1. A method for correcting red-eye effect in a digital image, comprising: identifying automatically at least one red-eye region within the digital image; performing red-eye correction automatically on each of the at least one red-eye regions by replacing original image data within each red-eye region with corrected image data to produce a corrected digital image; and storing with the corrected digital image the original image data from each red-eye region and a location indicator for each red-eye region.