Edosa pyriata | |
---|---|
Scientific classification | |
Domain: | Eukaryota |
Kingdom: | Animalia |
Phylum: | Arthropoda |
Class: | Insecta |
Order: | Lepidoptera |
Family: | Tineidae |
Genus: | Edosa |
Species: | E. pyriata |
Binomial name | |
Edosa pyriata Meyrick, 1917 | |
Range | |
Synonyms [1] [2] | |
Tinea pyriata |
Edosa pyriata is a moth in the family Tineidae. [1] [2] [3] The species was first identified in 1917 by English entomologist Edward Meyrick, who is considered to have laid the foundation for the identification of microlepidoptera. [4] Meyrick donated his collection of microlepidoptera to the British Museum (Natural History), where the type specimen is now located. [5]
Edosa pyriata is found in India in the state of Assam near what was formerly known as the Khasi Hills district of India, [6] which has since been merged with the Jaintia Hills district to form the state of Meghalaya. [7]
Little is published about E. pyriata specifically, however most tineid moths live in areas in which there is a presence of aquatic and freshwater sources. [8] It has been shown that most members of Lepidoptera die quickly if water is not available. [9] The region of Assam in northeastern India is one of two biodiversity hotspots in the country, [10] and is home to many rare and endemic species, such as 1,365 species of Lepidoptera, [11] including 387 species of moths distributed throughout the state. [10]
Mating is driven by pheromones emitted by either female or male individuals. [9] The eggs are internally fertilized by male sperm, which enters the eggs through a small pore called the micropyle. [9] Females in the Edosa genus have an apomorphic trait in which their abdominal segments are invaginated to form pockets that contain fine, silky hairs, called a corethrogyne, which attach a protective fluff to the eggs to defend them from parasites. [3]
All moth species, including Edosa pyriata, undergo holometabolous development. [12] This type of metamorphosis includes development through a series of stages, from egg, larva, pupa, finally to maturity. [9] Following the egg stage of development, the moths go through a larval stage in which the primary goal is to consume enough food to provide energy for the growth stage that occurs in the pupa, as well as provide much of the energy for the reproduction and adult phase of life. [9] The pupal phase of development takes place in cocoons, in which the larva that entered the cocoon exits at full maturity.
Full developmental time from egg to adult varies greatly between moth species, however average developmental time for Lepidoptera is 30–50 days. [9] On average, adult moths only live for about a week or two. [13] However, adult lifespan differs greatly between species, ranging from a few days up to a year in some cases. [13] In these species with longer lifespans, the moths are able to overwinter via hibernation or migration, similarly to monarch butterflies. [13]
There isn't a significant amount of literature on the physical description of Edosa pyriata. In species that undergo holometabolism, it can be extremely difficult to accurately identify species while in their larval or pupal life stages as they often differ greatly from their adult forms. [14] However, Meyrick originally describes an adult male specimen with the following features: small to medium in size with wingspan of 8mm, light greyish-ochreous head, grey palpi, grey-whitish antenna, light grey abdomen, elongate and rather narrow forewings, gently arched costa, obtuse and pointed apex, very obliquely rounded, pale ochreous cilia and hindwings that are 5 and 6 stalked. [6] as well as refracting superpositioned eyes. [15] Moths in the Tineidae family share the trait of tented upward pointed wings when at rest. [8]
Though the food habits of Edosa pyriata are not recorded, the Tineidae family of moths that it belongs to is known as the fungus moths, due to their unique choice to mainly feed on fungus, lichens and detritus. [8]
Roles and interactions of Edosa pyriata are not well studied, but members of the Lepidoptera order are known to be parasitized by members of the Copidosoma genus of chalcid wasps. [16] More specifically for tineid moths, Copidosoma nuarzumense is a parasitoid wasp that lays its eggs in the moths, eventually causing the death of the hosts. [17]
Currently, there are no recorded instances of genetic information for Edosa pyriata. Due to difficulty in distinguishing members of the Tineidae family via morphological features, a study of genetic information on this species and others in its family could make identification more consistent and accurate.
Butterflies are winged insects from the lepidopteran suborder Rhopalocera, characterized by large, often brightly coloured wings that often fold together when at rest, and a conspicuous, fluttering flight. The group comprises the superfamilies Hedyloidea and Papilionoidea. The oldest butterfly fossils have been dated to the Paleocene, about 56 million years ago, though they may have originated earlier.
Agrotis segetum, sometimes known as the turnip moth, is a moth of the family Noctuidae. The species was first described by Michael Denis and Ignaz Schiffermüller in 1775. It is a common European species and it is found in Africa and across Eurasia except for the northernmost parts.
Oinophila is a small genus of the fungus moth family, Tineidae. Therein, it belongs to the subfamily Hieroxestinae.
Wegneria is a genus of moths belonging to the family Tineidae.
Tinea is a genus of the fungus moth family, Tineidae. Therein, it belongs to the subfamily Tineinae. As evident by its name, it is the type genus of its subfamily and family. Established as one of the first subgroups of "Phalaena", it used to contain many species of Tineidae that are nowadays placed in other genera, as well as a few moths nowadays placed elsewhere.
