De Havilland Giant Moth - Wikipedia

A moth is an insect belonging to a species characterized by a wealth of species diversity. They are distinguished by the fact that they lead an active life mainly at night or at dusk. These insects differ from daytime insects in structure, having a longer body, and coloring - which is not as bright and colorful as those of sunlight lovers.

Appearance and structure of butterflies

Moths are called moths with different antennae, which is associated with the anatomical structure of the antennae, which look like feathers or threads.

What does a moth look like? Its body, like that of other species of this order of insects, has three sections, abdomen, sternum and head . The latter of butterflies does not differ in size; it is decorated with eyes and large antennae. There are 2 pairs of wings on the insect's chest, and its body is covered with tiny scales and hairs.

The oral apparatus has some features:

• the proboscis, with the help of which the insect takes food, is presented in the form of a flat spiral that folds and unfolds and opens directly into the larynx;
• when the proboscis is not required, it is twisted and hidden under the scales covering the butterfly's head;
• when expanded, the proboscis is ideally suited for absorbing liquids;
• adult individuals have jaws (similar ones can be seen in caterpillars and other types of insects), allowing them to chew through the necessary objects.

As for the wings, they practically do not differ from those found on daytime individuals. Night beauties have 2 pairs of wings, which are quite densely dotted with tiny hairs, as well as scales that form clusters of hairs.

The structure of the wings may differ among different subspecies:

• a butterfly may not have wings at all (this structure is passed on by insects from generation to generation and is an evolutionary manifestation);
• have a wide wing surface;
• have very narrow wings, almost linear.

The flight that a butterfly can demonstrate depends on the structure of its wings. For example, male mothfish are excellent flyers who dive superbly in the night sky. And their females can be either with or without wings.

On the other hand, there are known species of moths that have wings of a standard size and shape that do not allow the insect to fly (for example, the silkworm). The best developed flying apparatus is in the nocturnal moth - the hawkmoth subspecies, whose narrow wings have a high flapping frequency, allowing them to fly quickly and hover in the air for a while, as hummingbirds do.

Some subspecies of moths (the same hawk moth, glass moth) have no scales or hairs at all on the surface of their wings. However, this fact does not in any way affect their ability to fly; the narrowness of the wings allows them to stay stably in the air.

Small individuals have rather narrow wings, which keep them in the air only due to the thick scales located on the sides.

The main difference between diurnal and nocturnal butterfly species is the mechanism for attaching the rear and front pairs of wings:

1. Bridle : in this case, a small process extends from the hind wings, which is inserted into a segment of the front wing. In males it is located on the lower part of the forewing, in females it is at the base of the medial vein; it is a cluster of villi.
2. Jugum : on the forewing there is a small blade, which is fixed at its base. It is she who fastens both wings to each other.

The hawk moth is also active at night

Operators

• Australia Guinea Airways Ltd.
• Holden Air Transport Ltd.
• MacRobertson Miller Aviation Company Ltd.
• QANTAS
• West Australian Airlines Ltd.

The sense organs of butterflies are presented as follows:

1. Olfactory organs : in a moth they are outgrowths shaped like a cone or a wedge. Around them there are a number of sensory cells that lie in the deep layers of the skin and connect to the nerves responsible for sensory functions. Butterflies' sense of smell is quite acute, and it is thanks to it that they find males, females or food.
2. Hearing organs : some individuals are distinguished by the presence of tympanic organs, which are absent in diurnal moths. Receptors of this type are located on the abdomen or back of the sternum, in special lateral recesses, which are covered with a cuticular membrane (underneath there is a trachea). Sound waves that travel through the air cause the membrane to vibrate, causing cells to be excited and information to be transmitted through sensors.
3. Organs of vision : moths have two faceted eyes that occupy the main surface of the head. These organs of vision have the same structure as those of other insects: they consist of many small elements, including the lens, retina and innervation. As a rule, moths see much better up close than at a distance. The organs of vision of moths are designed, first of all, to detect oncoming movement and move in space themselves.

