Common name: Zebra goby
General information
The Zebra Dartfish, scientifically known as Lythrypnus zebra, is a small and colorful goby that is a charming addition to any reef aquarium. Its body is elongated with a pattern of blue and white zebra-like stripes, which provides excellent camouflage among the coral reefs it inhabits. This species is relatively peaceful and can be kept with other non-aggressive tank mates.
Details
- Recommended minimum tank volume
- 40 liter (11 gallons)
- Salinity
- S.G. 1.023 to 1.025
- Temperature
- 22 to 26 °C (72 to 79 °F)
- Acidity
- pH 8.1 to 8.4
- Average size
- 5 cm (2″)
- Care level
- Easy Hardy, good for nano tanks
- Diet
- Carnivore Enjoys small meaty foods
- Social
- Pair Pairs are harmonious
- Reefsafe
- Yes
- Aggression
- Peaceful
- Captive bred
- Yes Bred in small numbers
- Conservation statusSource: IUCN Red List
Taxonomy
- KingdomAnimalsAnimalia
- PhylumChordatesChordata
- ClassRay-finned FishesActinopterygii
- OrderPerch-like FishesPerciformes
- FamilyGobyGobiidae
- GenusCatalina GobyLythrypnus
- SpeciesZebra gobyLythrypnus zebra (Gilbert, 1890)
- SynonymsGobius zebra Gilbert, 1890
Care
Zebra Dartfish are suitable for both novice and experienced aquarists. They thrive in well-established aquariums with plenty of live rock for hiding and a sandy substrate that mimics their natural habitat. These gobies are jumpers, so a tight-fitting lid or screen is essential to prevent escape. They accept a variety of foods, including small meaty items and high-quality marine flake and pellet foods.
Reproduction
In the wild, Zebra Dartfish are known to form monogamous pairs and spawn within the safety of their burrows. In the aquarium, breeding success is rare, but with a stable environment and excellent water quality, it is possible for hobbyists to witness spawning behavior.
Habitat
Lythrypnus zebra is found in the tropical Western Atlantic, from Florida and the Bahamas to Brazil. They typically reside in shallow reefs and lagoons, often seen hovering above the substrate or nestled within the crevices of coral formations.