The intensity and effective beam width of the partially coherent anomalous vortex beams propagating through turbulent atmosphere are investigated in the paper.Based on the extended Huygens-Fresnel integral,the expressions for the intensity and effective beam width of the partially coherent anomalous vortex beam are derived.The propagation properties of the partially coherent anomalous vortex beams are studied via a set of numerical examples.Numerical results reveal that the intensity of the partially coherent anomalous vortex beam is less affected by the atmospheric turbulencethan the fully coherent anomalous vortex beam.With the increasing of refractive index structure constant while the decreasing of correlation length,the central intensity and effective beam width of anomalous vortex beams increases gradually.