Try for Free
tab list
Picture Insect
English
arrow
English
繁體中文
日本語
Español
Français
Deutsch
Pусский
Português
Italiano
한국어
Nederlands
العربية
Home Application Download FAQ
English
English
繁體中文
日本語
Español
Français
Deutsch
Pусский
Português
Italiano
한국어
Nederlands
العربية
Icon about
About
Icon about
General Info
Icon about
Search Tips
Icon about
Harmful or Not
Icon about
Harmful Effects
Icon about
Beneficial Effects
Icon about
Common FAQs
Icon about
Similar Insects
Icon about
Popular Insects

Papilio paradoxa

Chilasa paradoxa

A species of Chilasa

From Charles Thomas Bingham (1905) The Fauna of British India, Including Ceylon and Burma, Butterflies Vol. 1: Papilio paradoxus Race telearchus Race telearchus, Hewitson-Male, Upperside: forewing dark brown richly shot with blue, a short oval streak or large spot and a postdiscal and subterminal complete series of spots bluish white; both the series curve inwards on the wing anteriorly, the inner series of spots elongate. Hindwing rich hair-brown, with or without a subterminal series of white specks that increase in size anteriorly. Underside rich chocolate brown. Forewing: the cellular short streak faintly indicated, the postdiscal series of spots of the upperside not present, the subterminal series white, the spots much reduced in size. Hindwing: markings as on the upperside. Cilia dark brown alternated sparsely with white. Antennae black; head, thorax and abdomen velvety brown, the head and anterior portion of thorax and the thorax and abdomen beneath sparsely spotted with white. Female. Upperside, forewing: basal half dull brown, apical half brown shot with brilliant blue; markings as in the male, but larger and whiter, the spots in the postdiscal series more elongate. Hindwing brown, a series of comparatively broad whitish streaks in the cell and in all the interspaces, those in the latter end in a postdiscal series of whitish spots; beyond these a prominent subterminal series of whitish spots. Cilia brown, white in the middle of the interspaces. Underside: pale dull brown markings much as on the upperside, but larger, more diffuse, with the addition on the forewing of whitish streaks in the cell and in the interspaces posteriorly. Antennae black; head, thorax and abdomen blackish brown, more fully spotted with white than in the male. The second and rarer form of the female closely resembles the male, but is larger and paler, with the pale blue-glossed spots on the upperside of the forewing elongate and more prominent and the ground colour lighter than in the male. Expanse: 120–150 mm Habitat: Assam, Burma, Tenasserim, extending to Siam. Papilio caunus Race danisepa, Butler- Male. Upperside rich velvety brown shot with blue. Forewing: apical third of cell, four short streaks beyond in interspaces 4,5,6 and 9 and a subterminal series of spots curved inwards opposite the apex, bluish white. Hindwing: the cell, a series of streaks from the bases of interspaces 1 to 7 and an incomplete subterminal series of minute spots, white; the streaks in interspaces 4 and 5 short, those in the interspaces above and below gradually longer. Underside brown without the blue gloss; markings as on the upperside, but the subterminal markings on the hindwing complete. Antennae, head, thorax and abdomen black; beneath, the thorax and abdomen with a few white spots. Female. Resembles the male, but the blue gloss on both forewing and hindwing is more restricted, the ground colour paler brown, somewhat of a rich golden bronze, and the white markings are fuller and broader. Expanse 110–132 mm Habitat: The hills of Assam; Arrakan; Upper and Lower Burma; Tenasserim, extending to Siam. I first came across this magnificent butterfly on the Tannjah Pass, 1000 feet, over the Dawnat mountains in Tenasserim, and until I had caught and examined it, mistook it for an extraordinarily large speciment of Euploea rhadamanthus. It is apparently sometimes, notwithstanding its disguise, attacked and preyed upon by the Pigmy Falcon (Microhierax caerulescens), as in the nest-hole of a pair of these birds I once found the fragment of a forewing of a butterfly which was identified by the late Mr. de Niceville as belonging to this form of P. caunus.

