The arrangement of the three cone classes in the living human eye

@article{Roorda1999TheAO,
  title={The arrangement of the three cone classes in the living human eye},
  author={Austin Roorda and David Williams},
  journal={Nature},
  year={1999},
  volume={397},
  pages={520-522}
}
Human colour vision depends on three classes of receptor, the short- (S), medium- (M), and long- (L) wavelength-sensitive cones. These cone classes are interleaved in a single mosaic so that, at each point in the retina, only a single class of cone samples the retinal image. As a consequence, observers with normal trichromatic colour vision are necessarily colour blind on a local spatial scale. The limits this places on vision depend on the relative numbers and arrangement of cones. Although… 
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TLDR
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TLDR
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Natural image statistics for mouse vision
TLDR
A multi-spectral camera is developed to acquire high-quality UV and green images of the same natural scenes, and the optimality of the mouse retina to the image statistics are examined, finding that the local contrast and the spatial correlation were both higher in UV than in green for images above the horizon, but lower inUV than ingreen for those below the horizon.
Natural Image Statistics for Mouse Vision
TLDR
A multi-spectral camera is developed to acquire high-quality UV and green images of the same natural scenes, and the optimality of the mouse retina to the image statistics are examined, finding that the local contrast and the spatial correlation were both higher in UV than in green for images above the horizon, but lower inUV than ingreen for those below the horizon.
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