Bougainvillia aberrans

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Bougainvillia aberrans
Scientific classification OOjs UI icon edit-ltr.svg
Domain: Eukaryota
Kingdom: Animalia
Phylum: Cnidaria
Class: Hydrozoa
Order: Anthoathecata
Family: Bougainvilliidae
Genus: Bougainvillia
Species:
B. aberrans
Binomial name
Bougainvillia aberrans
Calder, 1993

Bougainvillia aberrans is a marine invertebrate, a species of hydroid in the suborder Anthomedusae. [1] It was first described by Dale Calder in 1993. [2] They have four radical clusters of marginal tentacles. [3] Bougainvillia aberrans is found in Bermuda in the western North Atlantic Ocean. [1]

Contents

Description

Bougainvillia aberrans consists of the hydroid colony with soft curly perisarc polysiphonic hydrocaulus, hydranths [1] including 16 tentacles maximum, and medusa buds. Hydroid is part of the Cnidaria phylum. [4] So, B. aberrans are radial symmetry, that they have cnidae that are unique sting structures unique to this phylum. [4] Bougainvillia aberrans is different from other hydranths species because B. abberans have a lengthy spindled manubrium, negligible tentacles, and survive for a short period. In the sense that different from other with known species in all. [1] This species is characterized as comparatively large size, about 20 mm width as well as height, and large amounts of folded hanging gonads from the wall around the circumference to the proximal area of the radial canals. [5] Also, The edge tentacles have extinct species, and the oral tentacles have anti-inflammatory properties. [5]

Distribution and habitat

Hydroid species Bougainvillia aberrans distribute from shallow water to deep sea in the Bermuda area. [6] Members of the genus are found in all seas, but most of the known species are found in the Atlantic Ocean. In the western North Atlantic Ocean, southeast of Castle Roads, this species was collected with a depth of 300 meters. [1]

Biology

Hydroid colonies arise or stand upright due to creeping hydrorhiza. Monosiphonic or polysiphonic hydrocaulus are companions of erect colonies. [1] Bougainvillia aberrans is distinguishable in the sense that the degree of reduction of its medusa is unique compared to species of same genus. Moreover, B. aberrans is suppressed in the medusa stage. Hydroids of B. aberrans feed on fragments of other cnidarians. [4] Cnidaria have a centered mouth surrounded by tentacles. Also, they are carnivorous. [4] In terms of reproduction, gametes were released before or shortly after the release of the mediating from the hydroid. Bougainvillia aberrans n. sp. has holotype and paratype. Also, medusae of B. aberrans appear sexually mature and relatively short-lived for release from the hydroid. It is different from the reduced Medusa buds with its blunt marginal tentacles. Furthermore, the perisarc of B. aberrans is clear and not covered with mud or sand. The latest B. aberrans eggs are surrounded by envelopes with tiny heterotrichous microbasic eurytele nematocysts. [1] The exoskeleton of Hydroid and Bougainvillidae family starts as epidermal secretions. [7] Coenosarc, which is the epithelial epidermal layer consists of various cell types of Hydroid. [7]

Related Research Articles

<span class="mw-page-title-main">Hydrozoa</span> Class of cnidarians

Hydrozoa is a taxonomic class of individually very small, predatory animals, some solitary and some colonial, most of which inhabit saline water. The colonies of the colonial species can be large, and in some cases the specialized individual animals cannot survive outside the colony. A few genera within this class live in freshwater habitats. Hydrozoans are related to jellyfish and corals and belong to the phylum Cnidaria.

<i>Obelia</i> Genus of hydrozoans

Obelia is a genus of hydrozoans, a class of mainly marine and some freshwater animal species that have both polyp and medusa stages in their life cycle. Hydrozoa belongs to the phylum Cnidaria, which are aquatic organisms that are relatively simple in structure with a diameter around 1mm. There are currently 120 known species, with more to be discovered. These species are grouped into three broad categories: O. bidentata, O. dichotoma, and O. geniculata. O. longissima was later accepted as a legitimate species, but taxonomy regarding the entire genus is debated over.

<i>Velella</i> Species of cnidarian

Velella is a monospecific genus of hydrozoa in the Porpitidae family. Its only known species is Velella velella, a cosmopolitan free-floating hydrozoan that lives on the surface of the open ocean. It is commonly known by the names sea raft, by-the-wind sailor, purple sail, little sail, or simply Velella.

