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•Greenwood, JA, & Parsons, MJ (2020).
Dissociable effects of visual crowding on the perception of color and motion.
Proceedings of the National Academy of Sciences, 117(14), 8196-8202.
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•Hughes, AE, Greenwood, JA, Finlayson, NJ, & Schwarzkopf, DS (2019).
Population receptive field estimates for motion-defined stimuli.
NeuroImage, 199, 245-260.
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•Kalpadakis-Smith, AV, Goffaux, V, & Greenwood, JA (2018).
Crowding for faces is determined by visual (not holistic) similarity: Evidence from judgements of eye position.
Scientific Reports, 8(12556), 1-14.
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•Bossi, M, Tailor, VK, Anderson, EJ, Bex, PJ, Greenwood, JA, Dahlmann-Noor, A, & Dakin, SC (2017).
Binocular therapy for childhood amblyopia improves vision without breaking interocular suppression.
Investigative Ophthalmology & Visual Science, 58(7), 3031-3043.
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•Greenwood, JA, Szinte, M, Sayim, B, & Cavanagh, P (2017).
Variations in crowding, saccadic precision, and spatial localization reveal the shared topology of spatial vision.
Proceedings of the National Academy of Sciences, 114(17), E3573-E3582.
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•Goffaux, V & Greenwood, JA (2016).
The orientation selectivity of face identification.
Scientific Reports, 6(34204), 1-13.
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•Tailor, V, Bossi, M, Greenwood, JA & Dahlmann-Noor, A (2016).
Childhood amblyopia: Current management and new trends.
British Medical Bulletin, 119(1): 75-86.
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•Moutsiana, C, de Haas, B, Papageorgiou, A, van Dijk, JA, Balraj, A, Greenwood, JA, & Schwarzkopf, DS (2016).
Cortical idiosyncrasies predict the perception of object size.
Nature Communications, 7, 12110.
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•Goodhew, SC, Greenwood, JA, & Edwards, M (2016).
Categorical information influences conscious perception: An interaction between object-substitution
masking and repetition blindness.
Attention, Perception & Psychophysics, 78(4): 1186-1202.
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•Tailor, V, Bossi, M, Bunce, C, Greenwood, JA, & Dahlmann-Noor, A. (2015).
Binocular versus standard occlusion or blurring treatment for unilateral amblyopia in children
aged three to eight years.
Cochrane Database of Systematic Reviews, 11, CD011347.
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•Sayim, B, Greenwood, JA, & Cavanagh, P. (2014).
Foveal target repetitions reduce crowding.
Journal of Vision, 14(6):4, 1-12.
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•Greenwood, JA, Sayim, B, & Cavanagh, P. (2014).
Crowding is reduced by onset transients in the target object (but not in the flankers).
Journal of Vision, 14(6):2, 1-21.
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•Greenwood, JA, Tailor, VK, Simmers, AJ, Sloper, JJ, Bex, PJ, & Dakin, SC. (2012).
Visual acuity, crowding and stereo-vision are linked in children with and without amblyopia.
Investigative Ophthalmology & Visual Science, 53(12), 7655-7665.
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•Anderson, EJ, Dakin, SC, Schwarzkopf, DS, Rees, G, & Greenwood, JA. (2012).
The neural correlates of crowding-induced changes in appearance.
Current Biology, 22(13), 1199-1206.
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•Tibber, MS, Greenwood, JA, & Dakin, SC. (2012).
Number and density discrimination rely on a common metric: Similar psychophysical effects of
size, contrast and divided attention.
Journal of Vision, 12(6):8, 1-19.
[Download] [Web link] -
•Greenwood, JA, Bex, PJ, & Dakin, SC. (2012).
Crowding follows the binding of relative position and orientation.
Journal of Vision, 12(3):18, 1-20.
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•Dakin, SC, Tibber, MS, Greenwood, JA, Kingdom, FAA, & Morgan, MJ. (2011).
A common visual metric for approximate number and density.
Proceedings of the National Academy of Sciences of the United States of America, 108(49), 19552-19557.
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•Dakin, SC, Greenwood, JA, Carlson, TA & Bex, PJ. (2011).
Crowding is tuned for perceived (not physical) location.
Journal of Vision, 11(9):2, 1-13.
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•Dakin, SC, Cass, J, Greenwood, JA, & Bex, PJ. (2010).
Probabilistic, positional averaging predicts object-level crowding effects with letter‐like stimuli.
Journal of Vision, 10(10), 1-16.
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•Greenwood, JA, Bex, PJ, & Dakin, SC. (2010).
Crowding changes appearance.
Current Biology, 20(6), 496-501.
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•Greenwood, JA, Bex, PJ, & Dakin, SC. (2009).
Positional averaging explains crowding with letter-like stimuli.
Proceedings of the National Academy of Sciences of the United States of America, 106(31), 13130-13135.
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•Greenwood, JA & Edwards, M. (2009).
The detection of multiple global directions: Capacity limits with spatially segregated and
transparent-motion signals.
Journal of Vision, 9(1), 1-15.
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•Greenwood, JA & Edwards, M. (2007).
An oblique effect for transparent-motion detection caused by variation in global-motion
direction-tuning bandwidths.
Vision Research, 47(11), 1411-1423.
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•Greenwood, JA & Edwards, M. (2006).
Pushing the limits of transparent-motion detection with binocular disparity.
Vision Research, 46(16), 2615-2624.
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•Greenwood, JA & Edwards, M. (2006).
An extension of the transparent-motion detection limit using the global-motion speed-tuned systems.
Vision Research, 46(8-9), 1440-1449.
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•Edwards, M & Greenwood, JA. (2005).
The perception of motion transparency: A signal-to-noise limit.
Vision Research, 45(14), 1877-1884.
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•Price, NSC, Greenwood, JA, & Ibbotson, MR. (2004).
Tuning properties of radial phantom motion aftereffects.
Vision Research, 44(17), 1971-1979.
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