reply to post by The Shrike
If you mean that it doesn't look like a bird because it is out of focus then you are correct. What we should be saying is the shape is that of a
bird.

Originally posted by Unity_99
Why is there light reflecting under the "wing" of this bird thats shadows and contrasts are occuring in such a way as to appear metallic?
ezinearticles.com...
The blue colors come from reflective interference. In combination with Melanin and Lutin, reflective interference also produces green and other shades. It is also what gives the feathers their iridescence. This coloration is produced by the same phenomenon that gives color to a film of oil on a water surface.
loryresearchgroup.org...
while white feathers reflect all visible light.
White also is also a structural feather color that relies upon the same principles described for blue feathers, except that white is produced when all wavelengths of light are reflected. A white feather also shows comparable structural characteristics. When a white feather is observed under a powerful microscope, the surface structure appears crystalline, resembling cut glass or snow, clearly capable of reflecting all visible light.
Originally posted by Bored To Tears
reply to post by The Shrike
If you mean that it doesn't look like a bird because it is out of focus then you are correct. What we should be saying is the shape is that of a bird.