation disparity: Evaluating orientation disparity as a cue for 3D surface slant perception
830	Tsirlin, Allison, & Wilcox	On seeing transparent surfaces in stereoscopic displays
831	Samonds, Potetz, & Lee	Cooperative processing of spatially distributed disparity signals in macaque V1
832	Sperling & Ding	An early gain-control mechanism in binocular combination
833	Hibbard & Bouzit	Binocular energy responses to natural images
Contextual, Associative, Statistical Learning Effects
834	Droll, Pham, Abbey, & Eckstein	Learning predictive cues to optimize visual search
835	Hidalgo-Sotelo & Oliva	Decomposing the effect of contextual priors in visual search: Where does the time go?
836	Gigone, Droll, & Hayhoe	Gaze patterns in search reflect learnt environmental probabilities and rewards
837	Beck, Angelone, Levin, Peterson, & Varakin	Implicit learning of base rate information in change detection occurs for location but not identity
838	Chaumon, Drouet, & Tallon-Baudry	When the unconscious shows the way: The neural basis of contextual cueing revealed in MEG
839	Kim & Kim	What is learned in ignored visual context?
840	Ogawa & Watanabe	The time course of contextual modulation in visual search
841	Rasmussen, Becker, Scharff, & Hickok	Incidental memory for relevant locations in real world scenes
842	Walthew & Gilchrist	Target location probability effects in visual search are an effect of sequential dependencies
843	Matthews, Eng, Vickery, Shim, & Jiang	Learning of arbitrary visual associations by trial-and-error
844	Vickery, Sussman, & Jiang	Selective attention and general attentional resources in the learning of spatial context
Binocular Rivalry
845	Brascamp, Noest, Van Ee, & Van den Berg	Transition phases show the importance of noise in binocular rivalry
846	Buckthought, Kim, & Wilson	Hysteresis effects in stereopsis and binocular rivalry
847	Jiang, Costello, & He	Race to gain dominance in binocular rivalry: Faster for familiar and recognizable stimuli
848	Paffen, Verstraten, & Vidnyánszky	Learning affects binocular rivalry
849	Pearson, Tadin, & Blake	Brain stimulation can make you change your mind
850	van Boxtel, Kamphuisen, van Ee, & Erkelens	The occurrence of binocular rivalry and dichoptic masking depends on temporal aspects of stimulation
851	Xu, He, & Ooi	On the contribution of second-order boundary contour strength to binocular rivalry
852	Shinozaki, Miyawaki, & Takeda	Hierarchical processes of motion perception in binocular rivalry
853	Su, He, & Ooi	The critical role of boundary contours in the early temporal processing of binocular rivalry
854	Watanabe, Maruya, & Watanabe	Motion aftereffects under complete binocular rivalry suppression
855	Parker & Alais	Auditory modulation of binocular rivalry
856	Hancock, Whitney, & Andrews	The effect of crowding on orientation-specific adaptation using binocular rivalry
857	Haynes, Deichmann, & Rees	Predicting conscious perception under rivalry from activity in LGN and V1
Action Effects on Perception
858	Franchak, Stefanucci, & Proffitt	Within striking distance: Task efficacy influences perceived size and distance
859	Hutchison & Loomis	Does energy expenditure affect the perception of egocentric distance? A failure to replicate Experiment 1 of Proffitt, Stefanucci, and Epstein (2003)
860	Brown, Wilson, Goodale, & Gribble	Motor force learning influences visual perception of acceleration
861	Chang & Goodale	Size-weight illusion dissociates from grip forces when objects lifted from other hand
862	Cooke & O'Regan	Size-manipulation of the body-schema using the rubber hand illusion
863	James	Writing facilitates the learning of abstract visual representations of letter-like symbols
864	Thakur, Hanson, & Bingham	Active visualization methods enable perception of structure and motion in higher dimensional spaces: Comparing active vs. passive perception of the rigidity of 3D and 4d objects
865	Bridgeman & Macramalla	Effect of load and landmark distance on mental self-rotation
Eye Movement Effects on Perception and Action
866	Tong, Patel, & Bedell	Asymmetrical modulation of the temporal impulse response during smooth pursuit
867	Park, Wu, & Shimojo	Perisaccadic localization of TMS-induced phosphene
868	Pola	The perceived location of one flash or two successive flashes at the time of a saccade involves an extraretinal signal that begins changing at the onset of or following the saccade
869	Martinez-Conde, Macknik, Troncoso, & Dyar	Microsaccades counteract visual fading during fixation
870	Li	Systematic distortion of perceived 3D path of a moving object during disconjugate eye movement
871	Thomas & Lleras	Moving eyes and moving thought: The spatial compatibility between eye movements and cognition
872	Balk, Moore, Steele, Spearman, & Duchowski	Mobile phone use in a driving simulation task: Differences in eye movements
