Assessing the genetic potential to improve omega-3 content in farmed Malabar red snapper
Identifying and selecting fish with favorable genetic profiles means that future generations of Malabar red snapper could contain more omega-3s.
Addressing aquaculture’s top challenges and opportunities, a call for collaboration emerges at the North Atlantic Seafood Forum in Norway.
Identifying and selecting fish with favorable genetic profiles means that future generations of Malabar red snapper could contain more omega-3s.
Overview of lipid and protein production in bivalve aquaculture includes insights for future management strategies to support industry growth.
The Northwest Aquaculture Alliance is suing the Department of Natural Resources for its ban on commercial net pens in state waters.
A study finds that consuming lean and oily fish may slow multiple sclerosis progression, but more research is needed.
Using virtual reality, a Norweigan study finds young adults prioritize taste, habits and price over sustainability when buying seafood.
As Trump tariffs loom, the U.S.-Canada seafood industry faces rising costs, job losses and supply chain chaos, forcing leaders to act fast.
dsm-firmenich awards Naomi D. Smith for excellence in sustainable aquaculture, recognizing her commitment to eco-friendly seafood production.
Norwegian scientists are exploring if omega-3 fatty acids derived from fish eggs can boost recovery and healthy aging.
Study suggests omega-3s, vitamin D and strength training can slow biological aging and boost health in older adults.
A new study contends the term “offshore” aquaculture should be resolved into two separate metrics: distance from shore and energy exposure.
Study shows low species substitution rates for popular seafoods in the United States, boosting consumer confidence despite mislabeling challenges.
Tribal leaders, veterinarians and other salmon farming proponents are expressing resolve in the face of Washington state's ban on net pens.
Researchers successfully rear slipper lobster larvae to juveniles, marking a key step forward for aquaculture in the Philippines.
Norwegian research group Nofima has developed a new tool to effectively combat the parasite Spironucleus salmonicida in hatchery facilities.
Apps, traps and vaccines are among the innovative solutions for the costly sea lice challenge in salmon aquaculture.