<i>Turritopsis dohrnii</i> Species of small, biologically immortal jellyfish

Turritopsis dohrnii, also known as the immortal jellyfish, is a species of small, biologically immortal jellyfish found worldwide in temperate to tropic waters. It is one of the few known cases of animals capable of reverting completely to a sexually immature, colonial stage after having reached sexual maturity as a solitary individual. Others include the jellyfish Laodicea undulata and species of the genus Aurelia.

<span class="mw-page-title-main">Anthoathecata</span> Order of hydrozoans which always have a polyp stage

Anthoathecata, or the athecate hydroids, are an order of hydrozoans belonging to the phylum Cnidaria. A profusion of alternate scientific names exists for this long-known, heavily discussed, and spectacular group. It has also been called Gymnoblastea and, Anthomedusa,Athecata, Hydromedusa, and Stylasterina. There are about 1,200 species worldwide.

<span class="mw-page-title-main">Hydroidolina</span> Subclass of hydrozoans

Hydroidolina is a subclass of Hydrozoa and makes up 90% of the class. Controversy surrounds who the sister groups of Hydroidolina are, but research has shown that three orders remain consistent as direct relatives: Siphonophorae, Anthoathecata, and Leptothecata.

<span class="mw-page-title-main">Leptothecata</span> Order of cnidarians with hydrothecae

Leptothecata, or thecate hydroids, are an order of hydrozoans in the phylum Cnidaria. Their closest living relatives are the athecate hydroids, which are similar enough to have always been considered closely related, and the very apomorphic Siphonophorae, which were placed outside the "Hydroida". Given that there are no firm rules for synonymy for high-ranked taxa, alternative names like Leptomedusa, Thecaphora or Thecata, with or without the ending emended to "-ae", are also often used for Leptothecata.

<i>Porpita porpita</i> Species of hydrozoan

Porpita porpita, or the blue button, is a marine organism consisting of a colony of hydroids found in the warmer, tropical and sub-tropical waters of the Pacific, Atlantic, and Indian oceans, as well as the Mediterranean Sea and eastern Arabian Sea. It was first identified by Carl Linnaeus in 1758, under the basionym Medusa porpita. In addition, it is one of the two genera under the suborder Chondrophora, which is a group of cnidarians that also includes Velella. The chondrophores are similar to the better-known siphonophores, which includes the Portuguese man o' war, or Physalia physalis. Although it is superficially similar to a jellyfish, each apparent individual is actually a colony of hydrozoan polyps. The taxonomic class, Hydrozoa, falls under the phylum Cnidaria, which includes anemones, corals, and jellyfish, which explains their similar appearances.

<span class="mw-page-title-main">Narcomedusae</span> Order of hydrozoans

Narcomedusae is an order of hydrozoans in the subclass Trachylinae. Members of this order do not normally have a polyp stage. The medusa has a dome-shaped bell with thin sides. The tentacles are attached above the lobed margin of the bell with usually a gastric pouch above each. There are no bulbs on the tentacles and no radial canals. Narcomedusans are mostly inhabitants of the open sea and deep waters. They can be found in the Mediterranean in large numbers.

<i>Bougainvillia muscus</i> Species of hydrozoan

Bougainvillia muscus is a marine invertebrate, a species of hydroid in the suborder Anthomedusae.

Bougainvillia britannica is a marine invertebrate, a species of hydroid in the suborder Anthomedusae.

<i>Bougainvillia</i> Genus of hydrozoans

Bougainvillia is a genus of hydroids in the family Bougainvilliidae in the class Hydrazoa. Members of the genus are characterised by having the marginal tentacles of their medusae arranged in four bundles. Some species are solitary and others are colonial but all are filter feeders. They are found in the Southern Ocean, having a circumpolar distribution, but some species also occur in the Northern Hemisphere, possibly travelling there as polyps on the hulls of ships.

<i>Eudendrium ramosum</i> Species of hydrozoan

Eudendrium ramosum, sometimes known as the tree hydroid, is a marine species of cnidaria, a hydroid (Hydrozoa) in the family Eudendriidae of the order Anthoathecata.

<span class="mw-page-title-main">Tubular sponge hydroid</span> Species of cnidarian

The tubular sponge hydroid is a species of hydroid cnidarian. It is a member of the family Tubulariidae. These animals usually grow embedded in sponges.

