Journal of Vision - Volume 4, Number 8

Volume 4, Number 8, Abstracts 1a-914a

doi:10.1167/4.8

http://journalofvision.org/4/8/

ISSN 1534-7362

Masthead

Vision Sciences Society Meeting, 2004: Abstracts

The Vision Sciences Society Meeting was held April 30 - May 5, 2004, in Sarasota, FL. The following are the abstracts of that meeting. ARVO holds the copyright to Journal of Vision, Vol.4, No. 8, 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.

Locomotion
1	Wilkie, Poulter, & Wann	Where you look when you learn to steer
2	Macuga, Loomis, & Beall	Two processes in the visual control of steering along a curving path: sensing turns and updating with respect to the path
3	Saunders	A stronger test of the visual heading strategy for guiding locomotion
4	Jovancevic, Hayhoe, & Sullivan	Control of gaze while walking
5	Epstein & Higgins	Moving forward, moving left, and spinning in place: An fMRI study of spatial transformations of the body
Attention Mechanisms
6	Muller, Philiastides, & Newsome	Subthreshold electrical stimulation of monkey superior colliculus (SC) mediates spatial attention
7	Clarke & Paradiso	The complex spatial topography of attentional modulation in macaque V4
8	Ghose & Maunsell	Flexible center-surround attentional gain fields in V4 neurons
9	Chong, Kastner, & Treisman	Effects of focused and distributed attention on neural competition
10	Azoulai, Hubbard, & Ramachandran	The effect of shape-from-shading on crowding in the periphery
11	Dao, Lu, & Dosher	Orientation bandwidth of selective adaptation
Neural Coding
12	Mante & Carandini	Energy models and the mapping of multiple features in visual cortex
13	Saul, Humphrey, & Carras	Kernel- and model-based predictions of grating responses in monkey and cat visual cortex
14	Dumoulin, Dakin, & Hess	Cortical responses to contours, texture and sparseness: an fMRI investigation.
15	Bisley & Goldberg	Single neuron responses in LIP are similar to the population response.
16	Shmuel, Augath, Oeltermann, Pauls, & Logothetis	Decreases in neuronal activity and negative BOLD response in non-stimulated regions of monkey V1
17	Samonds, Brown, & Bonds	Relationships between the spatiotemporal structure of spike trains and cortical synchronization
Space Perception
18	Girshick, Vishwanath, & Banks	Pictorial space perception and viewing distance
19	Ooi & He	Quantitative descriptors of the relationships between physical and perceived distances based on the ground surface representation mechanism
20	Willemsen, Colton, Creem-Regehr, & Thompson	Examining Distance Compression in Virtual Environments: Hi-Tech versus No-Tech Displays
21	Wu, He, & Ooi	Stimulus duration and binocular disparity factors in representing the ground surface and localizing object in the intermediate distance range
22	Bingham & Mon-Williams	Visually guided reaching allows both slope and intercept of distance functions to be recalibrated without awareness
23	Mapp, Khokhotva, & Ono	Hitting the target: Relatively easy, yet absolutely impossible?
Attention: Selection and Tracking
24	Ruff & Driver	Attentional preparation for stimulus competition: Psychophysical and fMRI evidence
25	Wolfe	A new, two pathway model describes the role of selective attention in human vision.
26	Scholl & Feigenson	When Out of Sight is Out of Mind: Perceiving Object Persistence Through Occlusion vs. Implosion
27	Enns & Oriet	Perceptual asynchrony: Modularity of consciousness or object updating?
28	VanRullen	Binding "hardwired" vs. "arbitrary" feature conjunctions.
29	Alvarez & Cavanagh	Independent attention resources for the left and right visual hemifields
Development: Motion & Form
30	Lewis, Ellemberg, Maurer, Guillemot, & Lepore	Motion perception in 5-year-olds: Immaturity is related to hypothesized complexity of cortical processing
31	Armstrong, Lewis, Ellemberg, Bhagirath, & Maurer	Comparison of sensitivity to first- and second-order information in infants, children, and adults
32	Atkinson, Wattam-Bell, Braddick, Birtles, Barnett, & Cowie	Form vs motion coherence sensitivity in infants: the dorsal/ventral developmental debate continues
33	Wada, Lacroix, von Grünau, Borokhovski, Constantinescu, de Almeida, Gurnsey, & Segalowitz	Predicting reading performance from motion coherence thresholds in six- and seven-year-old children.
34	Lewis, Fine, & Dobkins	Effects of context on motion processing: the barber pole illusion in infants
35	Kovács, Kovács, & Fehér	Lack of "one-shot" learning in preschool children (eye-movement data)
Form and Pattern
36	Rainville & Wilson	Global form perception in motion-defined radial-frequency contours
37	Braddick, Aspell, Atkinson, & Wattam-Bell	More complex global pattern information shows shorter integration time
38	Liu, Lu, & Aguilar	Perceptual shape regularization
39	Landy, Goutcher, Trommershauser, Maloney, & Mamassian	MEGaVis: Perceptual decisions in the face of explicit costs and benefits
40	Purves & Howe	The statistics of natural scene geometry predict the perception of angles and line orientation
41	Andresen & Grill-Spector	Task dependent modulation of size-sensitivity across human visual cortex
Neural Basis of Awareness
42	Tse, Martinez-Conde, Schlegel, & Macknik	Visibility and visual masking of simple targets is confined to occipital cortex
43	Macknik, Martinez-Conde, Schlegel, & Tse	Dichoptic visual masking reveals localized processing of visibility in human extrastriate cortex
44	Whitney, Goltz, & Goodale	fMRI activity for the unseen: masking in the primary visual cortex
45	Haynes, Driver, & Rees	Human cortical activations related to visual metacontrast masking
46	Tong	Representations of Visual Imagery in Human Primary Visual Cortex
47	Wu & Shimojo	Transcranial magnetic stimulation (TMS) reveals the content of post-perceputal visual processing.
Spatial Vision II
48	Frazor & Geisler	The statistics of local contrast and mean luminance in natural images
49	Levi, Klein, & Chen	What is the signal in noise?
50	Taylor, Bennett, & Sekuler	Noise detection: Optimal summation of orientation information
51	Watson & Ahumada	The Spatial Standard Observer
52	MacLeod & Judson	Does sampling by the cone mosaic limit resolution?
53	Sperling & Hsu	Revisiting the Lincoln Picture Problem
Color I - Fundamentals
54	Hong & Shevell	Chromatic induction from an S-cone background: Evidence for an S-cone specific Center-Surround Receptive Field
55	Lindsey & Brown	Color naming and color consensus: “Blue” is special
56	Hardy, Frederick, Kay, & Werner	Color naming and lens brunescence
57	Hillis & Brainard	Color detection and appearance: A non-linear link
58	Werner	Chromatic adaptation in motion
Binocular Rivalry / Bistable Perception
59	Paffen, Tadin, te Pas, van der Smagt, Lappin, & Verstraten	Center-surround inhibition and facilitation during binocular rivalry
60	Watanabe, Paik, & Blake	Preserved gain control for luminance contrast during binocular rivalry suppression
61	Tsuchiya & Koch	Continuous flash suppression
62	Suzuki & Grabowecky	Long-term speeding of alternations in binocular rivalry: Potential mediation by primary visual cortex.
63	Meng & Tong	Binocular Rivalry and Perceptual Filling-in of Visual Phantoms in Human Visual Cortex
Spatial Vision I
64	Puts, Pokorny, & Smith	Magnocellular and parvocellular mediated Vernier acuity
65	Polat & Sagi	Temporal asymmetry of collinear lateral interactions
66	Song & Baker	A common mechanism underlying neuronal processing of contrast envelopes and illusory contours
67	Carrasco, Ling, Gobel, Fuller, & Read	Attention alters appearance in early vision: Contrast sensitivity, spatial resolution, and color saturation
68	Delord, Devinck, & Knoblauch	Surface and edge in visual detection : Is filling-in necessary?
Temporal and Spatial Representation
69	Guttman, Gilroy, & Blake	When a mixed ensemble sings a common song: Spatial grouping from temporal structure
70	Kanai & Verstraten	Flash-Induced Palinopsia in normal observers: Perceiving the veridical and extrapolated positions simultaneously
71	Sundberg, Fallah, & Reynolds	Neural mechanisms underlying the spatial mislocalization of a flashed element embedded in an apparent motion sequence
72	Cantor & Schor	Does the Temporal Impulse Response Cause the Flash Lag Effect?
73	Bridgeman, DiLollo, Enns, & von Muehlenen	Modeling metacontrast masking with varying target and mask durations
74	Ogmen, Breitmeyer, Todd, & Mardon	Double dissociation in target recovery: Effect of contrast
3D Shape
75	Todd, Thaler, Dijkstra, Koenderink, & Kappers	The effects of camera and viewing angles on the perception of 3D shape from texture
76	Thaler, Dijsktra, & Todd	On the role of phase information in the perception of 3D shape from texture
77	Mamassian & Goutcher	A Bayesian Model of Structure-from-Motion Perception
78	Domini & Caudek	A new approach to the study of cue-integration
79	Khang, Koenderink, & Kappers	Shape constancy does not hold for images rendered with different types of material surfaces
80	Biederman, Kayaert, & Vogels	Systematic investigation of shape tuning in macaque IT
Motion I
81	Martinez-Trujillo, Hopf, Treue, Wildes, Simine, Heinze, & Tsotsos	A human cortical specialization for the processing of velocity gradients in moving stimuli
82	Krekelberg, van Wezel, & Albright	Speed adaptation in macaque MT
83	Thompson & Hammett	Perceived speed in peripheral vision: it can go up as well as down
84	Bhavaraju & Mingolla	Perception of speed across variations in spatiotemporal frequency
85	Backus & Oruc	Rotating snakes and the failure of motion mechanisms to compensate for early adaptation to luminance
86	Campana, Walsh, Casco, & Cowey	Visual area V5/MT "remembers" what, not where
Object Recognition
87	James & Gauthier	Backward masking reveals greater fMRI activation with primed objects
88	Baker, Knouf, Wald, Kwong, Benner, Fischl, & Kanwisher	Functional selectivity of human extrastriate visual cortex at high resolution
89	Kayaert, Op de Beeck, Biederman, & Vogels	Shape dimension-dependent coding of macaque IT neurons.
90	Grill-Spector	Using multiple functional criteria to define high-level human visual areas in the lateral occipital and temporal lobes.
91	Tyler, Likova, & Wade	Properties of Object Processing in Lateral Occipital Cortex
92	Fang & He	Viewer-Centered Object Representation in Human Visual System Revealed By Viewpoint Aftereffect
Object Perception
93	Lazareva, Young, & Wasserman	Pigeon’s recognition of occluded objects: differential effect of training experience
94	Peissig, Kawasaki, & Sheinberg	Long-term familiarity as measured by visual evoked potentials in the monkey
95	Hochstein, Barlasov, Hershler, Nitzan, & Shneor	Rapid vision is holistic
96	Christensen & Todd	The effects of texture changes on object recognition
97	Liu, Jovicich, Baker, Mangini, Wald, & Kanwisher	A left fusiform region that responds selectively to letter strings
98	Hayworth & Biederman	Parts and relations are analyzable sources of shape variation: Evidence for structural descriptions
Eye Movements
99	Johnston & Everling	Neural activity in monkey prefrontal cortex during delayed-match-to-sample and conditional pro-saccade - anti-saccade tasks
100	Ford, Goltz, & Everling	Anti-saccade performance predicted by event-related fMRI
101	Greenlee, Oeyzurt, Vallines, & Rutschmann	Event-related fMRT during Saccadic Gap- and Overlap-Paradigms: Neural Correlates of Express Saccades
102	Hayashi, Andersen, & Shimojo	Human parietal cortex remaps cue-priming effect across saccades: cortical location and dynamics assessed by transcranial magnetic stimulation.
