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  1. Light from the superior visual field falls on the inferior retina, and light from the inferior visual field falls on the superior retina. This topography is maintained such that the superior region of the visual cortex processes the inferior visual field and vice versa. Therefore, the visual field information is inverted and reversed as it ...

    • Lindsay M. Biga, Sierra Dawson, Amy Harwell, Robin Hopkins, Joel Kaufmann, Mike LeMaster, Philip Mat...
    • 2019
  2. When light enters the eye, the temporal field of vision is projected to the opposite side, onto the medial nasal retina, and the nasal field of vision gets projected to the opposite side, onto the lateral temporal retina. The visual fields are further divided into the superior and inferior visual fields, so the visual fields are actually ...

  3. As the image is inverted by the lens system, the superior (top) half of each eye’s visual field is projected onto the inferior (bottom) half of each eye’s retina. Also, as the lens produces a reversed image, the temporal half of each visual field is projected onto the nasal half of each eye’s retina 1. Therefore, the temporal (left ...

  4. Light from the superior visual field falls on the inferior retina, and light from the inferior visual field falls on the superior retina. This topography is maintained such that the superior region of the visual cortex processes the inferior visual field and vice versa. Therefore, the visual field information is inverted and reversed as it ...

  5. Light from the superior visual field falls on the inferior retina, and light from the inferior visual field falls on the superior retina. This topography is maintained such that the superior region of the visual cortex processes the inferior visual field and vice versa. Therefore, the visual field information is inverted and reversed as it ...

  6. The vertical line divides the retina into nasal and temporal divisions and the horizontal line divides the retina into superior and inferior divisions. Corresponding vertical and horizontal lines in visual space (also called meridians) intersect at the point of fixation (the point in visual space that the fovea is aligned with) and define the quadrants of the visual field.

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  8. Aug 30, 2020 · Light from the superior visual field falls on the inferior retina, and light from the inferior visual field falls on the superior retina. This topography is maintained such that the superior region of the visual cortex processes the inferior visual field and vice versa. Therefore, the visual field information is inverted and reversed as it ...