Amethyst anthias – Pseudanthias pascalus

Amethyst anthias, Amethyst Anthias - Pseudanthias pascalus, Pseudanthias pascalus
Size: 20 cm
Depth: 0 - 70 m
Water Type: Marine
Toxicity: Toxic hazard unknown
Red List Status: Least concern (LC)
Temperature: 73.4 °F - 78.8 °F (23°C - 26°C)

The Amethyst Anthias, scientifically known as Pseudanthias pascalus, is a captivating marine fish species renowned for its vibrant coloration. Its striking beauty and graceful movements make it a popular choice among aquarists.

Description & Characteristics

The Pseudanthias pascalus is a relatively small fish, reaching a maximum size of 20.0 cm. Its body is elongated and compressed laterally, giving it a streamlined appearance. It is adorned with a mesmerizing array of colors, with a predominantly deep purple hue that gives rise to its common name. This captivating coloration, combined with its delicate fins, makes it a visually stunning creature.

Habitat and Occurrence

The Amethyst Anthias, Pseudanthias pascalus, can be found in a wide range of marine environments, typically inhabiting coral reefs and rocky outcrops. They prefer depths between 0.0 and 70.0 meters, making them a common sight in both shallow and deeper waters. Their preference for these habitats, coupled with their wide distribution, makes them a significant component of these marine ecosystems.

Taxonomy

The species Pseudanthias pascalus belongs to the Class: Teleostei, Order: Perciformes, and Family: Serranidae. The Serranidae family encompasses a diverse group of fishes, including sea basses, groupers, and anthias, and is known for its members’ generally predatory nature. This taxonomic placement highlights the evolutionary relationships and shared characteristics of the Amethyst Anthias with other members of its family.

Feeding

The Amethyst Anthias, Pseudanthias pascalus, is an opportunistic feeder, primarily consuming small invertebrates such as zooplankton. Their diet includes brine shrimp nauplii and other living food sources. This dietary preference reflects their adaptation to the rich and diverse ecosystems they inhabit.

Associated Species

Image References

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