103	Simion & Shimojo	How Early Does the Brain “Know” What It Likes? Evidence from Pupilometry
104	Watanabe, Noritake, Maeda, Tachi, & Nishida	Space constancy around the time of a saccade for intransient stimuli
Motion Integration
105	Norcia, Vildavski, Wade, & Pettet	Modulation of local motion signals by the global structure of optic flows: evidence for feedback from high-density EEG recordings
106	Dakin, Mareschal, & Bex	Equivalent noise analysis of motion integration
107	Tadin, Paffen, Verstraten, Blake, & Lappin	Perceived 3D surface layout modulates center-surround interactions in motion
108	Lappin & Tadin	Figure-ground segregation by center-surround motion mechanisms
109	Benton & Curran	A speed-tuned effect of coherence on the perceived speed of global motion
110	Huk & Shadlen	Temporal integration of visual motion in macaque parietal cortex
Eye Movements and Perception
111	Land	The coordination of eyes, head and trunk in very large natural gaze saccades
112	Connolly, Goodale, Cant, & Munoz	Preparatory gap and memory-delay fMRI activation in the human frontal eye field is higher for pointing as compared to saccade trials
113	Erkelens	Properties of saccade generation revealed by smooth pursuit
114	Braun, Pracejus, & Gegenfurtner	Smooth pursuit eye movements in response to the motion after effect
115	Lipps & Pelz	Yarbus revisited: task-dependent oculomotor behavior
116	Watamaniuk, Velisar, Badler, & Heinen	Effects of motion adaptation on smooth pursuit performance
De Valois Memorial
117	Jacobs	Asking Monkeys About Color
118	Shapley	Spatial Vision and the Visual Cortex: can we establish a connection?
Material Properties
119	Fleming, Adelson, Buelthoff, & Jensen	Perceiving translucent materials
120	Ripamonti, Bloj, Greenwald, & Brainard	An Equivalent Illumiant Model of How Perceived Lightness Varies with Scene Geometry
121	Boyaci & Maloney	The effect of an illuminant direction cue based on cast shadows on lightness perception in three-dimensional scenes
122	Pont, van Doorn, & Koenderink	Light field matching
123	Adelson, Li, & Sharan	Image statistics for material perception
124	Köteles, Vogels, & Orban	Coding of material properties in macaque inferior-temporal cortex
Rapid Scene Perception
125	Sanocki	The time course with which representations of scene layout become functional
126	Maljkovic, Martini, & Farid	The time-course of categorization of real-life scenes with affective content
127	Brockmole & Henderson	Attentional prioritization of new objects in natural scenes
128	Festman & Braun	Scene comprehension outside the focus of attention.
129	Evans & Treisman	Perception of natural scenes; is it really attention-free?
130	Kirchner, Gegenfurtner, Kerzel, & Thorpe	The role of spatial frequency in ultra-rapid scene categorization
Faces I
131	Golarai, Ghahremani, Eberhardt, Grill-Spector, & Gabrieli	Representation of parts and canonical face configuration in the amygdala, superior temporal sulcus (STS) and the fusiform "face area" (FFA)
132	Ng, Ciaramitaro, Fine, & Boynton	Selective tuning of face perception
133	Yovel & Kanwisher	Face Perception Engages a Domain-Specific System for Processing both Configural and Part-Based Information about Faces
134	Schiltz, Caldara, Sorger, Goebel, Mayer, & Rossion	A critical role of the right fusiform gyrus in individual face discrimination: Evidence from neuroimaging studies of a prosopagnosic patient
135	Ganel, Valyear, Goshen-Gottstein, & Goodale	Greater fMRI activation in the "fusiform face area" for the processing of expression than the processing of identity: Implications for face-recognition models
136	Loffler, Wilkinson, Yourganov, & Wilson	Effect of Facial Geometry on the fMRI signal in the Fusiform Face Area
Multisensory Integration
137	Arnold, Johnston, & Nishida	Timing sight and sound: Determining the temporal tuning of a cross modal interaction.
138	Meyer, Roehrbein, Wuerger, & Zetzsche	The effect of spatial asynchrony on the integration of auditory and visual motion signals
139	Buelthoff & Newell	Distinctive auditory information improves visual face recognition
140	Gepshtein, Burge, Banks, & Ernst	What is an inter-sensory object? Optimal combination of vision and touch depends on their spatial coincidence
141	Ciaramitaro, Buracas, & Boynton	Cross-modal attention effects vary across human visual cortex
142	MacNeilage, Berger, Banks, & Buelthoff	Visual cues are used to interpret gravito-inertial force
Visual Control of Hand Movements
143	Greenwald, Knill, & Saunders	Monocular and binocular cues contribute differently to planning and online control of reaching movements
144	Schrater & Flister	Selecting contact points for reaching
145	Trommershauser, Gepshtein, Maloney, Landy, & Banks	Optimal compensation for changes in effective movement variability in planning movement under risk
146	Schlicht, Schrater, & Sloane	Statistical decision theory for everyday tasks: A natural cost function for human reach and grasp
147	Fattori, Breveglieri, Kutz, Marzocchi, & Galletti	Reach-to-grasp movements modulate neural activity in the dorso-medial visual stream
Visual Short-Term Memory
148	Saiki & Miyatsuji	The role of attention in maintenance of feature binding in visual working memory
149	Luck & Zhang	Fixed resolution, slot-like representations in visual working memory
150	Wilken & Ma	A detection theory account of visual short-term memory for color
151	Olson, Jiang, & Sledge	Increasing the functional capacity of visual short-term memory through attention and long-term memory
152	Droll, Hayhoe, Triesch, & Sullivan	Working memory for object features is influenced by scene context
Perception and Action
153	Gorea & Waszak	Two modus operandi of the motor system in relation to perceptual behavior
154	Króliczak, Heard, Goodale, & Gregory	Target-directed actions resist the hollow-face illusion
155	Brouwer, Smeets, & Brenner	The effect of timing demands varied by shape and speed in hitting moving targets
156	Hayhoe, Mennie, Gorgos, Semrau, & Sullivan	The role of prediction in catching balls.
157	McBeath, Sugar, & Wang	Baseball fielders utilize a rule of constant cotangent change to navigate to catch ground balls
Color II - Ramifications
158	Li & Zaidi	3-D shape from chromatic orientation flows
159	Kingdom, Hammamji, & Rangwala	Cardinal colour contributions to the colour-shading effect
160	Gilchrist	Disentangling object color from illuminant color: The role of gradient correlations
161	Balas, Jameson, & Sinha	The illusion of 'pan-field' color
162	Nishida, Watanabe, Tachi, & Kuriki	Motion-induced colour mixture
Search I
163	van den Berg, Beintema, Vlaskamp, Hooge, & van Loon	Foraging for targets with saccades
164	Woodman, Yi, Chun, & Schall	Masking the mask: Targets are recovered during pattern masking but not object-substitution masking
165	Eckstein, Caspi, Beutter, & Pham	The decoupling of attention and eye movements during multiple fixation search
166	Baldassi, Burr, & Megna	Confidence grows with uncertainty in visual search.
167	Verghese & Ma-Wyatt	Visual search determines whether an object is segmented
168	Peterson, Beck, & Vomela	The guidance of attention by retrospective and prospective memory during visual search.
Stereopsis
169	Bredfeldt & Cumming	Orientation tuning for disparity defined edges in Macaque V2
170	Nienborg, Bridge, Parker, & Cumming	Temporal resolution for disparity modulation may be limited by the speed of response modulation in V1
171	Rogers & Ambler	Vertical disparities can recalibrate the vergence system
172	Berends, Liu, & Schor	Adaptation to disparity produced by vertical magnification causes a slant bias at the perceptual level and biased azimuth signals from eye position.
173	Banks, Gepshtein, & Rose	Do we perceive stereoscopic surfaces from patches of constant disparity?
174	Sedgwick, Gillam, & Shah	Stereoscopically perceived depth across surface discontinuities
Search II
175	Rosenholtz	Letter search is influenced by the frequency of occurrence of the letters of the alphabet
176	Beck, Peterson, & Vomela	Where but not what is remembered during visual search
177	Hollingworth	Memory guides search in natural scenes
178	Rensink	The Invariance of Visual Search to Geometric Transformation
179	Rauschenberger & Peterson	When unambiguous stimuli become ambiguous: Spatiotemporal context effects with nominally unambiguous stimuli
180	Lleras, Rensink, & Enns	Rapid Resumption is modulated by high-level strategies.
Visual Cortex: Properties and Organization
181	Series, Latham, & Pouget	Influence of correlated activity on the efficiency of orientation encoding
182	Victor, Repucci, & Mechler	Responses to Hermite function stimuli reveal intrinsically two-dimensional processing in cat V1
183	McAdams & Reid	The receptive field strength of simple cells can be modulated by attention.
184	Freiwald, Tsao, Tootell, & Livingstone	Complex and dynamic receptive field structure in macaque cortical area V4d
185	Krishna, Bisley, & Goldberg	A rapid, precisely-timed onset response in area LIP of the monkey
186	Kamitani & Tong	Pattern recognition of orientation-selective fMRI signals in the human visual cortex
Perceptual Learning & Plasticity
187	Casco, Campana, Grieco, & Fuggetta	Experience enhances texture saliency by reducing behavioural and cortical responses to irrelevant texture features
188	Jiang & Leung	Implicit learning of ignored visual context
189	Fiser, Scholl, & Aslin	Perception of object trajectories during occlusion constrains statistical learning of visual features
190	Ostrovsky, Andalman, & Sinha	Acquisition of visual function after extended congenital blindness
191	Vaina, Soloviev, & Buonanno	Reorganization of human retinotopic cortical map after an occipital lobe infarct: A longitudinal study
Stereo / Depth
192	Buckthought & Stelmach	Binocular matching of oriented components in stereopsis: Psychophysics and modeling
193	Burge, Peterson, & Palmer	Perceived depth is influenced both by binocular disparity and configural cues.
194	Cumming & Read	The stroboscopic Pulfrich stimulus: A new explanation of an old illusion
195	Grove, Brooks, Anderson, & Gillam	Stereopsis based on transparency: Disparity or a new form of stereopsis?
196	Miyawaki	Signal model of latency delay in visual evoked potential by binocular disparity
Perceptual Organization
197	Sugihara, Qiu, & von der Heydt	Figure-ground organization and attention modulation in neurons of monkey area V2
198	Large, Aldcroft, Kuchinad, & Vilis	Keeping it together: The maintenance of figure-ground segregation in the lateral occipital sulcus
199	Houtkamp & Roelfsema	Figure-ground and figure-figure segregation in curve tracing
200	Palmer & Brooks	Edge-Texture Grouping: A New Class of Information about Depth and Shape
201	Mitroff & Scholl	Online Grouping and Segmentation Without Awareness: Evidence from Motion-Induced Blindness
Amblyopia & Other Visual Disorders
202	Nawrot, Frankl, & Stockert	Elevated motion parallax thresholds are related to eye movement anomalies in strabismus
203	Mendola, Chan, Roy, Conner, Scwartz, Odom, & Kwong	Loss of visual cortex in children and adults with amblyopia
204	Trevethan, Sahraie, & Weiskrantz	Blindsight superior to 'sighted-sight'?
205	Bouvier & Engel	Patterns of cortical damage in achromatopsia and prosopagnosia
206	Betts, Taylor, Bennett, & Sekuler	Evidence for reduced inhibition in the aging visual system revealed by a motion discrimination task
Motion II
207	Cropper	Colour and Motion: Masking Über Alles
208	Chen, Sheliga, FitzGibbon, & Miles	The short-latency ocular following responses (OFR) elicited by position steps applied to complex grating patterns: evidence for energy-based and feature-based detection of motion.
