Provided is an ophthalmologic imaging apparatus suppressing the effect of a motion artifact caused by a movement of an eye to be inspected, comprising: a scanning unit for scanning, with first and second measuring beams, at least a part of an overlap area of scan areas thereof in an inspected eye, at different times, respectively an image acquiring unit for acquiring first and second images of the inspected eye based on first and second return beams resulting from the first and second measuring beams being applied via the scanning unit and reflected by the inspected eye an identification unit for identifying an image including a motion artifact from each of the first and second images and an image forming unit for forming an image of the inspected eye based on the first and second images other than the images identified by the identification unit.
