A lenticular lens sheet comprising lengthwise long lenticular lenses formed on the light incident-side surface and light emergent-side surface thereof, the lenticular lenses being constituted of cylindrical lenses each having a long dimension in the top and bottom direction of a screen when used, and satisfying 0.30.ltoreq..vertline.i.sub.0 (.theta..sub.H).vertline..ltoreq.0.36 when parallel light rays are made incident on the surface of its incident-side lens at horizontal incident angles of 0.degree., -11.degree. and +11.degree. and the emergent luminances of the respective light rays are standardized by evaluating the emergent luminance at an emergent-side horizontal visual angle 0.degree. to be 1, and the emergent luminances of the respective light rays at a horizontal visual angle .theta..sub.H .degree. are respectively represented by I.sub.0 (.theta..sub.H), I.sub.-11 (.theta..sub.H) and I.sub.+11 (.theta..sub.H), and when .vertline..theta..sub.H .vertline..ltoreq.40.degree. in the following expression (1). i.sub.0 (.theta..sub.H)=I.sub.0 (.theta..sub.H)/(I.sub.0 (.theta..sub.H)+I.sub.-11 (.theta..sub.H)+I.sub.+11 (.theta..sub.H))(1) This makes it possible to obtain a lenticular lens sheet that may cause less changes with changes in horizontal visual angles and has been improved in color uniformity.