209	Fine, Anderson, Boynton, & Dobkins	Interactions between contrast, coherence and directional tuning
210	Williams, Hubbard, & Ramachandran	Postdiction in visual motion perception
211	Anstis & Macleod	Fluttering hearts: a new analysis
Faces II
212	Cate & Behrmann	3-D depth influences holistic perception processes in healthy subjects and a prosopagnosic patient
213	Giese, Sigala, Wallraven, & Leopold	Physiologically inspired neural model for the prototype-referenced encoding of faces
214	Duchaine, Yovel, Butterworth, & Nakayama	Elimination of all domain-general hypotheses of prosopagnosia in a single individual: Evidence for an isolated deficit in 2nd order configural face processing
215	Fox, McKeeff, & Tong	A perceptual basis for the lighting of Caravaggio’s faces
216	Sinha & Gilad	Face recognition with ‘Contrast Chimeras’
Biological Motion
217	Westhoff & Troje	Person identification from biological motion: information content of discrete Fourier components
218	Jacobs & Shiffrar	Walking perception by walking observers
219	Loula, Prasad, & Shiffrar	People watching: visual and motor experience define sensitivity to human movement.
220	Morgan & McBeath	What's the point? Determining the group's center-of-attention
221	Casile & Giese	Possible influences of motor learning on perception of biological motion
Adaptation
222	Solomon & Morgan	The lingering effects of artificial scotomata
223	Gur, Kagan, & Snodderly	Lack of short-term adaptation in V1 cells of the alert monkey
224	Brown, Samonds, & Bonds	Area 18 contributes to contrast adaptation of Area 17 cells in the cat.
225	Dhruv, Solomon, & Peirce	Profound Contrast Adaptation Early in the Visual Pathway
226	Kunken, Sun, & Lee	Modeling macaque ganglion cell response in studies of light adaptation using the Westheimer paradigm
Biological motion
227	Troje	Inverted gravity, not inverted shape impairs biological motion perception
228	Johnson	Interpersonal Meaning in the Body's Motion and Morphology
229	Shiffrar, Chouchourelou, & Pinto	A Social Visual System?
230	McAleer, Mazzarino, Volpe, Camurri, Patterson, & Pollick	Perceiving Animacy and Arousal in Transformed Displays of Human Interaction
231	Jordan & Stoner	Gender-Specific Adaptation of Biological Motion
232	Pollick, Paterson, & Mamassian	Combining faces and movements to recognize affect
233	Kitazaki & Inoue	Perception of human body poses: view dependency and search efficiency
234	Hiris, Krebeck, Edmonds, & Stout	What learning to see the motion of nothing in particular tells us about biological motion perception
235	Freire, Maurer, Lewis, & Blake	Adults are better than 6-year-olds at perceiving biological motion in noise
236	Vuong, Hof, Thornton, & Buelthoff	An advantage for detecting human targets in dynamic versus static composite stimuli
237	Jokisch, Daum, & Troje	Self recognition versus recognition of others by biological motion: Viewpoint-dependent effects
238	Hadjigeorgieva, Jang, Park, Jung, Chung, & Pollick	The influence of temporal offset noise on the perception of possible versus impossible movement
239	Grossman, Battelli, & Leone	TMS over STSp disrupts perception of biological motion
Binocular Rivalry / Bistable Perception
240	Kim & Blake	Color promotes interocular grouping during binocular rivalry
241	Beintema, Halfwerk, & van Wezel	Less rivalry with more biological motion
242	Graf	Binocular surface shape cues influence interocular rivalry
243	Sobel, Blake, & Raissian	Binocular rivalry suppression does impede buildup of the motion aftereffect.
244	White	Binocular rivalry with perceptually ambiguous stimuli yields multistable perceptions
245	Makous, Fiser, & Bex	Contrast averaging in binocular rivalry
246	Carmel, Freeman, Lavie, & Rees	Working memory maintains perceptual biases during binocular rivalry
247	Grossmann & Dobbins	Rotating Kinetic Dot Patterns Stabilize Perceptual Dominance During Binocular Rivalry
248	Shinozaki & Takeda	MEG measurement of higher level visual responses evoked by various types of binocular rivalry stimuli
249	Kornmeier & Michael	Evidence for early visual processing in perceptual disambiguation of ambiguous figures
250	Nadasdy & Andersen	Perceptual decision influences V1 neuronal responses to ambiguous three-dimensional objects
251	Saenz & Koch	Biasing the Percept of Ambiguous Motion Stimuli
252	Liu & Gauthier	Perceptual instability of low contrast letters
253	Hal, Tjan, Liu, Lee, & Motamed	Tracking a stereo-kinetic ellipse
254	Hirsch, Egne, Khalil, Lai, & Patel	Long-range cortical systems and local parietal areas engaged during the multiple percepts of bistable figures suggest a role for "highly influential" neural ensembles in perceptual grouping mechanisms: an fMRI investigation
255	Brascamp, van den Berg, & van Ee	Shared neural circuitry for switching between perceptual states and ocular motor states?
Attention, Objects and Context I
256	Morgan, Paul, & Tipper	Inhibition of return is object-based, not category-based
257	Chao & Yeh	The importance of disengagement in inhibition of return
258	Zhou, Chu, Chen, & Li	Voluntary Modulation of Early and Late Inhibition in Visual Orienting
259	DiMase & Chun	Contextual cueing by real-world scenes
260	Junge & Chun	Implicit Cues Can Guide Attention
261	Ambinder & Simons	Implicit Pattern Detection and Attention Capture
262	Leber, Chun, & Widders	Visual context implicitly guides attentional set
263	Dean & Platt	World-centered spatial representations in posterior cingulate cortex
264	Yeh & Lin	Role of endogenous orienting in object-based and space-based selection
265	Lu, Program, & Itti	Perceptual consequences of feature-based attention
266	Xu & Kanwisher	Attention, feature dimension, and face identity fMRI adaptation in the right fusiform face area
267	Seiffert	Visual attention mediates object control
268	Hyun & Luck	What stage of processing is influenced by four-dot masks?
269	Bemis, Franconeri, & Alvarez	Rapid number estimation: A new paradigm for investigating the rules of objecthood
270	Marino & Scholl	The Role of Closure in Defining the 'Objects' of Object-Based Attention
271	Kimchi & Cohen-Savransky	The effect of perceptual organization on spontaneous allocation of visual attention
Visual Cortex, Receptive Fields and Neural Coding
272	Kontsevich & Tyler	Component analysis of BOLD response
273	Zhang, Maruko, Bi, Watanabe, Zheng, Smith, & Chino	Long-range signal interactions in V2 neurons of macaque monkeys.
274	Moore, Alitto, & Usrey	The influence of stimulus temporal frequency on orientation tuning and direction selectivity in V1 neurons
275	Lu, Kraus, & Roe	Optical imaging of contrast response in functional domains in V1 and V2 of macaque visual cortex
276	Graham, Chandler, & Field	Decorrelation and response equalization with center-surround receptive fields
277	Zhan & Baker	Cortical orientation domains are invariant with carrier type for contrast envelopes
278	Ersoy, Kagan, Rucci, & Snodderly	Modeling the responses of V1 complex cells to natural temporal inputs
279	Khaytin, Xu, Collins, Kaskan, Shima, Kaas, & Casagrande	The Organization of the Middle Temporal Visual Area (MT) in Bush Babies and Owl Monkeys Revealed by Optical Imaging
280	Harner & Watanabe	A self-organizing neural network model of receptive field and map development of motion direction selectivity, orientation, and ocular dominance in V1 and MT
281	Yen, Baker, Lachaux, & Gray	Natural movies evoke precise responses in cat visual cortex that are not predicted from non-uniform Poisson processes
282	Zetzsche, Nuding, & Schil	Measurement of nonlinear 2nd-order kernels with polyspectra
283	Field & Wu	An attempt towards a unified account of non-linearities in visual neurons
284	Schneider, Richter, & Kastner	Retinotopic organization and functional subdivisions of the human lateral geniculate nucleus and superior colliculus
Perceptual & Sensorimotor Learning; Adaptation
285	Bruggeman, Rieser, & Pic	An action system analysis of visuomotor learning
286	Ernst & Endress	The quality of feedback does not affect the rate of visuomotor adaptation
287	Pesavento & Schlag	Perceived sensorimotor simultaneity is learned
288	Qi & Backus	Learning a new cue for motion in depth
289	Lu & Liu	Perceptual learning of speed discrimination enhances motion after effect (MAE)
290	Marotta, Keith, & Crawford	Is reversing prism adaptation global or modular?
291	Rajimehr	Perceptual modulation of orientation-selective adaptation
292	Mednick & Boynton	Perceptual deterioration is specific to background and target orientation.
293	Blaser, Domini, & Raymond	Perceptual learning increases the tilt aftereffect
294	Adams, Graf, & Ernst	Re-learning the light source prior
295	Ivanchenko & Jacobs	Cue-invariant learning for visual slant discrimination
296	Doshe & Lu	Perceptual learning in first- and second-order letter identification
297	Liebe, Gold, Busey, & O'Donnell	Electrophysiological correlates of the effects of perceptual learning on signal and noise in the human visual system
298	Song & Jiang	How configural is implicit learning of repeated visual context?
299	Husk, Sekuler, & Bennett	Specificity of inversion effects in perceptual learning
300	Silverman & Welch	Category learning in the visual processing stream
301	Werner, Yamagishi, Seitz, Goda, Sheremata, Kawato, & Watanabe	Interference in perceptual learning
302	Gosselin & Dupuis-Roy	Isolating the top-down component of perceptual learning
303	Hussain, Bennett, & Sekuler	Specificity of rapid visual learning: Faces versus textures.
304	Yu, Kuac, Zhang, Klein, & Levi	Perceptual learning of contrast discrimination determined by stimulus temporal pattern but not contrast uncertainty
305	Garrigan & Kellman	Is Perceptual Learning Constrained to Operate Through Perceptual (Not Sensory) Representations?
306	Petrov, Dosher, & Lu	Comparable perceptual learning with and without feedback in non-stationary context: Data and model
307	Rasche & Wenger	Changes in decisional criteria and bias during perceptual learning
Color
308	Brown & Lindsey	The color BLUE: The dictionary project
309	Griffin	Optimality of the Basic Colours Categories
310	Ferwerda & Chean	Dalton’s Jungle: a video game for assessing color anomalies in children’s vision
311	Smith & Taboada	A white-LED based dual-channel Maxwellian view stimulator for vision research
312	Furuta, Kuriki, & Nakadomari	Categorical color perception with color aphasia
313	Krauskopf	Measurement of the relative sensitivity of the L and M cones
314	Lee, Pizlo, & Allebach	Characterization of red-green and yellow-blue opponent channels
315	Eskew, Wang, & Richters	A five-mechanism model of hue sensations
316	Khan & Pattanaik	Modelling blue shift in moonlit scenes using rod cone interaction
317	Neriani & Nagy	Combining information in different color mechanisms: use of cardinal color mechanisms vs. higher-order color mechanisms
318	Liu, Brewer, & Wandell	Variations in temporal and chromatic responses across human visual cortex
319	Robson, Holder, Moreland, & Kulikowski	Chromatic VEP specification of macular pigmentation: comparison with minimum motion and minimum flicker profiles.