General Info About Papilio paradoxa
Instantly identify insects with a snap
Snap a photo for instant insect ID and risk assessment, gaining quick insights on bite assessment, toxicity, pest control, behavior, habitat, and safe interaction tips, etc.
Download the App for Free
Rectangle
Attributes of Papilio paradoxa
Colors
Brown
Black
White
Blue
Habitat
This is a forest species and is generally found in low elevations.
Adult Food Sources
Flower nectar from lantana, flower nectar from buddleja, flower nectar from jatropha, flower nectar from ixora, flower nectar from hibiscus
Larva Food Source
Aristolochia species (plant host for larvae), aristolochia tagala, aristolochia acuminata, aristolochia indica, aristolochia kaempferi
Biting/stinging
Not reported
Allergy-causing
Not reported
Pollinator
Not reported
Pest-Eating Predatory
Not reported
Phytophagous
Not reported
Predatory
Not reported
Biting animal or pet
Not reported
Mouthparts Type
Siphoning mouthparts
qrcode
Img download isoImg download android
Rectangle
Life Cycle of Papilio paradoxa
Egg The embryonic stage of papilio paradoxa begins as an egg. The egg is minute and varies in color, often resembling the hue of the host plant to evade predators. Within the egg, the papilio paradoxa develops its primary features.
Larva Upon hatching, the larva of papilio paradoxa emerges. It is markedly different from the adult, possessing a voracious appetite for foliage. This stage is characterized by several molts, increasing size, and the sole function of consuming to gather energy for the next stage.
Pupal As papilio paradoxa enters the pupal stage, it forms a chrysalis. This immobile phase involves drastic internal transformation. The color and shape of the chrysalis may blend with the surroundings for protection while the papilio paradoxa reorganizes internally for its final form.
Adult Emerging from the chrysalis, the adult papilio paradoxa displays vibrant wing patterns and starkly different body morphology compared to its larval form. It is adept at flying, focusing on mating and laying eggs. The adult papilio paradoxa doesn't grow further in size.
Rectangle
Predators of Papilio paradoxa Larvae
Birds, small mammals, reptiles, spiders, ants
Rectangle
Predators of Adult Papilio paradoxa
Birds, spiders, praying mantises, lizards, rodents, monkeys
Rectangle
Interesting Facts About Papilio paradoxa
The papilio paradoxa is known for its remarkable mimicry behavior, where its wing pattern closely resembles leaves, deceiving potential predators into thinking it's merely foliage.
Rectangle
Scientific Classification of Papilio paradoxa
Tips for Finding Papilio paradoxa
Your ultimate guide to understanding insects
Unlock the secrets of insect life cycles, habitats, behaviors and observation tips!!
Download the App for Free
Rectangle
How Can You Attract Papilio paradoxa
Adult papilio paradoxa may be attracted to food traps using artificial nectar made of sugar water or fermenting fruit to lure them for observation or capture.
Rectangle
Habitat Preferences of Papilio paradoxa Through Different Life Stages
The eggs of papilio paradoxa are typically laid on the leaves of host plants. During the larval stage, papilio paradoxa can be found on or near their food source, primarily citrus plants, as they voraciously feed and grow. As they transition to pupae, they often attach themselves to the underside of leaves or on twigs, blending in with the foliage. If searching for the adult papilio paradoxa, one should look in areas abundant with flowers that provide nectar, such as gardens or meadows, especially in regions with temperate to tropical climates where these plants thrive.
Rectangle
When is the Best Time to Observe Papilio paradoxa
The suitable time to find papilio paradoxa may vary depending on their life cycle stage, but typically, adults are active and easier to spot during warm, sunny days, especially in the morning when they are basking or searching for nectar.
Rectangle
What is the Best Weather to Observe Papilio paradoxa
Weather conditions suited to find papilio paradoxa are typically warm and dry. Overcast but calm days may also be suitable as butterflies may be less active and easier to approach.
Rectangle
How and Where Can You Find Papilio paradoxa at Different Life Stages
Egg Papilio paradoxa eggs are usually laid on specific host plants. To find them, inspect the leaves of known host plants for small, often spherical or ovate objects attached to the foliage.
Larva Papilio paradoxa caterpillars can be found on or near their host plants. Look for chewed leaves and frass (caterpillar droppings) as indicators of their presence, and search the plants carefully.
Pupal Papilio paradoxa pupae may be attached to plant stems or leaves, or tucked away in debris on the ground. They can be identified by their distinct chrysalis form, which is often camouflaged.
Adult Adult papilio paradoxa are likely to be found feeding on flowers, especially those with plentiful nectar. They can also be found along forest edges, in meadows, and anywhere their host plants are present. Observing and following their flight patterns can lead to successful location.
Are Papilio paradoxa harmful?
Your Complete Pest Control Guide
Discover effective tips for preventing and eliminating pest infestations to keep bugs away from your home.
Download the App for Free
Rectangle