The eyes of butterflies are designed in such a way that they perceive all information separately. Therefore, the insect receives a mosaic image as output, which enlarges the real image of the object several times.

Eye structure

Ornithoptera goliath

Ornithoptera goliath: male above, female below
Ornithoptera goliath, or birdwing goliath (lat. Ornithoptera goliath), measures up to 20-22 centimeters and lives on the islands of Southeast Asia. Due to their island distribution, several subspecies are distinguished among them, which differ in nuances of color.

Features of color

Having seen the flourishing of these insects, many wonder whether moths are dangerous. In fact, they are no more dangerous than the daytime varieties, but the pigmentation of the moths deserves attention.

The color of butterfly wings has a dual nature: structural and pigment . This means that the scales that are located on the surface of the insects’ body contain pigment. It is this substance that absorbs the sun's rays or simply daylight and reflects them, due to which the solar spectrum of shades visible to the human eye appears. As for the structural part of the color, it appears as a result of the refraction of the sun's rays, which does not require the presence of pigment.

Important! Moths have predominantly pigmented coloration.

Ways to protect yourself from enemies

The moths of Russia, and all others, are created by nature in such a way as to have protection from ill-wishers.

A list of defense mechanisms of moths is presented below.

Construction of shelters : different subspecies of moths organize similar protective structures for themselves. For example, caseworms and bagworms. The caterpillars of these moths, some time after hatching, build houses around which they attach pieces of foliage and various debris.

These shelters are designed in a special way so that the larva protrudes from them just enough so that in case of danger it can quickly hide inside . The house grows with its owner, at least until she grows up and becomes a pupa (this size is approximately 4-5 cm). After the allotted time, the butterflies come out, but only if we are talking about males. The females stay in these houses longer, until they are fertilized by the male and lay eggs.

Defensive body structures , including hairs and glands, are also defense mechanisms for moths. Do moths bite, having such a formidable weapon? The answer is obvious: only if necessary.

Many caterpillars have a series of bristles or hairs that can burn with poison hidden in the skin glands. During an attack, a dangerous mixture is sprayed from the tip of the bristles, which irritates the skin of the enemy.

In addition, insects use the following means of protection:

• glands in the larvae, with the help of which they cover their own bodies with a liquid that repels approaching predators;
• individual individuals begin to actively move when the enemy approaches, or pretend to be dead, or curl up into a tight ball;
• the larvae, at the moment of approaching danger, can fall from the branches on which they live, hanging on thin silk threads (the individual returns back along the same thread, slowly moving along it with its legs located on the chest and oral appendages);
• hawk moths have dorsal growths that look like horns, which they point towards approaching danger;
• insects can defend themselves with the help of long, prickly hairs covering their body.

The pupae of moths, so helpless in appearance, also have mechanisms to protect themselves from a sudden enemy attack:

• pupae living in the soil are colored in colors that make them invisible;
• moths weave silk cocoons (in the silkworm, such shelters can have up to three layers - loose, dense and filmy), in which they hide from attacks by predators.

Coloring to protect against predators

The protective pigmentation of moths has two types of colors:

1. Patronizing (cryptic) - helps butterflies to merge with the surrounding space. For example, a moth can completely blend in with the needles on a spruce tree or the leaves on a tree. Other subspecies may have the appearance of tree knots, freezing on a branch at the moment of danger, pretending to be the smallest branches (this is what moths and ribbon moths do).
2. Warning (repellent) - in itself attracts the attention of predators, but draws their attention to the fact that the individual has protective means in its arsenal (unpleasant taste, caustic secretion of the glands, the presence of burning hairs on the surface).

The ability of moths to camouflage themselves when danger approaches is admirable. Some blend in with granite rocks, others take on the appearance of bird droppings, and others take on the appearance of bark, flowers or foliage.

Ribbon flies are distinguished by their color, which is visible during flight on their outstretched hind wings. However, this species is completely invisible at rest, if the butterfly folds its wings, the pattern on its back resembles foliage or tree bark.

The wings of night beauties are often decorated with a pattern in the form of wide open eyes. This helps keep predators at a distance.

