Corpus ID: 14957262

Vision in dogs.

@article{Miller1995VisionID,
  title={Vision in dogs.},
  author={Paul Eduard Miller and Christopher J. Murphy},
  journal={Journal of the American Veterinary Medical Association},
  year={1995},
  volume={207 12},
  pages={
          1623-34
        }
}
  • P. Miller, C. Murphy
  • Published 15 December 1995
  • Medicine, Computer Science
  • Journal of the American Veterinary Medical Association
Compared with the visual system in human beings, the canine visual system could be considered inferior in such aspects as degree of binocular overlap, color perception, accommodative range, and visual acuity. However, in other aspects of vision, such as ability to function in dim light, rapidity with which the retina can respond to another image (flicker fusion), field of view, ability to differentiate shades of gray, and perhaps, ability to detect motion, the canine visual system probably… Expand
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189 Citations
Highly Influential Citations
10
Background Citations
73
Methods Citations
7
Results Citations
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189 Citations

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Citation Type

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How birds, particularly birds of prey, see is understood by reviewing pertinent anatomy and physiology of the eye, color vision, visual fields, visual acuity, accommodation, and flicker-fusion frequency. Expand
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This review discusses current research on visual cognition and emphasizes the importance of understanding dog visual processing, including sensitivity to light, visual perspective, visual acuity, form perception, and color vision, with a focus on how these abilities may affect performance in cognition tasks. Expand
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TLDR
This work shows the visual performance of humans under circumstances that model how dogs' weaker vision would affect their responses in an ethological experiment, and urges researchers to take into consideration the differences between perceptual abilities of dogs and humans, by developing visual stimuli that fit more appropriately to dogs' visual capabilities. Expand
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This finding questions the general claim on dogs’ high performance in detecting motion, where the mean threshold for motion detection in dogs was 42% of coherence, while that of humans was as low as 5%. Expand
Development of a head-mounted, eye-tracking system for dogs
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A mobile, head-mounted, video-based, eye-tracking system and a procedure for achieving standardised calibration allowing an output with accuracy of 2-3° is described, which has the potential to allow the study of gaze patterns in a variety of research applications and could enhance theStudy of areas such as canine vision, cognition and social interactions. Expand
Current views on vision in mammals
TLDR
Current views on mammal vision based on two cone pigments and rods are discussed and data on spectral sensitivity peaks that characterize visual pigments in different species and orders are provided, as well as the data on spatial contrast sensitivity. Expand
Brightness discrimination in the dog.
Almost nothing is known about brightness discrimination in animals and how this ability relates to their lifestyles. As arrhythmic visual generalists, three dogs, a German shepherd and two Belgian… Expand
Dogs do look at images: eye tracking in canine cognition research
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It is found that dogs focused their attention on the informative regions of the images without any task-specific pre-training and their gazing behavior depended on the image category, which indicated dogs’ attraction to conspecifics over human faces and inanimate objects might reflect their natural interest. Expand
Functional Performance of the Visual System in Dogs and Humans: A Comparative Perspective
Dogs and humans often work together, and dogs have been selectively bred for traits enabling efficient co-operation with humans, such as tameness (Miklósi, 2008), sensitivity to human cues (Bräuer,… Expand
The brain of the African wild dog. IV. The visual system
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The systems‐level organization of the image‐forming, nonimage forming, oculomotor, and accessory optic, vision‐associated systems in the brain of one representative individual of the African wild dog is described. Expand
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References

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