Maeotias is a genus of hydrozoans in the family Olindiidae. It is a monotypic genus with only a single species, Maeotias marginata, commonly known as the Black Sea jellyfish or brackish water hydromedusa and often referred to as Maeotias inexpectata in the literature. It was first described from the Don and Kuban estuaries of the Sea of Azov, and also occurs in the Black Sea, all of which are areas of low salinity. It has been recorded in several other estuarine locations around the world and is regarded as an invasive species.

<i>Porpita prunella</i> Species of hydrozoan

Porpita prunella is a marine species of hydrozoan organisms within the family Porpitidae. It consists of colonies of zooids. Very little is known about this species, as there have been no confirmed sightings since its discovery in 1801 and naming by Haeckel in 1888. Being in the chondrophore group, it is likely that its behaviour is similar to the other species of the genera in the family. However there are also serious doubts as to its very existence as a separate species and may in fact be a synonym for Porpita porpita instead.

<i>Aeginura grimaldii</i> Species of hydrozoan

Aeginura grimaldii is a species of deep sea hydrozoan of the family Aeginidae. It is found in the north-eastern Atlantic Ocean, Pacific Ocean, and the Arctic Ocean. It has a depth range of 660-1200m deep. Live specimens are bright reddish in color, with pale tentacles, and a light red globous capsule dome containing the dark colored red body. It usually measures no more than 4.5cm from the peak of the bell to the end of the tentacles.

<i>Clava multicornis</i> Genus of hydrozoans

Clava is a monotypic genus of hydrozoans in the family Hydractiniidae. It contains only one accepted species, Clava multicornis. Other names synonymous with Clava multicornis include Clava cornea, Clava diffusa, Clava leptostyla, Clava nodosa, Clava parasitica, Clava squamata, Coryne squamata, Hydra multicornis, and Hydra squamata. The larvae form of the species has a well developed nervous system compared to its small size. The adult form is also advanced due to its ability to stay dormant during unfavorable periods.

<span class="mw-page-title-main">Zancleidae</span> Family of cnidarians

Zancleidae is a family of cnidarians belonging to the order Anthoathecata.

<span class="mw-page-title-main">Rosalindidae</span>

Rosalindidae is a family of cnidarians belonging to the order Anthoathecata.

References

  1. 1 2 3 4 5 6 7 Calder, D. R. (1993). Bougainvillia aberrans (Cnidaria, Hydrozoa), a new species of hydroid and medusa from the upper bathyal zone off Bermuda. Canadian Journal of Zoology, 71(5), 997–1002. doi: 10.1139/z93-132
  2. Peter Schuchert (2010). Schuchert P (ed.). "Bougainvillia aberrans Calder, 1993". World Hydrozoa database. World Register of Marine Species . Retrieved June 26, 2012.
  3. Bougainvillia Sp. - Guide to the Marine Zooplankton of South Eastern Australia, web.archive.org/web/20120322022902/http:/www.tafi.org.au/zooplankton/imagekey/cnidaria/hydrozoa/hydroidomedusae/anthomedusae/bougainvillia.html.
  4. 1 2 3 4 Castro, Peter (4 October 2018). Marine biology. Huber, Michael E.,, Ober, William C.,, Ober, Claire E. (Eleventh ed.). New York, NY. ISBN   978-1-260-08510-5. OCLC   1085562213.{{cite book}}: CS1 maint: location missing publisher (link)
  5. 1 2 Nogueira, M., Rodriguez, C. S., Mianzan, H., Haddad, M. A., & Genzano, G. (2013). Description of a new hydromedusa from the southwestern Atlantic Ocean,Bougainvillia pagesisp. nov. (Cnidaria, Hydrozoa, Anthoathecata). Marine Ecology, 34, 113–122. doi: 10.1111/maec.12030
  6. Calder, D. R. (1998). Hydroid diversity and species composition along a gradient from shallow waters to deep sea around Bermuda. Deep Sea Research Part I: Oceanographic Research Papers, 45(11), 1843–1860. doi: 10.1016/s0967-0637(98)00044-2
  7. 1 2 Mendoza-Becerril, María A.; Marian, José Eduardo A.R.; Migotto, Alvaro Esteves; Marques, Antonio Carlos (2017-02-16). "Exoskeletons of Bougainvilliidae and other Hydroidolina (Cnidaria, Hydrozoa): structure and composition". PeerJ. 5: e2964. doi: 10.7717/peerj.2964 . ISSN   2167-8359. PMC   5316283 . PMID   28224050.