Eye pattern on wings

Taxonomy

The bogong butterfly was first described by the French. lepidopterologist Jean Baptiste Boisval in 1832, who described the moth as a Noctua infus

from a type sample from Australia.[2]
He described the butterfly as having blackish-brown hind wings.[2] However, in 1903, entomologist George Hampson classified a specimen with white hind wings under this name along with another specimen of Agrotis spina
with blackish-brown hind wings.[2]
Australian amateur entomologist Alfred Jefferies Turner identified A. spina
as a synonym of
A. infusa
in 1920.[2] Australian entomologist I. F. B. Common discovered specimens with both hindwing colors in 1954. Specimens with white hindwings were only found during certain months in the mercury vapor light traps near Canberra, and he classified the white hindwing specimens as a seasonal form.[2]

Moth name, Bogong

, derived from the Australian Aboriginal Dhuduroa word
bugung
, meaning brown moth.[8]
His presence contributed to the naming of many places and landmarks. For example, a town, Bogong, in the Australian state of Victoria was named after the moth.[9]Mount Bogong, located south of the Bogong High Plains, is also named after the moth, with the traditional name Warkwoolowler
, meaning the mountain where Aboriginal people collected the "boogong fly" ".[5] In the Australian state of New South Wales, a series of mountains in Kosciuszko National Park are called the Bogong Peaks.[10]

Industrial melanism

Industrial melanism is the presence in the body of moths of a pigment that makes them darker than other individuals. This ability is inherited.

Currently, there is a tendency towards an increase in individuals of the melanized species, especially for populations living in Europe. If previously the light color of the night moth was the species norm, today dark moths are replacing them. Despite the fact that the survival rate in nature is higher in light-colored moths, dark ones are better adapted to life with nutritional deficiencies. However, constant clashes with predators leave melanists in the minority.

In areas with industrial production, where many objects of the plant world are covered with soot, melanistic butterflies survive better than their white counterparts, because their camouflage abilities are higher . In addition, they feed on food that is contaminated with industrial waste and this does not in any way affect their life activity, unlike light-colored moths.

Life cycle

How long do moths live? The life cycle of these insects deserves close study; it can be divided into several successive stages:

1. Eggs are laid by these moths either in the form of heaps or individual specimens. Moreover, females are able to lay them directly during flight, place them on objects or in vegetation tissues.
2. After the allotted time, caterpillars emerge from the eggs, having a head, three pairs of legs with marigolds on the chest, and five pairs of legs on the body. After surviving periods of molting, the caterpillars are enclosed in a cocoon called a pupa. In it, the individual cannot move; the paws are tightly pressed to the body.
3. After a while, an adult moth emerges from the pupa.

Content

• 1 Taxonomy
• 2 Description
• 3 Distribution and habitat 3.1 Nurseries
• 3.2 Recreation areas

What do butterflies eat?

Some time after the transformation from a pupa to a butterfly, it destroys all the protein in its reserves and goes in search of food.

All butterflies have a proboscis - long and mobile, which is formed from elongated and modified jaws; it is this that allows them to suck nectar from flowers or juice from crevices in trees and fruits. If the butterfly is ready to eat, its proboscis, which is always curled, unfolds, allowing it to feast on something or drink water.

As a rule, the proboscis of moths differ in their length . The latter depends on the depth of the flowers on which one or another individual usually feeds. For example, in tropical hawkmoths, the size of the proboscis can reach a quarter of a meter.

A butterfly that flies from flower to flower in search of food also pollinates plants. This occurs by transferring pollen on stalks from one specimen to another.

What do moths eat:

• fruit juice;
• juices of various plants;
• rotting fruits and vegetables;
• sweet substance secreted by aphids;
• bird excrement;
• flower nectar.

Methods of food absorption may vary among different subspecies of night beauties.

1. Large swallowtails flutter their wings while drinking, hovering over the plant, and only slightly touch the petals with their limbs. Therefore, space is important for them, so that nothing interferes with the unfolded wings in movement.
2. Hawkmoths also hover in space, like hummingbirds; they never land on a flower or touch the corolla.
3. Other species traditionally sit on the flower and leisurely enjoy the sweet nectar. At the same time, their luxurious wings are folded.

