Onespot fringehead – Neoclinus uninotatus

Onespot fringehead, , Neoclinus uninotatus
Size: 25 cm
Depth: 3 - 27 m
Water Type: Marine

Neoclinus uninotatus, commonly known as the unspotted blenny, is a small, elongated fish found in the eastern Pacific Ocean. This species is characterized by its distinctive physical features and preferred habitats, making it an interesting subject for marine biologists and enthusiasts alike.

Description & Characteristics

Neoclinus uninotatus is a slender fish with a slightly compressed body. It can reach a maximum size of 25.0 cm in length. The unspotted blenny is distinguished by its lack of spots, unlike some of its close relatives. The body coloration is typically light brown, with a darker dorsal stripe and a slightly lighter belly. The mouth is small and terminal, with a single barbel located beneath the lower jaw.

Habitat and Occurrence

Neoclinus uninotatus is found in a range of depths, from 3.0 meters to 27.0 meters, making it a common inhabitant of the subtidal zone. This species is typically found among rocks and kelp forests, often utilizing these structures as shelter and protection from predators. Their habitat preferences extend to both shallow and deeper waters, demonstrating their adaptability within the marine environment.

Taxonomy

Neoclinus uninotatus belongs to the Class: Teleostei, the largest group of bony fishes, and the Order: Blenniiformes, commonly known as blennies. It is further classified within the Family: Chaenopsidae, which encompasses a diverse group of fishes known as tube blennies. The classification of Neoclinus uninotatus reflects its evolutionary lineage and shared characteristics with other members of its family, order, and class.

Feeding

Neoclinus uninotatus is primarily carnivorous, with a diet consisting of small invertebrates, such as crustaceans and worms. They are opportunistic feeders, taking advantage of available prey in their surrounding habitat. This feeding strategy helps contribute to the ecological balance within their marine environment by controlling populations of smaller organisms.

Associated Species

Image References

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