An image display device for displaying a view image of around a vehicle, captured by using in-vehicle cameras (10F, 10R), in a display window, comprising: a captured view image acquiring section receiving captured view images around the vehicle sequentially captured by and transmitted from the in-vehicle cameras; a bird's eye view image generation section executing a sight-line transformation of the captured view images around the vehicle so as to generate bird's eye view images, as captured bird's eye view images having a sight-line viewed from above the vehicle; an image display section displaying the captured bird's eye view images at a corresponding location around the vehicle in the display window; a movement information acquiring section acquiring movement information which represents a movement amount of the vehicle; and a history image extraction section extracting, as a history image, a partial image from the captured bird's eye view image which has been generated at a timing before the vehicle reached a current location on the basis of the movement information of the vehicle, the history image corresponding to a dead angle area of the in-vehicle camera, wherein the image display section displays, in the display window, captured bird's eye view images and the history image which corresponds to the dead angle area of the in-vehicle camera, and the history image extraction section (105, 106, 108) detects whether the extracted history image has an foreign matter image affected by the presence of foreign matter adhered on the in-vehicle camera, and when the detection result indicates that the history image has the foreign matter image, the history image extraction section extracts, as the history image, a partial image without the foreign matter image from another captured bird's eye view image, characterized in that when detecting the presence of the foreign matter image in the history image extracted from the captured bird's eye view images, the history image extraction section (105, 106, 108) further extracts a partial image, which corresponds to the location of the foreign matter image, from another captured bird's eye view images which has been captured before the captured bird's eye view image, and provides, as the history image, the extracted partial image without the foreign matter image. a captured view image acquiring section receiving captured view images around the vehicle sequentially captured by and transmitted from the in-vehicle cameras; a bird's eye view image generation section executing a sight-line transformation of the captured view images around the vehicle so as to generate bird's eye view images, as captured bird's eye view images having a sight-line viewed from above the vehicle; an image display section displaying the captured bird's eye view images at a corresponding location around the vehicle in the display window; a movement information acquiring section acquiring movement information which represents a movement amount of the vehicle; and a history image extraction section extracting, as a history image, a partial image from the captured bird's eye view image which has been generated at a timing before the vehicle reached a current location on the basis of the movement information of the vehicle, the history image corresponding to a dead angle area of the in-vehicle camera, wherein the image display section displays, in the display window, captured bird's eye view images and the history image which corresponds to the dead angle area of the in-vehicle camera, and the history image extraction section (105, 106, 108) detects whether the extracted history image has an foreign matter image affected by the presence of foreign matter adhered on the in-vehicle camera, and when the detection result indicates that the history image has the foreign matter image, the history image extraction section extracts, as the history image, a partial image without the foreign matter image from another captured bird's eye view image, characterized in that when detecting the presence of the foreign matter image in the history image extracted from the captured bird's eye view images, the history image extraction section (105, 106, 108) further extracts a partial image, which corresponds to the location of the foreign matter image, from another captured bird's eye view images which has been captured before the captured bird's eye view image, and provides, as the history image, the extracted partial image without the foreign matter image.