A spectacle lens comprising an optical multilayer film formed on each surface side of a base, wherein peaks in a reflectance distribution appear in a range of wavelengths that are not less than 440 nm and not greater than 460 nm and in a range of wavelengths that are not less than 620 nm and not greater than 640 nm, a blue light ray cutting rate is not less than 7%, and a YI value is not greater than 6, wherein the blue light ray cutting rate is a value obtained by subtracting, from 1, a spectral transmittance τ sb calculated by a flowing formula in a range of wavelengths from 380 to 500 nm, with increments of 5 nm, τ sb = ∫ 380 nm 500 nm τ λ ⋅ E Sλ λ ⋅ B λ ⋅ dλ ∫ 380 nm 500 nm E Sλ λ ⋅ B λ ⋅ dλ − ∫ 380 nm 500 nm τ λ ⋅ WB λ λ ⋅ dλ ∫ 380 nm 500 nm WB λ λ ⋅ dλ wherein τ ( λ ) is a transmittance, E Sλ ( λ ) is a spectral irradiance of sunlight, and B ( λ ) is a blue light hazard function, and The YI value is represented, according to the following equation, YI = 100 1.2769 X − 1.059 Z / Y by using tri-stimulus values X, Y, and Z of a sample in standard illuminant in an XYZ color system adopted as a standard color system by the CIE (International Commission on Illumination), the stimulus values X, Y, Z in the XYZ color system is obtained by multiplication of spectral energy of light to be measured, by a color-matching function for each of the stimulus values X, Y, Z for each wavelength and by accumulation of the results of the multiplication over all the wavelengths in a visible region, characterized in that a luminous reflectance on each surface is not higher than 2.5%, a reflectance in a range of wavelengths that are not less than 400 nm and not greater than 700 nm is not higher than 12% on a surface farther from an eye, and a reflectance in a range of wavelengths that are not less than 400 nm and not greater than 700 nm is not higher than 6% on a surface closer to an eye. an optical multilayer film formed on each surface side of a base, wherein peaks in a reflectance distribution appear in a range of wavelengths that are not less than 440 nm and not greater than 460 nm and in a range of wavelengths that are not less than 620 nm and not greater than 640 nm, a blue light ray cutting rate is not less than 7%, and a YI value is not greater than 6, wherein the blue light ray cutting rate is a value obtained by subtracting, from 1, a spectral transmittance τ sb calculated by a flowing formula in a range of wavelengths from 380 to 500 nm, with increments of 5 nm, τ sb = ∫ 380 nm 500 nm τ λ ⋅ E Sλ λ ⋅ B λ ⋅ dλ ∫ 380 nm 500 nm E Sλ λ ⋅ B λ ⋅ dλ − ∫ 380 nm 500 nm τ λ ⋅ WB λ λ ⋅ dλ ∫ 380 nm 500 nm WB λ λ ⋅ dλ wherein τ ( λ ) is a transmittance, E Sλ ( λ ) is a spectral irradiance of sunlight, and B ( λ ) is a blue light hazard function, and The YI value is represented, according to the following equation, YI = 100 1.2769 X − 1.059 Z / Y wherein τ ( λ ) is a transmittance, E Sλ ( λ ) is a spectral irradiance of sunlight, and B ( λ ) is a blue light hazard function, and The YI value is represented, according to the following equation, YI = 100 1.2769 X − 1.059 Z / Y a luminous reflectance on each surface is not higher than 2.5%, a reflectance in a range of wavelengths that are not less than 400 nm and not greater than 700 nm is not higher than 12% on a surface farther from an eye, and a reflectance in a range of wavelengths that are not less than 400 nm and not greater than 700 nm is not higher than 6% on a surface closer to an eye. <EOS>