[{"data":1,"prerenderedAt":385},["ShallowReactive",2],{"glossary_en:\u002Fslovar\u002Fmimikriya":3,"alt-locale:glossary_en:\u002Fslovar\u002Fmimikriya":169,"section-listing:disabled":195,"related-covers:en:":196,"section-listing:glossary_en:\u002Fslovar":197,"related-covers:en:\u002Fslovar\u002Faposematizm|\u002Fslovar\u002Fmelanizm|\u002Fslovar\u002Fdimorfizm|\u002Fzhizn-babochek\u002Fpochemu-u-babochek-yarkie-krylya":379},{"id":4,"title":5,"body":6,"coverImage":154,"description":155,"extension":156,"faq":157,"imagePrompt":167,"meta":168,"navigation":169,"order":170,"pageType":171,"path":172,"publishedAt":173,"readingMinutes":174,"relatedLinks":175,"seo":188,"sitemap":191,"stem":193,"tags":170,"updatedAt":192,"__hash__":194},"glossary_en\u002Fslovar\u002Fmimikriya.md","Mimicry",{"type":7,"value":8,"toc":140},"minimark",[9,14,26,29,33,38,41,51,55,58,75,79,82,86,89,94,98,101,124,128,131],[10,11,13],"h2",{"id":12},"what-is-mimicry","What is mimicry",[15,16,17,20,21,25],"p",{},[18,19,5],"strong",{}," (from Greek ",[22,23,24],"em",{},"mimikos"," — imitative) is evolutionarily developed resemblance of one organism to another species or to non-living objects. In butterflies mimicry serves mainly protection from predators.",[15,27,28],{},"The term was introduced by English naturalist Henry Walter Bates in 1862, observing butterflies in the Amazon.",[10,30,32],{"id":31},"types-of-mimicry-in-butterflies","Types of mimicry in butterflies",[34,35,37],"h3",{"id":36},"batesian-mimicry","Batesian mimicry",[15,39,40],{},"An edible species (mimic) copies the coloration or shape of an unpalatable one (model). A predator that learned to avoid the model leaves the mimic alone.",[15,42,43,46,47,50],{},[18,44,45],{},"Example:"," females of the African swallowtail ",[22,48,49],{},"Papilio dardanus"," copy unpalatable danaines — classic Batesian mimicry.",[34,52,54],{"id":53},"müllerian-mimicry","Müllerian mimicry",[15,56,57],{},"Several unpalatable species resemble each other — this strengthens the learning effect for predators. Each species benefits because the “cost” of teaching the predator is shared.",[15,59,60,62,63,66,67,70,71,74],{},[18,61,45],{}," the viceroy (",[22,64,65],{},"Limenitis archippus",") and monarch (",[22,68,69],{},"Danaus plexippus",") are both unpalatable and almost indistinguishable (Ritland & Brower, 1991). Many heliconiines (",[22,72,73],{},"Heliconius",") in South America form Müllerian mimicry rings with the same pattern though they are different species.",[34,76,78],{"id":77},"aggressive-mimicry","Aggressive mimicry",[15,80,81],{},"A predator or parasite mimics a harmless object to hunt. Rare in butterflies, but known in some moths whose caterpillars mimic myrmecophiles — insects harmless to ants — to enter an ant nest.",[34,83,85],{"id":84},"cryptic-mimicry-camouflage","Cryptic mimicry (camouflage)",[15,87,88],{},"Resemblance to background — leaves, bark, dry grass. Technically this is camouflage, but it is often called passive mimicry.",[15,90,91,93],{},[18,92,45],{}," the comma with closed wings is almost indistinguishable from a dry leaf.",[10,95,97],{"id":96},"mimicry-in-russia","Mimicry in Russia",[15,99,100],{},"In the Russian fauna mimicry is less pronounced than in the tropics — there are fewer toxic species. Still, examples exist:",[102,103,104,111,118],"ul",{},[105,106,107,110],"li",{},[18,108,109],{},"Fritillaries"," with similar patterns form Müllerian mimicry groups",[105,112,113,114,117],{},"Some ",[18,115,116],{},"checkerspots"," mimic more bitter-tasting species in the same genus",[105,119,120,123],{},[18,121,122],{},"Clearwing moths"," mimic wasps and hornets — Batesian mimicry",[10,125,127],{"id":126},"how-predators-learn","How predators learn",[15,129,130],{},"Birds and lizards are the main learning predators. A young bird tries an unfamiliar butterfly; if