Description
Visual-vestibular integration is the process by which the brain combines information from the eyes and the inner ear’s balance system to maintain stable perception and control movement. This element provides a comprehensive overview of how these two sensory systems interact, particularly in challenging and dynamic environments where accurate spatial awareness is critical.
The book examines the neural mechanisms that underlie visual-vestibular integration, including the role of key brain structures in processing and coordinating sensory signals. It addresses practical applications in aviation, virtual reality, sports, and clinical rehabilitation, where understanding this integration is essential for performance and safety.
Written by leading researchers in perception science, this work synthesizes current knowledge about how humans and animals adapt their visual and vestibular responses to navigate complex environments, overcome sensory conflicts, and maintain balance during rapid motion or disorientation.
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