A display comprising: an uneven-structure-forming layer having an uneven surface provided with a plurality of concavities or a plurality of convexities respectively provided with flat bottoms and flat tops substantially parallel to the flat bottoms ; and light reflecting layer covering all or a part of an uneven surface of the uneven-structure-forming layer , wherein the uneven-structure-forming layer is provided with two kinds of uneven-structure-forming regions (R1, R2), wherein each of the two kinds of uneven-structure-forming regions (R1, R2) has a constant distance (d, D) between the flat bottoms and the flat tops , the distance (d, D) being different between the two kinds of regions (R1, R2), characterized in that : the two kinds of uneven-structure-forming regions (R1, R2) are alternately and repetitively arrayed; the distance (d) in one of the two kinds of uneven-structure-forming regions (R1) is selected from a range where a sum of chromatic values (u', v') of the display increases with an increase in distance (d); and the distance (D) in the other one of the two kinds of uneven-structure-forming regions (R2) is selected from a range where the sum of chromaticity values (u', v') of the display decreases with an increase in distance, such that a combination contributing to reduction of a color shift of the display is established. an uneven-structure-forming layer having an uneven surface provided with a plurality of concavities or a plurality of convexities respectively provided with flat bottoms and flat tops substantially parallel to the flat bottoms ; and light reflecting layer covering all or a part of an uneven surface of the uneven-structure-forming layer , wherein the uneven-structure-forming layer is provided with two kinds of uneven-structure-forming regions (R1, R2), wherein each of the two kinds of uneven-structure-forming regions (R1, R2) has a constant distance (d, D) between the flat bottoms and the flat tops , the distance (d, D) being different between the two kinds of regions (R1, R2), characterized in that : the two kinds of uneven-structure-forming regions (R1, R2) are alternately and repetitively arrayed; the distance (d) in one of the two kinds of uneven-structure-forming regions (R1) is selected from a range where a sum of chromatic values (u', v') of the display increases with an increase in distance (d); and the distance (D) in the other one of the two kinds of uneven-structure-forming regions (R2) is selected from a range where the sum of chromaticity values (u', v') of the display decreases with an increase in distance, such that a combination contributing to reduction of a color shift of the display is established. the two kinds of uneven-structure-forming regions (R1, R2) are alternately and repetitively arrayed; the distance (d) in one of the two kinds of uneven-structure-forming regions (R1) is selected from a range where a sum of chromatic values (u', v') of the display increases with an increase in distance (d); and the distance (D) in the other one of the two kinds of uneven-structure-forming regions (R2) is selected from a range where the sum of chromaticity values (u', v') of the display decreases with an increase in distance, such that a combination contributing to reduction of a color shift of the display is established. <EOS>