it is toxic, the bird remembers its coloration and avoids similar ones. That is why mimicry works: the predator generalizes experience to the whole “pattern.”",[15,132,133,134,139],{},"More on wing coloration — in the article ",[135,136,138],"a",{"href":137},"\u002Fen\u002Fzhizn-babochek\u002Fpochemu-u-babochek-yarkie-krylya","why butterflies have bright wings",".",{"title":141,"searchDepth":142,"depth":142,"links":143},"",2,[144,145,152,153],{"id":12,"depth":142,"text":13},{"id":31,"depth":142,"text":32,"children":146},[147,149,150,151],{"id":36,"depth":148,"text":37},3,{"id":53,"depth":148,"text":54},{"id":77,"depth":148,"text":78},{"id":84,"depth":148,"text":85},{"id":96,"depth":142,"text":97},{"id":126,"depth":142,"text":127},"\u002Fimages\u002Fslovar\u002Fmimikriya.jpg","Mimicry in butterflies is resemblance to other species or objects for protection from predators. Batesian and Müllerian mimicry, with examples.","md",[158,161,164],{"q":159,"a":160},"What is mimicry in butterflies?","Mimicry is evolutionary resemblance of one species to another (or to objects in the environment) for protection from predators. An edible butterfly copies the look of a toxic one, and predators avoid it by mistake.",{"q":162,"a":163},"How does Batesian mimicry differ from Müllerian?","In Batesian mimicry an edible species imitates a toxic one (deceiving the predator). In Müllerian mimicry several toxic species resemble each other, strengthening the warning signal: the predator need only try one of them once.",{"q":165,"a":166},"Which butterflies use mimicry?","A classic Müllerian example — viceroy (Limenitis archippus) and monarch (Danaus plexippus) are both unpalatable (Ritland & Brower, 1991). Many nymphalids mimic leaves or bark.","Photorealistic nature photo, Müllerian mimicry — Viceroy butterfly Limenitis archippus next to toxic Monarch Danaus plexippus on milkweed, nearly identical orange patterns, side by side comparison, 16:9",{},true,null,"glossary","\u002Fslovar\u002Fmimikriya","01.05.2026",1,[176,179,182,185],{"label":177,"path":178},"Aposematism","\u002Fslovar\u002Faposematizm",{"label":180,"path":181},"Melanism","\u002Fslovar\u002Fmelanizm",{"label":183,"path":184},"Dimorphism","\u002Fslovar\u002Fdimorfizm",{"label":186,"path":187},"Why butterflies have bright wings","\u002Fzhizn-babochek\u002Fpochemu-u-babochek-yarkie-krylya",{"title":189,"description":190},"Mimicry in butterflies — Batesian, Müllerian, species examples","Mimicry in butterflies: what it is, how it works, Batesian and Müllerian mimicry. Examples of species worldwide.",{"loc":172,"lastmod":192},"27.07.2026","slovar\u002Fmimikriya","-02Yam4Sh0alt41S2PtXP4RZMdTa3Q1E_Iw6jXSgWEM",[],[],[198,203,206,212,217,222,227,232,237,240,245,250,256,261,266,271,276,279,284,289,290,295,300,305,310,315,320,325,330,335,340,346,352,358,363,368,374],{"title":199,"description":200,"path":201,"coverImage":202,"publishedAt":173,"order":170},"Antenna","Butterfly antennae are paired sensory organs on the head, used to detect odors, pheromones, and vibrations. Their shape is a key identification trait.","\u002Fslovar\u002Fantenna","\u002Fimages\u002Fslovar\u002Fantenna.png",{"title":177,"description":204,"path":178,"coverImage":205,"publishedAt":173,"order":170},"Aposematism is warning coloration in toxic or unpalatable butterflies. Bright colors signal danger to predators and protect the species from being eaten.","\u002Fimages\u002Fslovar\u002Faposematizm.png",{"title":207,"description":208,"path":209,"coverImage":210,"publishedAt":211,"order":170},"Batesian Mimicry","Batesian mimicry is when a harmless species evolves to resemble a toxic or dangerous one, borrowing its predator-deterrent reputation without the actual defense.","\u002Fslovar\u002Fbatezovskaya-mimikriya","\u002Fimages\u002Fslovar\u002Fbatezovskaya-mimikriya.png","25.07.2026",{"title":213,"description":214,"path":215,"coverImage":216,"publishedAt":173,"order":170},"Biotope","A