Animal coloration serves many biological functions and must therefore balance potentially competing selective pressures. For example, many animals have camouflage in which coloration matches the visual background that predators scan for prey. However, different colors reflect different amounts of solar radiation and may therefore have thermoregulatory implications as well. In this study, we examined geographic variation in dorsal patterning, coloration, and solar reflectance among Horned Larks (Eremophila alpestris) of the western United States. We found that plumage brightness was positively associated with soil granularity, aridity, and temperature. Plumage redness—both in terms of saturation (i.e., chroma) and hue—was positively associat...
Variation in feather melanism and microstructure can arise through sexual selection and ecological f...
Animal colour is a complex trait shaped by multiple selection pressures that can vary across geograp...
Variation in feather melanism and microstructure can arise through sexual selection and ecological f...
Animal coloration serves many biological functions and must therefore balance potentially competing ...
1. Animal pigmentation has evolved because of several adaptive functions. In the case of pigmentatio...
1. Animal pigmentation has evolved because of several adaptive functions. In the case of pigmentatio...
1. Animal pigmentation has evolved because of several adaptive functions. In the case of pigmentatio...
1. Animal pigmentation has evolved because of several adaptive functions. In the case of pigmentatio...
1. Animal pigmentation has evolved because of several adaptive functions. In the case of pigmentatio...
Animal pigmentation has evolved because of several adaptive functions. In the case of pigmentation p...
Aim: Animal coloration is expected to differ between populations in different habitats according to ...
Aim: Animal coloration is expected to differ between populations in different habitats according to ...
The overall aim of my PhD was to investigate the plumage coloration and patterns of birds to determi...
The overall aim of my PhD was to investigate the plumage coloration and patterns of birds to determi...
Ecogeographic rules provide a framework within which to test evolutionary hypotheses of adaptation. ...
Variation in feather melanism and microstructure can arise through sexual selection and ecological f...
Animal colour is a complex trait shaped by multiple selection pressures that can vary across geograp...
Variation in feather melanism and microstructure can arise through sexual selection and ecological f...
Animal coloration serves many biological functions and must therefore balance potentially competing ...
1. Animal pigmentation has evolved because of several adaptive functions. In the case of pigmentatio...
1. Animal pigmentation has evolved because of several adaptive functions. In the case of pigmentatio...
1. Animal pigmentation has evolved because of several adaptive functions. In the case of pigmentatio...
1. Animal pigmentation has evolved because of several adaptive functions. In the case of pigmentatio...
1. Animal pigmentation has evolved because of several adaptive functions. In the case of pigmentatio...
Animal pigmentation has evolved because of several adaptive functions. In the case of pigmentation p...
Aim: Animal coloration is expected to differ between populations in different habitats according to ...
Aim: Animal coloration is expected to differ between populations in different habitats according to ...
The overall aim of my PhD was to investigate the plumage coloration and patterns of birds to determi...
The overall aim of my PhD was to investigate the plumage coloration and patterns of birds to determi...
Ecogeographic rules provide a framework within which to test evolutionary hypotheses of adaptation. ...
Variation in feather melanism and microstructure can arise through sexual selection and ecological f...
Animal colour is a complex trait shaped by multiple selection pressures that can vary across geograp...
Variation in feather melanism and microstructure can arise through sexual selection and ecological f...