Common name: Porous lettuce coral
General information
The Oxypora lacera, commonly known as Chalice Coral or Lettuce Coral, is a species of large polyp stony (LPS) coral that is popular among reef aquarium enthusiasts for its vibrant colors and unique growth patterns. This coral is characterized by its plate-like structure with deep valleys and ridges, resembling the folds of lettuce, which is where one of its common names is derived from.
Details
- Lighting
- 50 to 150 PAR
- Salinity
- S.G. 1.023 to 1.026
- Temperature
- 23 to 26 °C (73 to 79 °F)
- Acidity
- pH 7.8 to 8.4
- Care level
- Moderate to easy Sensitive to water quality.
- Flow
- Moderate Mimics natural habitat.
- Aggression
- Peaceful
Taxonomy
- KingdomAnimalsAnimalia
- PhylumCnidariansCnidaria
- ClassAnthozoansAnthozoa
- OrderStony CoralsScleractinia
- FamilyChalice CoralsPectiniidae
- GenusChalice CoralOxypora
- SpeciesPorous lettuce coralOxypora lacera (Verrill, 1864)
- SynonymsEchinophyllia lacera (Verrill, 1864)Echinophyllia rugosa Chevalier, 1975Oxypora contorta Quelch, 1886Oxypora titizimaensis Yabe, Sugiyama & Eguchi, 1936Trachypora lacera Verrill, 1864
Care
Chalice Corals require moderate to high lighting and moderate water flow within the aquarium to thrive. They are photosynthetic and rely on zooxanthellae within their tissues for nutrition, but they also benefit from supplemental feedings of planktonic foods or fine particulate organic matter. Stable water parameters are crucial for the health of this coral, and it is important to avoid sudden changes in temperature, salinity, or pH.
Symbiosis
While not known for a specific symbiotic relationship like clownfish and anemones, Chalice Corals can provide shelter and habitat for a variety of small reef organisms, including microfauna that contribute to the overall health of the reef ecosystem.
Habitat
Oxypora lacera is found in the Indo-Pacific region, typically in shallow reef environments. They are often located on reef slopes or in lagoons where they can receive ample sunlight for photosynthesis.