They feed mainly on nectar from flowers

Hawkmoth hovers over a flower while eating

Interaction with people

Food source

The bogong butterfly was historically used as a food source by Aboriginal tribes living in south-eastern Australia.[18] Tribes traveled to the Australian Capital Territory to the mountaintops to collect butterflies, where they also met with other Aboriginal tribes, fostering intertribal relations as people gathered and feasted during the harvest.[3] People went into caves and cleaned moths from the walls in nets and dishes using sticks.[18] The collected moths would be fried to remove the scales and wings and then either eaten immediately or ground into a paste and made into cakes of "moth meat" that would last and be taken home.[18][11] Butterfly is said to have a pleasant, nutty flavor that is most similar to walnuts or almonds.[11] The bogong moth is an icon of Australian wildlife due to its historical role as an important food source and gathering place for Aboriginal tribes in South Eastern Australia.[3]

Agricultural pest

The bogong butterfly has played a role in crop damage as winter grasslands serve as breeding grounds and food sources for larvae.[2][4] Outbreaks of the caterpillars have been reported in New South Wales, affecting mainly heavy black soil soils.[2] Medicago

species, wheat, cabbage, cauliflower, silverbeet, peas and potatoes have been recorded as being attacked by bogong moth larvae.[2]
Bogong butterflies in Sydney, congregating in the cracks of a building.

Control

The bogong butterfly is a minor pest of Australian crops. This makes it difficult to predict their behavior and control. Typically, control of this species is not cost-effective. However, if there are severe damaging bogong moth outbreaks, insecticide is applied to the affected crops.[21]

Migration problems

Millions of bogong butterflies are thrown off course during their spring migration to major cities such as Canberra, Melbourne, and Sydney due to strong winds, with notable cases of bogong moth infestations including the 2000 Sydney Olympics.[4] The presence of a lot of light and noise can also attract moths towards cities. Parliament House in Canberra, present in the middle of the Bogong moth's flight path during migrations, was particularly susceptible to the moths.[4][3] Light pollution from a building traps them during flight and encourages the butterflies to seek shelter in crevices, shadows, and sometimes even inside buildings during the daylight and hot weather.[3] Efforts have been made to try to drive out moths by turning off lights, covering attractive corners and paths indoors, and using insecticides.[4] However, the use of insecticides in urban areas has ceased due to concerns about environmental consequences.[4]

Habitat

Moths are distributed almost everywhere; they cannot be found only in Antarctica. The ability of moths to fly is very developed, so they can be found both on the continent and on islands in the ocean.

Moths in central Russia are a fairly common phenomenon. They can be found even in the most abandoned places, traveling through the air on silk threads to which they are attached. In addition to this method of movement, caterpillars can move by attaching to broken branches of trees or whole logs that were moved from place to place after heavy rains or the flow of a river.

Some nocturnal moths live only in the habitats where they first appeared. For example, the yucca moth starts and lives only in yucca thickets.

The following moths are known in the Moscow region:

• fine strands;
• bagworms;
• wood borers;
• cocoon worms;
• birch silkworms;
• slugs;
• peacock eyes;
• corydalis;
• moths;
• nolides.

