An image display apparatus, comprising imaging means including a photographing optical system which is placed in the optical axis of an image sensor for imaging a live view image of a subject as an image which is output and displayed on an image display unit without being recorded in a recording medium; an optical view finder in which an optical image of the subject can be observed including a liquid crystal shutter, an objective lens, and an eyepiece lens which are aligned along the optical path of the optical view finder, the liquid crystal shutter being placed in a transmission state when the optical view finder is used; an electronic viewfinder in which the live view image can be observed including the photographing optical system, the image sensor, the image display unit, a beam splitter, and the eyepiece lens, the live view image having a display delay time with respect to the optical image which is known in advance; wherein the beam splitter is provided between the objective lens and the eyepiece lens such that when the optical image of the subject incident on the objective lens is transmitted through the beam splitter and can be observed by the eyepiece lens, the live view image displayed on the image display unit is reflected at right angles by the beam splitter and can also be observed by the eyepiece lens, wherein the observed optical image and the observed live view image are superimposed; and the image display apparatus being characterized by further comprising: an angular velocity sensor for detecting an angular velocity of the body of the image display apparatus; correction means for correcting image deviation between the optical image and the live view image caused by the display delay time and a pan motion of the image display apparatus occurring during the display delay time by shifting a correction lens which is placed in the optical path of the optical view finder according to the angular velocity of the body of the image display apparatus detected by the angular velocity sensor during the display delay time, or by shifting the display of the live view image on the display unit using a shifting means which is provided to the electronic viewfinder according to the angular velocity of the body of the image display apparatus detected by the angular velocity sensor during the display delay time, or by shifting a correction lens which is placed in the optical path of the photographing optical system of the electronic viewfinder according to the angular velocity of the body of the image display apparatus detected by the angular velocity sensor during the display delay time. an angular velocity sensor for detecting an angular velocity of the body of the image display apparatus; correction means for correcting image deviation between the optical image and the live view image caused by the display delay time and a pan motion of the image display apparatus occurring during the display delay time by shifting a correction lens which is placed in the optical path of the optical view finder according to the angular velocity of the body of the image display apparatus detected by the angular velocity sensor during the display delay time, or by shifting the display of the live view image on the display unit using a shifting means which is provided to the electronic viewfinder according to the angular velocity of the body of the image display apparatus detected by the angular velocity sensor during the display delay time, or by shifting a correction lens which is placed in the optical path of the photographing optical system of the electronic viewfinder according to the angular velocity of the body of the image display apparatus detected by the angular velocity sensor during the display delay time.