Farrani ‘s Amphiorina, Aeolid Nudibranch – Amphorina farrani

, Farrani 's Amphiorina, Aeolid Nudibranch, Amphorina farrani
Depth: 1 - 130 m
Water Type: Marine
Toxicity: Toxic hazard unknown
Red List Status: Not evaluated (NE)
Temperature: 3,5 °F - 73.4 °F (3,5°C - 23°C)

The Farrani’s Amphiorina, Aeolid Nudibranch, scientifically known as Amphorina farrani, is a captivating species of sea slug belonging to the family Eubranchidae. This nudibranch, distinguished by its unique appearance and ecological role, is a fascinating subject of study for marine biologists and enthusiasts alike.

Description & Characteristics

The Amphorina farrani is a small, delicate nudibranch with a slender, elongated body. Its maximum size typically reaches about 15 mm in length. The body is often translucent, allowing glimpses of the internal organs, and is adorned with numerous cerata, the small, finger-like projections that characterize aeolid nudibranchs. These cerata are covered in cnidosacs, which are specialized structures that store stinging cells (nematocysts) obtained from the Amphorina farrani‘s prey.

Habitat and Occurrence

The Amphorina farrani is a common sight in various marine habitats, including fjords, intertidal zones, tidal zones, and kelp forests. This adaptable species can be found in both shallow and deeper waters, with a depth range extending from the intertidal zone down to several meters. Its widespread distribution encompasses a range of marine zones, making it a prevalent presence in these aquatic ecosystems.

Taxonomy

The species Amphorina farrani belongs to the Class: Gastropoda, Order: Nudibranchia, and Family: Eubranchidae. This classification places Amphorina farrani within the diverse and fascinating group of sea slugs, further highlighting its unique characteristics within this broader taxonomic framework.

Feeding

The Amphorina farrani is a food specialist, feeding primarily on hydrozoa polyps. These polyps are colonial invertebrates that form intricate structures in marine environments. The Amphorina farrani captures and consumes these polyps, incorporating the stinging cells from their prey into its own cerata. This adaptation provides a defense mechanism against predators and enhances its ability to capture food.

Associated Species

Image References

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