Epiophlebia

Last updated

Epiophlebia
Epiophlebia superstes by OpenCage.jpg
Epiophlebia superstes adult
EpiophlebiaLarva.jpg
Epiophlebia laidlawi naiad
Scientific classification OOjs UI icon edit-ltr.svg
Domain: Eukaryota
Kingdom: Animalia
Phylum: Arthropoda
Class: Insecta
Order: Odonata
Suborder: Epiprocta
Infraorder: Epiophlebioptera
Family: Epiophlebiidae
Tillyard, 1917
Genus: Epiophlebia
Calvert, 1903
Species

Epiophlebia is a genus of damsel-dragonfly native to the Indian subcontinent, East Asia, and Southeast Asia. It is the only living genus of Odonata to neither be a dragonfly nor a damselfly. [1] It is the sole member of the family Epiophlebiidae, which is itself the sole living representative of the infraorder Epiophlebioptera.

Contents

Description

The bodies of Epiophlebia adults have a distinctive black and yellow striped colouration. Their bodies resemble those of dragonflies, while their wings more closely resemble those of damselflies, [1] with the wings being held over the back when resting like damselflies. [2] Like in true dragonflies (Anisoptera) the aquatic nymphs breathe through a rectal chamber, but jet propulsion (which is found in true dragonflies) has not been observed. [3]

Epiophelbia flies relatively clumsily and is less manoverable than dragonflies, preferring to rapidly fly in straight lines in the shade, using a fast wingbeat with a wing motion intermediate between those of dragonflies and damselflies. [4]

Distribution

Species of Epiophlebia have a disjunct distribution, occurring in a narrow habitat of cold mountain streams at an altitude of 1,300–3,000 metres (4,300–9,800 ft) with temperatures of around 4–5 °C (39–41 °F) in winter to 16–17 °C (61–63 °F) in summer. [1] The first two species described are Epiophlebia superstes known from Japan and Epiophlebia laidlawi from the northern Indian subcontinent and northern Vietnam. [1] In 2012, a third species, Epiophlebia sinensis , was described from Heilongjiang province in northeast China, bridging Epiophlebia distribution gap between Nepal and Japan. [5] A fourth species, E. diana, has been claimed from larval material from South China, but this is not universally accepted, [6] with some authors considering it a synonym of E. laidlawi. [1] The distribution of the genus may have been continuous during Pleistocene glacial periods such as the Last Glacial Period, which may explain the genetic similarity of sequenced Epiophlebia species to each other despite the broad geographical range of the genus. [7]

Evolution

Genetic evidence suggests that Epiophlebia is overall more closely related to dragonflies than damselflies, being placed along with dragonflies in the clade Epiprocta. The lineage of Epiophlebia is suggested to have split from that of living dragonflies around the end of the Triassic, approximately 205 million years ago. Genetic evidence suggests that the lineage of Epiophlebia arose from the ancient reticulate hybridisation of a lineage related to dragonflies and lineage related to damselflies in propoportions of roughly 67% and 33%, respectively, which may explain why it combines features of both dragonflies and damselflies. [8] The genus was historically placed in the clade "Anisozygoptera" along with a variety of fossil odonatans, primarily from the Jurassic period, but this grouping was later shown to be non-monophyletic, [1] representing a paraphyletic group, with many "anisozygopterans" more closely related to dragonflies than to Epiophlebia. [9] The extinct family Burmaphlebiidae from the mid Cretaceous Burmese amber of Myanmar, dating to around 100 million years ago, may represent true close relatives of Epiophlebia. [10]

Related Research Articles

<span class="mw-page-title-main">Odonata</span> Order of insects that includes the dragonflies and damselflies

Odonata is an order of predatory flying insects that includes the dragonflies and damselflies. The two major groups are distinguished with dragonflies (Anisoptera) usually being bulkier with large compound eyes together and wings spread up or out at rest, while damselflies are usually more slender with eyes placed apart and wings folded together along body at rest. Adult odonates can land and perch, but rarely walk.

<span class="mw-page-title-main">Dragonfly</span> Predatory winged insects

A dragonfly is a flying insect belonging to the infraorder Anisoptera below the order Odonata. About 3,000 extant species of dragonflies are known. Most are tropical, with fewer species in temperate regions. Loss of wetland habitat threatens dragonfly populations around the world. Adult dragonflies are characterised by a pair of large, multifaceted, compound eyes, two pairs of strong, transparent wings, sometimes with coloured patches, and an elongated body. Many dragonflies have brilliant iridescent or metallic colours produced by structural coloration, making them conspicuous in flight. An adult dragonfly's compound eyes have nearly 24,000 ommatidia each.