320	Kuriki	Chromatic contrast sensitivity during slow temporal modulation in surrounding area
321	Reeves, Amano, & Foster	Gaps in color constancy
322	Doerschner, Boyaci, & Maloney	Estimating the glossiness transfer function induced by changing illumination and testing its transitivity
323	Zemach & Teller	Infants' spontaneous hue preferences are not due solely to variations in perceived saturation
324	Goolsby, Grabowecky, & Suzuki	Task demands modulate the global-form contingency of the Color Suppression Effect
325	Xian & Shevell	Color Appearance Influenced by Local Induction and by Perceptual Grouping
326	Yamauchi & Uchikawa	Depth information affects the judgment of the surface-color mode appearance
327	Uchikawa, Yokoi, & Yamauchi	Categorical color constancy is more tolerant than apparent color constancy
328	Comerford, Bodkin, & Thorn	Chromatic and achromatic processing in the Hermann Grid illusion
329	Fuller, Ling, & Carrasco	Attention increases perceived saturation
330	Malkoc & Kingdom	Color properties of binocular color fusion and rivalry
331	Sheth & Wu	Adapting to perceived color
332	Granzier, Brenner, Cornelissen, & Smeets	Scene statistics and chromatic induction: only the local correlation between luminance and chromaticity matters
333	Devinck, Delahunt, Hardy, Spillman, & Werner	Watercolor Spreading Quantified by Matching and Cancellation
Searching for Objects
334	Najemnik, Geisler, & Perry	Optimal visual search for targets in 1/f noise
335	Neider & Zelinsky	Searching for Camouflaged Real-World Objects
336	Levin	Visual Search for Rare Targets
337	Torralba, Oliva, Castelhano, & Henderson	Saliency, objects and scenes: global scene factors in attention and object detection
338	Menneer, Barrett, Phillips, Donnelly, & Cave	The effect of training on search for complex stimuli
339	Drescher & Eckstein	Prior expectations of context and saccadic decisions in natural scenes
340	Michod, Wolfe, & Horowitz	Does guidance take time to develop during a visual search trial?
341	Belopolsky, Kramer, & Theeuwes	Bottom-up and top-down factors in prioritizing multiple luminance transients in visual search
342	Ghorashi, Smilek, & Di Lollo	Distinct attentional resources subserve visual search and dual tasks
Lightness & Brightness
343	Logvinenko	Achromatic colours of 3D objects under different orientations
344	Zaidi & Robilotto	Material identification for patterned 3-D objects
345	Rudd & Popa	A Theory of the Neural Processes Underlying Edge Integration in Human Lightness Perception
346	Rees, Haynes, & Lotto	Responses of human visual cortex to the brightness of uniform surfaces
347	Pereverzeva & Teller	Centering biases in heterochromatic brightness matching
348	Gunther & Dobkins	Both L+M and L-M mechanisms contribute to brightness induction
349	Shapiro, Shear-Heyman, Milanak, Charles, Leaver, & Belano	Thin edges and the induced contrast asynchrony
350	Blakeslee, Pasieka, & McCourt	Oriented multiscale spatial filtering and contrast normalization accounts for Howe's variation of White's effect
351	Schirillo, Cooley, & Barra	Dot lattice regularity influences grouping by similarity
352	Gray, Baker, & Yen	Multineuron response dynamics in cat visual cortex during the presentation of time-varying natural scenes
353	Wasserman, Lazareva, Gibson, Gosselin, Schyns, & Biederman	Geons and Bubbles: Object recognition by pigeons
Attentional Tracking and Search
354	Shapiro & Drew	Conceptual Masking in the Attentional Blink Paradigm
355	Orbach, Jackson, Henderson, & Kehemetswe	Inattentional blindness for psychophysicists: Orientation discrimination thresholds for miscued heterogeneous patterns
356	Kunar & Shapiro	The attentional blink needs no mask: T1 difficulty on an unmasked RSVP Stream
357	Nieuwenstein & Chun	Paving the way to visual awareness: Precuing T2 attenuates the attentional blink
358	Fougnie & Marois	Is the capacity limit of attentional tracking and visual working memory one and the same?
359	Arnell, Killman, & Fijavz	Blinded by Emotions: Target misses follow attentional capture by arousing distractors in RSVP
360	Kawahara & Yamada	Two non-contiguous locations can be attended concurrently: Evidence from the attentional blink
361	Narasimhan, Tripathy, & Barrett	Loss of positional information when tracking multiple dots: The role of memory
362	Keane & Pylyshyn	Tracking behind occluders is not based on predicting likely reappearance locations
363	Klieger, Horowitz, & Wolfe	Is multiple object tracking colorblind?
364	Bullot, Droulez, Morvan, & Pylyshyn	Keeping track of objects while exploring a spatial layout with partial cues: Location-based and direction-based strategies
365	Franconeri, Halberda, Feigenson, & Alvarez	Common fate can define objects in multiple object tracking
366	Horowitz, Birnkrant, Wolfe, Tran, & Fencsik	Tracking invisible objects
367	Braun & Pastukhov	Tracking coherent pattern motion 'through feature space'
368	Tripathy, Barrett, & Narasimhan	Gross distortions in perveived trajectories when tracking multiple dots
369	Suganuma & Yokosawa	Effect of entrained motion of items on MOT task
370	Fencsik, Horowitz, Kliege, & Wolf	Target reacquisition strategies in multiple object tracking
371	Black & Pylyshyn	Developmental Differences in Multiple Object Tracking
372	Valdes, Hines, & Neill	Gender differences in multiple object tracking (MOT) and metacognition
Space Perception
373	Bian, Braunstein, & Andersen	The ground dominance effect does not depend on where the judgment is made
374	Creem-Regehr, Mohler, & Thompson	Perceived Slant is Greater from Far versus Near Distances
375	Vishwanath, Girshick, & Banks	Pictorial space perception and oblique viewing
376	Dassonville & Elizabeth	Roelofs effect demonstrates a ‘predictive’ use of unpredictable contextual location cues
377	Khokhotva, Ono, & Mapp	New data support previous findings: cyclopean eye is relevant for predicting visual direction
378	Feria, Braunstein, & Andersen	The effect of surface curvature on perceived distance
379	Chan, Campos, Chiong, & Sun	Cue weighting in distance estimation in a natural environment revealed through discrepant learning conditions
380	Matin, Li, & Bertz	Distance-contingent accuracy of manual matches to line orientations misperceived under the 2-line rod-and-frame illusion
381	Harris, Jenkin, Dyde, & Jenkin	Failure to update spatial location correctly using visual cues alone
382	Messing & Durgin	Compression of distance perception in a live-video-fed head mounted display
383	Shavit, Li, Semanek, & Matin	Individual differences in sensitivity to induction-by-line: Covariation between perceived elevation (VPEL) and perceived vertical (VPV)
384	Jenkin, Dyde, Jenkin, & Harris	The perceived direction of “up” measured using shape-from-shading in a virtual environment.
385	Dyde, Sadr, Jenkin, Jenkin, & Harris	The perceived direction of “up” measured using a p/d letter probe
Visual Memory
386	Matsukura & Vecera	Attentional selection from visual short-term memory
387	Lages & Paul	Visual long-term memory for spatial frequency?
388	Kristjansson	Surface assignment modulates object formation for visual short-term memory
389	Ma & Wilken	A signal detection account of visual short-term memory for orientation and spatial frequency
390	Delvenne & Bruyer	Evidence against an object-based visual short-term memory for features from different parts of an object
391	Morales, Pashler, Carpenter, & Thompson-Schill	Rehearsal, distraction, and consolidation in memory for color and form
392	Boduroglu & Shah	Orientation-specific configuration based representations in spatial working memory
393	Donny, Landau, Courtney, & Hoffman	Working Memory for Location and Identity in Williams Syndrome
394	Jackson & Raymond	Visual working memory for faces
395	Lin & Luck	Similarity and Interference in Visual Working Memory
396	Zhang & Luck	Do Representations Decay in Visual Working Memory?
397	Kumar, Vickery, & Jiang	Integrating sequential arrays in visual short-term memory
398	Olson & Morales	What gets into visual short-term memory when you aren’t trying to remember?
399	Ono, Jiang, & Kawahara	Contextual cueing effect between successive trials
400	Merigan & Gee	Stimulus selective delay period activity in neurons of ventral extrastriate cortical area V4.
401	Thomas & Irwin	Blinking and thinking: Voluntary eyeblinks disrupt iconic memory
402	Yoshida, Yamaguchi, & Wak	Tactual search for change has less memory
Visuomotor Control
403	Ma-Wyatt, McKee, & Verghese	Stereopsis is not useful in guiding simple pointing movements
404	Gegenfurtner	The accuracy of pointing movements to targets defined by color
405	Sloane, Schrater, & Schlicht	Reach planning and accuracy depend on task difficulty.
406	Rachel, Mon-Williams, & Bingham	Differences between natural and unnatural prehension are not inevitable if calibration is allowed
407	Ross & Mon-Williams	The development of prehension in normal and special need populations
408	Hakim, Bingham, & Mon-Williams	Limitations of visual attention yield a mode change from simultaneous to sequential bimanual coordination
409	Cuijpers, Brenner, & Smeets	Grasping virtual objects with constant haptic feedback
410	Culham, Valyear, & Stiglick	fMRI activation in grasp-related regions during naming of tools and other graspable objects
411	Mon-Williams, Coats, & Bingham	Reaching with feeling
412	Sundareswara & Schrater	Simple Workspace Calibration via Perceptual Judgments
413	Wu, Trommershauser, Maloney, & Landy	Planning rapid movements to maximize gain in scenes with multiple regions carrying reward or penalty
414	Maloney, Trommershauser, Trzcinka, & Landy	Questions without words: Movement planning under implicit and explicit uncertainty
415	Aicken, Williams, & Mon-Williams	The role of serotonin in visuomotor activity
416	Pavlovskaya & Hochstein	Transfer of perceptual learning effects to untrained stimulus dimensions
Face Perception
417	Greene, Russell, & Biederman	The N170 adapts only to the shape--not the pigmentation--of individual faces
418	Russell, Sinha, Nederhouser, & Biederman	The importance of pigmentation for face recognition
419	Johnson & Tarr	Red-green, but not blue-yellow, color manipulations affect memory of facial identity
420	Cheng & Tarr	How to catch a thief: Teaching observers to recognize disguised faces
421	Fortin, McCabe, & Gosselin	Face Prototypes for Judgements of Thrustworthiness, the Big Five Personality Traits, and Two Nonsense Dimensions
422	O'Toole, Ayyad, Franklin, Goswami, Wu, Roark, & Abdi	Perceptual matching of identity between faces and video
423	Gauthier, Behrmann, & Tarr	Are Greebles like faces?
424	McCabe, Saumier, Arguin, & Gosselin	Isolating visual information involved in categorical face recognition.
425	Michel, Caldara, & Rossion	Same-race faces are perceived more holistically than other-race faces
426	Robbins & McKone	All those dogs look the same to me: Within category discrimination for faces and objects
427	Nakata & Osada	Face recognition of the same and different species by squirrel monkey (Saimiri sciureus)
428	Khurana & Hole	Face recognition: What’s sauce for the goose is not sauce for the gander
429	Jacques, Paque, & Rossion	The speed of face individual categorization
430	Gooch, Creem-Regehr, Lee, & Reinhard	Learning and recognition task performance using computer generated facial illustrations and caricatures.
431	Collin & Martin	Middle Spatial Frequencies are Needed for Face Recognition Only When Learned Faces are Unfiltered: Evidence from Spatial Frequency Thresholds for Matching
432	Yue & Biederman	The sensitivity of faces to spatial content may be partly based on the necessity to discriminate the metrics of smooth surfaces
433	Gaspar, Husk, Bennett, & Sekuler	The spatial spread of information constrains face discrimination
434	Roark, Barrett, Abdi, & O'Toole	Repetition-based familiarity improves person recognition in novel contexts
435	Kalocsai	Human sensitivity to face statistics computed on V1 similarity
436	Davidenko	Modeling face-shape representation using silhouetted face profiles
437	Heard & Morris	The hollow face illusion is reduced by binocular spots.
438	Serre, Poggio, & Sinha	Face detection by humans and machines
439	Nederhouser, Mangini, & Biederman	Recognition of non face objects, designed to require the same stimulus processing as that for faces, show only minimal effects of differences in contrast polarity or orientation direction.
440	Paras, Kaping, & Webster	Adaptation and the perception of facial symmetry
441	Shimojo & Simion	Orienting Behavior Robustly Contributes to Preference Decision Making
442	Chan & Downing	Effects of Viewpoint and Identity in Face- and Body-Selective Cortical Areas
Attention & Performance I
443	Yeshurun	Transient attention and the integration of information across time
444	Liu & Enns	Visual identification slows planning, but not execution, of concurrent visually guided action
445	Maratos & Anderson	The effects of visual attention and object affordance on the on-line control of arm movements
446	Sirotin, Krishna, Bisley, Steenrod, & Goldberg	Manual reaction time during a memory-guided delayed saccade task
447	Faludi, Maloney, & Carrasco	Visual Performance Fields and Motor Responses
448	Ishimatsu, Kumada, Kaneko, & Miura	Attention control with sequential expectancy to target locations
449	McCarley, Mounts, Hartman, & Kramer	Attention-mediated capacity limits in visual form processing
450	Butcher & Cavanagh	Within-field advantage for detecting repetitions.
451	Cameron & Bartow	Peripheral precuing does more than reduce location uncertainty
452	Takei, Takeuchi, & Yokosawa	Effect of attention in the peripheral cuing effect
453	Shimozaki, Eckstein, Olk, & Kingstone	Categorizing attentional loss in hemineglect with classification images
454	Sagi & Gorea	The Unique decision criterion: constant internal response or false-alarm rate?
455	Pardhan, Tiippana, Näsänen, & Bhudia	Contrast thresholds in noise for face identification with spatial cueing: are attention effects due to sampling efficiency or equivalent noise?
