Author Institution: Department of Biological Sciences, Northern Illinois UniversityModels of snakes varying in color pattern have been used to test hypotheses about predation and mimicry. In the present study, clay models of the common garter snake were used to test for a difference in attack frequency between adult and juvenile striped and melanistic garter snakes; such difference may indicate a difference in cryptic coloration between the two morphs. The research was performed on the shores of Sandusky Bay and Lake Erie, where polymorphic garter snake populations contain both striped and melanistic garter snakes. There was no difference in attack frequency between the two morphs; however, juvenile snake models were attacked more frequentl...
Batesian mimicry—when individuals of a palatable species (the “mimic”) gain the selective advantage ...
In Batesian mimicry, an undefended prey species (the mimic) evolves to resemble a defended one (the ...
Batesian mimics—benign species that predators avoid because they resemble a dangerous species—often ...
Crypsis, or the ability of an animal to avoid detection by other animals, is strongly impacted by an...
The snake Phalotris lemniscatus is a polymorphic species regarding color, which varies between light...
Multiple studies have addressed the mechanisms maintaining polymorphism within a population. However...
Species in the suborder Serpentes present a powerful model for understanding processes involved in v...
The evolution of bright "warning" colours in nontoxic animals often is attributed to mimicry of toxi...
Melanism in garter snake populations is a rare and ecologically important occurrence. Melanism can b...
Aposematic coloration is a common theme among many animals, both vertebrate and invertebrate. The br...
Evolutionary theory suggests that polymorphic traits can be maintained within a single population on...
Despite an abundance of studies documenting antipredator and defensive behaviors of gartersnakes (ge...
Individual snakes can exhibit a diversity of antipredator responses including crypsis, flight, and a...
Color polymorphism in natural populations presents an ideal opportunity to study the evolutionary dr...
International audienceAbstract Evolutionary theory suggests that polymorphic traits can be maintaine...
Batesian mimicry—when individuals of a palatable species (the “mimic”) gain the selective advantage ...
In Batesian mimicry, an undefended prey species (the mimic) evolves to resemble a defended one (the ...
Batesian mimics—benign species that predators avoid because they resemble a dangerous species—often ...
Crypsis, or the ability of an animal to avoid detection by other animals, is strongly impacted by an...
The snake Phalotris lemniscatus is a polymorphic species regarding color, which varies between light...
Multiple studies have addressed the mechanisms maintaining polymorphism within a population. However...
Species in the suborder Serpentes present a powerful model for understanding processes involved in v...
The evolution of bright "warning" colours in nontoxic animals often is attributed to mimicry of toxi...
Melanism in garter snake populations is a rare and ecologically important occurrence. Melanism can b...
Aposematic coloration is a common theme among many animals, both vertebrate and invertebrate. The br...
Evolutionary theory suggests that polymorphic traits can be maintained within a single population on...
Despite an abundance of studies documenting antipredator and defensive behaviors of gartersnakes (ge...
Individual snakes can exhibit a diversity of antipredator responses including crypsis, flight, and a...
Color polymorphism in natural populations presents an ideal opportunity to study the evolutionary dr...
International audienceAbstract Evolutionary theory suggests that polymorphic traits can be maintaine...
Batesian mimicry—when individuals of a palatable species (the “mimic”) gain the selective advantage ...
In Batesian mimicry, an undefended prey species (the mimic) evolves to resemble a defended one (the ...
Batesian mimics—benign species that predators avoid because they resemble a dangerous species—often ...