Eyespots of some prey are known to deter predators, but the reason for this response has not yet been established, and thus the taxonomically widespread occurrence of this color pattern has remained an evolutionary conundrum. Two alternative hypotheses propose that (1) the eyelike appearance of the pattern falsely indicates the presence of the predator’s own enemy or (2) predators are hardwired to be cautious toward conspicuous prey. Earlier research has pertained mainly to eyespots in butterflies. Here we tested the hypothesis that eyespots resemble eyes by utilizing the lateral position of eyes in fishes. This allowed us to produce eyelike displays that did not have the round appearance of eyespots. Our study indicates that eye mimicry is...
The theory of mimicry explains how a mimic species gains advantage by resembling a model species . S...
Conspicuousness, or having high contrast relative to the surrounding background, is a common feature...
Aposematic species have evolved conspicuous warning signals, such as bright colors and striking patt...
Eyespots of some prey are known to deter predators, but the reason for this response has not yet bee...
Large conspicuous eyespots on butterfly wings have been shown to deter predators. This has been trad...
Many prey species exhibit defensive traits to decrease their chances of predation. Conspicuous eye-s...
The diversity of anti-predator adaptations in the natural world has long been an active area of rese...
Background: Many butterflies possess striking structures called eyespots on their wings, and several...
Many animals bear colors and patterns to reduce the risk of predation from visually hunting predator...
The animal world is full of brilliant colours and striking patterns that serve to hide individuals o...
Butterfly eyespots are known to function in predator deflection and predator intimidation, but it is...
Recent studies have shown that some eyespots of prey divert the strikes of predators, increasing the...
In Batesian mimicry a palatable mimic deceives predators by resembling an unpalatable model. The evo...
The main purpose of this study is to verify or refute the famous existing theory that the eyespots f...
The theory of mimicry explains how a mimic species gains advantage by resembling a model species . S...
Conspicuousness, or having high contrast relative to the surrounding background, is a common feature...
Aposematic species have evolved conspicuous warning signals, such as bright colors and striking patt...
Eyespots of some prey are known to deter predators, but the reason for this response has not yet bee...
Large conspicuous eyespots on butterfly wings have been shown to deter predators. This has been trad...
Many prey species exhibit defensive traits to decrease their chances of predation. Conspicuous eye-s...
The diversity of anti-predator adaptations in the natural world has long been an active area of rese...
Background: Many butterflies possess striking structures called eyespots on their wings, and several...
Many animals bear colors and patterns to reduce the risk of predation from visually hunting predator...
The animal world is full of brilliant colours and striking patterns that serve to hide individuals o...
Butterfly eyespots are known to function in predator deflection and predator intimidation, but it is...
Recent studies have shown that some eyespots of prey divert the strikes of predators, increasing the...
In Batesian mimicry a palatable mimic deceives predators by resembling an unpalatable model. The evo...
The main purpose of this study is to verify or refute the famous existing theory that the eyespots f...
The theory of mimicry explains how a mimic species gains advantage by resembling a model species . S...
Conspicuousness, or having high contrast relative to the surrounding background, is a common feature...
Aposematic species have evolved conspicuous warning signals, such as bright colors and striking patt...