456	Dobkins & Huang	Attentional Effects on Contrast Discrimination in Humans: Evidence for both Contrast Gain and Response Gain
457	Galera, von Grünau, & Panagopoulos	Size and orientation of the attentional spotlight affect the efficiency of processing
Depth & 3D Shape
458	Livingstone & Conway	Was Rembrandt Stereoblind?
459	Sakai & Ogiya	Perception of Depth and Motion from Ambiguous Binocular Information
460	Pizlo, Francis, & Li	Evidence of two mechanisms for binocular depth perception
461	Nguyen, Howard, & Allison	The contribution of image blur to depth perception
462	Ishii & Howard	Threshold for detection of a continuous change in relative depth
463	Watt, Akeley, & Banks	Using multiple image planes to achieve near-correct focus cues in a 3d display
464	Watanabe, Tomita, Harasawa, Usui, Shioiri, & Yaguchi	Motion in depth perception of strabismic patients
465	Sheliga, Chen, FitzGibbon, & Miles	The short-latency vergence eye movements elicited when disparity is applied to complex grating patterns: evidence for an energy-based detection mechanism.
466	Di Luca, Domini, & Caudek	Non-linear combination of stereo and motion
467	Tassinari, Domini, & Caudek	Evidence of non-linear combination of stereo and motion information
468	MacKenzie & Wilcox	Three dimensional form perception: a comparison of motion and stereopsis.
469	Kim, Yoon, & Li	Interaction of binocular disparities and Pulfrich Effect in the perception of depth and rotation direction of a transparent cylinder
470	Papathomas, Vidnyánszky, & Zhuang	From 2D to 3D and back: Perception of rotated 2D pictorial scenes depends on the 3D surfaces they depict
471	Vreven	Psychophysical evidence for 3D shape detectors
472	Mingolla, Kuhlmann, & Grossberg	A laminar cortical model of 3D shape-from-texture: spatial-scale filtering, cooperative-competitive grouping, and surface filling-in
473	Nefs, Koenderink, & Kappers	Shape-from-shading for matte and glossy objects
474	Gilroy & Blake	Cognitive Factors Influence the Perception of 3D Structure-From-Motion
475	Zhong & Braunstein	Perceived rigidity of translating and rotating objects with a moving background
476	Yazdanbakhsh & Watanabe	Horizontal and vertical illusory lines are different in determining the depth of their embedded surface
477	Norman, Clayton, Thompson, & Shular	Aging and the perception of depth and 3-D shape from motion parallax
478	Clayton, Norman, Shular, & Thompson	Aging and the perception of 3-D shape from binocular disparity
479	Yonas, Tsamda, & Alexander	Sensitivity of preschool children to specular reflection information for surface texture
480	Mao, Leopold, DeBose, & Liu	Fixation-induced perceptual alternation for transparent rotating cylinder
Temporal Aspects of Vision
481	Wede & Francis	The time course of afterimages dependent on orientation and color
482	Ericson, Francis, & Shive	The spatial spread of filling-in for afterimages produced from orthogonal pairs of stimuli
483	Francis & Schoonveld	The perceived color of afterimages produced from orthogonal pairs of stimuli
484	Otte & Spillmann	The Effect of Surround Luminance Modulation on a Foveal Afterimage: Long-Range Interaction in Human Vision.
485	Holcombe, MacLeod, & Mitten	Positive afterimages caused by a filled-in representation
486	Kozak, Castelo-Branco, & Read	Physiologically-realistic circuitry underlying the motion aftereffect
487	O'Kane & Mamassian	Temporal dynamics of the depth aftereffect
488	Fry, Moore, & Webster	Blur thresholds following blur adaptation
489	Bilson, Mizokami, & Webster	Neural Adjustments to Temporal Blur
490	Takeuchi & De Valois	Perceived sharpness of moving natural images
491	Eagleman	Time perception is distorted during slow motion sequences in movies
492	Verstraten & Kanai	Change detection: changing features are not a necessary condition, visual transients do the job
493	Anderson, Murphy, & Jones	Temporal summation of dynamic orientation signals in noise
494	Cho & Francis	Evidence for integration in Type A and B backward masking
495	Paul & Philippe	Task requirements modulate feature integration
496	Meyerson & Palmer	Change blindness in synchrony grouping
497	Santella & Carrasco	Perceptual consequences of temporal performance fields II: Temporal order judgment
498	Moradi & Shimojo	Surface segregation and the time-course of feature-binding
499	Stetson & Eagleman	Does agency change the perceived timing of events?
500	Khan, Wheelock, & Timney	The effects of alcohol on interhemispheric transmission
501	Shioiri, Ogawa, Matsubara, & Yaguchi	Effect of attention at high temporal frequencies
502	Poggel, Treutwein, Calmanti, & Strasburger	Increasing the temporal g(r)ain: Improvement of double pulse resolution thresholds with smaller attention focus
Object Recognition
503	Leek	A surface-based theory of 3-D shape representation for human object recognition
504	Righi & Tarr	Are chess experts any different from face, bird, or Greeble experts?
505	Dux & Harris	Object orientation and the attentional blink: Tests of a two-stage model of object recognition
506	Harris & Dux	Probing the nature of object representations with repetition blindness for rotated objects
507	Pelli, Martelli, & Majaj	Using crowding to determine whether an object is identified as a whole or by parts
508	He & Tjan	What crowds a letter in the periphery?
509	Tjan, He, Chung, & Schwartz	Letter crowding in the periphery is best modeled by an increase in additive equivalent noise
510	Cant, Valyear, & Goodale	'Stuff' versus 'things': Neural processing of the material properties and geometric form of objects in human visual pathways
511	Graf, Dahl, Erb, Grodd, & Buelthoff	Basic level categorization and shape processing - an fMRI study
512	James, Martelli, James, Majaj, Pelli, & Gauthier	fMRI Reveals the Role of the Left Anterior Fusiform Gyrus in Letter Detection and Identification
513	Valyear, Westwood, Sherif, Cant, & Goodale	Differential fMRI adaptation for object identity and orientation in the ventral and dorsal streams.
514	McKeeff, Remus, & Tong	Decreased temporal processing capacity for objects as a function of ascending the ventral visual pathway
515	McAnany & Levine	The highs and lows of magnocellular and parvocellular processing
516	Taylor & Heindel	Electrophysiological evidence for a fundamental role of perceptual features in concept representation: N400 priming by shared color and shape information
517	Richards, Demiglio, Sekuler, & Bennett	Age-related differences in shape perception
518	Op de Beeck, Wagemans, & Vogels	A diverse stimulus representation underlies shape categorization by primates
Letters and Reading
519	Wong, Curran, Woroch, & Gauthier	N170 associated with expertise in letter perception
520	Arditi	Lapse rate is negligible in verbal letter identification.
521	Tyrrell, Gugerty, Aten, & Edmonds	The effects of sub-pixel addressing on users' performance and preferences during reading-related tasks
522	Fiset, Arguin, Blais, & McCabe	Parallel letter processing in the left and right hemispheres : What is the difference?
523	Diaz & Phillips	Evidence for a new mechanism in long timecourse low contrast object recognition.
524	Franco, Talgar, & Carrasco	Sustained attention enhances letter identification without affecting channel tuning
525	Caroline, Daniel, Arguin, Pierre, & Gosselin	Space-Time Spread of Attention During a Lexical Decision Task
526	Chen & Yeh	Familiarity and semantic context modulate the repetition blindness for components in Chinese characters
527	Florer, Salvano-Pardieu, & Hermann	The effect of polarity on reading and word-stem completion
Spatial Vision I
528	Hansen, Essock, & Haun	Visual adaptation and its relation to the "horizontal effect": Implications for visual processing of broadband orientation content
529	Yang	The statistical structure of luminance and spectral contrast in natural scenes
530	Hess & Ledgeway	A second look at 2nd order linking
531	Fine	Visual crowding reduces the effective contrast of target letters
532	Chung & Tjan	Crowding: Tuning to the wrong spatial-frequency channels
533	Manahilov, Calvert, Simpson, & Parker	Visual evoked responses of human cortex to contrast modulations of noise
534	Wolfson, Graham, & Slinin	Normalization and uncertainty effects in three objective tasks using first-order and second-order textures
535	Brady, Legge, & Kersten	Effects of natural backgrounds on spatial filter responses near object contours
536	Motoyoshi & Kingdom	Equivalent-noise analysis of texture orientation processing and the line-element model
537	Toyofuku, Klein, & Carney	Templates are in the eye of the beholder
538	Nam	Investigating Spatial Frequency Channels shared by 1st- and 2nd-order texture processing
539	Morgenstern, Elder, & Hou	Contrast dependence of spatial summation revealed by classification image analysis
540	Vallam, Tailby, & Metha	Contrast and criterion-dependent variation in apparent feature size of the frequency doubling stimulus
541	Schwartz & Tjan	Spatial summation zone for gratings in natural scenes
542	Johnson & Baker	Sparse Coding in First- and Second-Order Filtered Images.
543	Larsson, Landy, & Heeger	Orientation-selective adaptation to first- and second-order stimuli in human visual cortex measured with fMRI
544	Olman, Ugurbil, & Kersten	The role of feature density in determining V1 BOLD fMRI sensitivity to spatial phase structure
545	Page, Highsmith, & Crognale	Contrast response and components of the achromatic onset visual evoked potential
546	Ellemberg, Hess, & Allen	Evidence for spatial frequency and orientation labelled detectors in second-order visual processing
Motion II
547	Curran & Benton	Perceived speed of the dynamic motion after-effect (MAE)
548	Grunewald & Arens	The motion aftereffect is subject to reference repulsion
549	Friedrich & Mamassian	Motion capture and motion after-effect
550	Nakajima & Sato	Occlusion effect on MAE occurs in the test phase.
551	Nichols & Hock	Reverse-Phi Motion Without Reversing Luminance Polarity: Evidence for Edge Detection in the Perception of Object Motion
552	Nguyen-Tri & Faubert	Chromatic motion perception is facilitated by static luminance texture
553	Rezec, Krekelberg, & Dobkins	Effects of contrast and attention on chromatic vs. achromatic motion processing
554	Amano, Nihida, & Takeda	MEG responses for color-motion asynchrony
555	Gerbino	A vertical/horizontal asymmetry in induced motion
556	Matthews & Allen	The Role of Speed Lines in Subtle Direction Judgments
557	Raghunandan & Stevenson	Binocular fusion and interocular motion direction discrimination.
558	Dal Martello, Maloney, Spillmann, & Sahm	The effect of past trials on perceived direction of motion in ambiguous motion quartets: temporal pattern detection, not priming
559	Schlack, Krekelberg, & Albright	Recent stimulus history affects tuning of MT neurons
560	Meyer & Shipley	Effect of knowledge on apparent motion paths
561	Eshelman-Haynes & Watamaniuk	Background motion affects the perceived direction of a trajectory target
562	Shipley, Maguire, & Brumberg	Segmentation of event paths
563	Collier, Cobo-Lewis, & Thibodeau	Spatial-frequency ratio in Type 2 plaids drives perceived direction from vector-sum to IOC and back again
564	Simine, Gaetz, Cheyne, Tsotsos, & Martinez-Trujillo	MEG study of temporal parameters and localization of brain responses during the detection of transient changes in the direction of moving stimuli
565	Murakami	The dominant eye dominates the correlation between fixation instability and motion detection threshold
566	Morvan & Wexler	Motion detection by active observers
567	Heinrich, Renkl, & Bach	Motion adaptation: The pattern matters
568	Wilmer	Studying visual function using individual differences: a theoretical framework and a study of motion processing
569	Brecher & Gorlin	Snow Motion
570	Frechette, Grivich, Kalmar, Litke, Petrusca, Sher, & Chichilnisky	Retinal motion signals and limits on speed discrimination
