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Pineapple Brain Care Guide

Pineapple Brain (Dipsastraea speciosa) is a LPS coral. Care covers 75-175 PAR, medium flow, reef parameters and feeding; beginner level.

Compiled by Aquairi from published sources · Published · Updated

Overview

Pineapple Brain (Dipsastraea speciosa) is a LPS coral in the family Merulinidae. Hardy boulder LPS (formerly Favia) with raised individual corallites. Reliable beginner brain coral.

Taxonomy

  • Family: Merulinidae
  • Genus: Dipsastraea
  • Scientific name: Dipsastraea speciosa
  • Common synonyms: Dipsastraea speciosa, Pineapple Coral

Habitat

In the wild, Dipsastraea speciosa is reported from Indo-Pacific, where it occupies mid to lower reef slopes and lagoons (typically 5-30 m). The species adopts a massive growth form on hard substrate within zooxanthellate reef communities.

Tank requirements

  • Salinity (specific gravity): 1.024-1.026
  • Temperature: 24-26 °C (75-79 °F)
  • pH: 8.1-8.4
  • Carbonate hardness (dKH): 8-11
  • Calcium: 400-450 ppm
  • Magnesium: 1280-1350 ppm
  • Phosphate (max): 0.03 ppm
  • Nitrate (max): 5 ppm
  • Minimum system age: 3 months

Placement and lighting

  • PAR (placement zone): 75-175 PAR
  • Water flow: medium

Mount this LPS coral on the lower or mid rockwork or on the sand bed (for free-living forms) where light is moderate. Strong direct flow can damage the fleshy tissue; aim for indirect, varied movement.

Feeding

Dipsastraea speciosa hosts symbiotic zooxanthellae and derives most of its energy through photosynthesis. Supplemental target feeding accelerates growth and supports colouration; commonly accepted items include mysis, reef-roids. Feed once or twice per week after lights-out, when polyps are extended.

Compatibility

This coral is moderately aggressive toward neighbours. It extends sweeper tentacles capable of stinging adjacent corals, so leave generous spacing (10-20 cm) between colonies. Reef-safe with most fish and invertebrates.

Care notes

Difficulty level: beginner. Reported skeletal growth in well-tuned reef tanks is approximately 0.15-0.4 cm/month. Propagation by fragmentation is straightforward for massive colonies — separate branches or polyps with a bone cutter, glue to plug, allow 1-2 weeks for healing. Maintain stable alkalinity (avoid swings above ±0.5 dKH per day) to preserve tissue health.

Favia speciosa (Pineapple Brain) Propagation Guide

Overview

Dipsastraea speciosa, long known as Favia speciosa, is a massive boulder coral in the family Merulinidae. Its corallites are plocoid, meaning each polyp has its own raised wall, giving the colony a pineapple-like surface. Favia colonies are massive or thickly encrusting, dome-shaped or flat, on a single connected skeleton, so propagation is done by dividing that skeleton.

Reproductive Mode

The colony grows asexually as polyps bud and the separate-walled corallites multiply across the skeleton, all sharing one genotype. Reef-building Merulinidae also reproduce sexually by releasing gametes for external fertilisation. Aquarium propagation uses the asexual route by mechanical division.

Fragging / Asexual Propagation

  1. Choose a healthy colony; because corallites have separate walls, cut between corallites to avoid splitting individual polyps.
  2. Saw through the massive skeleton with a band saw, keeping several whole corallites per frag.
  3. Rinse skeletal debris and mount each frag cut-side down on a plug or rock.
  4. Recover in moderate flow under reduced light until the edge tissues over.

Conditions for Propagation

  • Stable alkalinity, calcium and magnesium for skeletal repair.
  • Moderate, clean flow over the cut.
  • Softened light during early recovery.
  • Low nutrients to keep exposed skeleton algae-free.

Sexual Reproduction

In nature these brain corals release gametes into the water column during synchronised spawning, with external fertilisation and larval settlement founding new colonies. This is not a routine aquarium propagation method.

Common Challenges

Favia are reliable in captivity, but a fresh cut exposes skeleton that algae can colonise and that may recede if water quality lapses. Cut between corallites rather than through them, and keep handling brief.

Sources

  1. Wikipedia (CC BY-SA 4.0)
  2. WoRMS
  3. Reef Builders
  4. Coral Magazine

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