biotope is a uniform habitat patch with specific conditions, home to a characteristic community. Each butterfly species prefers its own biotope.","\u002Fslovar\u002Fbiotop","\u002Fimages\u002Fslovar\u002Fbiotop.png",{"title":218,"description":219,"path":220,"coverImage":221,"publishedAt":173,"order":170},"Caterpillar","The caterpillar is the larval stage of a butterfly, whose main task is to eat and grow — accumulating about 99% of the energy needed for transformation.","\u002Fslovar\u002Fgusenica","\u002Fimages\u002Fslovar\u002Fgusenica.jpg",{"title":223,"description":224,"path":225,"coverImage":226,"publishedAt":173,"order":170},"Chitin","Chitin is the main structural polymer of insect integument. The hard external skeleton of butterflies, wing scales, and caterpillar armor are made of chitin.","\u002Fslovar\u002Fkhitin","\u002Fimages\u002Fslovar\u002Fkhitin.jpg",{"title":228,"description":229,"path":230,"coverImage":231,"publishedAt":173,"order":170},"Chrysalis","A chrysalis is a butterfly pupa with a hard chitinous case, often with a golden or silvery sheen. Inside, the organism is completely rebuilt.","\u002Fslovar\u002Fkhrizalida","\u002Fimages\u002Fslovar\u002Fkhrizalida.jpg",{"title":233,"description":234,"path":235,"coverImage":236,"publishedAt":173,"order":170},"Diapause","Diapause is a state of physiological rest in insects that allows survival of an unfavorable season. In butterflies, it can occur at any developmental stage.","\u002Fslovar\u002Fdiapauza","\u002Fimages\u002Fslovar\u002Fdiapauza.png",{"title":183,"description":238,"path":184,"coverImage":239,"publishedAt":173,"order":170},"Dimorphism is the existence of two distinct forms within one species. In butterflies, males and females of the same species can differ sharply in coloration.","\u002Fimages\u002Fslovar\u002Fdimorfizm.jpg",{"title":241,"description":242,"path":243,"coverImage":244,"publishedAt":173,"order":170},"Eclosion","Eclosion is the emergence of an adult butterfly from the pupa. One of the most vulnerable and striking moments in the life cycle of lepidopterans.","\u002Fslovar\u002Feklozia","\u002Fimages\u002Fslovar\u002Feklozia.jpg",{"title":246,"description":247,"path":248,"coverImage":249,"publishedAt":173,"order":170},"Endemic","An endemic is a species that lives only in a specific geographic region and nowhere else. Islands and mountains are the main centers of butterfly endemism.","\u002Fslovar\u002Fendemik","\u002Fimages\u002Fslovar\u002Fendemik.jpg",{"title":251,"description":252,"path":253,"coverImage":254,"publishedAt":255,"order":170},"Eyespots","Eyespots are circular wing markings that mimic a vertebrate eye, used by butterflies either to startle predators or to redirect attacks away from vital body parts.","\u002Fslovar\u002Flozhnye-glazki","\u002Fimages\u002Fslovar\u002Flozhnye-glazki.png","13.08.2026",{"title":257,"description":258,"path":259,"coverImage":260,"publishedAt":173,"order":170},"Holometabolism","Holometabolism is a type of insect development with complete metamorphosis: egg → larva → pupa → imago. All butterflies develop by this type.","\u002Fslovar\u002Fgolometaboliya","\u002Fimages\u002Fslovar\u002Fgolometaboliya.jpg",{"title":262,"description":263,"path":264,"coverImage":265,"publishedAt":173,"order":170},"Host plant","A host plant is a plant whose leaves a caterpillar of a given butterfly species feeds on. Most species are strictly specialized on 1–3 host plants.","\u002Fslovar\u002Fkormovoe-rastenie","\u002Fimages\u002Fslovar\u002Fkormovoe-rastenie.jpg",{"title":267,"description":268,"path":269,"coverImage":270,"publishedAt":173,"order":170},"Imago","Imago is the adult, sexually mature stage of an insect with fully formed wings. The final phase of complete