International audienceColor polymorphism is widespread in animals and can be associated with temporary adjustments to environmental variables (phenotypic plasticity). In teleost fishes, one of the most remarkable examples of color plasticity is background adaptation in flatfishes. However, such rapid and complete changes in body color and pattern remain relatively unreported in other species. The convict surgeonfish Acanthurus triostegus is a gregarious species whose body color pattern consists of black vertical bars on a whitish body. Here, we describe an entirely reverse body color pattern (white vertical bars on a blackish body) that we observed in some A. triostegus juveniles in a nursery area at Moorea Island, French Polynesia. In aqua...
Background: Biologists have long been fascinated by the striking diversity of complex color patterns...
Animal coloration has many functions, and fishes are noted among vertebrates for presenting a wide v...
<div><p>The conspicuousness of animal signals is influenced by their contrast against the background...
International audienceColor polymorphism is widespread in animals and can be associated with tempora...
Colour polymorphism is widespread in animals but, in contrast to other types of polymorphism, has be...
Phenotypic flexibility may incur a selective advantage in changing and heterogeneous environments, a...
Morphological skin colour change in fish is often referred to in the sole context of background adap...
Colour polymorphisms are among the most striking examples of intraspecific variation. If vulnerabili...
Animals often change their habitat throughout ontogeny; yet, the triggers for habitat transitions an...
Phenotypic plasticity is defined as an organism’s ability to express differentphenotypes depending o...
The evolution and maintenance of colour polymorphisms remains a topic of considerable research inter...
Animals often change their habitat throughout ontogeny; yet, the triggers for habitat transitions an...
The evolution of different colour morphs and how they are maintained in animal populations is poorly...
Animal pigment patterns are important for a range of functions, including camouflage and communicati...
Abstract Background Many coral reef fishes undergo habitat and diet shifts during ontogeny. However,...
Background: Biologists have long been fascinated by the striking diversity of complex color patterns...
Animal coloration has many functions, and fishes are noted among vertebrates for presenting a wide v...
<div><p>The conspicuousness of animal signals is influenced by their contrast against the background...
International audienceColor polymorphism is widespread in animals and can be associated with tempora...
Colour polymorphism is widespread in animals but, in contrast to other types of polymorphism, has be...
Phenotypic flexibility may incur a selective advantage in changing and heterogeneous environments, a...
Morphological skin colour change in fish is often referred to in the sole context of background adap...
Colour polymorphisms are among the most striking examples of intraspecific variation. If vulnerabili...
Animals often change their habitat throughout ontogeny; yet, the triggers for habitat transitions an...
Phenotypic plasticity is defined as an organism’s ability to express differentphenotypes depending o...
The evolution and maintenance of colour polymorphisms remains a topic of considerable research inter...
Animals often change their habitat throughout ontogeny; yet, the triggers for habitat transitions an...
The evolution of different colour morphs and how they are maintained in animal populations is poorly...
Animal pigment patterns are important for a range of functions, including camouflage and communicati...
Abstract Background Many coral reef fishes undergo habitat and diet shifts during ontogeny. However,...
Background: Biologists have long been fascinated by the striking diversity of complex color patterns...
Animal coloration has many functions, and fishes are noted among vertebrates for presenting a wide v...
<div><p>The conspicuousness of animal signals is influenced by their contrast against the background...