Face Perception: Adaptation and Aftereffects
873	Watson, Rhodes, & Clifford	Improved facial identity recognition following adaptation
874	Witthoft & Winawer	An objective measure of the effect of adaptation on recognition of famous faces
875	Moradi & Shimojo	Face adaptation depends on gaze (overt attention) to the face
876	Yourganov, Anderson, & Wilson	Effects of synthetic face adaptation: An fMRI study
877	Barrett, O'Toole, Jiang, Chomiak, Gray, & Highhill	Gender adaptation effects across age-based categories of faces
878	Jiang, Blanz, & O'Toole	The role of familiarity in view transferability of face identity adaptation
879	Yasuda, Mizokami, Watson, & Webster	An inversion effect in face adaptation?
880	Fang, Ijichi, & He	Partial transfer of face viewpoint aftereffect across different individuals
881	Ryu & Chaudhuri	Does familiarity play a role in producing viewpoint aftereffects with faces?
882	Afraz & Cavanagh	Is the “face aftereffect” retinotopic or spatiotopic?
883	Murray & Yan	Face aftereffects and unattended faces
884	Jaquet, Rhodes, & Hayward	Figural aftereffects transfer, but are also contingent on, race categories
Neural Coding, Cortical Receptive Fields
885	Versace & Grossberg	From spikes to objects: How multiple levels of thalamic and cortical interactions control visual learning. attention, and recognition
886	Pilly & Grossberg	Brain without Bayes: Temporal dynamics of decision-making during form and motion perception by the laminar circuits of visual cortex
887	Jehee & Ballard	A discrete-time feedback model can account for spike timing data in LGN
888	Roth, Kiper, & Verschure	Visual segmentation in a biomorphic neural network
889	Nirenberg, Jacobs, Fridman, Latham, Douglas, Alam, & Prusky	Ruling out and ruling in neural codes
890	Kaskan, Lu, Roe, & Kaas	The representation of visual features in the extrastriate cortex of the nocturnal New World monkey Aotus
891	Shimegi, Kida, Ishikawa, & Sato	Spatiotemporal dynamics of surround suppression in cat V1: Stimulus-size and orientation-contrast
892	Ishikawa, Shimegi, Kida, & Sato	Spatiotemporal dynamics of surround suppression in cat V1: spatial-frequency dependency
893	Ramsden & Cooper	Does map adjacency contribute to neuronal response construction in V2?
894	Lu, Chen, Kaskan, & Roe	Comparison of color and luminance contrast response in V2 thin stripes
895	Kumano, Tanabe, & Fujita	Spatial frequency integration for stereo processing in macaque visual area V4
896	Hunter & Born	Motion coherence has little effect on surround suppression in area MT of the alert monkey
897	Schmidt, Lomber, & Innocenti	Impact of interhemispheric connections on orientation preference maps of the ferret
898	Schneider	Interhemispheric suppression: The case of the missing vertical meridian
Spatial Vision: Adaptation and Illusions
899	VanHorn & Francis	Orientation tuning of visual afterimages
900	Pianta, Battista, & Clifford	Time-course of recovery for the tilt after-effect
901	Bruno & Johnston	Grating adaptation influences the perceived length of an object
902	Levine & McAnany	A new twist to grid illusions
903	Elliott, Schindler, Hardy, Webster, & Werner	Age-related changes in the blur aftereffect
904	Comerford, Thorn, & Garland	Chromatic Hermann Grid illusions occur with isoluminant stimuli
905	Ericson & Francis	Dichoptic transfer of a two-stimulus afterimage
Gaze/Reference Frames
906	Corbett, Handy, & Enns	Post-perceptual locus for visual context effects: ERP evidence from the Rod and Frame Illusion
907	Bakdash, Augustyn, & Proffitt	Bigger is better: Large visual displays improve spatial knowledge of a virtual environment
908	Srihasam, Bullock, & Grossberg	Coordinating saccades and smooth pursuit eye movements during visual tracking and perception of objects moving with variable speeds
909	Khan, Pisella, Rossetti, & Crawford	Initial hand position and movement direction affect reaching in a unilateral optic ataxia patient
910	Gredebäck, Theuring, & Hauf	Infants emerging ability to perceive gaze direction: Investigations with eye-tracking technology
911	Gilmore, Hou, Norcia, & Pettet	Evoked brain activity distinguishes looming from other optic flow patterns
912	Monteon, Wang, Martinez-Trujillo, & Crawford	Microstimulation of the frontal eye filed evokes kinematically normal gaze shifts
