Orangeback bass – Serranus annularis

Orangeback bass, Orangeback Bass, Serranus annularis
Size: 9 cm
Depth: 10 - 70 m
Water Type: Marine
Toxicity: Toxic hazard unknown
Red List Status: Least concern (LC)
Temperature: 68 °F - 82.4 °F (20°C - 28°C)

The Orangeback Bass, scientifically known as Serranus annularis, is a captivating fish species inhabiting the diverse underwater landscapes of the ocean. Its vibrant coloration and intriguing behavior make it a fascinating subject for marine enthusiasts and researchers alike. This species, belonging to the family Serranidae, showcases the intricate beauty of the underwater world.

Description & Characteristics

Serranus annularis exhibits a distinct orange coloration on its back, seamlessly blending into a pale white belly, giving it its common name. This species typically reaches a maximum size of 9.0 cm, making it a relatively small inhabitant of the ocean’s depths. Their elongated bodies, adorned with fins, are well-suited for navigating the varied underwater terrain.

Habitat and Occurrence

Serranus annularis exhibits a preference for the subtidal, sublittoral, infralittoral, and deep zone of the oceans, extending from the lower limit of the intertidal zone to the shelf edge at approximately 200 m depth. This species resides in the neritic zone, a realm where sunlight penetrates and supports a diverse range of marine life. Their presence in these diverse marine environments highlights their adaptability and ecological significance.

Taxonomy

The Orangeback Bass, Serranus annularis, belongs to the Class: Teleostei, Order: Perciformes, and Family: Serranidae. This classification reflects its evolutionary lineage and shared characteristics with other members of its family, the Serranidae, which includes a wide variety of fish species.

Feeding

The Orangeback Bass, Serranus annularis, is a carnivorous species, relying on a diet of fish larvae, invertebrates, krill, and zoobenthos. Its diet reflects its role in the marine food web as a predator and consumer of smaller organisms. This feeding strategy contributes to the delicate balance and intricate interactions within the ocean’s ecosystems.

Associated Species

Image References

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