Deepwater klipfish – Pavoclinus profundus

Deepwater klipfish, Deepwater Klipfish, Pavoclinus profundus
Size: 5 cm
Depth: 16 - 40 m
Water Type: Marine
Toxicity: Toxic hazard unknown
Red List Status: Least concern (LC)
Temperature: 15,7 °F - 21,6 °F (15,7°C - 21,6°C)

The Deepwater Klipfish (Pavoclinus profundus) is a species of fish belonging to the Clinidae family. It is a small fish, reaching a maximum size of 5.0 cm. This species is found in the depths of the ocean, inhabiting depths ranging from 20.0 to 40.0 meters.

Description and Characteristics

The Deepwater Klipfish, Pavoclinus profundus, is a relatively small fish, with a maximum length of 5.0 cm. Its body is elongated and compressed laterally, with a distinct head and a prominent dorsal fin extending almost the entire length of its back. It is characterized by its small size, relatively large head, and a slightly elongated body.

Habitat and Occurrence

The Deepwater Klipfish, Pavoclinus profundus, is a deep-water species typically found in depths between 20.0 and 40.0 meters. It is commonly encountered in the bathyal zone, a marine environment extending from the edge of the continental shelf to the abyssal zone. This zone is characterized by a lack of sunlight, a relatively stable temperature, and a moderate pressure. This fish is often found on rocky and sandy substrates, where it seeks shelter and foraging opportunities.

Taxonomy

The species Pavoclinus profundus belongs to the Class Teleostei, Order Blenniiformes, and Family Clinidae. The Teleostei is a diverse group of fish characterized by their bony skeletons and specialized features like a mobile upper jaw. The Blenniiformes, also known as blennies, are a group of fishes known for their elongated bodies and often have a prominent dorsal fin. The Clinidae family, commonly referred to as klipfishes, are known for their generally elongated bodies and distinctive head shapes.

Feeding

The Deepwater Klipfish, Pavoclinus profundus, is a zooplankton feeder, meaning it consumes tiny aquatic organisms drifting in the water column. This diet is essential for its survival and allows it to thrive in its deep-water environment.

Associated Species

Image References

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