913	Vesia, Monteon, Sergio, & Crawford	Single-pulse TMS over dorsal posterior parietal cortex disrupts memory-guided pointing in humans
914	Constantin, Wang, Martinez-Trujillo, & Crawford	Frames of reference for gaze shifts in lateral intraparietal cortex (LIP)
915	Walter & Dassonville	Visuospatial contextual processing in the intraparietal sulcus
916	Sasaki, Rajimehr, Kim, Knutsen, Ekstrom, Dale, Vanduffel, & Tootell	The radial orientation effect in human and non-human primates
917	DeSouza, Yan, Blohm, Keith, Wang, & Crawford	Gaze position effects and position-dependent motor tuning from primate superior colliculus (SC) neurons during head-unrestrained visually guided movements
Goal-Directed Hand Movements
918	Chhabra & Knill	Task-specific constraints shape the visual feedback control law used to control hand movements
919	Heath & Krigolson	Visually based movement corrections: Evidence for a lower visual field specialization
920	Ma-Wyatt, Stritzke, & Trommershäuser	Feedback can be used to alter eye-hand coordination for rapid pointing
921	Neely & Heath	Online action control and the influence of scene-based visual cues
922	Stritzke, Ma-Wyatt, & Trommershäuser	Optimality of eye-hand coordination for different types of feedback about saccadic accuracy
923	Trommershäuser, Landy, & Maloney	Sensori-motor choices based on a rapid judgment of expected gain
924	Ernst & Trommershaeuser	Do humans generate a representation of their pointing variability?
925	Hudson, Landy, & Maloney	Optimality of reach timing under risk
926	Tassinari, Hudson, & Landy	Suboptimal movements under risk due to experimentally imposed anisotropic variability
927	Wu, Dean, & Maloney	Humans trade off speed and accuracy to maximize expected gain in planning movements to targets that rapidly decrease in reward across time
928	Maloney, Wu, & Dal Martello	Movement planning under risk differs from decision making under risk in how subjects make use of probability information
929	Schlicht & Schrater	Humans store the relationship between their eye position and the visual reliability of familiar targets
930	Burge, Ernst, & Banks	The Kalman Filter as a model of visuo-motor adaptation behavior
931	Wong & Henriques	Effect of visual adaptation on arm kinaesthesia
932	Gonzalez-Alvarez, Subramanian, & Pardhan	Can subjects with visual impairment scale object size and distance accurately when reaching and grasping under different viewing conditions?
933	Sorrento & Herniques	Reference frame conversions for visually-guided arm movements
934	Scarfe, Watt, & Hibbard	Depth information is integrated across multiple objects for reaching and grasping
935	Pratt, Adam, & Fischer	Structured perceptual displays produce exceptions to Fitts's law
936	Kwon, Pizlo, Zelaznik, & Chiu	Multi-resolution model of human motor control
937	Quinlan, Goodale, & Culham	Forks vs. fingers: A comparison hand and mouth kinematics during feeding
938	Whitwell, Morrissey, Gonzalez, Ganel, & Goodale	Left handedness does not extend to visually guided grasping
939	Binsted, Georgescu, & Saucier	Reaching to grasp isoluminant and isochromatic objects
940	Kroliczak, Cavina Pratesi, Goodman, & Culham	What does the brain do when you fake it? an fMRI study of pantomimed and real grasping
Attention: Other
941	Green & Bavelier	Ability to task-switch in action video game players
942	Boot, Kramer, Fabiani, Gratton, Simons, Wan, Ambinder, Thomas, Colcombe, Agran, Low, & Lee	The effects of video game playing on perceptual and cognitive abilities
943	Alvarez & Cavanagh	Hemifield independence is a signature of location-based attentional filtering
944	Aghdaee & Cavanagh	Rate threshold for phase discrimination of flickering dots is low and decreases with eccentricity despite cortical scaling
945	Ciaramitaro & Boynton	The correlation between motion aftereffect and fMRI measures of visual and auditory attention
946	Deller, McAuliffe, Johnson, Weaver, & Wilson	The role of simulated motion on visual attention
947	Baldauf & Deubel	Attentional deployment prior to the execution of hand and eye movement sequences
948	Giordano & Carrasco	Perceptual learning and exogenous attention
949	Grabowecky, Iordanescu, Skogsberg, Novis, Rock, & Suzuki	An investigation of relationships among visual-attention processes