metamorphosis.","\u002Fslovar\u002Fimago","\u002Fimages\u002Fslovar\u002Fimago.jpg",{"title":272,"description":273,"path":274,"coverImage":275,"publishedAt":173,"order":170},"Lepidoptera","Lepidoptera is the order of scale-winged insects, including butterflies and moths. The name means “scale-winged”: wings are covered with microscopic scales.","\u002Fslovar\u002Flepidoptera","\u002Fimages\u002Fslovar\u002Flepidoptera.jpg",{"title":180,"description":277,"path":181,"coverImage":278,"publishedAt":173,"order":170},"Melanism is excess accumulation of dark pigment melanin, causing darkened coloration. Industrial melanism in the peppered moth is a classic evolution example.","\u002Fimages\u002Fslovar\u002Fmelanizm.jpg",{"title":280,"description":281,"path":282,"coverImage":283,"publishedAt":173,"order":170},"Metamorphosis","Metamorphosis is complete transformation of an insect passing through four developmental stages: egg, larva (caterpillar), pupa, and adult (imago).","\u002Fslovar\u002Fmetamorfoz","\u002Fimages\u002Fslovar\u002Fmetamorfoz.jpg",{"title":285,"description":286,"path":287,"coverImage":288,"publishedAt":173,"order":170},"Migration","Butterfly migration is seasonal movement over long distances. The record holder is the monarch, at up to 4,500 km; red admirals and painted ladies also migrate.","\u002Fslovar\u002Fmigraciya","\u002Fimages\u002Fslovar\u002Fmigraciya.jpg",{"title":5,"description":155,"path":172,"coverImage":154,"publishedAt":173,"order":170},{"title":291,"description":292,"path":293,"coverImage":294,"publishedAt":173,"order":170},"Monophage","A monophage is a species whose caterpillars feed on only one species or genus of plant. Monophagy makes a butterfly vulnerable if that plant disappears.","\u002Fslovar\u002Fmonofag","\u002Fimages\u002Fslovar\u002Fmonofag.jpg",{"title":296,"description":297,"path":298,"coverImage":299,"publishedAt":173,"order":170},"Nectar","Nectar is the sweet secretion of flowers and the main energy source for adult butterflies, which drink it through the proboscis and carry pollen too.","\u002Fslovar\u002Fnektar","\u002Fimages\u002Fslovar\u002Fnektar.jpg",{"title":301,"description":302,"path":303,"coverImage":304,"publishedAt":173,"order":170},"Oviposition","Oviposition is egg-laying by a female butterfly, who carefully chooses a host plant, tapping leaves with her legs, and lays eggs on the underside.","\u002Fslovar\u002Fovipozitsiya","\u002Fimages\u002Fslovar\u002Fovipozitsiya.jpg",{"title":306,"description":307,"path":308,"coverImage":309,"publishedAt":173,"order":170},"Pheromones","Butterfly pheromones are chemical signals for attracting mates, marking territory, and communication. Males and females release different pheromones.","\u002Fslovar\u002Fferomon","\u002Fimages\u002Fslovar\u002Fferomon.jpg",{"title":311,"description":312,"path":313,"coverImage":314,"publishedAt":173,"order":170},"Pollination","Pollination is transfer of pollen from anther to stigma. Butterflies are important pollinators: they move pollen between flowers while feeding on nectar.","\u002Fslovar\u002Fopylenie","\u002Fimages\u002Fslovar\u002Fopylenie.jpg",{"title":316,"description":317,"path":318,"coverImage":319,"publishedAt":173,"order":170},"Polyphagy","Polyphagy is the ability to feed on a wide range of plants. Polyphagous caterpillars are less vulnerable when one host plant species is lost than monophages.","\u002Fslovar\u002Fpolifagiya","\u002Fimages\u002Fslovar\u002Fpolifagiya.jpg",{"title":321,"description":322,"path":323,"coverImage":324,"publishedAt":173,"order":170},"Proboscis","The proboscis is the mouthpart of an adult butterfly, shaped as a flexible tube for sucking nectar and other liquids. At rest it is coiled in a spiral.","\u002Fslovar\u002Fkhobotok","\u002Fimages\u002Fslovar\u002Fkhobotok.jpg",{"title":326,"description":327,"path":328,"coverImage":329,"publishedAt":173,"order":170},"Puddling","Puddling