A method for displaying stereoscopic images, the method comprising: obtaining a minimum disparity, said minimum disparity being associated with a region of a first stereoscopic image, the method being characterized in that the region is proximate to an obscured region of the first stereoscopic image, the obscured region resulting from cropping of said first stereoscopic image, said cropping defining a clear area of said first stereoscopic image comprising said region, said clear area having a border in common with said obscured region, the minimum disparity being determined among original disparities measured for said first stereoscopic image for an object of said region of said first stereoscopic image in the proximity of said border, said object being considered in the proximity of the border if said object is located within a determined distance range from the border, and in that it further comprises: defining a portion of the first stereoscopic image adjacent to the obscured region in accordance with the minimum disparity being less than zero, the defined portion having a width equal to a magnitude of the minimum disparity, the defined portion corresponding to: a left-edge side of the clear area of the first stereoscopic image when said first stereoscopic image corresponds to a left eye image, or a right-edge side of the clear area of the first stereoscopic image when said first stereoscopic image corresponds to a right eye image; and displaying the first stereoscopic image while blanking the defined portion. obtaining a minimum disparity, said minimum disparity being associated with a region of a first stereoscopic image, the method being characterized in that the region is proximate to an obscured region of the first stereoscopic image, the obscured region resulting from cropping of said first stereoscopic image, said cropping defining a clear area of said first stereoscopic image comprising said region, said clear area having a border in common with said obscured region, the minimum disparity being determined among original disparities measured for said first stereoscopic image for an object of said region of said first stereoscopic image in the proximity of said border, said object being considered in the proximity of the border if said object is located within a determined distance range from the border, and in that it further comprises: defining a portion of the first stereoscopic image adjacent to the obscured region in accordance with the minimum disparity being less than zero, the defined portion having a width equal to a magnitude of the minimum disparity, the defined portion corresponding to: a left-edge side of the clear area of the first stereoscopic image when said first stereoscopic image corresponds to a left eye image, or a right-edge side of the clear area of the first stereoscopic image when said first stereoscopic image corresponds to a right eye image; and displaying the first stereoscopic image while blanking the defined portion. defining a portion of the first stereoscopic image adjacent to the obscured region in accordance with the minimum disparity being less than zero, the defined portion having a width equal to a magnitude of the minimum disparity, the defined portion corresponding to: a left-edge side of the clear area of the first stereoscopic image when said first stereoscopic image corresponds to a left eye image, or a right-edge side of the clear area of the first stereoscopic image when said first stereoscopic image corresponds to a right eye image; and a left-edge side of the clear area of the first stereoscopic image when said first stereoscopic image corresponds to a left eye image, or a right-edge side of the clear area of the first stereoscopic image when said first stereoscopic image corresponds to a right eye image; and displaying the first stereoscopic image while blanking the defined portion.