950	Vaux, Marron, & Rizzo	Do patients with Alzheimer's disease compensate for impaired visual attention when driving?
951	Westoby & Raymond	Response inhibition has negative consequences for subsequent emotional evaluation of faces and places
952	Zhuang, Papathomas, & Vidnyanszky	Position invariant motion contrast effects are mediated by attention
Knowledge, Affect, Preference
953	Greenwell & Intriligator	Measuring implicit emotional reactions: A picture's worth is found inwards
954	Ball, Raymond, & Fenske	Can affective priming be object-based?
955	Goolsby, Raymond, & Shapiro	The modulation of social-emotional judgments in a directed forgetting paradigm
956	Hayes, Paul, Beuger, & Tipper	Affective responses to stimuli viewed from egocentric vs. allocentric perspectives
957	Rutherford & Raymond	IOR for aversive stimuli is magnified when emotionally congruent responses are required
958	Lakusta, Wessel, & Landau	Goal bias in non-linguistic Motion event representations: The role of intentionality
959	Beier & Carey	Is contingency sufficient for detecting intentionality?
960	Gilmore & Spelke	Arithmetic in symbolic and non-symbolic numerical domains
961	Hauf	Action understanding in infants: New evidence by means of eye-tracking technology
962	Jackson & Cormack	Previously unknown illusion predicted by evolved navigation theory
963	Malcolmson, Reynolds, & Smilek	Collaboration during visual search
964	Pizlo, Saalweachter, & Stefanov	Visual solution to the traveling salesman problem
965	Muentener & Carey	What is the domain of causal perception? Investigating causal perception of motion and non-motion state change events in infancy
966	Mori, Inagaki, Wu, Doi, Hirasaki, Kumakura, & Fujita	Reflexive social attention elicited by biological motion
967	Rizzo, Dawson, Uc, Anderson, Philippi, & Sparks	Relative rates of visual and cognitive decline in Alzheimer's Disease
Spatial Vision: Context and Space
968	Haun, Hansen, & Essock	Aesthetics, Mondrians, and the horizontal effect
969	Cameron & Rathje	Target visibility determines the extent of visual field inhomogeneities
970	Tanaka, Miyauchi, Misaki, & Tashiro	Advantage of the upper visual field for lateral interaction of high-spatial frequency
971	McAnany & Levine	The role of magnocellular and parvocellular visual pathways in altitudinal visual hemifield anisotropies
972	Matin, Li, Li, & Shavit	Influence of roll-tilt, interpoint separation, and length of linear points-arrays on a frontoparallel plane on visually perceived eye level (VPEL)
973	Solomon	The relationship between physical tilt, apparent tilt and acuity
974	Yilmaz, Patel, Tripathy, & Ogmen	Attraction of flashes to moving dots
975	Yokoi & Watanabe	Dynamic distortion of visual space around a moving object
976	Liu & Gauthier	What determines the perceptual distance between low contrast letter-like patterns
977	Wittich, Overbury, Kapusta, Watanabe, & Faubert	Eccentric fixation and perceptual filling-in in patients with macular hole
