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