Titlebook: Human Color Vision; Jan Kremers,Rigmor C. Baraas,N. Justin Marshall Book 2016 The Editor(s) (if applicable) and The Author(s), under exclu

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Cone Opponency: An Efficient Way of Transmitting Chromatic Information, It is achieved by subtractive interaction of inputs from different cones. In different species, there are different varieties of cone and color opponency, but in human and primates, there are two cone-opponent pathways, one with subtractive input from the middle- and long-wavelength cones and the o

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Psychophysical Correlates of Retinal Processing,nt, the illuminant, and our nervous system. This chapter describes how the psychophysically measured subjective experiences that arise from signals originating in the retina lead to chromatic and achromatic visual perception. We explore how the processing of cone signals under photopic illumination,

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Color in the Cortex,cene, both in terms of our ability to see color differences (contrast) and in color identification. We then consider the psychophysical properties of cortical color vision and what they reveal about its use in determining shape and form. We pit against each other different models accounting for how

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Evolution of Color Vision,helped to develop an understanding of the basic biological mechanisms that underlie this sensory capacity, and provided some insights into the utility of color vision in the natural world. This chapter draws information from all these various sources to reveal what has been learned about the evoluti

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