Bathocyroe fosteri

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Bathocyroe fosteri
Bathocyroe fosteri.jpg
Scientific classification Red Pencil Icon.png
Kingdom: Animalia
Phylum: Ctenophora
Class: Tentaculata
Order: Lobata
Family: Bathocyroidae
Genus: Bathocyroe
Species:
B. fosteri
Binomial name
Bathocyroe fosteri

Bathocyroe fosteri is a species of lobate ctenophore found at intermediate depths in all the world's oceans. [1] The species is very common and abundant near the Mid-Atlantic Ridge. It is bioluminescent, and is typically observed hanging motionlessly in an upright or inverted posture although it can flap its oral lobes to swim. [2] This deep-sea comb jelly is named for Alvin (DSV-2) pilot Dudley Foster, who collected the first specimens.

Contents

Description

Bathocyroe fosteri is mostly transparent with red pigmented inner gut walls. It has short comb rows and measures 2–4 cm across the oral lobes. These oral lobes are used to contain prey until they are drawn into the gut with its tentacles. [3]

Related Research Articles

<span class="mw-page-title-main">Ctenophora</span> Phylum of gelatinous marine animals

Ctenophora comprise a phylum of marine invertebrates, commonly known as comb jellies, that inhabit sea waters worldwide. They are notable for the groups of cilia they use for swimming, and they are the largest animals to swim with the help of cilia.

<span class="mw-page-title-main">Beroidae</span> Family of comb jellies without tentacles

Beroidae is a family of ctenophores or comb jellies more commonly referred to as the beroids. It is the only family within the monotypic order Beroida and the class Nuda. They are distinguished from other comb jellies by the complete absence of tentacles, in both juvenile and adult stages. Species of the family Beroidae are found in all the world's oceans and seas and are free-swimmers that form part of the plankton.

<span class="mw-page-title-main">Lobata</span> Order of comb jellies

Lobata is an order of Ctenophora in the class Tentaculata with smaller tentacles than other ctenophores, and distinctive flattened lobes extending outwards from their bodies.

<i>Bathocyroe</i> Genus of comb jellies

Bathocyroe is a genus of ctenophores, the only genus in the family Bathocyroidae.

<i>Mnemiopsis</i> Genus of comb jellies

Mnemiopsis leidyi, the warty comb jelly or sea walnut, is a species of tentaculate ctenophore. It is native to western Atlantic coastal waters, but has become established as an invasive species in European and western Asian regions. Three species have been named in the genus Mnemiopsis, but they are now believed to be different ecological forms of a single species M. leidyi by most zoologists.

<i>Lampocteis</i> Genus of comb jellies

Lampocteis is a monotypic genus of comb jellies, the only genus in family Lampoctenidae. The sole species in this new genus is Lampocteis cruentiventer, the bloodybelly comb jelly. This ctenophore was first collected in the Pacific Ocean off the coast of San Diego, California, in 1979. It was described to science in 2001. Two morphological differences separating it from previously known comb jellies warranted the naming of a new family for this animal.

<i>Ocyropsis</i>

Ocyropsis is a genus of Ctenophores, which are commonly known as Comb Jellies. Ocyropsis belong to the family of Ocyropsidae. Ocyropsis possesses two large lateral muscular lobes and four auricles, and appear pale and translucent in color. Ocyropsis habitat is not precise as their gelatinous composition can make it difficult to study. They have been found in warm and cold waters. Unlike other, slow swimming Ctenophores, Ocyropsis are efficient in evading their predators. They use their oral lobes for additional propulsion and a secrete luminous mucous in efforts to evade predators. The muscular oral lobes of the Ocyropsis are used to grab its prey, and then moved to the prehensile mouth for absorption.

<span class="mw-page-title-main">Platyctenida</span> Order of benthic ctenophores

Platyctenida is an order of comb jellies.

<i>Pleurobrachia bachei</i> Species of comb jelly

Pleurobrachia bachei is a member of the phylum Ctenophora and is commonly referred to as the Pacific sea gooseberry. These comb jellies are often mistaken for medusoid Cnidaria, but lack stinging cells.

The benthic comb jelly is a comb jelly living in the Ryukyu Trench near Japan. Found at a depth of 7,217 metres (23,700 ft), it is the deepest dwelling ctenophore discovered.

