Reeflings

Common name: Starry cup coral

Scientific name: Acanthastrea amakusensis Veron, 1990

General information

Acanthastrea amakusensis, commonly known as Amakusensis Brain Coral, is a species of large polyp stony coral (LPS) that is popular among reef aquarium enthusiasts for its vibrant colors and intriguing patterns. This coral is known for its hardiness and adaptability, making it a suitable candidate for a variety of reef aquarium setups.

Details

Lighting
50 to 150 PAR
Salinity
S.G. 1.023 to 1.025
Temperature
24 to 27 °C (75 to 81 °F)
Acidity
pH 7.8 to 8.5
Care level
Moderate to easy Adaptable to various light/flow.
Flow
Moderate Prefers moderate flow.
Aggression
Semi aggresive May extend sweeper tentacles.

Taxonomy

  1. Kingdom
    Animals
    Animalia
  2. Phylum
    Cnidarians
    Cnidaria
  3. Class
    Corals
    Anthozoa
  4. Order
    Stony Corals
    Scleractinia
  5. Family
    Mussidae
    Mussidae
  6. Genus
    Acanthastrea
    Acanthastrea
  7. Species
    Starry cup coral
    Acanthastrea amakusensis Veron, 1990
  8. Synonyms
    Micromussa amakusensis (Veron, 1990)

Care

Amakusensis Brain Coral requires moderate to high lighting conditions to thrive, as well as moderate water flow to prevent sediment accumulation on its surface. It is important to maintain stable calcium, alkalinity, and magnesium levels in the aquarium to support its skeletal growth. Feeding is not strictly necessary due to its photosynthetic capabilities, but occasional feeding with microplankton or minced meaty foods can promote faster growth and more vibrant coloration.

Symbiosis

While not known for hosting other organisms like some corals do, Acanthastrea amakusensis can contribute to the overall biodiversity of the reef tank by providing shelter and microhabitats for various small invertebrates.

Habitat

Acanthastrea amakusensis is found in the Indo-Pacific region, typically in shallow reef environments where it can receive ample sunlight. It is often seen in a range of habitats from reef slopes to lagoons, demonstrating its adaptability to different light and flow conditions.