Recommendations

Notes

1. ^ a b
   Moss, Peter W. "DH61 Giant Moth".
   Air Pictorial
   , May 1971, p. 181.
2. Molson 1974, p. 43.
3. Jackson 1987, p. 260.
4. ^ a b
   Coates, Ed.
   "G-AUJB de Havilland DH61 Giant Moth." Ed Coates Collection of Civil Aircraft Photographs
   . Date accessed: August 26, 2022.
5. Coates, Ed. "VH-UJC de Havilland DH61 Giant Moth." Ed Coates Collection of Civil Aircraft Photographs
   . Date accessed: August 26, 2022.
6. ^ a b
   "Giant Moth de Havilland DH61" Apollo "(copy)."
   Qantas Founders Museum
   (archive). Date accessed: August 26, 2022.
7. ^ a b c d
   Howell, Ian.
   "De Havilland DH61 giant moth in Western Australia." Aviation Museum and Civil Aviation Historical Society
   . Date accessed: August 26, 2022.
8. Western Australian Airways. Royal Australian Air Force Association
   (WA Division) Inc. (archive). Date accessed: August 26, 2017.
9. ^ a b
   Coates, Ed.
   "VH-UQJ de Havilland DH61 Giant Moth." Ed Coates Collection of Civil Aircraft Photographs
   . Date accessed: August 26, 2022.
10. ^ a b
    "Sir Alan Cobham's tour has ended."
    Flight Journal
    , October 11, 1929. Retrieved August 26, 2022.
11. "P/OES Castle". The Battle of Britain Monument in London
    (archive). Date accessed: August 26, 2022.
12. Jackson, A.J. (1988). British Civil Aircraft Since 1919: Volume Two
    (2nd, rev. Rev. Revised). London: Putnam. pp. 97–99. ISBN 0851778135.

Bibliography

• Illustrated Encyclopedia of Aircraft
  (Work in parts 1982-1985). London: Orbis Publishing, 1985.

• Jackson, A.J. De Havilland Aircraft since 1909
  . London: Putnam, third edition, 1987. ISBN 0-85177-802-X.
• Molson, K. Innovation in Canadian Air Transport
  . Winnipeg, Manitoba, Canada: James Richardson & Sons, Ltd., 1974. ISBN 0-919212-39-5.

Benefits and harms

One interesting sign is associated with moths: if a representative of this type of insect flies into a house, this promises its owners a lot of pleasant things, in the form of good luck and prosperity.

Moths, which have a mouthpart with a soft proboscis that cannot pierce tissues of plant and animal origin, do not cause any harm to humans. In addition, they bring a lot of benefits. They pollinate a variety of plant crops by feeding on pollen . For example, yucca can only be pollinated by yucca butterflies, whose ovules cannot be fertilized without an external pollinator. These butterflies fashion a ball of pollen, which is placed on the pistil of a plant.

The behavior of moths is quite complex, but it is precisely this that ensures the reproduction of certain types of crops.

However, these beautiful moths can not only bring benefits, but also some harm. The caterpillars of these individuals are quite voracious, due to which the following damage is caused:

• damage to foliage, roots and stems;
• eating food;
• damage to fibers and materials.

The larvae of night moths can greatly harm agriculture. For example, keratophagous moths lay their eggs on the fur and hair of domestic animals. Occasionally they use these raw materials to build their own cocoons.

Known harm is caused by:

• grain moth;
• Indian meal moth;
• barley moth;
• mill fire.

These insects are capable of destroying grain stored in warehouses. These types of butterflies are distributed throughout the world, which forces farmers to constantly use insecticides to protect their farms from extermination.

The caterpillars, a type of leaf miner or miner, feed on plant elements found in the central part of the foliage. In order to get to them, the caterpillars gnaw through long passages and cavities located under the epidermis. Other larvae are capable of making real miniature tunnels inside the root system, branches and trunks of trees. In such a secluded place they live for quite a long time, reliably hidden both from predators who encroach on them and from the person trying to exterminate them.

The most noticeable damage caused by moth caterpillars is the destruction of leaf cover. Hungry larvae sometimes become a real disaster; they are capable of completely denuding fields, removing foliage from plants in vegetable gardens, and even completely changing the appearance of green spaces.

