Bionameris

14/04/2025

🐠Successfully breeding of chaetodontidae, Heniochus acuminatus is a remarkable achievement.

Known for their striking appearance, these fish are iconic inhabitants of coral reefs. However, they are notoriously difficult to breed in captivity, requiring a great deal of time, effort, and expertise. This success marks an important milestone, as it opens the door to sustainable aquaculture practices that can reduce the need for wild collection.🐠

10/02/2025

We are delighted to announce the launch our new website! Visit 👉http://bionameris.com to discover all our products and services. Check it out now! 🌊

French plankton producer

12/12/2024

🔬 Microalgae such as Rhodomonas sp. combined with our patented biotechnology affect the reproductive rate of the copepod species Acartia tonsa. Adding our newly hatched nauplii within larval rearing can significantly facilitate critical developmental stages of both aquacultural and ornamental fish.

28/11/2024

🐟 BioNaMeris has recently raised hundreds of sardines from wich eggs were collected in the big tank of Nausicaá - Centre National de la Mer. This partnership allows to present an increasing number of captive bred fish within Nausicaà’ exhibitions. Sardines have joined a tank designed to illustrate the shoaling phenomenon as for example the « Sardine Run » which is a well-known migration of millions of South African sardines for reproduction.

13/11/2024

BioNaMeris has recently welcomed the aquariological team of Pairi Daiza for a training programme in larval rearing.

🐟 This must allow the institution to present more captive bred marine fish in their exhibitions.

08/11/2024

A short feeding period with the copepod Acartia tonsa is an effective way to raise the Sergeant major in large numbers.

17/10/2024

Juveniles of Selene vomer are fascinating. Rearing the Lookdown can be easily achieved with the addition of copepods in the first week of larval development. The post larvae evolve under the surface of the estuarine zones with their very long dorsal fin to deceive their predator.