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mutable rain frog (Pristimantis mutabilis), 

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mutable rain frog (Pristimantis mutabilis), 

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change the texture of its skin to blend in with its surroundings

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Development interacts with both genes and the environment to produce a phenotype. Changes in phenotype due to environmental cues are known as phenotypic plasticity. Once regarded as a nuisance  phenomenon phenotypic plasticity has become regarded as an important component of evolutionary divergence. Plastic responses are thought to initiate adaptive divergence, and allow organisms to survive and persist in new environments. Plasticity also has a genetic basis which can evolve just like any other phenotypic trait. This evolution of plasticity can fine tune environmental responses to suit specific habitats

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Development interacts with both genes and the environment to produce a phenotype. Changes in phenotype due to environmental cues are known as phenotypic plasticity. Once regarded as a nuisance  phenomenon phenotypic plasticity has become regarded as an important component of evolutionary divergence. Plastic responses are thought to initiate adaptive divergence, and allow organisms to survive and persist in new environments. Plasticity also has a genetic basis which can evolve just like any other phenotypic trait. This evolution of plasticity can fine tune environmental responses to suit specific habitats

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Such as Sea anemonies which are stuck in one place, thus requiring a high plasticity level. Whereas a Herring Gull can fly to a different environment and crap on different people

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Such as Sea anemonies which are stuck in one place, thus requiring a high plasticity level. Whereas a Herring Gull can fly to a different environment and crap on different people

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Three tadpole morphs: (top) Non-defensive, (middle) dragonfly-induced high-tail, and (bottom) salamander-induced bulgy morphs

A tadpole that has already expressed one predator-speciﬁc phenotype can modify its morphology if the predator is removed or exchanged for the other predator species. When the predator species is removed, a tadpole with either predator-speciﬁc phenotype reverts its phenotype to the non-defensive one

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phenotypic plasticity is more important for immobile organisms than mobile organisms, as mobile organisms can often move away from unfavourable environments

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phenotypic plasticity is more important for immobile organisms than mobile organisms, as mobile organisms can often move away from unfavourable environments

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The butterfly can express different colours/patterns on their wings, without having different genes of the colours. this shows the plasticity of the wing colour

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Phenotypic plasticity is caused by the  interplay of external influences  and the genetic background. It is  thought to allow the individual to  adjust to variable environmental  conditions. Conditions early in life  can predict those in the future  and enable the organism to flexibly  adjust its development accordingly.

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Phenotypic plasticity is caused by the  interplay of external influences  and the genetic background. It is  thought to allow the individual to  adjust to variable environmental  conditions. Conditions early in life  can predict those in the future  and enable the organism to flexibly  adjust its development accordingly.