in butterflies is behavior where insects gather on damp soil, puddles, or droppings to obtain mineral salts and amino acids.","\u002Fslovar\u002Fpudling","\u002Fimages\u002Fslovar\u002Fpudling.jpg",{"title":331,"description":332,"path":333,"coverImage":334,"publishedAt":173,"order":170},"Pupa","The pupa is the third stage of complete metamorphosis, when the caterpillar transforms into a butterfly — outwardly still, but rebuilding within.","\u002Fslovar\u002Fkukolka","\u002Fimages\u002Fslovar\u002Fkukolka.jpg",{"title":336,"description":337,"path":338,"coverImage":339,"publishedAt":173,"order":170},"Range","Range is the geographic area within which a given butterfly species lives. Ranges may be continuous, fragmented, expanding, or shrinking.","\u002Fslovar\u002Fareal","\u002Fimages\u002Fslovar\u002Fareal.png",{"title":341,"description":342,"path":343,"coverImage":344,"publishedAt":345,"order":170},"Reintroduction","Reintroduction is the deliberate release of captive-bred or translocated individuals into a habitat where a species has gone locally extinct, aiming to re-establish a self-sustaining wild population.","\u002Fslovar\u002Freintroduktsiya","\u002Fimages\u002Fslovar\u002Freintroduktsiya.png","22.07.2026",{"title":347,"description":348,"path":349,"coverImage":350,"publishedAt":351,"order":170},"Relict Species","A relict species is a survivor of a once-widespread group whose range has contracted to isolated pockets — often mountaintops or glacial refuges — left over after past climate change.","\u002Fslovar\u002Freliktovyi-vid","\u002Fimages\u002Fslovar\u002Freliktovyi-vid.png","01.08.2026",{"title":353,"description":354,"path":355,"coverImage":356,"publishedAt":357,"order":170},"Stenotopic Species","A stenotopic species tolerates only a narrow range of habitat conditions, unlike a eurytopic generalist that thrives across many different environments.","\u002Fslovar\u002Fstenotopnyi-vid","\u002Fimages\u002Fslovar\u002Fstenotopnyi-vid.png","07.08.2026",{"title":359,"description":360,"path":361,"coverImage":362,"publishedAt":173,"order":170},"Taxonomy","Taxonomy is the science of classifying organisms. Butterflies belong to order Lepidoptera; taxonomy explains why the tortoiseshell is a nymphalid, not a blue.","\u002Fslovar\u002Ftaksonomiya","\u002Fimages\u002Fslovar\u002Ftaksonomiya.jpg",{"title":364,"description":365,"path":366,"coverImage":367,"publishedAt":173,"order":170},"Thermoregulation","Thermoregulation in butterflies is maintaining working body temperature. Unable to generate heat, they warm up in sun, wings spread like solar panels.","\u002Fslovar\u002Ftermoregulyatsiya","\u002Fimages\u002Fslovar\u002Ftermoregulyatsiya.jpg",{"title":369,"description":370,"path":371,"coverImage":372,"publishedAt":373,"order":170},"Toxin Sequestration","Toxin sequestration is when a caterpillar stores plant-derived toxins from its host plant unchanged in its own tissues, turning the plant's chemical defense into its own.","\u002Fslovar\u002Fsekvestraciya-toksinov","\u002Fimages\u002Fslovar\u002Fsekvestraciya-toksinov.png","19.08.2026",{"title":375,"description":376,"path":377,"coverImage":378,"publishedAt":192,"order":170},"Wing Venation","Wing venation is the pattern of hollow, rigid veins that forms a butterfly wing's supporting framework — its precise layout is a key character for identification and classification.","\u002Fslovar\u002Fzhilkovanie-kryla","\u002Fimages\u002Fslovar\u002Fzhilkovanie-kryla.png",[380,381,382,383],{"label":177,"path":178,"coverImage":205,"latinName":170},{"label":180,"path":181,"coverImage":278,"latinName":170},{"label":183,"path":184,"coverImage":239,"latinName":170},{"label":186,"path":187,"coverImage":384,"latinName":170},"\u002Fimages\u002Fzhizn-babochek\u002Fpochemu-u-babochek-yarkie-krylya.jpg",1787125907831]