Tanzania Sunset Hap care guide
Tanzania Sunset Hap (Protomelas spilonotus) — minimum tank 500 L, temperature 24-27 °C, pH 7.8-8.6.
Overview
Protomelas spilonotus is one of the larger Protomelas, reaching about 22 cm. Adult males display a metallic blue head and body crossed by dark vertical bars. The species is widespread across the rocky shores of Lake Malawi.
Taxonomy
- Family: Cichlidae
- Genus: Protomelas
- Scientific name: Protomelas spilonotus
- Common synonyms: Liuli, Mara Rocks
Habitat
Endemic to Lake Malawi, where it inhabits sandy bays, sediment-rich flats and the sand-rock interface of the open lake. The water is hard and alkaline (pH 7.8-8.6, KH 6-15) and warm year round; large adults forage across open sand and through rock outcrops.
Tank requirements
- Minimum tank volume: 500 L (132.1 US gal)
- Adult size: 18-22 cm
- Temperature: 24-27 °C (75-81 °F)
- pH: 7.8-8.6
- GH: 10-20 °dGH
- Water flow: medium
- Lifespan: 8-12 years
Diet
In the wild a carnivore or specialised feeder depending on species — many haps eat small fish, invertebrates or sift sand for hidden prey. In aquaria a moderate-protein cichlid pellet supplemented with frozen krill, mysis and chopped earthworm maintains condition and colour; vegetable matter is not the main component as it is for mbuna.
Compatibility
Less aggressive but larger than mbuna; best kept in spacious 350+ L tanks with one male and several females, alongside other peaceful Malawi haps and peacocks. Avoid mixing with rock-dwelling mbuna, whose constant aggression suppresses these larger fish, and avoid similar-coloured congeners to prevent hybridisation.
Breeding
A polygamous maternal mouthbrooder. The male defends a sand "scrape" or a small territory near a rock, displays his nuptial colours and entices females to spawn; the female collects the eggs into her mouth and incubates them for about three weeks before releasing fry.
Conservation status
IUCN Red List: see species page. Most haps are widely distributed in Lake Malawi and assessed as Least Concern; localised forms with narrow ranges are more vulnerable to environmental change.