Based on the Mie scattering theory and the low density approximation, Anderson localization of reverse opal photonic crystal constituted by metal oxide are studied. The results show that many area of photonic forbidden bands appear in the crystal while the incidence wavelength is from 14 μm to 18 μm. And the factors which influence the Anderson localization parameter (ηˉ1sca) are analyzed. These results provide theoretical reference to obtain the photonic localization phenomenon of reverse opal photonic crystal in experiment.