News feed - AquaHoy

Continuous or phased biofloc? Optimizing red tilapia reproduction

I+R+D, Tilapia

The phased application—using biofloc for conditioning and clear water for spawning—maximizes the reproductive efficiency and health of red tilapia broodstock. Image produced by Gemini.

Market

Fishmeal and fish oil: A 2025 market analysis of the EU

I+R+D

High-throughput bivalve phenotyping system (A) and intelligent management software (B). Source: Kong et al. (2025); Aquaculture Reports, 44, 103019.

I+R+D

The farming of gilthead seabream (Sparus aurata) is a fundamental pillar of mariculture in the Mediterranean and other regions. However, producers face a constant and ...

I+R+D

An exhaustive participatory study led by Embrapa Fisheries and Aquaculture provides a strategic roadmap for the future of the Brazilian aquaculture sector. Drawing on the ...

Diagram of the experimental design. a: five substrate types ((1) PE-liner, (2) PA-net, (3) mosquito-PA-net, (4) glass and (5) hemp net) were incubated for three months in anaquaculture tank in which Holothuria scabra were reared, resulting in the formation of abiofilm associated with the substrate. Source: Naudet et al. (2025); FEMS Microbiology Ecology.

Continuous or phased biofloc? Optimizing red tilapia reproduction

I+R+D, Tilapia

SPF shrimp broodstock: Trends, challenges, and genetic innovations

I+R+D

Fishmeal and fish oil: A 2025 market analysis of the EU

Market

An innovative blend completely replaces fishmeal in diets for gilt-head bream

I+R+D

Scientists have developed a phenotyping system for bivalves that is 11 times faster

I+R+D

Tariffs on tilapia in the U.S.: An analysis of the impact on prices, volumes, and suppliers

I+R+D, Tilapia

The role of glutamine in rainbow trout production

I+R+D, Trout

Vibriosis in gilthead seabream: tracking and controlling larval mortality

I+R+D

A study by Embrapa unveils key insights into the future of Brazilian aquaculture

I+R+D

Plastics in aquaculture: An underestimated bacterial risk?

I+R+D