Ecology

Enemies

Predators

The bogong moth suffers from predators both during migration and during the summer. During the spring and fall migrations, several species of birds, mammals, and even fish have been recorded preying on moths.[3] Little Crow, Currawong, and Richard's Pipit flock to feast on bogong moths as they travel from resting areas during migration.[ 3][2][13] Aboriginal tribes also traveled to festival sites to feast on sleeping moths and may have sought out these bird flocks to find these sites.[18][3] Bats also attack moths during active flight at dusk, and foxes, bush rats, and dusky antechinus have been recorded eating moths.[2][13] Of the mammals that prey on bogong moths, the endangered mountain pygmy possum is the most dependent on bogong moths as a food source.[6]

Parasites on the antennae of an adult butterfly

Parasites

Two species of mermitid nematode parasitize the bogong moth during gestation: Amphimermis bogongae

and
Hexamermis cavicola.
[2][19] Parasites are transmitted to bogong moths through water; Young nematode larvae live in the debris of cave floors in public recreation areas and crawl upward to reach butterflies through streams of water flowing down the walls.[3] Bogong butterflies become infected upon arrival in caves after drinking water. After a few months, the nematode larvae emerge from the moth, resulting in its death, and burrow into the bottom of the cave, where they mature and lay eggs over the winter and await the next spring migration of butterflies.[3] The nematodes are unusual in that they parasitize adult bogong moths rather than the more commonly used larval stage of the host.[2] Nematode life cycles show adaptation to bogong butterfly migration as they depend on bogong butterflies returning to the same resting areas.[3]

Arsenic biovector

In 2001, a few months after a rainstorm washed away debris consisting of dead butterflies from a cave, a complete loss of native grasses was observed outside the Bogong butterfly's nesting area.[6] Research into the causes of grass death found that arsenic concentrations in the surrounding areas were much higher than normal, and the source was identified as the bogong moth.[6] Since bogong butterflies do not feed at their nesting sites, they absorbed arsenic from lowland feeding areas in the form of larvae and subsequently transported it long distances into the mountains.[6]BioaccumulationThe uptake and accumulation of substances by organisms occurs with arsenic in the bogong butterfly.[6] Although the levels of any individual butterfly are low, the sheer number of butterflies in the area has led to the concentration of the pollutant in the environment to dangerous levels.[7] The presence of arsenic has also been shown in the feces of mammals such as the mountain pygmy possum, suggesting bioaccumulation of this contaminant in animals.[6] Although the source has not been determined, concerns have been raised about the possible role of agriculture in the bioaccumulation of arsenic due to its presence in historically and currently used insecticides.[6] This has led to the cessation of the use of insecticides to control bogong moths in urban areas in favor of less intrusive methods.[4]

Decrease in quantity

In the spring-summer season of 2017-8 and 2018-9, a sharp decline in the number of butterflies in alpine caves was observed. Millions of moths usually line the walls of these caves in the summer, but in the last two seasons there have been no moths in some caves in the last two seasons, Professor Eric Warrant said. Lund University in Sweden. He says the drop in numbers was likely due to lack of rainfall due to winter. drought in their breeding areas and climate change, lack of rain means there is insufficient vegetation to feed the caterpillars. Some caves are still home to thousands of butterflies, suggesting that the butterflies “came from different breeding grounds, where one place was not as badly affected by drought as another. I don't think they will disappear completely, but there is definitely a possibility that they could disappear from their breeding grounds,” Warrant said.[20]

Other biologists and ecologists have pointed to the dramatic impact on moth-eating animals, which are an important source of protein for wildlife, including the endangered mountain pygmy possum, as well as other insectivorous mammals and birds. "The vulnerability of the Australian Alps to climate change is the worst in the world because we have these low little mountains, so when it gets warmer there's nowhere for these cold-adapted species to go," says Euan Ritchie, a wildlife ecologist at Deakin University.[ 20]

Why do butterflies strive for light?

The question of why moths fly towards the light interests many. Moreover, not only nocturnal varieties of moths, but also daytime ones can fly towards the beckoning rays, often by mistake. Although such a reaction is more often due to the fact that such individuals simply fell asleep near the light source, and when darkness fell and it turned on, they became frightened and rushed to escape.

Artificial light has a huge negative impact on nocturnal insects; this trend is especially pronounced in megacities, where there are a lot of light sources. Every year, carried away by the alluring electricity, millions of moths die.

