Conde's Fairy Wrasse (Cirrhilabrus condei) Care Guide
Cirrhilabrus condei is a fairy wrasse from Papua New Guinea, reaching about 8 cm and living on reef slopes at 5-70 m.
Compiled by Aquairi from published sources · Published · Updated
Overview
Cirrhilabrus condei is a fairy wrasse of the family Labridae. According to FishBase it occurs in the Western Pacific around Papua New Guinea and reaches about 8 cm in total length. Males are larger and more colourful than females (Wikipedia).
Taxonomy
- Family: Labridae
- Genus: Cirrhilabrus
- Scientific name: Cirrhilabrus condei
Habitat
FishBase records this species from Papua New Guinea in the Western Pacific. It is reef-associated, occurs inshore and is relatively common on sloping rubble bottoms at depths of about 5-70 m in tropical waters.
Tank requirements
- Minimum tank volume: 300 L
- Temperature: 24-26 °C (75-79 °F)
- pH: 8.1-8.4
- GH: 8-12 °dGH
- Lifespan: 4-8 years
- Substrate: sand
Diet
Cirrhilabrus condei is a carnivore. As with other fairy wrasses it takes small meaty foods; it is fed about twice daily according to the maintained care record.
Compatibility
This is a peaceful, middle-water wrasse considered reef-safe. Suitable companions include clownfish, tangs, anthias and gobies, while aggressive damsels and triggerfish are best avoided.
Conservation status
IUCN Red List: Least Concern (assessed 2009).
Breeding Conde's Fairy Wrasse (Cirrhilabrus condei)
Overview
Cirrhilabrus condei (Allen & Randall, 1996) is a fairy wrasse of the family Labridae described from Papua New Guinea in the Western Pacific, occurring on sloping rubble bottoms at depths of about 5 to 70 m (FishBase). It reaches around 8 cm total length and is non-migratory. Although it is often kept in groups in large reef tanks, its reproduction follows the genus pattern of sex change, courtship display and open-water spawning.
Sexing
The species is a protogynous sequential hermaphrodite: all individuals begin as females and the dominant female of a group later transforms into a functional male (Reef Builders). Terminal males are larger and brighter than the more uniform females and juveniles. Reliable sexing therefore depends on the development of a terminal male within a group rather than on examining single fish.
Conditioning
Conde's Fairy Wrasse feeds on zooplankton above rubble slopes, so reaching breeding condition would rely on frequent small portions of meaty marine foods. No captive conditioning protocol exists because the fish is not bred in aquaria; in practice the genus displays and spawns most readily when well fed and held in a stable, mature marine system.
Breeding Setup
In the wild reproduction occurs in haremic groups led by a single terminal male. No home-aquarium setup has been documented to produce fry, because eggs released into the water column are usually lost to filtration or predation before collection. Even the large display tanks in which condei is commonly kept do not allow the eggs to be captured and the larvae raised.
Spawning Behavior & Trigger
Before spawning the male performs a nuptial display, intensifying his colours with metallic blue or white flushes on the fins, flaring all fins and swimming in rapid bursts to court females and repel rivals; this colour peak lasts only seconds before fading back (Reef Builders). Spawning is a brief paired ascent into open water, usually toward dusk, where gametes are released together.
Egg & Fry Care
The buoyant pelagic eggs receive no parental care and hatch into tiny larvae that drift in the plankton and feed on minute zooplankton. Rearing them calls for dense live-food cultures and dedicated larval systems, which is why fairy-wrasse fry are essentially unreared by hobbyists and only occasionally raised in specialist work.
Common Challenges
The hurdles are biological: tiny pelagic eggs lost to filtration and predation, larvae that need foods finer than typical rotifers, and the need for a stable male-led harem. The species therefore remains a wild-collected reef fish, with a realistic aquarium goal of maintaining a healthy display group rather than breeding.