Coral
ORA Micronesian Lobophyllia Coral
Lobophyllia sp.LobophylliidaeLPS corals
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The ORA Micronesian Lobophyllia is a maricultured LPS brain coral known for its folded, textured surface and nighttime activity, when its polyps expand fully after lights out. It prefers medium lighting with low to medium flow and stable water parameters.
Quick facts
Handling caution: Fleshy polyps are easily torn when handled, risking tissue damage and infection; avoid direct contact.
Identity
- Also known as
- Lobed brain coral; Lobo coral; Lobo brain coral; Meat coral
- Synonyms
- Symphyllia spp.
- Environment
- Saltwater
- Native to
- Indo-Pacific, Indonesia, Great Barrier Reef, Micronesia
- Habitat
- Reef slopes and lagoons across the Indo-Pacific, typically lower on the reef where light is more subdued.
- Sourcing
- Both
- Conservation
- Not Evaluated
Care
- Care level
- Moderate
- Coral type
- LPS
- Temperament
- Aggressive
- Growth form
- Solitary
- Adult size
- 2 – 12 in (5.1 – 30 cm)
- Spread
- 12 in (30 cm)
- Growth rate
- Slow
- Placement
- Sand bed, Low
Water
- Temperature
- 75 – 81 °F (24 – 27 °C)
- pH
- 8.1 – 8.4
- dKH
- 8 – 12 dKH
- Salinity
- 1.024 – 1.026 SG
- PAR
- 80 – 150 PAR
- Flow
- Low-Moderate
- Light
- Medium
Reef care
- Nutrient preference
- Medium
- Alk/Ca uptake
- Medium
- Target feeding
- Beneficial
- Give it room
- 6 in (15 cm)
- Colors
- Red, Green, Brown, Orange, Multicolor
Feeding & breeding
- Diet
- Photosynthetic
- Foods
- Frozen, Zooplankton, Coral food
- Propagation
- Fragging
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Care guide
Overview
Propagated through ORA's Micronesian mariculture program rather than collected from wild reef slopes, this Lobophyllia shows the folded, fleshy lobes typical of the genus, expanding fully only after dark. Keep it isolated on open sand or low rockwork under 80-150 PAR with gentle flow, since nocturnal feeding tentacles can damage nearby corals.
Care
Lobophyllia is a large-polyp stony coral that fares best once acclimated to captivity, so specimens that have been in the trade for a while or are aquacultured tend to settle in more reliably than freshly imported wild colonies. It wants low to moderate lighting, roughly 80 to 150 PAR, and just enough flow to clear detritus from its mouths without keeping the fleshy lobes retracted. Give it generous open space on the sand bed or lower rockwork, since the tissue expands well beyond the underlying skeleton and can sting or digest neighboring corals it contacts, especially at night.
Placement & acclimation
Acclimate gradually to lighting over one to two weeks, starting in a shaded or lower-light spot in the tank if the coral's prior lighting history is unknown. Place on open sand bed or low rockwork with clearance from neighbors, allowing the fleshy skirt room to expand fully without touching adjacent corals or rock.
Feeding
Most of its nutrition comes from zooxanthellae, but it responds well to occasional target feeding of mysis or brine shrimp with flow paused for several minutes. Feeding once or twice a week is generally enough to support good coloration and tissue fill. Overfeeding or feeding during strong flow tends to go to waste and can foul the water instead of reaching the polyps.
Neighbors
Despite its docile daytime appearance, Lobophyllia extends mesenterial filaments after dark to digest neighboring coral tissue it can reach, so keep a genuine gap of several inches to a foot from other corals. It does not produce long stinging sweeper tentacles like Euphyllia, but proximity aggression is still a real risk. Fish that peck at LPS flesh, such as some butterflyfish, should be avoided in the same system.
Fragging
Fragging is done by cutting between the fleshy lobes to separate sections of the skeleton, though Lobophyllia grows slowly and does not frag as readily or heal as fast as many other LPS, making large-scale propagation uncommon.
Pests & problems
Recently imported colonies often arrive stressed and can suffer tissue recession or bacterial infection if handled roughly during transport or placement. Elevated nitrate, generally above 30 to 40 ppm, has been linked to tissue loss, so stable water chemistry matters more than intense lighting. Bleaching or excessive polyp retraction usually signals too much light or flow rather than disease.
Sources
Varieties in the catalog
More LPS corals
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