Biofloc Technology Outperforms RAS for Super-Intensive Vannamei Shrimp Farming

Pacific white shrimp. Source: ARS

Read more

The potential of offshore seaweed aquaculture on existing infrastructure

Locations of the oil rigs in the Gulf of Mexico from which we calculated a 10-ha farming area for each rig. Source: Ross et al., (2025); Heliyon, 11(1), e41248.

Read more

Enhancing Tilapia Health and Growth with Chitosan-Protected Vitamin E Nanoparticles

Nile tilapia fed vitamin E nanoparticles (VENPs). Clinical signs normal body coloration without any alterations, postmortem. Source: Farag et al., (2024); BMC Vet Res 20, 561.

Read more

Bioactive Lipids of Shrimps: A Nutritional Treasure with Powerful Health Benefits

Anti-inflammatory properties of shrimp lipid bioactives (polar lipids and their MUFAs and PUFAs). Source: Cholidis et al., (2024); Marine Drugs, 22(12), 554.

Read more

Disinfection Strategies with UV Against Spironucleus salmonicida in RAS for Salmon Farming

Shows the culture setup of S. salmonicida in a Petri dish with magnetic stirrers during UV exposure. Source: Johansen and Brenne (2024); Nofima, Report 25/2024

Read more

Potential of Fish Processing Byproducts for Sustainable Fishmeal and Fish Oil Production

Credit: Johns Hopkins Center for a Livable Future.

Read more

Integration of Wave Energy into Aquaculture: A Case Study of the AquaGrid Project

Azura Ocean Wave Energy Unit (Right) sitting in ocean water. Graphic (left) depicts how the device looks and works underwater. Source: FRDC

Read more

The Molecular Key to Salmon Maturity: How a Single Gene Controls a Complex Life History Trait

Identification of differentially expressed genes (DEGs) in immature salmon testes. Fuente: Verta et al., (2024); Proceedings of the National Academy of Sciences, 121(48), e2402386121.

Read more

Seagrasses: A Natural Shield for Seaweed Farms Against Diseases and Economic Losses

Seaweed. Source: SINTEF

Read more

Carbon capture in fish farms to tackle climate change

Source: IRTA

Read more