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Seminal work on global processing has suggested that the precedence of global image features is an inherent property of visual perception. Consequently, interference from global percepts may influence the perception of local elements. Investigations of scene processing have been consistent with this suggestion, demonstrating that the parahippocampal place area (PPA) represents scenes by processing global spatial properties. Recent investigations have further revealed that PPA is sensitive to processing non-spatial visual cues (such as surface texture) in both object and scene perception. In the present study, we investigated potential global interference effects in objectscene perception when attending to spatial and non-spatial visual features in both simple figureground representations and more complex real-world scenes. Results revealed that non-spatial surface properties such as texture can form a contextual link between the processing of object and background information in scene perception, and this interactive processing proceeds from the global to local scale of attention.

Perceiving the global: The role of surface texture consistency in object and background perception