Are Papilio paradoxa harmful to humans?

They are not a poisonous butterfly, but they have a special gland that secretes bad smells and chemicals.
Harmful Effects of Papilio paradoxa
Reveal the harmful impacts of diverse insects
Explore the dangers of insects related to toxicity, lethality, human biting, human stinging, pathogenicity, hematophagy, allergenicity, parasitism, etc.
Download the App for Free
Rectangle
Agricultural Pests

Larvae of papilio paradoxa can inflict mild to severe damage on citrus crops by chewing on leaves, which disrupts photosynthesis and can lead to reduced yields. Severe infestations could defoliate trees, leading to fruit drop and loss of future harvests. The impact on human food supply could be significant if left uncontrolled.

More Effects of Papilio paradoxa

Beneficial Effects of Papilio paradoxa
Discover the hidden benefits of insects
Explore how insects help as pollinators, pest predators, and biocontrol agents. From seed dispersal to decomposition, they play vital roles in our ecosystem.
Download the App for Free
Pollinator
Pollinator
Attract Plant Feature
Smell, Shape
Pollination Behavior Reason
Eat Pollen Or Nectar
Papilio paradoxa is a remarkable pollinator, with its long proboscis adapted to sipping nectar and inadvertently collecting and transferring pollen. This species showcases a mutualistic relationship with certain flowering plants, reflecting nature's intricate web of interdependence.
Common Questions People Also Ask
Get Quick Insect Answers with a Snap
Snap a photo for instant insect ID and answers on bites, toxicity, pest control, behavior, habitat, and safety tips!
Download the App for Free
More Insects that are Similar to Papilio paradoxa
White-crescent swallowtail
White-crescent swallowtail

Mimoides thymbraeus, the white-crescent swallowtail, is a species of butterfly in the family Papilionidae. It is found from Mexico to El Salvador and Honduras, where it is widespread and common.

Read More
Arrow
Chinese windmill
Chinese windmill

Adorned with wings that showcase a mesmerizing canvas of black and iridescent blue, chinese windmill flutters through temperate forests and grassland biomes. The undersides of its wings reveal a mottled pattern of grey and white, thought to offer camouflage among foliage. As a caterpillar, it is equally impressive with a specialized diet primarily consisting of Aristolochia plant species, but this diet diverges greatly once it transforms, with the adult preferring the nectar of a varied bouquet of flora.

Read More
Arrow
Common windmill
Common windmill

Length 110 to 140 mm Sexes alike Black and white above with prominent swallowtail Red bodied - tail has a red tip Forewings completely black above and below Hindwings crenulated deeply twice on each side of swallowtail. Large oblong white discal spot in 5 (both upperside and underside) and sometimes in 4. Upperside hindwing has irregular marginal red crescents in 1a, 2 and 3 and a small white spot in 4.

Read More
Arrow
White dragontail
White dragontail

A denizen of the Asian tropics, white dragontail presents a delicate, almost ethereal appearance with its translucid wings edged in a contrasting hue. These creatures undergo a remarkable transformation from voracious, leaf-munching larvae to nectar-sipping aerial acrobats, with adults often seen fluttering in sunlit clearings, partaking in the bounty of wildflowers.

Read More
Arrow
Green dragontail
Green dragontail

Characterized by a striking contrast of colors, green dragontail displays a remarkable wing pattern that enhances its visibility among the foliage. As an adult, it unfurls wings that serve both as a display to potential mates and as a warning to predators. The larval form of this creature exhibits an entirely different approach to survival, with a diet focused on certain host plants, which they consume voraciously to fuel their transformation into the elegant aerial adults.

