Backlight scattering in a single event provides an account of the nearly uniform full images of all the planets and their moons. The uniformity of the full moon image has been discussed in terms of multi-event scattering. Similar images of other bodies have not been discussed. Multi-event scattering must lead to Lambert's Cosine scattering law, however, there are no object images that comply with it. Single event scattering is automatically coherent since a single electromagnetic source wave stimulates all the scattering dipoles. The coherence provides an account for the "Opposition Effect", enhancement of 180 degrees backscattering, by constructive interference. Opposition enhancement has been considered so far as a separate effect from image uniformity. The coherence of single event scattering may enable separation from non-coherent scattering noise by applying interference methods so that objects would be observed with better resolution or at a higher distance. Removal of incoherent noise may also enable deeper image observation within a scattering medium, such as biological tissues.