978	Ishimatsu & Kumada	Adult age difference of ignoring offset distractors at fixation
979	Filimon, Nelson, & Sereno	Egocentric and allocentric reference frames for eye movements - an fMRI study
Visual Representations in Memory
980	Baek, Yi, & Kim	Increasing perceptual difficulty reveals implicit spatial memory
981	Isola, Turk-Browne, Scholl, & Treat	The units of visual statistical learning: Features or objects?
982	van Montfort	You compare the apple, but do you remember orange? Failure to compare features in memory research
983	Lam, Munzner, & Rensink	The invariance of visual long-term memory to geometric transformation
984	Rump & McNamara	Preferential representation of interobject spatial relations that are aligned with employed reference directions
985	Hyun, Hollingworth, & Luck	How change-detection is related to visual search: A change in a remembered object is like a simple feature
986	Robinson, Triesch, Hayhoe, Droll, & Sullivan	Change blindness during multiple interactions with a single object
987	Sanocki & Kaltreider	Dual visual systems and working memory for object and spatial properties
988	Shankar, Flombaum, & Scholl	The role of topological change in object persistence
989	Sligte, Lamme, & Scholte	Iconic memory revisited: A plea for a distinction between a retinal and cortical icon
990	Niese & Luck	On the nature of perceptual representations that are transformed into VSTM representations
Reading
991	Blais, Fiset, Ethier-Majcher, Tadros, Arguin, & Gosselin	Potent features for letter identification
992	Florer, Lawrence, Lampkin, & Salvano-Pardieu	Effects of polarity, time, and memory processes on reading
993	Pelli & Tillman	Crowding limits reading
994	Tai, Sheedy, & Hayes	Effect of letter spacing on legibility, eye movements, and reading speed
995	Tillman, Pelli, Martelli, Stott, & Rosenblatt	Is reading serial?
996	Kurian, Lampkin, Lawrence, & Florer	Character size affects reading comprehension, not reading rate, in children
997	Kwon & Legge	Developmental changes in the size of the visual span for reading: Effects of Crowding
998	Náñez, Holloway, Donahoe, & Seitz	Flicker fusion as a correlate of word decoding ability
999	Bergman, Martelli, Burani, Pelli, & Zoccolotti	How the word length effect develops with age
1000	Yu, Zhang, Kuai, Xue, Klein, & Liu	A difference of moments (DoM) model for small Chinese and English letter recognition
1001	Yu, Cheung, Chung, & Legge	Age effects on reading speed and visual span in peripheral vision
1002	Crewther & Crewther	Magno- and parvocellular psychophysiology in normal children and those with dyslexia and Asperger syndrome
Temporal Processing
1003	Cao, Zele, & Pokorny	Linking impulse response functions to reaction time: Rod and cone rt data and a neural model
1004	Holcombe & Cavanagh	Apparent asynchrony between the perception of color and motion: An issue of different latencies or of attention?
1005	Tayama	Detection and prediction to changes in color and direction of motion
1006	Cantor & Schor	A comparison of the Pulfrich and Flash-Pulfrich effects
1007	Gegenfurtner, Delipetkos, & Braun	Temporal contrast sensitivity during smooth pursuit eye movements
1008	Li, Polat, Makous, & Bavelier	Temporal resolution of visual processing in action video game players
1009	Chen, Xuan, Zhang, & He	Duration estimation is affected by stimulus magnitude information in non-temporal dimensions
1010	Swift	Masking can improve temporal integration
1011	Ono & Kawahara	The effect of feature-based attention on time perception
1012	Morgan, Giora, & Solomon	Parallel processing is much harder for temporal duration than for spatial length
Attention: Temporal Selection
1013	McKeeff & Tong	Attention can alter the temporal capacity of object processing in high-level visual areas
1014	Williams, Visser, Cunnington, & Mattingley	Activation of primary visual cortex during the Attentional Blink
1015	Giesbrecht & Sy	Electrophysiological evidence for modulation of semantic processing during the attentional blink
1016	Craston, Wyble, & Bowman	An EEG study of masking effects in RSVP
1017	Choo & Kim	Spatial selection either improves or impairs temporal selection in a RSVP task
1018	Chua & Ng	Masking modulates (and may even eliminate) the attentional blink
1019	Lleras & Ambinder	Missing T1 and missing T2 in an RSVP stream: Does T2's presence help T1 identification?
1020	Ariga & Yokosawa	Distractor word meaning the target-defining color elicits the attentional blink
1021	Awh & Dhaliwal	Interference during the attentional blink is feature-based rather than object-based
1022	Vogels, Johnston, Shapiro, & Linden	Examining the interaction between WM and the attentional blink
1023	Johnston & Shapiro	Can task irrelevant distraction attenuate an auditory attentional blink?
1024	Kawahara & Kumada	Perception of three targets in dual RSVP streams: Resource depletion or a temporary loss of control?