<i>Deepstaria</i> Genus of jellyfishes

Deepstaria is a genus of jellyfish known for their thin, sheet-like bodies. The genus is named after the Deep Star 4000, which collected the holotype of the type species, D. enigmatica.

Deepstaria reticulum, is a jellyfish of the family Ulmaridae. It was described by Larson, Madin, and Harbison in 1988. This was the second described Deepstaria species, the first having been Deepstaria enigmatica.

<i>Leucothea</i> (ctenophore) Genus of ctenophores

Leucothea is a genus of ctenophores in the monotypic family Leucotheidae.

<i>Thalassocalyce</i> Genus of ctenophores

Thalassocalyce is a genus of ctenophore, or comb jellies, known from the California Coast, Gulf of Mexico, and west north Atlantic. It is represented by a single species, Thalassocalyce inconstans, which is the only species in the family Thalassocalycidae and the order Thalassocalycida. T. inconstans is a pelagic ctenophore typically occurring in upper-mesopelagic depths, but has been observed at depths up to 3,500 m in Monterey Canyon.

Coeloplana huchonae is a species of benthic comb jelly. It is known from the Red Sea and lives as an episymbiont on the stems of the soft coral Dendronephthya hemprichi. It can be differentiated from its congeneric species by their host, colour, and colour pattern.

Coeloplana fishelsoni is a species of benthic comb jelly. It is known from the Red Sea and lives as an episymbiont on colonies of Xenia umbellata and Paralemnalia species. It can be differentiated from its congeneric species by their host, colour, and colour pattern.

<i>Beroe abyssicola</i> Species of comb jelly

Beroe abyssicola is a species of beroid ctenophore, or comb jelly. It is largely found in deep waters in the North Pacific Ocean, and is common in Japan and the Arctic Ocean. A predator, Beroe feeds mostly on other ctenophores by swallowing them whole. Like other ctenophores, B. abyssicola has a simple nervous system in the form of a nerve net, which it uses to direct its movement, feeding, and hunting behaviors.

<i>Euplokamis</i> Genus of ctenophores

Euplokamis is a genus of ctenophores, or comb jellies, belonging to the monotypic family Euplokamididae. Despite living for hundreds of millions of years in marine environments, there is minimal research regarding Euplokamis, primarily due to their body structure. Research on the evolution of the basic body structures of diploblastic metazoans revealed that there are four major phyla, including the Ctenophores. Although the morphology of Euplokamis often resembles the medusa stage of Cnidarians, their eight rows of combs are one distinguishing feature that led to the official classification of Ctenophores. After being originally described by Chun (1879), the family Euplokamididae was expanded by Mills (1987) due to the discovery of a new species, Euplokamis dunlapae. Further research indicated that Euplokamis should be identified from Mertensiidae due to the rows of combs and some compression. They may also be distinguished from the genus Pleurobrachia due to their more elongated shape. Additionally, various adaptations of Euplokamis have been observed such as the use of tentacles for movement/feeding, a complex nervous system, and bioluminescent capabilities. Other characteristics including a defined mesoderm, lack of stinging cells, developmental differences, and symmetry supported the reclassification of these organisms.

Beroe gracilis is a species of comb jelly in the family Beroidae. It is a free-swimming species found in the North Sea, the Atlantic Ocean and the Mediterranean Sea.

References

  1. "WoRMS - World Register of Marine Species - Bathocyroe fosteri Madin & Harbison, 1978". www.marinespecies.org. Retrieved 2019-03-06.
  2. Madin, L.; Harbison, G. (1978). "Bathocyroe fosteri gen.nov., sp.nov.: A mesopelagic ctenophore observed and collected from a submersible". Journal of the Marine Biological Association of the United Kingdom. 58 (3): 559–564. doi:10.1017/S0025315400041217. S2CID   85990317 . Retrieved 2021-03-03.
  3. Youngbluth, M.J.; Kremer, P. (1988). "Chemical composition, metabolic rates and feeding behavior of the midwater ctenophore Bathocyroe fosteri". Marine Biology. 98: 87–94. doi:10.1007/BF00392662. S2CID   85418306 . Retrieved 2021-03-03.