An ophthalmic photographing method using: - an optical coherence tomography optical system as an interference optical system having a first light source which is arranged to emit low coherent light and a first scanning device which is arranged to one-dimensionally or two-dimensionally scan an examinee's eye with the light emitted from the first light source which is defined as first photographing light and arranged to obtain an OCT-image as a tomographic image of the eye by photo-receiving interference light which is obtained by synthesizing the first photographing light reflected from the eye and reference light which is generated from the light emitted from the first light source and has variable optical path length; - a scanning laser ophthalmoscope optical system as a confocal optical system having a second light source and a second scanning device which is arranged to two-dimensionally scan the eye with light emitted from the second light source which is defined as second photographing light and arranged to obtain a SLO-image as a front image of the eye by photo-receiving the second photographing light reflected from the eye, the second scanning device being a constituent element separate from the first scanning device, - a display device, and - a display control unit arranged to display the tomographic image obtained via the interference optical system and the front image obtained via the confocal optical system side by side as moving images on the display device, the method comprising the steps of: - irradiating the eye simultaneously with first photographing light emitted from the interference optical system and second photographing light emitted from the a confocal optical system - controlling driving of the first scanning device and driving of the second scanning device in a manner that an irradiating position of the first photographing light and an irradiating position of the second photographing light on a fundus of the eye differ from each other, - extracting a characteristic point of a fundus of the eye through image processing from the front image obtained based on the scan performed by the second scanning device at the time of the tomographic image obtainment, - detecting a positional deviation of the eye based on a deviation amount of the extracted characteristic point, - correcting a photographing position of the tomographic image by controlling driving of the first scanning device based on an amount of the detected positional deviation, and - controlling a display device to simultaneously display the tomographic image and the front image side by side as moving images on the display device. - an optical coherence tomography optical system as an interference optical system having a first light source which is arranged to emit low coherent light and a first scanning device which is arranged to one-dimensionally or two-dimensionally scan an examinee's eye with the light emitted from the first light source which is defined as first photographing light and arranged to obtain an OCT-image as a tomographic image of the eye by photo-receiving interference light which is obtained by synthesizing the first photographing light reflected from the eye and reference light which is generated from the light emitted from the first light source and has variable optical path length; - a scanning laser ophthalmoscope optical system as a confocal optical system having a second light source and a second scanning device which is arranged to two-dimensionally scan the eye with light emitted from the second light source which is defined as second photographing light and arranged to obtain a SLO-image as a front image of the eye by photo-receiving the second photographing light reflected from the eye, the second scanning device being a constituent element separate from the first scanning device, - a display device, and - a display control unit arranged to display the tomographic image obtained via the interference optical system and the front image obtained via the confocal optical system side by side as moving images on the display device, - irradiating the eye simultaneously with first photographing light emitted from the interference optical system and second photographing light emitted from the a confocal optical system - controlling driving of the first scanning device and driving of the second scanning device in a manner that an irradiating position of the first photographing light and an irradiating position of the second photographing light on a fundus of the eye differ from each other, - extracting a characteristic point of a fundus of the eye through image processing from the front image obtained based on the scan performed by the second scanning device at the time of the tomographic image obtainment, - detecting a positional deviation of the eye based on a deviation amount of the extracted characteristic point, - correcting a photographing position of the tomographic image by controlling driving of the first scanning device based on an amount of the detected positional deviation, and - controlling a display device to simultaneously display the tomographic image and the front image side by side as moving images on the display device.