Common name: brazilian rose coral
General information
The Maze Brain Coral, scientifically known as Meandrina meandrites, is a stony coral that is well-recognized for its intricate maze-like patterns of valleys and ridges. This coral is part of the family Meandrinidae and is native to the Atlantic Ocean, particularly in the Caribbean Sea. It is a species that adds both biological diversity and aesthetic appeal to a reef aquarium.
Details
- Lighting
- 75 to 150 PAR
- Salinity
- S.G. 1.023 to 1.025
- Temperature
- 22 to 28 °C (72 to 82 °F)
- Acidity
- pH 7.8 to 8.4
- Care level
- Moderate to difficult Sensitive to water quality.
- Flow
- Moderate Mimics natural habitat.
- Aggression
- Semi aggresive May sting nearby corals.
Taxonomy
- KingdomAnimalsAnimalia
- PhylumCnidariansCnidaria
- ClassAnthozoansAnthozoa
- OrderStony CoralsScleractinia
- FamilyMaze CoralMeandrinidae
- GenusMaze CoralMeandrina
- Speciesbrazilian rose coralMeandrina meandrites (Linnaeus, 1758)
- SynonymsGoreaugyra memoralis Wells, 1973Goreaugyra memorialis Wells, 1973Madrepora meandrites Linnaeus, 1758Meandrina meandrites memorialis (Wells, 1973)
Care
Maze Brain Coral requires moderate to high lighting conditions to thrive, as it relies on its symbiotic algae, zooxanthellae, for nutrition through photosynthesis. Stable water quality with appropriate calcium, alkalinity, and magnesium levels is crucial for its growth and health. It is also important to provide moderate water flow to ensure the removal of waste products and delivery of nutrients.
Symbiosis
While Meandrina meandrites does not have the same level of symbiotic relationships as some other corals or marine species, its structure provides shelter and habitat for a variety of small reef organisms. These include small fish and invertebrates that seek refuge within its complex structure.
Habitat
Maze Brain Coral is typically found in shallow reef environments, often in areas with clear water and strong sunlight penetration. It is a resilient species that can also be found at depths where light is less intense, demonstrating its adaptability to different light conditions within the reef ecosystem.