Motion and Location
571	Choi & Scholl	The Temporal Dynamics of Causal Perception
572	Nagai, Sekuler, & Bennett	Representational momentum with different target’s contrast
573	Berzhanskaya, Grossberg, & Mingolla	Motion-to-Form cortical projections and the distortion of position maps.
574	Bedell, Nguyen, & Patel	The relationship between visual frame-of-reference effects for perceived size and speed
575	Shim & Cavanagh	Attention shift induced by apparent motion can cause position compression
576	Brenner, Rotman, van Beers, & Smeets	Sampling an object’s position as its image moves across the retina
577	Patel, Chung, & Bedell	Motion-Induced Position Shifts are Limited by Conflicting Relative Position Information
578	Maruya & Sato	A dichotomy in representation for locations of moving objects.
579	Baldo & Cravo	A misconception about the relationship between the flash-lag effect and temporal order judgments
580	Chappell, Hine, Acworth, & Hardwick	Testing temporal integration and attentional-capture accounts of the spatial mis-localization of moving objects
581	Ichikawa & Masakura	The connection of visual stimulus with observer's voluntary motion affects the flash-lag effect.
Stereopsis
582	Fang & Grossberg	How Are the Surface Lightnesses of Complex Stereograms Assigned to the Correct Depths?
583	Farell & Li	Relative binocular disparity: Role of orientation
584	Petrov	Higher-contrast is preferred to equal-contrast in stereo-matching
585	Lee & Dobbins	Quantitative depth perception of surfaces with multiple matches
586	Dobbins & Lee	Depth Perception with Opposite Contrast, Multiple-Match Stereograms.
587	Fukuda, Kaneko, & Matsumiya	Slant perception produced by vertical and horizontal size disparities with short duration
588	Hariharan & Bedell	The perceived visual direction of monocular objects in random-dot stereograms is influenced by horizontal but not vertical disparity
589	Umeda, Tanabe, & Fujita	Coding of relative disparity in monkey visual area V4
590	Lee, Shioiri, & Yaguchi	The effect of spatial frequency on exposure duration in stereopsis
591	Liu, Berends, Zhang, Schor, & Banks	Local stereo cues for estimating coplanar surface alignment
592	McKee, Verghese, Ma-Wyatt, & Petrov	The wallpaper illusion revisited
593	Stone, Backus, & Matza-Brown	Recalibration of two mechanisms for measuring relative disparity
594	Matza-Brown & Backus	Thresholds and weighting during cue combination: delta-vergence and retinal relative disparity
595	Schreiber, Rose, Hillis, Schor, & Banks	Eye position and the 2D pattern of retinal correspondence
596	Duke & Howard	Are vertical disparites pooled over depth?
597	Oruc, Duke, Qi, & Backus	Does the vertical disparity mechanism adapt?
598	Zhang, Edwards, & Schor	Continuity of surface texture between adjacent patches promotes the smoothness solution for binocular matches
599	Grossberg & Cao	A Laminar Cortical Model of Stereopsis and 3D Surface Perception: Closure and da Vinci Stereopsis
600	Goutcher & Mamassian	Temporal dynamics of stereo correspondence matching
601	Mansfield, Shahani, McCulloch, & Simpson	Dipole source modelling of the magnetoencephalogram to stereopsis, binocular fusion and rivalry.
Optic Flow / Motion in Depth
602	Holmes, Soksa, Gilmore, & Dahlin	What are they looking at? Investigating alternative salient cues in displays of optic flow that may influence infants' orienting
603	Brosseau-Lachaine, Casanova, & Faubert	Maturation of optic flow motion sensitivity in infants
604	Gilmore, Holmes, Soska, & Dahlin	Distinguishing stimulus-driven behavior from random responding in psychophysical tests of infants’ optic flow discrimination
605	Falkenberg & Bex	Perception of expanding optic flow patterns across the visual field
606	Rodriguez-Sanchez, Tsotsos, & Martinez-Trujillo	Velocity gradient information influences optical flow processing in human observers
607	Enriquez, Andersen, Lin, & Saidpour	Encoding constraints for the perception of heading
608	Judd, Sim, Cho, von Muhlenen, & Lleras	Motion perception, awareness and attention effects with looming motion
609	Duijnhouwer, Beintema, van Wezel, & van den Berg	An illusory transformation of optic flow fields without local motion interactions
610	Amiri & Schrater	Visual cue integration of motion-in-depth cues
611	Langer & Mann	Computation of heading from motion parallax in 3-D cluttered scenes
612	Likova, Tyler, & Wade	Cortical representation of motion induction in the stereodomain: an fMRI study
613	Bocheva & Braunstein	Texture orientation and biases in judged motion direction in structure-from-motion displays
614	Cohn, Tang, & Wong	Classification image for an expanding 2-D shape
615	Ni, Braunstein, & Andersen	Interaction of optical contact, shadows and motion in determining perceived scene layout
616	Barton & Cohn	Size Modulation Sensitivity for a Two-Dimensional Shape
617	Oberle & McBeath	Differential effects of visual feedback in a ball-dropping task reflect a robust "Galileo bias"
Attention & Performance II
618	Todd, Snyder, & Marois	The neural correlates of surprise blindness
619	Fehd & Kastne	Feature-based mechanisms of attention in human visual cortex
620	Lyon, Sharma, Schummers, & Sur	Non Linear Modulation of Contextual Influences by Attention in Awake Monkey V1
621	Remus, Kerlin, & Tong	Effects of attention and cognitive load on cortical responses to irrelevant stimuli
622	Royal, Sáry, Schall, & Casagrande	Does the lateral geniculate nucleus (LGN) pay attention?
623	Ling, Phelps, Holmes, & Carrasco	Emotion potentiates attentional effects in early vision
624	Bendiksby, Jarman, & Platt	Motivation focuses attention and enhances neuronal selectivity in parietal cortex
625	Deaner & Platt	Social expectations modulate neuronal activity in parital cortex
626	Corballis & Parks	Visual Evoked Potential Measures of Visouspatial Attention Following Illusory Line Motion
627	Giordano, McElree, & Carrasco	On the automaticity and flexibility of covert attention
628	Chen & Mordkoff	The Spatio-Temporal Dynamic Property of Covert Visual Attention
629	Gobell & Carrasco	Transient attention alters the appearance of spatial frequency.
630	Sahraie, Milders, & Niedeggen	Suppression mechanisms involved in attention induced blindness to changes in disparity and motion have similar characteristics.
631	Amlani & Rensink	Indifference of Mindsight to Mental Set
632	Green & Bavelier	Does action video game play really enhance the number of items that can be simultaneously attended?
633	Harrison, Rensink, & van de Panne	Length changes are difficult but not impossible to detect without attention
634	Arrington, Levin, & Varakin	Color onsets and offsets, and luminance changes can cause change blindness
635	von Muhlenen & Enns	Determinants for attentional capture by color and motion singletons
636	Hsiao, Li, & Yeh	A parallel interactive model of attentional capture
637	Li, Yeh, Hsiao, & Hu	Higher priority in processing for task-irrelevant salient stimuli: Explained by a parallel interactive model
Eye Movements: Mechanisms
638	Ludwig, Gilchrist, & McSorley	Spatial frequency dependencies of the remote distractor effect in saccade programming
639	Keith, Smith, & Crawford	Multiple mechanisms for saccadic updating and reference frame transformations revealed in physiologically and geometrically realistic neural network models
640	Subramaniam & Bedell	Temporal Characteristics of Extraretinal Signals during Voluntary Saccades and Head Roll in the Dark
641	Shorter-Jacobi & Schall	Microstimulation of frontal eye field samples the state of saccade preparation during visual search
642	Gottlob	Age-group differences in comparative visual search
643	Goldstein, Peli, Lerner, & Luo	Eye movements while watching video: comparisons across viewer groups
644	Madelain, Harwood, Krauzlis, & Wallman	Spatial scale of attention influences saccade latencies
645	Khan, Harwood, & Wallman	If there is a spotlight of attention, how quickly can it zoom?
646	Stevenson, Gopinath, & Visco	Target selection in torsional pursuit eye movements
647	Bellebaum, Lunenberger, Koch, Daum, Schwarz, & Hoffmann	The role of the thalamus in conveying efference copy information
648	Spering, Kerzel, Neumann, Braun, Hawken, & Gegenfurtner	Smooth-pursuit eye movements at low stimulus contrast
649	Goltz & Whitney	The influence of background motion on smooth pursuit: separation matters
650	Cisarik, Kasthurirangan, Visco, Bedell, & Stevenson	The effect of a temporary absence of target velocity information on visual tracking
651	Mulligan, Stevenson, & Cormack	Polarization analysis of the eye movement correlogram
652	Yang	Visuomotor Control Based on Partial Evaluation of Object Features
653	Simpson, Dastjerdi, & Dong	Generating identical retinal input with and without eye movements during viewing of natural time-varying images
654	Dong, Weyand, Payne, & Rao	The role of the basal ganglia during free-viewing natural time-varying images
655	Rolfs, Engbert, & Kliegl	Perception and motor control: The link between fixational eye movements and postural sway
656	Rosander & von Hofsten	Early development of visual-vestibular interactions
657	Li	Systematic perceptual distortion of 3D slant during disconjugate eye movement
658	Shepherd, Schmitt, & Platt	Visual orienting strategies in freely-moving primates
Form and Pattern
659	Strasburger	Unfocussed spatial attention underlies the crowding effect in indirect form vision
660	Kennedy, Orbach, & Loffler	Angle discrimination depends on the shape of the triangle
661	Gold, Cohen, & Shiffrin	Classification image weights can discriminate between prototype and exemplar category representations
662	Poirier & Wilson	A neural model of radial frequency pattern perception.
663	Cohen & Singh	The graded nature of parts in shape representation: Insights from a segment-identification task.
664	Lin, Andersen, & Saidpour	A bayesian analysis of kinetic occlusion for 2-D shape perception
665	Singh & Fulvio	Visual extrapolation of contour shape: The role of curvature
666	Nishimura & Yokosawa	Orthogonal S-R compatibility effect and categorical coding of multiple stimuli
667	Habak, Wilkinson, & Wilson	Spatial frequency dependence in contextual modulation of shape
668	Fukushima, Pokorny, & Smith	Detection and discrimination of Glass patterns on pulsed and steady pedestals
669	Wang, Kozma, & Wilson	Effects of disrupting local orientation and position features on the detection of orientation-defined shape difference
670	Artemenkov	Object-determined synchronization of human visual perception in time limited conditions
671	Swettenham, Anderson, & Holliday	Magnetoencephalographic investigation on the neural basis of global shape analysis
Search
672	Beutter, Eckstein, & Stone	Classification images reveal that saccades and perception use similar shape information in a visual search task.
673	Kenner & Wolfe	How exact is exact? In visual search a re-sized, re-oriented, or mirrored cue is just as effective as an exact cue.
674	Palmer, Wolfe, & Horowitz	Response time distributions constrain models of visual search
675	Huang & Pashler	Target-distractor feature alternation is critical in singleton priming
676	Ogawa, Takeda, & Kumada	Visual context modulates attentional capture by abrupt onset
677	Orenbaun & Nagy	Use of chromaticity and luminance to segregate stimuli in visual search
678	Birnkrant, Wolfe, Kunar, & Sng	Is shininess a basic feature in visual search?
679	Snyder, Mulligan, & Maloney	Horizontal binocular disparity facilitates visual search in stereoscopically-viewed displays
680	Young, Amster, & Nagy	Combining spatial information and color in a visual search task
681	Dickinson, Chen, & Zelinsky	Is memory during search memory for where we’ve been?
682	Becker & Vera	The benefit of previewing a visual search array is capacity limited
683	Chen & Zelinsky	Monitoring the use of target memory during visual search
684	Monnier	The disciminability of a target defined along multiple dimensions can be accounted for by probability summation
685	Panagopoulos, Vavassis, von Grünau, & Galera	Perceptual load of a task can inhibit the attentional capture of irrelevant visual information
686	Yokosawa & Takeda	Combination of background and spatial layout produces a stronger contextual cueing effect
687	Ariga, Lleras, & Kawahara	Task relevance and response suppression in the distractor previewing effect
688	Vickery & Jiang	Perceptual set switching: How are target templates changed in visual tasks?
689	Zhaoping	V1 mechanisms explain filling-in phenomena in texture perception and visual search
690	Navalpakkam, Rebesco, & Itti	Modeling the influence of knowledge of the target and distractors on visual search
691	Niimi, Yokosawa, & Watanabe	Search asymmetry in search for symmetry
692	Conte & Victor	Cueing rapidly deploys top-down influences in a mixed symmetry search task
693	Winawer, Rosenholtz, Witthoft, & Boroditsky	Language, Categorization, and Visual Search
694	Fuhr, Liu, Elliott, Duncan-Wood, McKibbin, & Kuyk	Computerized visual search training improves reaction time in visually impaired subjects
Multisensory Interaction
695	Hong, Papathomas, Kashi, Sohn, & Vidnyánszky	Auditory stimuli with ascending-/descending-amplitude can bias ambiguous approaching/retreating visual stimuli
696	Watanabe, Maeda, & Shimojo	Bi-directional transfer of motion aftereffect between vision and audition
697	Shams & Ma	Optimality of segregation/integration of auditory and visual signals in the human brain
698	Violentyev & Shams	Effects of auditory grouping on visual percept
699	Ecker & Heller	Audio-Visual Cue Combination in Depth Perception
700	Saygin, Wilson, & de Sa	Visual form facilitates audiovisual synchrony detection
701	Geiger, Cattaneo, Galli, Pozzoli, Lorusso, Facoetti, & Molteni	Wider neural tuning is suggested to underlie dyslexics’ visual and auditory perception
702	Neil, Chawla, Bhattacharya, & Shimojo	Significant audio-visual interaction for spatially congruent stimuli
703	Masakura & Ichikawa	The way to integrate pleasantness from vision and audition varies with the number of sounds in the combination.
