Common name: Lea's Cardinalfish

Scientific name: Taeniamia leai (Waite, 1916)

General information

Lea's Cardinalfish, scientifically known as Taeniamia leai, is a small and colorful marine fish that is a member of the family Apogonidae. This species is not as common in the aquarium trade as some other cardinalfish, but it can be a unique and peaceful addition to a community tank. They are nocturnal and tend to be shy, often hiding among rockwork and corals during the day.

Details

Recommended minimum tank volume
75 liter (20 gallons)
Salinity
S.G. 1.020 to 1.025
Temperature
22 to 26 °C (72 to 79 °F)
Acidity
pH 8 to 8.4
Average size
12 cm (5″)
Care level
Moderate to easy Prefers complex environments
Diet
Omnivore Varied diet incl. mysis, brine shrimp
Social
Pair Pairs are often more stable
Reefsafe
Yes
Aggression
Peaceful
Captive bred
No
Conservation statusSource: IUCN Red List
ExtinctThreatenedLeastConcern

Taxonomy

  1. Kingdom
    Animals
    Animalia
  2. Phylum
    Chordates
    Chordata
  3. Class
    Ray-finned Fishes
    Actinopterygii
  4. Order
    Perch-like Fishes
    Perciformes
  5. Family
    Cardinalfish
    Apogonidae
  6. Genus
    Coral Cardinalfish
    Taeniamia
  7. Species
    Lea's Cardinalfish
    Taeniamia leai (Waite, 1916)
  8. Synonyms
    Archamia leai Waite, 1916

Care

Lea's Cardinalfish prefer a well-established aquarium with plenty of hiding places and a peaceful environment. They thrive in groups and should be kept with other non-aggressive fish. A varied diet of small meaty foods such as mysis shrimp, brine shrimp, and finely chopped seafood is essential for their health.

Reproduction

Like many cardinalfish, Taeniamia leai are mouthbrooders. The males incubate the eggs in their mouths until they hatch, providing a fascinating display for the aquarist. Breeding them in captivity can be challenging but rewarding for experienced hobbyists.

Habitat

Native to the Western Pacific, Lea's Cardinalfish are found in coral reefs and lagoons. They prefer areas with moderate to low water movement and are often associated with branching corals where they can seek refuge.