Most Atlantic salmon production takes place in large sea cages where there are limited
opportunities to record growth on individual fish. This limits management capabilities for …

One of the critical challenges that the global salmon farming industry will confront when
upscaling production is accurate biomass control. Commercial salmon farming requires a …

Selective breeding programmes depend on high‐quality measurements of phenotype and
genotype with repeated individualised phenotype measurements throughout the life cycle …

The precision of growth estimates based on fish scales often remains uncertain because of
withinindividual variation in scale size and scale patterns, and also due to measurement …

In this article, the evolution of BFT (bluefin tuna) sizes in fattening cages is studied, for which
it was necessary to perform exhaustive monitoring with stereoscopic cameras and an …

Growth studies are an essential instrument in the management of fisheries resources since
they contribute to estimates of production, stock size, recruitment and mortality of fish …

In aquaculture, periodic measurement of fish body size is required to suitably assess growth
progress. The aim of this study is to monitor the growth of free-swimming red sea bream …

Atlantic salmon (Salmo salar L.) populations have declined rapidly in recent years across all
geographical ranges with populations becoming extinct within certain areas. Direct …

Instrumentation that uses underwater acoustics to monitor the behaviour and growth of
salmon and trout in open water fish farms has been successfully developed. The vertical …

Individual dynamics within salmon sea cages are poorly understood. Large inter-and intra-
individual variations in swimming depth and higher average body weight deeper in the cage …