The perception of coherent form configurations in natural scenes relies on the activity of
early visual areas that respond to local orientation cues. Subsequently, high-level visual …

Glass patterns are visual stimuli used here to study how local orientation signals are
spatially integrated into global pattern perception. We measured a form aftereffect from …

The local orientation structure of a visual image is fundamental to the perception of spatial
form. Reports of reliable orientation-selective modulations in the pattern of fMRI activity have …

Glass patterns (GPs) have been widely employed to investigate the mechanisms underlying
processing of global form from locally oriented cues. The current study aimed to …

Glass patterns (GPs) consist of randomly distributed dot pairs (dipoles) whose orientations
are determined by specific geometric transforms. We assessed whether adaptation to …

Human visual cortex contains mechanisms that pool local orientation information over large
areas of visual space to support percepts of global form. Initial studies concluded that some …

Perception of the spatial structure of the environment results from visual system processes
which integrate local information to produce global percepts. Here, we investigated whether …

Glass patterns (GPs) consist of randomly distributed dot pairs (dipoles) whose orientations
are determined by specific geometric transforms. We investigated the role of visuospatial …

A long-held view of the visual system is that form and motion are independently analysed.
However, there is physiological and psychophysical evidence of early interaction in the …

The human visual system is continuously exposed to a natural environment with static and
moving objects that the visual system needs to continuously integrate and process. Glass …