An ophthalmological image processing apparatus, comprising: a processor, wherein when an ophthalmological image processing program is executed by the processor, the processor executes: acquisition processing of acquiring a plurality of images of a subject eye photographed by a scanning-type imaging optical system (10, 20); local matching of, by utilizing any one of the plurality of images of the subject eye as a template, setting corresponding points (j1-j5) or corresponding regions (h1-h5) between an image of the subject eye and the template at a plurality of positions of each of the image of the subject eye and the template, and calculating a movement amount of each of the corresponding points (j1-j5) or each of the corresponding regions (h1-h5); and distortion correction processing of correcting a distortion of the image of the subject eye with respect to the template based on the movement amount of each of the corresponding points (j1-j 5) or each of the corresponding regions (h1-h5), wherein the processor compares an image of the subject eye after a distortion correction with the template, and sets the corresponding points (j1-j5) or the corresponding regions (h1-h5)to be more dense according to a comparison result to execute the local matching and the distortion correction processing again. a processor, wherein when an ophthalmological image processing program is executed by the processor, the processor executes: acquisition processing of acquiring a plurality of images of a subject eye photographed by a scanning-type imaging optical system (10, 20); local matching of, by utilizing any one of the plurality of images of the subject eye as a template, setting corresponding points (j1-j5) or corresponding regions (h1-h5) between an image of the subject eye and the template at a plurality of positions of each of the image of the subject eye and the template, and calculating a movement amount of each of the corresponding points (j1-j5) or each of the corresponding regions (h1-h5); and distortion correction processing of correcting a distortion of the image of the subject eye with respect to the template based on the movement amount of each of the corresponding points (j1-j 5) or each of the corresponding regions (h1-h5), acquisition processing of acquiring a plurality of images of a subject eye photographed by a scanning-type imaging optical system (10, 20); local matching of, by utilizing any one of the plurality of images of the subject eye as a template, setting corresponding points (j1-j5) or corresponding regions (h1-h5) between an image of the subject eye and the template at a plurality of positions of each of the image of the subject eye and the template, and calculating a movement amount of each of the corresponding points (j1-j5) or each of the corresponding regions (h1-h5); and distortion correction processing of correcting a distortion of the image of the subject eye with respect to the template based on the movement amount of each of the corresponding points (j1-j 5) or each of the corresponding regions (h1-h5), wherein the processor compares an image of the subject eye after a distortion correction with the template, and sets the corresponding points (j1-j5) or the corresponding regions (h1-h5)to be more dense according to a comparison result to execute the local matching and the distortion correction processing again.