TSA Flower Bomb Acropora Coral

TSA Flower Bomb Acropora Coral

Acropora SPS

Overview

Flower Bomb Acropora Coral shows thick, branching tips with tightly spaced polyps and contrasting color at the growth edges. Acropora tenuis is a small-polyp stony branching coral that prefers strong lighting and moderate to high, turbulent water flow. It is mainly photosynthetic through symbiotic algae but can take fine planktonic foods; regular, light feeding can support growth and color. Place high on stable rockwork with space from aggressive neighbors, and keep parameters stable to prevent tissue loss.

Quick Facts

Care Difficult
Lighting High
Flow High, turbulent
Placement High
Temperament Peaceful (2–3 inches spacing)

Recommended Parameters

Temp 77–80°F
pH 8.1–8.4
Salinity 1.025–1.026
Calcium 420–450 ppm
AlkAlkalinity 7.5–9 dKH
Magnesium 1300–1400 ppm
Feeding photosynthetic (primary), microplankton, rotifers, copepod nauplii, oyster eggs, coral-specific powdered foods (e.g., Reef-Roids), amino acid supplements

Care & Placement

Flower Bomb Acropora Coral (Acropora tenuis) thrives in stable, high-energy SPS systems. Aim for strong, turbulent flow to keep polyps clean and prevent detritus buildup; avoid a constant jet directly on the tissue. Provide high light: 250–400 PAR with a slow ramp-up over 2–3 weeks to avoid bleaching. Keep temperature 24–26°C (75–79°F), salinity 1.026 (35 ppt), pH 8.1–8.4. Maintain calcium 420–460 ppm, alkalinity 7.5–8.5 dKH (stable day to day), magnesium 1300–1400 ppm, nitrate 5–15 ppm, and phosphate 0.03–0.08 ppm. Test 2–3 times weekly (daily if dialing in) and use dosing or a calcium reactor to hold targets steady; stability matters more than exact numbers. Feed small-particle foods (rotifers, reef roids, copepods) and/or amino acids 1–3x weekly to support color and growth, especially in low-nutrient systems.Place frags in the upper third with room for branches to grow; give 2–3 inches clearance from neighbors and keep away from aggressive LPS with long sweepers. Mount on stable rock to encourage encrusting before vertical growth. Acclimate by dipping and inspecting for pests (AEFW, red bugs) and by reducing light intensity or depth for the first week. Common issues: bleaching from rapid light change or ultra-low nutrients; tip burn from high alkalinity with very low nutrients; tissue recession from swings in temperature, salinity, or alkalinity, or from pests. Troubleshooting: pale coloration—raise nutrients slightly or reduce light; browning—increase light or improve flow; recession—restore stability, verify parameters, and re-dip if pests are suspected. Quarantine new corals when possible.

FAQ

Frequently Asked Questions

About the TSA Flower Bomb Acropora Coral

  • Why did my Flower Bomb Acropora lose its neon tip color after moving it higher?
    Acropora tenuis can wash out under strong PAR if nutrients or alkalinity are low or unstable. Aim for PAR 250–350 with a blue-heavy spectrum, NO3 around 5–15 ppm, PO4 0.03–0.08, and stable alkalinity near 8–9 dKH. Sudden light jumps can “burn” tips; use screen acclimation over 2–3 weeks. Trace balance (potassium, iodine) also influences pinks and blues.
  • How do I prevent base shadowing and slow tissue loss on this coral?
    Provide vigorous, randomized flow that sweeps detritus from the base and inner branches; avoid strong laminar jets at a single side. Place the colony where light can reach the underside, or trim inward branches periodically. Mount the frag slightly off the rock to allow peripheral encrustment and airflow. Keep organics moderate; elevated DOC with low flow often precedes STN at the base.
  • How can I spot and manage pests specific to Acropora tenuis?
    Look for shallow, oval bite marks and pale patches (AEFW), and reduced polyp extension with tiny yellow/red dots (red bugs). Use a turkey baster blast; AEFW may dislodge as beige, flat ovals. Dips help adults but not eggs—quarantine, repeat dips every 6–7 days for several cycles, and inspect for egg spirals on undersides. Maintain strong flow and fish activity to discourage settlement.
  • Which trace elements most affect the Flower Bomb color palette?
    Potassium supports pinks/magentas; iodine and bromine improve blue/violet saturation; iron and manganese influence greens and overall fluorescence. Verify with periodic ICP tests before dosing, then adjust lightly and consistently rather than chasing colors. Overdosing can cause algae or tissue stress. Stable alkalinity and moderate nutrients are the foundation—trace tweaks refine, not replace, core husbandry.