The invention discloses waterproof anti-ultraviolet fabric. The waterproof anti-ultraviolet fabric is creatively characterized by being composed of, by mass, 13-17% of colored cotton, 12-12% of jute fiber, 25-43% of polyamide fiber, 14-18% of wool fiber, 12-15% of fluorine fiber and 16-24% of copper ammonia fiber, the colored cotton and the polyamide fiber are blended as an inner layer of the waterproof anti-ultraviolet fabric, the jute fiber and the wool fiber are blended as an interlayer of the waterproof anti-ultraviolet fabric, and the copper ammonia fiber and the fluorine fiber are blended as a surface layer of the waterproof anti-ultraviolet fabric. The waterproof anti-ultraviolet fabric is light, thin, comfortable, good in moisture absorption effect and conducive to allowing different raw materials to play roles in absorbing moisture, drying and holding temperature at different positions. After being used, the fabric can be degraded by itself if it does not need to be worn anymore, so that the fabric is time-saving, labor-saving and environment-friendly. The fabric is low in production cost and simple in production process, and adding of any process step is not needed, so that production efficiency is improved.