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During the more than 3,500 million years of evolution that species have lived, they have been able to acquire different and numerous strategies that allow them, both to adapt more easily and precisely to the environment in which they inhabit, and to be able to survive, leaving offspring and colonizing thus new territories. Among these survival strategies, mimicry is undoubtedly one of the most surprising. There are a whole series of biological factors and conditions that push certain animals and plants to blend in with other individuals of different species, using the most sophisticated techniques.
Continue reading this Green Ecologist article and you will learn in detail all about mimicry, what it is and examples with photos, as well as the different types of mimicry that exist in nature and how we can distinguish and recognize the strategy that some species and others are using specifically to survive.
What is mimicry - definition
Mimicry is one of the survival strategies more surprising and effective that numerous species of animals and plants have developed throughout their biological evolution. It consists of the ability to resemble individuals of other species with those who do not have any biological relationship, or try to achieve a similarity as exact as possible to their own environment in which they live, always with the ultimate aim of obtaining some biological advantage and guaranteeing their survival.
Through mimicry, organisms are capable of deceiving other animals with which they live in the same habitat, mainly their predators, confusing their senses of sight, hearing and smell, and sometimes even inducing certain behaviors in them.
In the next sections we will see in detail the different types of mimicry that exist in nature, as well as examples of the most common and surprising mimetic animals.
Types of mimicry
After knowing well the definition of this survival strategy, we explain the different types of mimicry:
Batesian mimicry
In this type of mimicry so widespread within nature, a "model" species is toxic and / or inedible for predators, while a second species, the "mimetic", despite being edible and lacking toxicity, has gone evolving over years to achieve an appearance as exact as possible to that of the toxic model species, thus favoring its survival by not being ingested by predators. Generally, the mimetic species is less abundant than the "model", and both live in the same territory simultaneously, so that the predators in the area associate the pattern of colors and morphologies of the "model" species (and in turn , that of mimetics), as an inedible organism.
Müllerian mimicry
In this other type of mimetic strategy, two or more species appear, all of them recognized as "inedible or unpleasant" organisms for predators. Both species inhabit the same territory simultaneously, and their evolutionary strategy has allowed their predators not to be able to differentiate them from each other, since their appearance is practically the same. With this, the two species keep their population numbers in balance, since the possible predators that still do not know their "inedible" condition, will equally predate and consume both individuals of one species and the other.
Aposematism
Aposematism is a phenomenon in which different species of animals and plants display colorations and some behaviors as a warning sign of their own chemical toxicity. In this way, the bright yellow, orange and red colorations that many amphibians, insects and other organisms present, are aposematic colorations that indicate to potential predators the toxicity of their ingestion and even the possibility of poisoning them with liquids and other irritants.
Automatism
Self-mimicry or intraspecific mimicry it is another of the most surprising types of mimicry. In this case, the organisms choose to imitate the shape and coloring of certain parts of their body (eyes, head, etc.), placing them at the rear end of their body, as well as on the wings or on the back. In the next section we will see the names of different animals that perform this sophisticated and surprising mimetic strategy to better understand their abilities.
Aggressive mimicry
Aggressive mimicry is characterized by the use of any mimetic technique with the aim of killing other individuals of another species for food or for another benefit, such as the famous case of the eggs of the cuckoo bird (Cuculus canorus), in which the females are capable of varying the appearance of their eggs depending on the species of bird that they intend to parasitize, thus achieving that their eggs mimic those of the other female of a different species.
Non-visual mimicry
Not all mimetic strategies are based on the visual, but sometimes, animals make use of various chemical (pheromones) and sensory mechanisms (smells and sounds) to achieve mimicry with other "model" species and achieve some specific benefit or simply , their survival within the ecosystem.
Mimicry and crypsis or camouflage
While mimicry entails the use of a "disguise" (certain anatomy and coloration) by the animal, as an imitation of another species with which it wants to resemble to ensure its survival; Crypsis or camouflage only implies the organism's ability to mix with the background of the environment in which it is found, changing its shape or color to ensure a more effective camouflage and that predators are not able to differentiate them.
Mimicry: examples
Finally, we offer lists with examples of mimicry according to type:
Batesian mimicry
- Coral snake (Elapidae family): Mimics with venomous king snakes (Lampropeltis getula californiae)
- Butterflies of the genus Dismorphia: mimic other butterflies of the genus Ithomiini (Nymphalidae family)
- Fly Aneriophora aureorufa: imitate the bumblebee Bombus dahlbornii
- Orchid Epidendrum ibaguense: imitates the flowers of Asclepias curassavica
Mullerian mimicry
- Butterflies of the genus Heliconius
- Moths of the genus Dioptnae (Lepidoptera)
Aposematism
- Skunks (family Mephitidae)
- Strawberry dart frogOophaga granulifera)
- Yellow dart frogPhyllobates terribilis)
- Common salamander (family Salamandridae)
- Hornet (Vespa crabro)
Automatism
- Pygmy owl (genus Glaucidium)
- Butterfly fish (Chaetodon capistratus)
- Monarch butterfly (Nymphalidae family)
- Gray butterfly (Strymon melinus)
Aggressive mimicry
- Orchid mantis (Hymenopus coronatus)
- Beetle larvae of the genus Meloe
- Predatory spiders of ants of the family Salticidae
Non-visual mimicry
- Land owl (Athene cunicularia)
- Bee orchid (Ophrys speculum)
- Parasitic plants of the genus Rafflesia
- Plants of the genus Stapelia
- Tropical plants of the genus Amorphophallus
Crypsis or camouflage
- Chameleon (Family Chamaeleonidae)
- Blue-ringed octopuses (genus Hapalochlaena)
- Satanic Leaf-tailed Gecko (Uroplatus phantasticus)
- Leafy Sea Dragon (Phycodurus eques)
- Birch Butterflies (Biston betularia)
For more examples, in this other Green Ecologist article you can meet +20 animals that camouflage themselves.
If you want to read more articles similar to Mimicry: what it is and examples, we recommend that you enter our Biology category.
Bibliography- Lanteri, A. & Del Río, M. G. (2014) Imitation in natureScience Today Magazine (Spain).
- Wolfgang. W. (1968) Mimicry in plants and animals. Library for the modern man, pp: 15-47.
- Debandi, G. & Roig-Junênt, S. (1999) Mimetic species of Camponotus punctulatus (Formicidae). Argentine Entomology Journal, Volume 58 (3-4), pp: 201-208.
- Recalde, J.I. & San Martín, A. F. (1995) Some "isms" related to the chemical defense of certain coleopterans: mimicry and aposematism. SEA Bulletin, Volume 12, pp: 13-15.
