… how evolution led to primate trichromatic color vision. The persistence of a convergent neural
system would have disabled any selection of new chromatic input. Color vision is possible …

▪ Abstract We review the physiological, molecular, and neural mechanisms of insect color
vision. Phylogenetic and molecular analyses reveal that the basic bauplan, UV-blue-green-…

… In order to appreciate fully the red-green color vision, … -green color vision of mammals is
exclusively controlled by their LWS/MWS pigments. In higher primates, the red-green color vision …

… color vision, describe various structural features of eyes and photoreceptors that condition
color vision, … particular attention on issues relevant to the evolution of vertebrate color vision. …

… Our results suggest that UV color vision plays a considerably more important role in
nocturnal mammalian sensory ecology than previously appreciated and highlight the caveat of …

… Primate Color Vision Analyses of primate visual pigments show that our color vision evolved
in an unusual way and that the brain is more adaptable than generally thought By Gerald H. …

… Studies of the visual pigment complement and color vision ability of different vertebrates
reveal an ancient and nearly universal color vision system in which one visual pigment has an …

… This review is concerned with the development of ideas about color vision … color vision are
closely bound up with theories about the nature of light, especially at the beginnings of color …

… of the origin and evolution of color vision produced arguably “… differences in ecology and to
the evolution of species” (10). … red-green color vision, UV-violet vision, and dim-light vision in …

… color perception. The challenge going forward will be to identify how physiological differences
involved in color vision, … , and ultimately how this may drive evolution of conspecific colors. …