A visual field examination system in which a stimulus is presented at a predetermined position of a visual field coordinate system set on a visual field dome to measure the visual field of an eye under examination, comprising: a first memory for storing a two-dimensional fundus image of the eye under examination; a second memory for storing a three-dimensional image of the retina of the eye under examination, the three-dimensional image being acquired by an OCT device; fovea identifying means for identifying the position of the fovea of the fundus of the eye under examination from quantitative information of a three-dimensional retinal layer structure and from the three-dimensional retinal layer structure, the quantitative information of the three-dimensional retinal layer structure being obtained by means for detecting peaks of high reflectance in the depth direction according to the A-scans from the reflectance distribution of the retina obtained by analyzing the three-dimensional image of the retina, and by means for detecting from the reflectance distribution of the retina the disappearance of peaks corresponding to a specific position within the retinal tissue of the eye under examination and for detecting the range of disappearance thereof; a fundus image position identifying means for identifying, from the positional relationship between the quantitative information of the three-dimensional retinal layer structure and the fovea identified by the fovea identifying means, to which range in the three-dimensional image of the retina the range of disappearance of the peaks corresponds; and marking means for marking a predetermined examination point on the two-dimensional fundus image stored in the first memory at a position corresponding to the range of disappearance of the peaks identified by the fundus image position identifying means; wherein a region marked by the marking means is detected to generate, on the basis of the position of the region marked, a visual field examination region including visual field examination points to be presented on the visual field dome, the visual field examination points of the visual field examination region being presented to the subject using the visual field dome to perform a visual field examination for the eye under examination. a first memory for storing a two-dimensional fundus image of the eye under examination; a second memory for storing a three-dimensional image of the retina of the eye under examination, the three-dimensional image being acquired by an OCT device; fovea identifying means for identifying the position of the fovea of the fundus of the eye under examination from quantitative information of a three-dimensional retinal layer structure and from the three-dimensional retinal layer structure, the quantitative information of the three-dimensional retinal layer structure being obtained by means for detecting peaks of high reflectance in the depth direction according to the A-scans from the reflectance distribution of the retina obtained by analyzing the three-dimensional image of the retina, and by means for detecting from the reflectance distribution of the retina the disappearance of peaks corresponding to a specific position within the retinal tissue of the eye under examination and for detecting the range of disappearance thereof; a fundus image position identifying means for identifying, from the positional relationship between the quantitative information of the three-dimensional retinal layer structure and the fovea identified by the fovea identifying means, to which range in the three-dimensional image of the retina the range of disappearance of the peaks corresponds; and marking means for marking a predetermined examination point on the two-dimensional fundus image stored in the first memory at a position corresponding to the range of disappearance of the peaks identified by the fundus image position identifying means; wherein a region marked by the marking means is detected to generate, on the basis of the position of the region marked, a visual field examination region including visual field examination points to be presented on the visual field dome, the visual field examination points of the visual field examination region being presented to the subject using the visual field dome to perform a visual field examination for the eye under examination.