The Aquaculture Advisory Council released a report on how to improve the welfare and production of sea bass, sea bream, salmon, trout and carp.
Findings highlight the importance of proper screening of live shrimp to prevent the spread of potentially lethal shrimp diseases globally.
Scientists have developed a genomic selection tool that can lift cod breeding from family to individual selection, increasing genetic gain.
The discovery of an immune structure in the nasal cavities of rainbow trout could improve understanding of the efficacy of aquaculture vaccines.
Findings suggest that light intensity, followed by density, are the most crucial factors influencing the behavior of farmed Kuruma prawns (P. japonicus).
FAI Farms’ Tilapia Welfare App enhances production by integrating well-established animal welfare science into farmers’ daily routines.
A three-year research project will investigate whether stress hormones are making farmed salmon more susceptible to bacterial disease.
The Infectious Hypodermal and Hematopoietic Necrosis Virus (IHHNV) is established in shrimp ponds in Ecuador. Current PCR protocols are insufficient.
Horizon Europe has launched a new aquaculture research project to improve farmed fish health and welfare in Europe.
Trials in China reveal dietary tannic acid can aid shrimp growth, digestion, nonspecific immunity, ammonia resistance and gut health.
The University of Stirling has secured funding to improve farmed fish welfare in Thailand and Vietnam, with the aim to enhance fish quality.
Novel study uses fully automated L. salmonis eDNA quantification for autonomous water sample analysis of gene targets to monitor parasitic loads.
From a study in South Korea arise practical strategies to manage Vibriosis and the costly AHPND in shrimp aquaculture.
To maximize production of both tilapia and shrimp in biofloc polyculture and IMTA production, the two species should be grown separately.
It is possible to maintain a microbial community in artificial substrates, after a period of absence of shrimp, aeration and even water.
Researchers are developing a first-of-its-kind immunology testing kit for Atlantic salmon that could monitor all aspects of fish health.