Triploid bivalves, specifically oysters, have become an increasingly popular aquaculture
product over the last 3 decades due to their superior growth and meat quality. Despite a …

Developmental stressors are increasingly recognised for their pervasive influence on the
ecology and evolution of animals. In particular, many studies have focused on how …

Sterilization by triploid induction prevents interbreeding between escaped farmed salmon
and wild stocks, but reduced performance of triploids at high seawater temperatures has …

Skeletal deformities in fish are abnormal transformations of normal bony and/or cartilaginous
structures into abnormal skeletal structures that are histologically and anatomically different …

Climate change stressors (eg, warming and ocean acidification) are an imminent challenge
to the physiological performance of marine organisms. Several studies spanning the last …

Fish deformities are detrimental to aquaculture and conservation initiatives; it is also an
ethical problem and causes substantial financial losses to the aquaculture industry. The …

The use of sterile triploids in Atlantic salmon aquaculture would mitigate the environmental
risks associated with introgressive hybridization between escaped farmed and wild Atlantic …

The present study investigated nutritional programming in Atlantic salmon to improve
utilisation of a vegetable-based diet. At first exogenous feeding, fry were fed either a marine …

Avoiding genetic interactions between wild and farmed Atlantic salmon is regarded as one
of the major requirements for a sustainable salmon aquaculture industry. For this reason …

Temperatures experienced during early ontogeny significantly influence fish phenotypes,
with clear consequences for the wild and reared stocks. We examined the effect of …