1025	Landau, LaBouff, & Robertson	Why are faces resistant to the attentional blink?
1026	Martin & Shapiro	Randomized temporal stimulus onset attenuates the attentional blink
1027	Sy & Giesbrecht	Modulation of the attentional blink by task relevance and target relationship
1028	Wong & Hayward	Repetition advantage: Effects of inter-target and target-distractor discriminability
1029	Dux & Marois	Repetition blindness is immune to the central bottleneck
Biological Motion and Animacy
1030	Shiffrar & Franchak	Body form and position influence the perceived speed of human gait
1031	Wiggett, Peelen, & Downing	Pattern analysis of biological motion selectivity
1032	Das, Lazarewicz, Wilson, & Finkel	Sensitivity to motion features in upright and inverted point-light displays
1033	Hiris	Masking biological motion compared to masking structured and unstructured non-biological motion
1034	Troje & Szabo	Why is the average walker male?
1035	McAleer, McKay, Piggot, Simmons, & Pollick	Intention recognition in autistic spectrum condition (ASC) using video recordings and their corresponding animacy displays
1036	McKay, Mackie, Piggott, Simmons, & Pollick	Biological motion processing in autistic spectrum conditions: Perceptual and social factors
1037	Garcia, Pyles, & Grossman	Neural correlates of degraded complex motion perception
1038	Fujimoto & Yagi	Backscroll illusion in far peripheral vision
1039	Oh & Shiffrar	Ground cues influence the visual perception of rolling
1040	Roether, Omlor, & Giese	Optimal bayesian integration of components during the visual recognition of emotional body expressions
Complex Motion
1041	Ashida, Lingnau, Wall, & Smith	Independent fMRI adaptation for first-order and second-order motion
1042	Bahrami, Lavie, & Walsh	Separable temporal stages for motion integration within and between hemifields revealed by TMS
1043	Champion, Hammett, & Thompson	Perceived direction of plaid motion is not predicted by component speeds
1044	Collier & Cobo-Lewis	Contrast gain control moderates bias of perceived motion in Type 2 plaids
1045	Greenwood & Edwards	An oblique effect for transparent-motion detection: Implications for population encoding
1046	Liu & Sperling	Motion strength is not what is summed in the vector summation computation of plaid motion
1047	Martin, Barraza, & Issolio	Velocity constancy in natural images
1048	Nakajima & Sato	Spatial selectivity of local motion affects global motion after-effect
1049	O'Kane & Mamassian	Perception of motion transparency after depth contingent motion aftereffect
1050	Rushton & Duke	Perceived trajectory direction of an approaching object
1051	Tversky & Geisler	Optimal aperture size of local motion estimators depends on velocity
1052	Wojtach, Sung, & Purves	Is motion perception completely determined by experience with moving objects?
1053	Vreven, Petersik, Dannemiller, & Schrauth	Dot polarity in dynamic Glass patterns
1054	van der Smagt, Paffen, & Verstraten	Perceived speed and center-surround organization
1055	Betts, Sekuler, & Bennett	Spatial characteristics of center-surround antagonism in motion discrimination
Facial Expression Perception
1056	Jefferies, Arya, & Enns	I like the way you move: Personality perception in animated talking heads
1057	Heveran, Becker, Rasmussen, & Detweiler-Bedell	Facial expression of emotion mediates gaze cuing
1058	Becker, Detweiler-Bedell, Rasmussen, & Koch	Negatively valanced facial expressions elicit panicked scanning
1059	Barton & Hefter	Do facial expressions help face recognition in prosopagnosia?
1060	Matsuzaki & Sato	Facial expressions can be perceived from second-order motion
1061	Spencer-Smith	Expressions as dynamic events: Using action unit trajectories to differentiate positive emotional facial expressions
1062	Honma & Osada	The effect of the facial motion on the recognition of facial expressions: Analysis of observer's eye movement
1063	Tamietto, Geminiani, & de Gelder	Inter-hemispheric cooperation for facial and bodily emotional expressions is independent of visual similarities between stimuli
1064	Van den Stock & de Gelder	Body language influences perception of facial expression and voice prosody
Face Perception: Models
1065	Nestor & Tarr	Region-based representations of faces
1066	Richler, Gauthier, Wenger, & Palmeri	Holistic processing of faces: Bridging paradigms
1067	Walker & Vetter	Feminine-looking faces belong to friendly and helpful people - stereotyping with a parametric image model
1068	Davidenko, Winawer, & Witthoft	Gender aftereffects in the perception of silhouetted face profiles
1069	Weidenbacher, Bayerl, & Neumann	Generation of sketch-like feature encodings in oriented faces – A neural model
1070	Bronstad, Langlois, & Russell	Explaining human facial attractiveness judgements
1071	Martinez, Wilbraham, Todd, & Christensen	Can low level image differences account for face discrimination performance?
