A fundamental issue in biology is explaining the diversity of coloration found in nature. Birds provide some of the best-studied examples of the evolution and causes of color variation and some of the most arresting color displays in the natural world. They possess perhaps the most richly endowed visual system of any vertebrate, including UV-A sensitivity and tetrachromatic color vision over the 300-700-nm waveband. Birds provide model systems for the multidisciplinary study of animal coloration and color vision. Recent advances in understanding avian coloration and color vision are due to recognition that birds see colors in a different way than humans do and to the ready availability of small spectrometers. We summarize the state of the c...
Birds have sophisticated colour vision mediated by four cone types that cover a wide visual spectrum...
Assessing variation in animal coloration is difficult as animals differ in their visual system prope...
Animal coloration has many adaptive functions and plays an important role in signal communication bo...
Virtually all diurnal birds have tetrachomatic vision based on four different colour receptors. As a...
abstract: Birds are highly visual animals with complex visual sys-tems. In this article, we discuss ...
The evolutionary relationship between signals and animal senses has broad significance, with potenti...
Dissecting the genetic basis of adaptive traits is key to our understanding of evolutionary processe...
Visual pigments are light sensitive receptors in the eye that form the basis of sensory visual trans...
Animal color pattern phenotypes evolve rapidly. What influences their evolution? Because color patte...
Avian vision is more complex than mammalian vision. The most complex mammalian systems, for example ...
Animal color pattern phenotypes evolve rapidly. What influences their evolution? Because color patte...
Birds are highly visual animals with complex visual systems. In this article, we discuss the spectra...
The spectral sensitivities of avian retinal photoreceptors are examined with respect to microspectro...
Studying animal coloration is a notoriously difficult task as animals differ in their visual system ...
Vision is a primary and highly developed sensory pathway in birds. Light, both diffuse and waveleng...
Birds have sophisticated colour vision mediated by four cone types that cover a wide visual spectrum...
Assessing variation in animal coloration is difficult as animals differ in their visual system prope...
Animal coloration has many adaptive functions and plays an important role in signal communication bo...
Virtually all diurnal birds have tetrachomatic vision based on four different colour receptors. As a...
abstract: Birds are highly visual animals with complex visual sys-tems. In this article, we discuss ...
The evolutionary relationship between signals and animal senses has broad significance, with potenti...
Dissecting the genetic basis of adaptive traits is key to our understanding of evolutionary processe...
Visual pigments are light sensitive receptors in the eye that form the basis of sensory visual trans...
Animal color pattern phenotypes evolve rapidly. What influences their evolution? Because color patte...
Avian vision is more complex than mammalian vision. The most complex mammalian systems, for example ...
Animal color pattern phenotypes evolve rapidly. What influences their evolution? Because color patte...
Birds are highly visual animals with complex visual systems. In this article, we discuss the spectra...
The spectral sensitivities of avian retinal photoreceptors are examined with respect to microspectro...
Studying animal coloration is a notoriously difficult task as animals differ in their visual system ...
Vision is a primary and highly developed sensory pathway in birds. Light, both diffuse and waveleng...
Birds have sophisticated colour vision mediated by four cone types that cover a wide visual spectrum...
Assessing variation in animal coloration is difficult as animals differ in their visual system prope...
Animal coloration has many adaptive functions and plays an important role in signal communication bo...