Recent advances in bio-sensing technologies open for new possibilities to monitor and
safeguard the welfare of fishes in aquaculture. Yet before taken into practice, the …

Welfare of farmed fish has become of increasing concern for consumers, producers, interest
groups and authorities. To improve fish welfare, it is necessary to find indicators that can …

In this study, 12 farmed Atlantic salmon (~ 1200 g) were tagged with commercially available
heart rate (HR) bio-loggers and maintained in a controlled fish tank laboratory environment …

Investigating real-time stress responses during common aquaculture practices is necessary
for improving the welfare of farmed fish. Recently, Star-Oddi DST milli-HRT bio-loggers …

Advances in tag technology now make it possible to monitor the behavior of small groups of
individual fish as bioindicators of population wellbeing in commercial aquaculture settings …

We investigated the relationship between telemetry measurements of heart rate and
swimming activity and the physiological status in farmed Atlantic salmon (Salmo salar) to …

Atlantic salmon are one of most studied cultured species, still continuous fish welfare
monitoring is a challenge during commercial farming operations. Although, mortality is the …

Monitoring the physiological status and behaviour of free-swimming fishes remains a
challenging task, although great promise stems from techniques such as biologging and …

Physiological real-time monitoring could help to prevent health and welfare issues in farmed
fishes. Among physiological features that can be of interest for such purposes, there is the …

Investigating the mechanisms that fish employ to maintain homeostasis in their everyday life
requires measurements of physiological and behavioural responses in the field. With …