704	Sekuler & Wong	Integration of multimodal cues in temporal segmentation of visual motion
705	Jacomuzzi & Bruno	Location-specific interference from haptics to vision
706	Sun, Campos, Ellenor, & Chan	Visual and proprioceptive interactions in the reproduction of distance traveled
707	Wolfe, Bachman, & Pinnow	Interaction of touch, proprioception and vision in eyelid position sense
708	Gu, Angelaki, & DeAngelis	Visual and Vestibular Contributions to 3D Heading Selectivity in Area MSTd
709	Barth, Lipton, & Spelke	Crossmodal numerical comparison in preschool children
710	Reinke, Schwindt, & O'Craven	Simultaneous perceptual learning in two modalities
711	Festa-Martino, Ebesutani, & Heindel	Phasic alerting and spatial orienting interact under peripheral but not central cuing conditions: Evidence for a selective enhancement of sensory processing
Perceptual Organization
712	Stanley & Rubin	Rapid detection of salient regions: Evidence from apparent motion.
713	Chubb, Landy, Nam, Bindman, & Sperlin	The three dimensions for encoding contrast in simple textures
714	Chen, Chang, Liu, Chen, & Han	The human brain responses to Glass patterns: The effects of signal to noise ratio
715	Phillips & Roshia	Perceptual differences of two- and three-dimensional texture information
716	Chang & Yeh	Can perceptual organization influence the detection of feature changes from those stored in visual working memory?
717	Hsu & Yeh	Perceptual blindness induced by surface competition
718	Bennett, Nagai, & Sekuler	Perceptual completion is not better within than across hemispheres
719	Mack & Oliva	The perceptual dimensions of visual simplicity
720	Scheessele	How much ground influences perception of degraded figures?
721	Corbett & Rensink	Evidence for rapid extraction of average numeric value
722	Brooks, Lai, & Palmer	The occlusion illusion: Modal completion or apparent distance?
723	Smilek & Enns	The illusion of clarity requires active filling in
724	Rokers, Yuille, & Liu	Motion Minimization and the Stereokinetic Effect
725	Skow-Grant & Peterson	Past experience in figural assignment: Partial configurations are sufficient
726	Fanton, Gerbino, & Kellman	Approximation, torsion, and amodally-unified surfaces
727	Sussman & Scholl	Finding the Mean: The Flexibility and Limitations of Visual Statistical Processing
728	Craft, Schuetze, Niebur, & von der Heydt	A Physiologically Inspired Model of Border Ownership Assignment
729	Lee & Vecera	The role of visual working memory in amodal completion
730	Flombaum & Scholl	A Temporal Same-Object Advantage for Persisting Objects: Change-Detection Studies of the 'Tunnel Effect'
731	Anderson, Peissig, & Sheinberg	Visual XOR tasks are hard for monkeys
732	Singer, Anderson, Peissig, & Sheinberg	Visual XOR tasks are easy for monkeys
733	Hass, Shipley, & Kellman	Decrease in illusory contour completion with retinal eccentricity is not due to loss of phase information.
734	Dillenburger & Roe	Psychophysical evidence for competition between real and illusory contour processing
Eye movements: Saccades, Pursuit & Perception
735	McSorley, Walker, & Haggard	The curvature of saccade trajectories is modulated by advanced knowledge of target location but is not spatially sensitive to distractor location
736	Hamker, Zirnsak, & Lappe	A computational model of saccadic mislocalization based on spatial reentry
737	Tatler & Baddeley	Modelling saccade target selection using Bayesian reverse correlation
738	Freeman	Motion aftereffect following oblique pursuit
739	Desbordes & Rucci	Discrimination of briefly presented stimuli in the presence and absence of fixational eye movements
740	Myers, Gray, & Schoelles	The effects of stimulus configuration and cognitive workload on saccadic selectivity
741	Nelson, Cottrell, Movellan, & Sereno	Yarbus lives: a foveated exploration of how task influences saccadic eye movement
742	Prime, Niemeier, & Crawford	Trans-saccadic integration of the orientation and location features of linear objects
743	Caspi, Beutter, & Eckstein	The time course of visual information accrual guiding eye movement decisions during visual search
744	Renninger & Malik	Sequential information maximization can explain eye movements in an object learning task
745	Bach, Seufert, & Hoffmann	Retinal image motion abolishes the EEG evoked by pattern reversal, but not by onset
746	Santini, Watts, Desbordes, & Rucci	A system for experiments of eye movements contingent display
747	Lovejoy, Fowler, & Krauzlis	Allocation of spatial attention during fixation and smooth pursuit
Vision Throughout Life / Visual Disorders
748	Johnson, Amso, & Slemmer	Where Infants Look Determines How They See: Eye Movements and Development of Object Perception
749	Gredebäck, Rosander, von Hofsten, Grönqvist, & Nyström	Recording ERP with geodesic sensor net elicited by moving pattern stimuli: a study of adults and 4-month old infants.
750	Roggeveen & Ward	Parsing action and cognition: Using the lateralized readiness potential to quantify perceptual/cognitive slowing in older adults
751	Allard & Faubert	Simulating the effect of age-related neurobiological alterations (NBAs) on a first- and second-order orientation-identification task
752	Doucet, Frédéric, Guillemot, Maryse, & Franco	The evolution of the electroencephalographic response evoked by transformational apparent motion with age
753	Raghuram & Lakshminarayanan	Age effects on certain two dimensional motion paradigms
754	Hahn	Attention, Aging, and Facial Expression
755	Lakshminarayanan & Raghuram	Aging and Estimation of time to collision
756	Bertone, Issa, Issa, & Faubert	Investigating the origin of visual loss during the normal aging process using an adapted Landolt-C technique.
757	Granrud & Granrud	Perception of the Ponzo illusion: A lifespan study
758	Silverman, Tuescher, Pan, Zimmerman, Protopopescu, Goldstein, Stern, & Silbersweig	Anxiety and the search for safety: An fMRI study
759	Holm, Päällysaho, Letonsaari, Sankila, & Sainio	Multifocal Electroretinography (mERG): Normative values and a new clinical analysis procedure
760	Simmers & Bex	Modelling The Perceptual Distortions in Amblyopia
761	Bonneh, Polat, & Sagi	Spatial and temporal crowding in amblyopia
762	Sireteanu, Bäumer, Sarbu, & Tsujimura	Temporal instability of visual perception in strabismic amblyopia
763	Popple, Klein, & Levi	fMRI retinotopy in strabismic amblyopia without rotating wedges
764	Mansouri, Allen, & Hess	Orientation variance discrimination in amblyopic and normal vision
765	Lawton	Training direction selectivity significantly improves reading fluency for all types of inefficient readers
766	Gnadt, Carasig, Ramcharan, Bookbinder, & Paul	Collicular Involvement in Macro-Square-Wave Eye Jerks in an Experimental Rhesus Monkey
767	Lu, Neuse, Madigan, & Dosher	Fast Decay of Iconic Memory in Observers At-Risk for Alzheimer’s Disease
768	Ogbonna, Palomares, Landau, Hoffman, & Egeth	The perception of visual illusions in Williams Syndrome.
769	Sheffield, Rizzo, & Vecera	Locus of spatial attention decline in cognitive aging and Alzheimer's disease
770	Kellison, Rizzo, & Vecera	Visual short-term memory deficits in Alzheimer's disease
771	Scarlatis, Greenberg, Ng, & Judy	Simulated Retinal Prosthetic Vision Performance on Low-Vision Activities of Daily Living
772	Sainio, Päällysaho, Ojanpää, Näsänen, Holm, Kaukiainen, Muller, & Mäntyjärvi	Visual system disorders in patients with occupational chronic solvent-encephalopathy
773	Zwick, Brown, DiCarlo, Lund, & Stuck	Acute and long term mferg assessment of laser induced focal and secondary retinal damage in the non-human primate
Spatial Vision II
774	Adams & Courage	Do Optical Immaturities Account for the Early Limitations in Human Spatial Vision?
775	Mihashi, Shioiri, Kelly, Hirohara, Kuroda, Maeda, Yaguchi, & Fujikado	Ideal observer and human observer analyses of visual acuity with wavefront aberration level
776	Olzak, Gabree, & Laurinen	Lateral interactions in orientation discrimination: Spatial frequency bandwidths
777	Xing	Why Are Visual Images Not Blurred with Lateral Excitation?
778	Essock, Hansen, Zheng, Haun, & Gunvant	“Mach Bands” in the Orientation Dimension: An Illusion Due to Inhibition of Nearby Orientations
779	Peli, Garcia-Perez, Giorgi, & Woods	Spatial or temporal 2AFC may give different results depending on context
780	Laurinen, Olzak, & Saarela	Testing a neural model of center-surround interaction psychophysically
781	Huang, Hess, & Dakin	Different sites for lateral facilitation and contour integration
782	Solomon, Sun, & Lee	Surround suppression in magnocellular-pathway ganglion cells of the macaque retina
783	Long & Purves	The contextual effects of contrast explained by natural scene statistics
784	Maehara & Goryo	A Processing Model of Binocular Summation: An Extension of Foley's Model for Binocular, Monocular and Dichoptic Masking
785	Forte & Clifford	Interocular transfer of the tilt illusion shows that monocular orientationmechanisms are colour selective
786	Sukumar & Waugh	Eccentricity effects on spatial alignment for luminance-defined and contrast-defined blob stimuli
787	Sheremata, Kamitani, Koyama, Nanez, Watanabe, & Pascual-Leone	Prefrontal Cortex Involvement in Low-Level Visual Processing
788	Simpson	Detecting simple patterns with night vision goggles
789	Ferreira & Timney	Alcohol induced changes in visual sensitivity: Are they purely sensory?
790	Kim, Muthu, Grabowecky, Paller, & Suzuki	Effects of stimulus contrast and attention on steady-state visual evoked potentials.
