A display body comprising: a light interference layer that incident light enters at an incidence angle and that emerges reflected light, the incident light having a certain wavelength range, the reflected light having a given wavelength which is a part of the certain wavelength range, the given wavelength depending on the incidence angle; a prism layer having optical transparency that transmits the incident light to the light interference layer, the prism layer having an uneven surface that includes at least one display region; and an interface layer that is adjacent to the uneven surface, the interface layer having a difference in refractive index from the prism layer such that a refractive index of a side of an interface between the uneven surface and the interface layer at which the prism layer is located is higher than a refractive index of a side of the interface at which the light interference layer is located, wherein the display region includes a plurality of inclination elements (bit), the inclination elements being inclined at predetermined angles with respect to a plane along which the prism layer expands, the inclination elements (bit) being arrayed in an array direction along an array axis on the plane and elongating in an elongate direction along the extending axis orthogonal to the array axis on the plane, the inclination elements (bit) adjacent to each other in the array direction contact each other in a plan view facing the plane, wherein the inclination elements (bit) include a plurality of first inclination elements (bit) among which the inclination angle (θ) increases by a constant angle along the array direction; the uneven surface includes a plurality of the display regions (11, 13) that are arrayed in the array direction, a plane orthogonal to the plane and parallel to the extending axis is a reference plane, and the display regions (11, 13) include a first display region in which all the inclination elements (bit) are inclined in a first array direction with respect to the reference plane and a second display region in which all the inclination elements (b3t) are inclined in a second array direction with respect to the reference plane, the first array direction being a direction along the array axis, the second array direction being a direction opposite to the first array direction. a light interference layer that incident light enters at an incidence angle and that emerges reflected light, the incident light having a certain wavelength range, the reflected light having a given wavelength which is a part of the certain wavelength range, the given wavelength depending on the incidence angle; a prism layer having optical transparency that transmits the incident light to the light interference layer, the prism layer having an uneven surface that includes at least one display region; and an interface layer that is adjacent to the uneven surface, the interface layer having a difference in refractive index from the prism layer such that a refractive index of a side of an interface between the uneven surface and the interface layer at which the prism layer is located is higher than a refractive index of a side of the interface at which the light interference layer is located, wherein the display region includes a plurality of inclination elements (bit), the inclination elements being inclined at predetermined angles with respect to a plane along which the prism layer expands, the inclination elements (bit) being arrayed in an array direction along an array axis on the plane and elongating in an elongate direction along the extending axis orthogonal to the array axis on the plane, the inclination elements (bit) adjacent to each other in the array direction contact each other in a plan view facing the plane, wherein the inclination elements (bit) include a plurality of first inclination elements (bit) among which the inclination angle (θ) increases by a constant angle along the array direction; the uneven surface includes a plurality of the display regions (11, 13) that are arrayed in the array direction, a plane orthogonal to the plane and parallel to the extending axis is a reference plane, and the display regions (11, 13) include a first display region in which all the inclination elements (bit) are inclined in a first array direction with respect to the reference plane and a second display region in which all the inclination elements (b3t) are inclined in a second array direction with respect to the reference plane, the first array direction being a direction along the array axis, the second array direction being a direction opposite to the first array direction.