1072	Wilbraham, Martinez, & Todd	The effects of illumination and expression changes on the recognition of human faces
Synesthesia
1073	Kim & Blake	Are real and synesthetic colors mediated by shared neural mechanisms?
1074	Carriere, Smilek, Reynolds, Dixon, & Merikle	The influence of grapheme-color synaesthesia on eye movements
1075	Schroeder & Peterson	Do synesthetes excel under object-substitution masking? Type of attention matters
Attention: Interactions with Memory
1076	Rensink	Further adventures with the magical number one
1077	Neth, Myers, & Gray	Memory modulates visual search – Interactions of external and internal representations
1078	Leber, Gabari, & Kawahara	Reactivation of attentional set after 1-day and 1-week delays
1079	Brady, Junge, & Chun	Local and global influences on hypothesis testing during rapid resumption of visual search
1080	Ko & Seiffert	Visual memory for colors of tracked objects
1081	Butcher	Familiarity modulates the within-field advantage for detecting repeated elements
Motion Perception
1082	Mulligan & Trujillo	Temporal summation in trajectory perception
1083	Yuille & Lu	A computational theory for the perception of coherent motion: From ideal observer to generic models
1084	Nishida, Amano, Edwards, & Badcock	Global motion with multiple Gabors - A tool to investigate motion integration across orientation and space
1085	Lappin, Nyquist, & Tadin	Spatial interactions in fast and slow motion mechanisms
1086	Shioiri & Matsumiya	High spatial frequency of motion aftereffect
1087	Thompson	The transition from monocular to binocular vision: An eye-opening illusion of speed
Visual Memory
1088	Uke & Hayhoe	Is attention drawn to changes in familiar scenes?
1089	Junge, Chun, & Scholl	Primacy effects in contextual cueing
1090	Kunar, Flusberg, Horowitz, & Wolfe	Does contextual cueing guide the deployment of attention?
1091	Offen, Schluppeck, & Heeger	Visual working memory and attention in early visual cortex
1092	Xu & Chun	Brain mechanisms supporting visual short-term memory for multi-feature objects
1093	Kawasaki, Watanabe, Okuda, & Sakagami	SFS for feature selective maintenance, IPS for simple maintenance in visual working memory
Frontier Techniques
1094	Ales, Dandekar, Carney, & Klein	Using multifocal VEPs to extract retinotopic sources of activity
1095	Di Russo, Pitzalis, Stella, Spinelli, & Hillyard	Identification of the cortical sources of the steady-state visual evoked potential: A vep-fMRI co-registration study
1096	Olman, Inati, & Heeger	Spatial localization with 3T GE BOLD: Dependence on experiment design and resolution
1097	Lesmes, Lu, Tran, Dosher, & Albright	An adaptive method for estimating criterion sensitivity (d') levels in yes/no tasks
1098	Tjan & Nandy	Hold it there and let's have a look: Extracting shift-invariance templates and sub-template features from signal-clamped classification images
1099	George & Yao	Imaging fast intrinsic optical signals for studies of retinal function
Attention: Costs of Divided Attention and Inattention
1100	Carrasco & Ling	When sustained attention impairs contrast sensitivity
1101	Huang, Pashler, & Treisman	Can we select two colors simultaneously?
1102	Franconeri, Pylyshyn, & Scholl	Spatiotemporal cues for tracking objects through occlusion
1103	Levi & Tripathy	Is the ability to track multiple objects compromised by amblyopia?
1104	Chakravarthi & Cavanagh	Hemifield independence in visual crowding
1105	Nieuwenstein & Potter	Whole versus partial report: When attention does not blink
1106	Peterson, Beck, & Wong	Effects of executive functioning on visual search

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