Add to ORKGCamouflage and colour change: antipredator responses to bird and snake predators across multiple populations in a dwarf chameleo
Camouflage is an important component of antipredator behaviors. In many species, rapid color change ...
While the most obvious use of coloration as an antipredatory defense is in camouflage, here we focus...
Camouflage is perhaps the most widespread anti-predator strategy in nature, found in numerous animal...
Potential prey are often exposed to multiple predators that vary in their foraging tactics and abili...
A crucial problem for most animals is how to deal with multiple types of predator, which differ in t...
Chameleons, lizards often synonymous with camouflage for their color-changing abilities, possess a v...
Color change serves many antipredator functions and may allow animals to better match environments o...
Camouflage – adaptations that prevent detection and/or recognition – is a key example of evolution b...
Many animals display static coloration (e.g. of feathers or fur) that can serve as a reliable sexual...
Animals are under a constant selective pressure to avoid predation. They are often equipped with sev...
Natural selection is widely noted to drive divergence of phenotypic traits. Predation pressure can f...
The diversity of colours and patterns animals' display on their integuments is remarkable and of con...
Many animals possess camouflage markings that reduce the risk of detection by visually hunting preda...
A core concept of camouflage is that strong phenotype–environment associations are essential, i.e., ...
Evolutionary divergence in the coloration of toxic prey is expected when geographic variation in pre...
Camouflage is an important component of antipredator behaviors. In many species, rapid color change ...
While the most obvious use of coloration as an antipredatory defense is in camouflage, here we focus...
Camouflage is perhaps the most widespread anti-predator strategy in nature, found in numerous animal...
Potential prey are often exposed to multiple predators that vary in their foraging tactics and abili...
A crucial problem for most animals is how to deal with multiple types of predator, which differ in t...
Chameleons, lizards often synonymous with camouflage for their color-changing abilities, possess a v...
Color change serves many antipredator functions and may allow animals to better match environments o...
Camouflage – adaptations that prevent detection and/or recognition – is a key example of evolution b...
Many animals display static coloration (e.g. of feathers or fur) that can serve as a reliable sexual...
Animals are under a constant selective pressure to avoid predation. They are often equipped with sev...
Natural selection is widely noted to drive divergence of phenotypic traits. Predation pressure can f...
The diversity of colours and patterns animals' display on their integuments is remarkable and of con...
Many animals possess camouflage markings that reduce the risk of detection by visually hunting preda...
A core concept of camouflage is that strong phenotype–environment associations are essential, i.e., ...
Evolutionary divergence in the coloration of toxic prey is expected when geographic variation in pre...
Camouflage is an important component of antipredator behaviors. In many species, rapid color change ...
While the most obvious use of coloration as an antipredatory defense is in camouflage, here we focus...
Camouflage is perhaps the most widespread anti-predator strategy in nature, found in numerous animal...