According to recent studies, moths are increasingly less likely to seek light. This is due to the formation of special behavioral mechanisms in them that help them avoid harmful effects. Researchers used ermine moth caterpillars. These insects were raised until the first molt, half in suburban areas with a minimum of artificial lighting, the other half in areas where street lighting was maximum. As the results of the study showed, those butterflies that emerged from caterpillars that grew in places with bright lighting were 30% less likely to rush into the light than those that grew in areas with a minimum of light.

Blind Hawkmoth

Characteristics

DH.61 3D drawing from NACA Aircraft Circular No. 65
Data from

British Civil Aircraft Since 1919: Volume Two[12]

General characteristics

• Crew:
  1
• Capacity:
  6 passengers
• Length:
  39 ft 0 in (11.89 m)
• Wingspan:
  52 ft 0 in (15.85 m)
• Height:
  12 ft 0 in (3.66 m)
• Wing area:
  613 sq ft (56.9 m2)
• Aerodynamic profile:
  RAF 15
• Empty weight:
  3,650 lb (1,656 kg)
• Gross Weight:
  7,000 lb (3,175 kg)
• Power plant:
  1 × Bristol Jupiter XI 9-cylinder air-cooled radial piston engine, 500 hp (370 kW)
• Propellers:
  2-blade fixed pitch propeller

Play

• Top speed:
  132 mph (212 km/h, 115 kn)
• Cruise speed:
  110 mph (180 km/h, 96 kn)
• Classify:
  650 miles (1050 km, 560 miles)
• Service ceiling:
  18,000 ft (5,500 m)
• Rate of climb:
  900 ft/min (4.6 m/s)

Species of moths

Moths are traditionally divided into 2 subspecies:

1. Palaeolepidoptera are represented by miner caterpillars and small forms.
2. Neolepidoptera , this includes most butterflies.

Representatives of these subspecies differ from each other in various characteristics relating to the structure of the larvae, mouthparts, wings and genitals.

Night butterflies include:

• glass bees, slender, similar to bees with the thinnest scaleless wings;
• moths, small individuals with triangular wings, most often pests;
• fingerwings, distinguished by dissected wings with scaly fringe;
• true moths, tiny specimens with scales along the edges of their wings;
• notch-winged moth, which has a bright color and is a dangerous pest;
• hawk moths, a large species of butterfly similar to hummingbirds;
• bagworms, in the form of round dark females and males, devoid of wings;
• peacock eye, which has wide wings with a pattern in the form of eyes and a dense body;
• moths, very slender butterflies whose caterpillars crawl, bending in the form of a loop;
• leaf rollers, whose folded wings are shaped like a bell, and the individuals themselves are pests that eat buds and apples;
• cocoon moths, hairy beauties whose caterpillars cause a lot of damage to foliage;
• she-bears with brightly colored wings;
• scoop, inconspicuous butterflies whose wings are brown and antennae in the form of threads;
• moths, the females of which do not have wings, and the males sport gray wings with antennae.

Troides Hippolytus

In South Asia you can also find this large tropical butterfly from the Swallowtail family. Most of them have a wingspan of up to 10-15 cm, but there are especially large specimens that grow up to 20 cm. They are black or black-brown in color, can be gray, ashy, with yellow fields on the hind wings. You can find it in the Moluccas Islands.

The caterpillars of this butterfly feed on the leaves of poisonous plants. They themselves eat nectar, hovering over the flower. They have a smooth but fairly fast flight.

Troides hippolytes avoid dense forests and can be found on coastal slopes. It is very difficult to catch these majestic butterflies, because... she hides in the treetops, 40 m from the ground. However, the aborigines who make money from this type of butterfly, having discovered feeding caterpillars, build huge fences and watch how the caterpillars pupate, and then collect the butterflies that have slightly spread their wings.

Photos with names

Night peacock eye

Green moth

Peacock eye - large nocturnal peacock eye

Tizania agrippina

A large moth, impressive in size. Tizania agrippina is white or grayish in color, but its wings are covered with a beautiful pattern. The underside of the wings is dark brown with whitish spots, and in males it is blue with a purple tint.

Its wingspan is from 25 to 31 cm, but according to other sources, it does not exceed 27-28 cm. It is widespread in America and Mexico.

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