The carbon footprint for farmed salmon eggs has been calculated by AquaGen using life cycle assessment analysis.
A study suggests that there is no need to add males to gilthead seabream broodstock over the years in order to prevent the reduction in male:female sex ratio.
The facility will encompass all the production steps under one roof, from egg to harvest, in Sweden’s first in-land fish farm in Säffle, Värmland.
With more than 35 years of experience leading aquaculture companies, Vincent Erenst was selected as chief executive officer.
The company has been granted an aquaculture permit for the production of 10 million salmon smolts and 20,000 tonnes of harvested salmon on land at Brennholmen.
The Icelandic company operates its own hatchery and recently announced expansion plans.
The company and the Faculty of Veterinary and Animal Sciences have partnered to develop R&D projects.
Landsvirkjun will supply renewable energy to Landeldi’s land-based farm in Þorlákshöfn.
Researchers at Nofima developed an SNP panel for cod that can be useful for the aquaculture industry.
The discovery of an immune structure in the nasal cavities of rainbow trout could improve the understanding of the efficacy of aquaculture vaccines.
The study aims to identify animals whose DNA indicates that they are resilient to stress, which will aid the breeding of fish and shellfish with improved welfare.
The facility will be established in Campbell River, British Columbia with an investment of approximately USD 35 million.
FAI Farms has launched an online application for tilapia farmers to improve welfare and profitability.
The fish feed factory consists of two independent lines with a production capacity of 100,000 tons per year.
Microbial endocrinology, which is a research field that combines microbiology and neurobiology to study the interactions between microorganisms, animals, and plants, can explain bacterial diseases spreading in salmon farming.
A study aimed to determine the optimal salinity required to culture fingerlings from hatch to weaning under on-farm conditions.
The town finalized the company’s building permit application, the final step required for pre-construction design and engineering for the new facility.
The company partnered with the Singapore Food Agency to establish a center that will focus on developing hatchery technologies for tropical marine species and training farmers in the region.
UK project will develop a tool to select the best ballan wrasse and adapt hatchery procedures and the rearing environment to encourage juvenile cleaner fish to develop the desired traits.
Cure4Aqua will develop new approaches to prevent aquatic fish diseases through innovative prophylaxis and technologies for early disease detection and replacing pharmaceuticals in disease control.