<span class="mw-page-title-main">Damselfly</span> Suborder of insects

Damselflies are flying insects of the suborder Zygoptera in the order Odonata. They are similar to dragonflies but are usually smaller and have slimmer bodies. Most species fold the wings along the body when at rest, unlike dragonflies which hold the wings flat and away from the body. Damselflies have existed since the Late Jurassic, and are found on every continent except Antarctica.

<span class="mw-page-title-main">Nymph (biology)</span> Immature form of some invertebrates

In biology, a nymph is the juvenile form of some invertebrates, particularly insects, which undergoes gradual metamorphosis (hemimetabolism) before reaching its adult stage. Unlike a typical larva, a nymph's overall form already resembles that of the adult, except for a lack of wings and the emergence of genitalia. In addition, while a nymph moults, it never enters a pupal stage. Instead, the final moult results in an adult insect. Nymphs undergo multiple stages of development called instars.

<i>Enallagma cyathigerum</i> Species of damselfly

Enallagma cyathigerum is a species found mainly between latitudes 40°N and 72°N; It is widely distributed in the Palearctic, and the Nearctic species Enallagma annexum was at one time considered to be synonymous with it. The species can reach a length of 32 to 35 mm. It is common in many different countries including Russia, Sweden, Norway, Finland, the United States of America, and South Korea. Damselflies are an important link between the health of the aquatic ecosystem and its response to climate change.

<span class="mw-page-title-main">Coenagrionidae</span> Family of insects

Coenagrionidae or are a family of damselflies, also known as pond damselfies, in the order Odonata and the suborder Zygoptera. The Zygoptera are the damselflies, which although less known than the dragonflies, are no less common. More than 1,300 species are in this family, making it the largest damselfly family. The family Coenagrionidae has six subfamilies: Agriocnemidinae, Argiinae, Coenagrioninae, Ischnurinae, Leptobasinae, and Pseudagrioninae.

<i>Epiophlebia laidlawi</i> Species of dragonfly

Epiophlebia laidlawi, the Himalayan relict dragonfly, is one of four species of Epiprocta in the family Epiophlebiidae. They have at one time been classified as a suborder Anisozygoptera, considered as intermediate between the dragonflies and the damselflies, partly because the hind wings and fore wings are very similar in size and shape, and partly because the insect at rest holds them back over the body as damselflies do. These attributes now are known to be misleading however; the genus Epiophlebia shares a more recent ancestor with dragonflies and became separated from other Anisoptera in and around the uplifting Himalayas.

<span class="mw-page-title-main">Epiprocta</span> Taxonomic suborder of insects

Epiprocta is one of the two extant suborders of the Odonata, which contains living dragonflies (Anisoptera), as well as Epiophlebioptera, which has a single known living genus Epiophlebia. Crown group Epiprocta first appeared during the Early Jurassic. It was proposed in 1992 by Heinrich Lohmann to accommodate the inclusion of the Anisozygoptera. The latter has been shown to be not a natural suborder, but rather a paraphyletic collection of lineages, so it has been combined with the previous suborder Anisoptera, the well-known dragonflies, into the Epiprocta. The old suborder Anisoptera is proposed to become an infraorder within the Epiprocta, whereas the "anisozygopterans" included here form the infraorder Epiophlebioptera. In Lohmann's original circumscription of the Epiprocta he also included the Tarsophlebiidae in it but Rehn (2003) placed it among the Zygoptera.

<span class="mw-page-title-main">Platycnemididae</span> Family of damselflies

The Platycnemididae are a family of damselflies. They are known commonly as white-legged damselflies. There are over 400 species native to the Old World. The family is divided into several subfamilies.

<i>Thaumatoneura inopinata</i> Species of damselfly

Thaumatoneura inopinata is a species of damselfly, sometimes called the cascade damselfly or giant waterfall damsel, and the only member of the genus Thaumatoneura. It is unusual in flying among the falling water and spray from waterfalls in moist tropical or subtropical forests in Costa Rica.

<i>Ceriagrion cerinorubellum</i> Species of damselfly

Ceriagrion cerinorubellum, commonly known as the orange-tailed marsh dart or bi-coloured damsel, is a medium-sized damselfly in the family Coenagrionidae. It is a very common species of damselflies in Asia.

<span class="mw-page-title-main">Hemiphlebiidae</span> Family of damselflies

Hemiphlebiidae is a family of damselflies. It contains only one extant species, the ancient greenling, native to Southern Australia and Tasmania. The fossil record of the group extends back to the Late Jurassic, making them the oldest known crown group damselflies.

<i>Epiophlebia superstes</i> Species of dragonfly

Epiophlebia superstes, the Japanese relict dragonfly, is one of the four species of the genus Epiophlebia, belonging to the family Epiophlebiidae, which is itself the sole living representative of the epiproctan infraorder Epiophlebioptera.

