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

We developed an empirical weight prediction model for juvenile Chinook Salmon
Oncorhynchus tshawytscha ranging from 33–113 mm FL and 0.35–14.86 g using …

We introduce a new semi-automated approach to analyzing growth patterns recorded on
fish scales. After manually specifying the center of the scale, the algorithm radially unwraps …

Stereo image analysis of free-swimming farmed Atlantic salmon is today used for purposes
such as individual size estimation and sea lice counting. This technology may in the future …

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 …

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 …

A fast and fully automated software for image analysis (named IMAFISH_ML) was
developed to measure 27 fish morphometric traits (technological traits) on three …

Simple Summary This research addresses the problem of biomass estimation and fish
development monitoring by developing and meticulously validating a computer-vision …

To determine the optimal method for monitoring the size distribution of cultivated yellowtail
growth, we employed three different approaches: capture measurement, manual …