zebra's side, into an identifier, similar to a bar code, that can be compared to other zebra stripe-pattern identiners that have been stored in a database. square [3] The process begins when a researcher uploads a still photograph of azebra to StripeSpotter. [A] The researcher then crops a rectangular section of the photograph, making sure to capture the stripes on the zebra's side. [B] StripeSpotter converts that section into a stark black-and -white image composed of parallel vertical lines. The widths of the lines correspond perfectly to the widths of the zebra's stripes.Providing the zebra's "StripeCode: unique to each animal in much the same way a fingerprint is unique toeach person. The StripeCode is logged in the database, where a researcher uploading a new photograph of a zebra can scan the stored codes to find a potential A NO CHANGE B has corresponded C is corresponding D corresponds