Ornate Tetra (Hyphessobrycon bentosi)

From Pet Wiki
Jump to navigation Jump to search
Ornate Tetra
Hyphessobrycon bentosi
Ornate Tetra (Hyphessobrycon bentosi)
Name Ornate Tetra
Name Lat. Hyphessobrycon bentosi
Family Characins
Family lat. Characidae
Order Characins
Order lat. Characiformes
Origin Brazil
Habitat Forest streams, ponds
Diet Carnivore
pH 5.0-7.5
Behavior Peaceful
Keeping Group, school
Care Level Moderate
Reproduction Egg scatterer
Breeding Moderately difficult
Life Span 3-5 years
Protection No
Metric Units
Size 4-5 cm
Temperature 23-28 °C
Hardness 5-12 °dH
Aquarium ~ 80 l
US Units
Size 1.6"-2"
Temperature 73-82 °F
Hardness 89-214 ppm
Aquarium ~ 20 gal

Distribution and habitat

The Schmucksalmler are native to the catchment area of the lower Amazon in Brazil. They live in forest streams and tributaries of large rivers with dense riparian vegetation and tree roots and branches protruding into the water

Maintenance

The aquarium should have a varied, partly dense planting, with shelters and hiding places (roots) and provide sufficient swimming space. Soft, slightly acidic water, a dark substrate covered with some foliage (e.g. sea almond leaves), shaded light (floating plants) and a weak current is ideal.

No ammonia, ammonium and nitrite should be detectable, the nitrate value should not exceed 100 mg/l. To ensure the water quality and oxygen content, a filter and heater adapted to the aquarium size is required, as well as lighting for the species-appropriate day-night rhythm of the animals.

Diet

In nature they feed mainly on insect larvae and plankton. The food supply consists of live, frozen and dry food. For a balanced diet, feed once a day with a high-quality, protein-rich dry food (flakes, granules, pellets) as well as cyclops, moina, daphnia, artemia, mosquito larvae, etc. (live or frozen)

It is recommended to feed small portions several times a day. Only feed as much as will be eaten within a few minutes. A regular and varied diet promotes health and increases resistance.

Behaviour and compatibility

These very peaceful schooling fish can be kept very well with other peaceful, but also with lively fish as well as with shrimps in a community tank. They should be kept in a group of at least 5-10 fish.

Basically, only mutually compatible fish species with similar demands on water conditions and water temperature should be socialized

Sex dimorphism

Males have extended and more pointed dorsal fins, are more intensely colored, and are slightly smaller than females

Reproduction and breeding

They are free spawners. In soft, slightly acidic peat water they usually spawn between fine-feathered plants. The larvae hatch after about 24 hours and swim freely from the 5th day. The parents do not engage in brood care and should be separated from the fry after spawning, as they are spawn predators.

Juveniles must be fed several times a day with special rearing food (dust food). Breeding is hardly possible in community tanks, as the spawn is easy prey.

Important

Jewel tetras are colored bright red to almost translucent, depending on their origin

The foliage (sea almond tree, oak, etc.) enriches the water with humic substances, naturally lowers the pH and promotes the development of microorganisms when rotting, which are a valuable secondary food source.

The well-being of the fish should be monitored regularly. Temperature should be checked daily, pH, hardness and nitrate levels at least every 14 days. Regular partial water changes are recommended, even when contaminant levels have not yet reached the upper limit. Sudden changes in water quality should be avoided. Newly introduced fish must be accustomed slowly to the water in the aquarium.

Further literature can be found in your pet store.

References

Text: Sabina Lamboj; Image: petdata

Source: BMELV (1998): Tierschutzgutachten - Haltung von Zierfischen (Süßwasser); RIEHL & BAENSCH (2006): Aquarien Atlas Bd. 1, Mergus Verlag; ENGELMANN (2005): Zootierhaltung - Tiere in menschlicher Obhut: Fische, Verlag Harri Deutsch 

  • Gemäß § 21 Abs. 5 Tierschutzgesetz idgF