Why does my Cherry Garcia Chalice lose pink/red contrast under strong light, and how can I regain it?

Echinophyllia often lives deeper or in turbid zones, so high PAR washes out red pigments and can thin tissue. Move it to low–moderate PAR (80–150), reduce hot spots, and favor blue/UV spectrum with modest white. Keep nutrients non-zero (NO3 5–15 ppm, PO4 0.03–0.1) and stable alkalinity (8–9 dKH). Many see colors rebound over 2–4 weeks after gradual light reduction.

The rim is receding while the center looks fine—what’s causing “edge melt” on this chalice?

Edge recession usually tracks with alkalinity swings, vermetid irritation, or algae shading the thin growing margin. Verify stable KH/Ca/Mg, trim vermetid tubes, and gently brush away nuisance film. Increase cross-flow to the rim without blasting the tissue. If recession is active, iodine dip and a clean, lower-light recovery zone often halt it within days. Avoid ultra-low nutrients during recovery.

Mine inflates at night and extrudes filaments toward nearby corals—normal or a stress sign?

Mild inflation at dusk with short feeding filaments is normal for Echinophyllia. Persistent, long filaments indicate territorial aggression or stress. Provide 3–4 inches of space, indirect flow, and avoid contact with euphyllids or aggressive chalices. If filaments persist, reduce PAR slightly and offer occasional night feedings; improved nutrition and space usually calm the response and protect neighbors.

Can I keep this chalice in a low-nutrient SPS system without browning or recession?

Yes, but avoid near-zero nutrients. Run moderate nutrients (detectable nitrate and phosphate), stable alkalinity, and lower PAR placements (shaded ledge or sandbed). Supplement amino acids lightly and target-feed fine foods weekly to maintain tissue. Ensure gentle, diffuse flow to the rim and minimize detritus traps. Periodic potassium checks (upper 300s–low 400s ppm) can help sustain pink/red tones.

Cherry Garcia Chalice Coral

Chalice

Overview

Cherry Garcia Chalice Coral shows a mottled red and pink chalice surface with raised eyes and a wavy rim. Echinophyllia sp., a plating LPS coral, prefers low to moderate light and gentle to moderate water flow. It is photosynthetic via symbiotic algae but benefits from occasional small meaty feedings, which can support growth and color. Place it on stable rockwork with room to expand and keep space from neighboring corals, as its tissue is delicate and it can sting nearby colonies.

Quick Facts

Care Moderate

Lighting Low–Moderate

Flow Low–Moderate

Placement Low

Temperament Aggressive (6–8 inches spacing)

Recommended Parameters

Temp 76–80°F

pH 8.1–8.4

Salinity 1.025–1.026

Calcium 400–450 ppm

AlkAlkalinity 8–9 dKH

Magnesium 1280–1350 ppm

Feeding photosynthetic (primary), zooplankton, microplankton, coral-specific powdered foods (e.g., Reef-Roids), cyclops/copepods, small or chopped mysis shrimp, enriched brine shrimp, rotifers

Care & Placement

Cherry Garcia Chalice Coral (Echinophyllia sp.) prefers low to moderate light (PAR ~50–150) and gentle, indirect flow. Start it in the lower third of the tank or on the sandbed on a stable, flat frag tile so the rim can plate outward. Acclimate to light slowly using reduced intensity or a screen over 2–3 weeks; too much light causes bleaching and washed-out colors. Provide low, cross-flow to keep detritus from settling without lifting the tissue; strong, direct jets can lead to recession. Feed at dusk or after lights out 2–3 times weekly with small meaty foods (mysis, chopped clam) or fine coral foods; watch for feeder tentacles extending. Target feed lightly to avoid fouling. Keep 3–6 inches of space from neighbors—chalices can send out stinging sweeper tentacles at night.Maintain stable water: 75–79°F (24–26°C), salinity 1.025–1.026, pH 8.0–8.4, alkalinity 8.0–9.5 dKH, calcium 400–450 ppm, magnesium 1300–1400 ppm, nitrate 2–10 ppm, phosphate 0.03–0.08 ppm. Test weekly and avoid rapid swings, especially in alkalinity. Common issues: bleaching (reduce light, increase feeding, verify nutrients aren’t bottomed out), tissue recession (check flow, stabilize parameters, inspect for pests; dip new frags). Use a turkey baster to gently blow off debris. Compatibility is moderate; keep away from aggressive LPS and fast encrusters. For new additions, temperature match, dip, and light-acclimate; glue securely to prevent falls and shadowing.

FAQ

Frequently Asked Questions

About the Cherry Garcia Chalice Coral

Why does my Cherry Garcia Chalice lose pink/red contrast under strong light, and how can I regain it?

Echinophyllia often lives deeper or in turbid zones, so high PAR washes out red pigments and can thin tissue. Move it to low–moderate PAR (80–150), reduce hot spots, and favor blue/UV spectrum with modest white. Keep nutrients non-zero (NO3 5–15 ppm, PO4 0.03–0.1) and stable alkalinity (8–9 dKH). Many see colors rebound over 2–4 weeks after gradual light reduction.
The rim is receding while the center looks fine—what’s causing “edge melt” on this chalice?

Edge recession usually tracks with alkalinity swings, vermetid irritation, or algae shading the thin growing margin. Verify stable KH/Ca/Mg, trim vermetid tubes, and gently brush away nuisance film. Increase cross-flow to the rim without blasting the tissue. If recession is active, iodine dip and a clean, lower-light recovery zone often halt it within days. Avoid ultra-low nutrients during recovery.
Mine inflates at night and extrudes filaments toward nearby corals—normal or a stress sign?

Mild inflation at dusk with short feeding filaments is normal for Echinophyllia. Persistent, long filaments indicate territorial aggression or stress. Provide 3–4 inches of space, indirect flow, and avoid contact with euphyllids or aggressive chalices. If filaments persist, reduce PAR slightly and offer occasional night feedings; improved nutrition and space usually calm the response and protect neighbors.
Can I keep this chalice in a low-nutrient SPS system without browning or recession?

Yes, but avoid near-zero nutrients. Run moderate nutrients (detectable nitrate and phosphate), stable alkalinity, and lower PAR placements (shaded ledge or sandbed). Supplement amino acids lightly and target-feed fine foods weekly to maintain tissue. Ensure gentle, diffuse flow to the rim and minimize detritus traps. Periodic potassium checks (upper 300s–low 400s ppm) can help sustain pink/red tones.

Account

Your cart is empty