Read More
Arrow
Common clubtail
Common clubtail

Adorned with wings that showcase a dramatic contrast of black and creamy-white, common clubtail features vibrant red and blue eye-catching markings which deter predators. The larvae are distinctly equipped with fleshy spines and feed on host plants, undergoing remarkable transformation to become nectar-imbibing adults, fluttering amongst flowering landscapes. This delicate dance of metamorphosis and vivid colors is a captivating spectacle of nature's artistry.

Read More
Arrow
Yellow Gorgon
Yellow Gorgon

Meandrusa payeni, the yellow gorgon, is a species of swallowtail found in parts of South Asia and Southeast Asia. It belongs to the hooked swallowtails genus, Meandrusa, of the family Papilionidae. It is also called the outlet sword or the sickle.

Read More
Arrow
Variable cattleheart
Variable cattleheart

The upper side of the wings is black with a row of red postmedian spots. The underside of the wings is also black with a row of pink and whitish spots.

Read More
Arrow
Other Popular Insects
Western honey bee
Western honey bee

Western honey bee(Apis mellifera) is the most common species of honeybee in the world. Among the first domesticated insects, its cultural and economic impact on humanity has been vast and far-reaching, providing honey, wax and its services as a pollinator. Western honey bee faces challenges worldwide, such as colony collapse disorder, and populations are thought to be decreasing.

Read More
Arrow
Monarch butterfly
Monarch butterfly

The monarch butterfly (Danaus plexippus) is the most recognizable butterfly in North America. It is best known for its appearance, but should be better known for the fact that it has a 3000-mile migration that takes the butterfly 4 generations to complete. Their diet is also a natural deterrent for predators, as they eat milkweed, a poison that induces vomiting.

Read More
Arrow
Japanese rhinoceros beetle
Japanese rhinoceros beetle

The japanese rhinoceros beetle (Trypoxylus dichotomus) is a massive beetle about the size of the palm of a hand. It's distinguished by its long Y-shaped horn, which it uses to fight other males with. It's a nocturnal bug that feeds on sap and sweet fruits. This species is sometimes kept as a pet due to its unique appearance and simple care requirements.

Read More
Arrow
Silkworm
Silkworm

The silken threads produced by silkworm during its larval stage have been highly coveted for millennia, manifesting as a luxurious fabric in human society. Remarkably, this creature has a singular diet, feeding exclusively on the leaves of its primary host plant from which it extracts the necessary nutrients to facilitate its transition into a non-feeding, winged adult.

Read More
Arrow
Menelaus blue morpho
Menelaus blue morpho

Menelaus blue morpho (Morpho menelaus) is a gorgeous butterfly with large, royal blue wings. Linnaeus named the genus Morpho the Aphrodite-Ancient Greek goddess of love and beauty for its extreme beauty. It is native to tropical rainforests. Though many butterfly gardens now cultivate them in captivity, there are still many people who never get a chance to see them.

Read More
Arrow
Atlas moth
Atlas moth

While the atlas moth (Attacus atlas) can't tell you where to find your country on the map, it does earn its name through other means. It is one of the largest moths in the world, with a wingspan that is far larger than its body, creating an abnormal comparison. In India, their silk is gathered in a non-commercial capacity and is considered to be more durable than the domestic silkworm.

Read More
Arrow
Flying peacock spider
Flying peacock spider

Both sexes reach about 5 mm in body length. Females and immatures of both sexes are brown but have color patterns by which they can be distinguished from related species. Also, the males dance to attract females.

Read More
Arrow
Multicolored asian ladybeetle
Multicolored asian ladybeetle

Often confused for the ladybug, multicolored asian ladybeetle (Harmonia axyridis) is a separate species that, unlike the ladybug, is a household pest. It is considered particularly annoying for its habit of returning to places from which it is removed. One of the most variable species in the world, there are many different colors and patterns multicolored asian ladybeetle may display, making identification potentially difficult.

Read More
Arrow