An ophthalmic photographing apparatus for photographing an examinee's eye, the apparatus comprising: a first photographing unit that includes a first light source for irradiating the examinee's eye, which is visually fixed by using a fixation target, with illumination light and photographs the examinee's eye illuminated by the first light source to obtain a first photography image of the examinee's eye; a second photographing unit that includes a second light source for irradiating the examinee's eye with illumination light and photographs the examinee's eye illuminated by the second light source in a wider area than a photography view angle of the first photographing unit; a photography area setting unit configured to move a photography area, which is photographed by the first photographing unit, relative to the examinee's eye which is photographed by the second photographing unit; a photography position information acquisition unit configured to acquire photography position information of the first photography image of the examinee's eye from the photography area setting unit; a storage unit configured to store the first photography image and the photography position information acquired by the photography position information acquisition unit in association with each other; a display unit configured to display the first photography image which is obtained by the first photographing unit and a second photography image which is obtained by the second photographing unit; and a display control unit configured to synthesize a first mark which represents a photographing position of the first photography image photography-completed and stored in the storage unit, and a second mark which represents a photographing position of a new first photography image to be obtained by the first photographing unit, on the second photography image or a photography image of the examinee's eye, which is photographed with a view angle the same as that of the second photography image, through image processing, so as to display the synthesized image on the display unit, wherein the photography area setting unit moves the photography area which is photographed by the first photographing unit and defined by the second mark. a first photographing unit that includes a first light source for irradiating the examinee's eye, which is visually fixed by using a fixation target, with illumination light and photographs the examinee's eye illuminated by the first light source to obtain a first photography image of the examinee's eye; a second photographing unit that includes a second light source for irradiating the examinee's eye with illumination light and photographs the examinee's eye illuminated by the second light source in a wider area than a photography view angle of the first photographing unit; a photography area setting unit configured to move a photography area, which is photographed by the first photographing unit, relative to the examinee's eye which is photographed by the second photographing unit; a photography position information acquisition unit configured to acquire photography position information of the first photography image of the examinee's eye from the photography area setting unit; a storage unit configured to store the first photography image and the photography position information acquired by the photography position information acquisition unit in association with each other; a display unit configured to display the first photography image which is obtained by the first photographing unit and a second photography image which is obtained by the second photographing unit; and a display control unit configured to synthesize a first mark which represents a photographing position of the first photography image photography-completed and stored in the storage unit, and a second mark which represents a photographing position of a new first photography image to be obtained by the first photographing unit, on the second photography image or a photography image of the examinee's eye, which is photographed with a view angle the same as that of the second photography image, through image processing, so as to display the synthesized image on the display unit, wherein the photography area setting unit moves the photography area which is photographed by the first photographing unit and defined by the second mark.