791	Kalar, Garrigan, Kellman, Wickens, Hilger, & Shipley	A unified operator for contour interpolation
Locomotion
792	Wann & Wilkie	Can we judge heading “in an instant”?
793	Chaudhury, Hao, & Turano	Virtual-world performance does not always reflect real-world behavior
794	Mohler, Thompson, Creem-Regehr, Willemsen, Rieser, & Pick	Perceptual-Motor Recalibration on a Virtual Reality Treadmill
795	Rushton & Bradshaw	Object motion from structure: the detection of object motion by a moving observer
796	Berger, Schulte-Pelkum, & Buelthoff	How to simulate realistic forward accelerations on a 6dof motion platform
797	Turano, Hicks, & Hao	Simulated visual field loss in mobile observers: Does retinal location of optic flow matter-Revisited
798	Bonato & Bubka	Visual/vestibular conflict, illusory self-motion, and motion sickness
799	Maeda, Ando, & Sugimoto	Vection and bodily movement with large screen imagery and galvanic vestibular stimulation
800	Flanagan, May, & Dobie	Visual Influence in Dynamic Motion Environments: Postural Stability and Motion Sickness
801	Owens & Warren	Intercepting moving targets on foot: Target acceleration and direction change
802	Durgin, Gigone, & Schaffer	Improved visual speed discrimination while walking
803	Ballard, Sprague, & Robinson	Top down control accounts for gaze locations in a sidewalk navigation task
804	Royden, Cahill, & Conti	Explicit instructions affect judgments of heading with rotations.
805	Chardenon & Warren	Intercepting moving targets on foot: Control of walking speed and direction
806	Barabas, Woods, Goldstein, & Peli	Perception of collisions while walking in a virtual environment with simulated peripheral vision loss.
807	O'Leary	Attention during treadmill adaptation does not influence marching-iGeorge Washington University, Washington DC, USA
808	Fox, Durgin, & Schaffer	Context specificity in locomotor recalibration
809	Hudson, DiZio, & Lackner	Rapid motor adaptation of torso rotation control to altered dynamic forces
810	Campos, Dickson, Chan, & Sun	Dissociation between visual perception and visually directed action in locomotion
811	Fajen	Scaling information to action in visually guided braking
812	Brooks, Frank, Isenhower, Klein, Addison, & Tyrrell	Steering performance in challenging visual conditions: Testing the selective degradation hypothesis
813	Hanchar, Fajen, & Devaney	Learning to perceive action boundaries in visually guided braking
814	Woods, Mandel, Barabas, Goldstein, & Peli	Making virtual reality “more real” and the perception of potential collisions
815	Kelly, Loomis, & Beall	Accurate steering performance with large heading errors on a curving path
816	Palmisano, Hudson, & Gillam	Visual aimpoint perception during simulated landing
Attention / Objects / Context II
817	Denney & Brown	Exploring the effects of size and space on the object advantage
818	Olds & Weber	Negative priming and object-substitution masking
819	Cheries, Santos, & Scholl	Units of Visual Identification in Rhesus Macaques (Macaca mulatta): Objects or Unbound Visual Features?
820	Vidnyánszky, Melcher, Sohn, & Papathomas	Selection and binding of visual features outside of the focus of attention
821	Kouhsari & Rajimehr	Subliminal attentional modulation in crowding condition
822	Bravo & Farid	Still Searching a Cluttered Scene
823	Robinson & Triesch	Visual memory for natural scenes: automatic + task dependent components
824	Pinto & Tuller	Detection of changes to people and objects in complex scenes
825	May, Tsiappoutas, & Flanagan	Attentional Capture: Is there a dynamic advantage?
826	Abrams & Christ	Automatic capture of attention by the onset of motion
827	Raymond, Fenske, & Westoby	Attention determines affective evaluation of complex stimuli in visual search.
828	de Almeida, Madon, van de Velde, Di Nardo, Godfrey, & von Grunau	Verb-driven shifts of attention during sentence comprehension and dynamic scene processing
829	New & German	The attenuation of inattentional blindness by biologically-important stimuli
830	Rossini & Galera	Attention focus on real and subjective pictures
831	Bayliss, di Pellegrino, Psychology, & Tipper	Orienting to the direction of social gaze is head-centred
832	Frischen & Tipper	Eye-gaze cues evoke longer-term inhibitory effects of attentional orienting
Perception and Action
833	Mennie, Hayhoe, & Sullivan	Looking ahead can influence the eye but not the hand
834	Knill	Differences in cue weighting for action and perception
835	Bernardis, Knox, & Bruno	Pointing and saccading toward the Müller-Lyer illusion: common or separate mechanisms?
836	de Grave, Biegstraaten, Brenner, & Smeets	The Ebbinghaus figure is more than a size illusion
837	Post, Welch, & Olson	Persistent vision-action dissociation with the rod-and-frame effect
838	Li & Matin	The time course of hand-to-body-distance dependence and memory dependence of manual pointing and height-matching accuracy to a mislocalized visual target
839	Westwood, Pavlovic-King, & Christensen	Time-varying effects of a size-contrast illusion on grasping are not correlated with illusory perception.
840	Franz	The dynamic illusion effect: An interesting artifact.
841	Pagano & Isenhower	Instructions affect verbal judgments but not reaches to visually perceived egocentric distances
842	Huber, Stringer, Davies, & Field	Does enhanced depth information confer benefits in laboratory and surgical tasks?
843	Gray, Geri, Akhtar, & Covas	The contribution of 3-D object height and density to altitude maintenance in low-altitude flight
844	Nijhawan & Khurana	Homologous mechanisms for spatial localization in vision and action: Evidence from motor flash-lag anisotropy
845	Grinband, Ferrera, & Hirsch	Neural correlates of decision criteria
846	Livingstone, Williams, & Mon-Williams	Interceptive timing in children with autistic spectrum disorders
Motion Integration II
847	Wuerger, Ruppertsberg, Bertamini, & Martinovic	Evidence for two unipolar S-cone pathways for global motion processing
848	Zwicker & Giaschi	Directional anisotropies for full-field and hemifield global motion processing
849	Pastukhov, Festman, & Braun	A new window on biased competition: attention and coherent pattern motion
850	Del Viva & Gori	Perception of motion direction in Glass patterns with opposite contrast polarity dots
851	Velasco-Perez & Rubin	Perception of motion of a rotating ellipse
852	Bex & Dakin	Directional crowding
853	Sohn, Vidnyánszky, & Papathomas	Integration dynamics of non-opposite spatiotemporally co-occurring local directional signals
854	Mareschal, Dakin, & Bex	The role of internal noise in the oblique effect for motion
855	Beardsley & Vaina	Improved complex motion discrimination in a patient with a bilateral occipital lobe lesion
856	Cobo-Lewis & Hetley	Unequal contrast drives perceived direction past vector-sum direction in Type 2 plaids
857	Calabro, Beardsley, & Vaina	Effects of disparity and noise on motion transparency
858	Pinna & Fantoni	Local and global motion by edge discontinuities
859	Pack & Born	Responses of MT neurons to barber pole stimuli
860	Menees, Lowenfeld, & Spillmann	Dark phantom motion
861	Bukowski, Huisman, & Hock	Distance-Dependence and Spatial Anistropy of Excitatory and Inhibitory Interactions for Collinear Motions
862	Watson & Hess	Spatial summation depends on spatial scale
Scene Perception
863	Fei-Fei, Koch, Iyer, & Perona	What do we see when we glance at a scene?
864	Carmi & Itti	Bottom-up and top-down influences on attentional allocation in natural dynamic scenes
865	Silva, Groeger, & Bradshaw	Where the eyes don’t go, we need to “know”: Attention-knowledge interactions in memory for real world scenes.
866	Davenport	Context effects of multiple objects on scene perception.
867	Varakin & Levin	Is the formation of visual memory truly automatic and sensitive to object-context relationships?
868	Potter & Fox	Perceiving and remembering multiple pictures in RSVP
869	Gottesman	Independent effects of object size and location on scene layout extrapolation.
870	DiCola & Intraub	Reconstructing scenes: view-boundaries vs. object-boundaries
871	Intraub, Hoffman, Wetherhold, & Stoehs	To BE or Not to BE: Does the Plan to Fixate a New Region affect Scene Memory?
872	Wan & Simons	Examining boundary extension in recognition memory for a large set of digitally edited images
873	Goffaux, Jacques, Mouraux, Oliva, Schyns, & Rossion	Diagnostic Colors Contribute to the Early Stages of Scene Categorization: Behavioral and Neurophysiological Evidence
874	Clifford & Oliva	The role of diagnostic color in 3 dimensional scenes
875	Peeper, Shrestha, & Oliva	A representation of visual complexity of real world scenes
876	Laloyaux & Oliva	Perceiving the volume of 3D complex scenes
877	Oliva	Complex scene images are simple in memory
878	Olmos, Kingdom, & Field	How sensitive are we to distortions in natural scenes ?
879	Irawan, Ferwerda, & Marschner	Simulating low vision in high dynamic range scenes
880	Solberg & Brown	Examining the Time Course of Ultra-Rapid Visual Categorization with Backward Masking
881	Loschky & Simons	The effects of spatial frequency content and color on scene gist perception
882	Simons & Nevarez	When the world fades away: Induced fading of natural scenes
883	Koenderink, van Doorn, & Pont	Estimation of illumination direction from matte, Gaussian, wrinkled surfaces
884	van Doorn, Koenderink, & Pont	Correspondence in pictorial space under isoluminance conditions
885	Wootton, Sharp, & Granrud	Perceived size of traffic stoplights: Effects of assumed size on observers’ size estimates
886	Vessel, Biederman, & Cohen	Parahippocampal fMRI Activity is Modulated by Scene Type
887	Berman, Heiser, Saunders, & Colby	Visuospatial updating in the split-brain
888	Su, Ooi, & He	Surface and motion integration determined by luminance contrast polarity
Navigation; Self-Motion
889	Giudice & Legge	Comparing Verbal and Visual Information Displays for Learning Building Layouts
890	Gugerty & Brooks	Strategies used to coordinate environmental and egocentric reference frames during cardinal direction judgments
891	Riecke, Schulte-Pelkum, Avraamides, von der Heyde, & Buelthoff	The effect of cognition on the visually-induced illusion of self-motion (vection)
892	Foo, Harrison, Duchon, Warren, & Tarr	Humans Follow Landmarks Over Path Integration
893	Warren & Rushton	Optic flow components and the induced motion illusion
894	Gigone & Durgin	Subtractive reduction in perceived visual speed during self-motion
895	Stankiewicz, McCabe, & Cassandra	A Low-Vision Navigation Aid Using Ideal Observer Analysis
896	Nundy & Purves	Visually-guided behavior of evolved digital organisms
Faces, Emotion, and Brain
897	Kovács, Antal, & Vidnyánszky	ERP correlates of facial adaptation
898	Caldara, Rossion, Mayer, Smith, Gosselin, & Schyns	Does prosopagnosia take the eyes out from faces? Evidence for a defect in the use of diagnostic facial information in a brain-damaged patient
899	Rossion, Sorger, Schiltz, Caldara, Mayer, & Goebel	Face-sensitive responses in the occipital inferior cortex of normal humans through feedback inputs from the fusiform gyrus ?: Evidence from neuroimaging studies of brain-damaged prosopagnosic patients
900	Simas, Dinu, Santos, Cartaxo, Nogueira, Lima, & Silva	The multiple-faces effect using fMRI: a tendency to reduced repetition priming for familiar faces presented at periphery.
901	Harris & Nakayama	Recovery differences in early MEG responses examined by "double-pulse" stimulation
902	Rosen & Riesenhuber	A simple and not so special model of face processing in cortex
903	Jiang, O'Toole, Abdi, & Haxby	Partially distributed representations of objects and faces in ventral temporal cortex: evidence from the structure of the object categories and neural response patterns
904	Goren & Wilson	Differential impact of spatial frequency on facial expression and facial identity recognition
905	Swisher, Brooking, & Somers	Spatial frequency and facial expressions of emotion
906	Grand & Tanaka	Parts and wholes in emotional expressions
907	O'Craven, Grand, Maurer, Mondloch, Pellicori, Lewis, & Grady	Neural correlates of featural versus configural face processing in visually normal adults
908	Reddy, Moradi, & Koch	Neural correlates of preattentive face-gender discrimination.
909	Smith, Gosselin, Cottrell, & Schyns	Transmitting and decoding facial expressions of emotion
910	Honma & Osada	The effect of the dynamic property of a face on the recognition of facial expressions and eye movements
911	Symons, Olk, Jassal, Chung, & Kingston	The brightness of a looker’s iris is not important in determining direction of gaze
912	Loomis, Kelly, Beall, & Bailenson	Sensing eye gaze with eccentric viewing
913	Rousselet, Husk, Bennett, & Sekuler	Differential effects of eccentricity on N170 for faces and houses
914	Sadr, Duchaine, & Nakayama	The perception of facial attractiveness in prosopagnosia


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