<span class="mw-page-title-main">Stenophlebiidae</span> Extinct family of insects

The Stenophlebiidae is an extinct family of medium-sized to large fossil odonates from the Upper Jurassic and Cretaceous period that belongs to the damsel-dragonfly grade ("anisozygopteres") within the stem group of Anisoptera. They are characterized by their long and slender wings, and the transverse shape of the discoidal triangles in their wing venation.

<i>Calocypha laidlawi</i> Species of damselfly

Calocypha laidlawi, or myristica sapphire, is a rare species of damselfly belonging to the family Chlorocyphidae. It is found only from Karnataka and Kerala in South India.

<i>Calocypha</i> Genus of damselflies

Calocypha is a genus of jewel damselfly in the family Chlorocyphidae. There are at least two described species in Calocypha.

<i>Nychogomphus striatus</i> Species of dragonfly

Nychogomphus striatus is a species of dragonfly in the family Gomphidae. It is endemic to the streams of Western Ghats of India. Reports from Nepal require further studies.

2015 in paleoentomology is a list of new fossil insect taxa that were described during the year 2016, as well as other significant discoveries and events related to paleoentomology that were scheduled to occur during the year.

References

  1. 1 2 3 4 5 6 Büsse, Sebastian; Ware, Jessica L. (2022-11-02). "Taxonomic note on the species status of Epiophlebia diana (Insecta, Odonata, Epiophlebiidae), including remarks on biogeography and possible species distribution". ZooKeys. 1127: 79–90. doi: 10.3897/zookeys.1127.83240 . ISSN   1313-2970. PMC   9836702 . PMID   36760358.
  2. Blanke, Alexander; Beckmann, Felix; Misof, Bernhard (March 2013). "The head anatomy of Epiophlebia superstes (Odonata: Epiophlebiidae)". Organisms Diversity & Evolution. 13 (1): 55–66. doi:10.1007/s13127-012-0097-z. ISSN   1439-6092.
  3. Büsse, Sebastian; Helmker, Benjamin; Hörnschemeyer, Thomas (2015). "The thorax morphology of Epiophlebia (Insecta: Odonata) nymphs – including remarks on ontogenesis and evolution". Scientific Reports. 5: 12835. Bibcode:2015NatSR...512835B. doi:10.1038/srep12835. PMC   4526886 . PMID   26246088.
  4. G. Rüppell & D. Hilfert. (1993). The flight of the relict dragonfly Epiophlebia superstes (Selys) in comparison with that of the modern Odonata (Anisozygoptera: Epiophlebiidae). Odonatologica, 22(3), 295–309.
  5. Li J.-K., Nel A., Zhang X.-P., Fleck G., Gao M.-X., Lin L. & Zhou J., 2012. A third species of the relict family Epiophlebiidae discovered in China (Odonata: Epiproctophora). Systematic Entomology, 37 (2):408-412
  6. Carle, F L (2012). "A new Epiophlebia (Odonata: Epiophlebioidea) from China with a review of epiophlebian taxonomy, life history, and biogeography". Arthropod Systematics & Phylogeny. 70 (2): 75–83. doi: 10.3897/asp.70.e31750 .
  7. Goodman, Aaron M.; Beatty, Christopher D.; Büsse, Sebastian; Ubukata, Hidenori; Miyazaki, Toshiyuki; Blair, Mary E.; Ware, Jessica L. (2024-03-05). "Paleoecological niche modeling of Epiophlebia (Epiophlebioptera: Epiophlebiidae) reveals continuous distribution during the Last Glacial Maximum". International Journal of Odonatology. 27: 60–76. doi:10.48156/1388.2024.1917262.
  8. Suvorov, Anton; Scornavacca, Celine; Fujimoto, M Stanley; Bodily, Paul; Clement, Mark; Crandall, Keith A; Whiting, Michael F; Schrider, Daniel R; Bybee, Seth M (2022-04-19). Matschiner, Michael (ed.). "Deep Ancestral Introgression Shapes Evolutionary History of Dragonflies and Damselflies". Systematic Biology. 71 (3): 526–546. doi:10.1093/sysbio/syab063. ISSN   1063-5157. PMC   9017697 . PMID   34324671.
  9. Rehn, Andrew C. (April 2003). "Phylogenetic analysis of higher‐level relationships of Odonata". Systematic Entomology. 28 (2): 181–240. doi:10.1046/j.1365-3113.2003.00210.x. ISSN   0307-6970.
  10. Bechly, Günter; Poinar, George (April 2013). "Burmaphlebia reifi gen. et sp. nov. , the first anisozygopteran damsel-dragonfly (Odonata: Epiophlebioptera: Burmaphlebiidae fam. nov.) from Early Cretaceous Burmese amber". Historical Biology. 25 (2): 233–237. Bibcode:2013HBio...25..233B. doi:10.1080/08912963.2012.753884. ISSN   0891-2963.