Pterophorus monospilalis, the white plume moth, is a moth of the family Pterophoridae. It is endemic to New Zealand and occurs throughout the country. It inhabits native forest, parks and domestic gardens. Larvae are active during the day, are slow moving, and feed exposed. They feed on Araliaceae species as well as on Hedera helix, Meryta sinclairii, and Schefflera digitata. There are several broods in a year. Adult moths are on the wing from November until May and are attracted to light.
Epiphryne undosata, also known as the lacebark looper, is a moth of the family Geometridae. It is endemic to New Zealand and is found on both the North and South Islands. It inhabits native forest. The larvae feed on plant species in the genera Hoheria and Plagianthus. They pupate amongst dead leaves in a silk cocoon. The adult moths have been observed on the wing all year round but are most commonly seen from November until February. The adult moths are extremely variable in both their colour intensity and wing pattern.
Scoparia acharis is a moth of the family Crambidae. It was named by Edward Meyrick in 1884. This species is endemic to New Zealand and has been observed in both the North and South Islands. The preferred habitat of this species is native forest and in the South Island S. acharis has been observed in beech forest. The larval host of this species is moss. Adults are most commonly on the wing from November to January, although this species has been observed from October until March.
Reductoderces araneosa is a moth of the family Psychidae. It was described by Edward Meyrick in 1914. It is endemic to New Zealand and can be found in the lower part of the South Island. The preferred habitat of R. araneosa is on the edge of native beech forest. The larvae construct a case made from silk, moss and lichens and emerge from it to feed. The female of this species is wingless. The males of this species are on the wing in November and February and have been captured in the early morning.
Scoriodyta conisalia is a species of moth in the family Psychidae. It was described by Edward Meyrick in 1888. It is endemic to New Zealand and can be found in the North Island. It has been observed at Karikari, Paihia, in the Poor Knights Islands, and in the Auckland and Wellington regions. The species inhabits native forest and coastal areas where it can be found on rocky outcrops and cliffs. Larvae consume algae and lichens. The adults are on the wing from September to March and are active before sunrise.
Saptha smaragditis is a moth in the family Choreutidae. It was described by Edward Meyrick in 1905.
Glaucocharis elaina is a species of moth in the family Crambidae. This species was described by Edward Meyrick in 1882. It is endemic to New Zealand and is found throughout the North and South Island with the exception of the extreme south of the South Island. The preferred habitat of this species is lowland native forest and as adults the species is attracted to broken ground including road or rail cuttings. Larvae feed on moss species including those in the genus Funaria. This species has two distinct broods during each year. Adults are on the wing from October to April, are nocturnal and are attracted to light.
Anisoplaca ptyoptera is a species of moth in the family Gelechiidae. It was described by Edward Meyrick in 1885 and is endemic to New Zealand. This species is found throughout the North and South Islands and prefers habitat where its host plants are common. The larval hosts of this moth are species in the genus Carmichaelia and the larvae stem mine the host plant. However larvae have also been observed feeding on gorse species and as a result their potential as a biological control for gorse has been researched. This behaviour has only been recorded in the Canterbury and Otago regions. A. ptyoptera overwinters as larvae and while in that life stage can be parasitised by species of wasp in the genera Zealachertus and Diadegma. Pupation begins in October. Adult moths are on the wing from October until May with peak emergence occurring in January. The adult moths come in two size classes and should the size of the female be in the larger class fecundity is improved. It is likely that this species has only one brood a year.
Cateristis eustyla is a species of moth in the family Tineidae. This species is found in New Zealand and Tasmania. It is classified as "Data Deficient" by the Department of Conservation.
Notoreas niphocrena is a species of moth in the family Geometridae. It is endemic to New Zealand.
Notoreas paradelpha is a species of moth in the family Geometridae. It is endemic to New Zealand.
Chalastra pellurgata, also known as the brown fern moth or the pale fern looper, is a moth of the family Geometridae. This species was first described by Francis Walker in 1862. It is endemic to New Zealand and can be found throughout the country. It inhabits native forest. This species is extremely variable both in its larval and adult life stage. Larvae of this species are active during spring and summer. They feed on the fronds of fern species. C. pellurgata pupates by forming a thin cocoon on the soil amongst leaf litter and moss. Adults are on the wing throughout the year but are most common from September to March. During the day adult moths can be observed resting on dead fern fronds. They become active from dusk and are attracted to light.
Pseudocoremia lupinata is a species of moth in the family Geometridae. It is endemic to New Zealand and can be found in both the North and South Islands. The favoured habitat of this species is Kānuka scrubland as its larval hosts are species in the genus Kunzea. Both the larvae and adults of this species are nocturnal. Adult moths are commonly on the wing from December to June and are attracted to light.
Chrysorthenches porphyritis is a species of moth of the family Plutellidae. It was first described by Edward Meyrick in 1885 and is endemic to New Zealand. This species can be found on both the North and South Islands in open native forest and scrub at altitudes from sea level up to 1370 m. The larvae feed on Podocarpus laetus, P. totara, P. nivalis, and Phyllocladus alpinus. The larvae create a shelter by loosely spinning together the leaves of its host plant and can be found feeding in groups. The pupa is formed inside a thin cocoon. Hudson was of the opinion that this species had two broods a year. Adult moths are on the wing all year round. The adults of this species, particularly the female, are variable in colouration and in forewing pattern.