Actinostoloidea

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Actinostoloidea
Actinostola 3.jpg
Actinostola sp.
Scientific classification Red Pencil Icon.png
Kingdom: Animalia
Phylum: Cnidaria
Class: Anthozoa
Order: Actiniaria
Suborder: Enthemonae
Superfamily: Actinostoloidea
Carlgren, 1932
Families

See text

Actinostoloidea is a superfamily of sea anemones in the order Actiniaria. [1]

Families in the superfamily Actinostoloidea include: [1] [2]

Related Research Articles

<i>Calliactis</i> Genus of sea anemones

Calliactis is a genus of sea anemones. Species in this genus are mutually symbiotic with hermit crabs. The anemone gets a place to live and discarded scraps of the crab's food in exchange for its help in defending the crab.

Stichodactylidae Family of sea anemones

Stichodactylidae is a family of sea anemones that contains the genera Stichodactyla and Heteractis. These sea anemones exclusively reside within the shallow waters of the tropical Indo-Pacific area and are in the main family of sea anemones that hosts several varieties of clownfishes. Most sea anemone species are harmless to humans, but at least some Stichodactyla are highly venomous and their sting may cause anaphylactic shock and organ failure. In contrast, the venom of Heteractis has shown potential in treatment of lung cancer.

Venus flytrap sea anemone Species of sea anemone

The Venus flytrap sea anemone is a large sea anemone that superficially resembles a Venus flytrap. It closes its tentacles to capture prey or to protect itself. It is a deep ocean species.

Hexacorallia Class of cnidarians with 6-fold symmetry

Hexacorallia is a class of Anthozoa comprising approximately 4,300 species of aquatic organisms formed of polyps, generally with 6-fold symmetry. It includes all of the stony corals, most of which are colonial and reef-forming, as well as all sea anemones, and zoanthids, arranged within five extant orders. The hexacorallia are distinguished from another class of Anthozoa, Octocorallia, in having six or fewer axes of symmetry in their body structure; the tentacles are simple and unbranched and normally number more than eight. These organisms are formed of individual soft polyps which in some species live in colonies and can secrete a calcite skeleton. As with all Cnidarians, these organisms have a complex life cycle including a motile planktonic phase and a later characteristic sessile phase. Hexacorallia also include the significant extinct order of rugose corals.

Sea anemone Marine animals of the order Actiniaria

Sea anemones are the marine, predatory animals of the order Actiniaria. They are named after the anemone, a terrestrial flowering plant, because of the colourful appearance of many. Sea anemones are classified in the phylum Cnidaria, class Anthozoa, subclass Hexacorallia. As cnidarians, sea anemones are related to corals, jellyfish, tube-dwelling anemones, and Hydra. Unlike jellyfish, sea anemones do not have a medusa stage in their life cycle.

Walking anemone Species of cnidarian

The walking anemone, also known as the hedgehog anemone or sock anemone, is a species of sea anemones in the order Actiniaria. It is the only member of its genus, Preactis.

<i>Urticina eques</i> Species of sea anemone

Urticina eques is a species of sea anemone in the family Actiniidae. It is commonly known as the white-spotted rose anemone or strawberry anemone.

Edwardsiidae Family of sea anemones

Edwardsiidae is a family of sea anemones. Edwardsiids have long thin bodies and live buried in sediments or in holes or crevices in rock.

<i>Boloceroides daphneae</i> Species of marine invertebrate

Boloceroides daphneae is a cnidarian which occurs in the depths of the East Pacific Rise and was described in 2006.

Daphne Gail Fautin American zoologist

Daphne Gail Fautin was an American professor of invertebrate zoology at the University of Kansas, specializing in sea anemones and symbiosis. She is world-renowned for her extensive work studying and classifying sea anemones and related species. A large sea anemone-like cnidarian species has been named in her honor, originally called Boloceroides daphneae, but recently renamed to Relicanthus daphneae, after it was discovered to belong to a previously unknown cnidarian order. Fautin has published numerous scientific articles and texts—including co-authoring Encyclopædia Britannica's entry on cnidarians—and her publications have been widely cited by other researchers in the field. Among her current positions, she is the curator of the University of Kansas Natural History Museum and serves as vice president and commissioner of the International Commission on Zoological Nomenclature, overseeing the naming of new species.

Actinernoidea is a superfamily of sea anemones in the order Actiniaria, Until 2014, this taxon was considered to be a separate suborder of the family Actiniaria.

Anenthemonae is a suborder of sea anemones in the order Actiniaria. It comprises those sea anemones with atypical arrangement of mesenteries for actiniarians.

Enthemonae Suborder of sea anemone

The Enthemonae is a suborder of sea anemones in the order Actiniaria. It comprises those sea anemones with typical arrangement of mesenteries for actiniarians.

Actinioidea is a superfamily of sea anemones in the order Actiniaria.

Metridioidea Superfamily of sea anemones

Metridioidea is a superfamily of sea anemones in the order Actiniaria.

Antipodactinidae is a family of sea anemones.

Ostiactinidae is a family of sea anemones.

Phelliidae is a family of sea anemones.

Halcampulactidae is a family of sea anemones belonging to the order Actiniaria.

References

  1. 1 2 Rodríguez, E., Barbeitos, M. S., Brugler, M.R., Crowley, L. M., Grajales, A., Gusmão, L., Häussermann, V., Reft, A. & Daly, M. (2014). Hidden among sea anemones: The first comprehensive phylogenetic reconstruction of the order Actiniaria (Cnidaria, Anthozoa, Hexacorallia) reveals a novel group of hexacorals.
  2. Gusmão, L. C.; Berniker, L.; Van Deusen, V.; Harris, O.; Rodríguez, E., Halcampulactidae (Actiniaria, Actinostoloidea), a new family of burrowing sea anemones with external brooding from Antarctica, in Polar Biology, vol. 42, n. 7, 2019, pp. 1271-1286, DOI:10.1007/s00300-019-02516-1