As aquaculture continues to grow and intensify, there is an increasing public concern over
the welfare of farmed fish. Stress and production‐related pathologies and repressed growth …

To accommodate further growth in the Atlantic salmon aquaculture industry, new production
sites may well be established at more exposed locations along the coast or even offshore …

The acquisition of information on fish stress has been recognized as an urgent need for
monitoring water quality, preventing disease, and improving welfare. Minimizing the …

水产养殖装备是高效发展现代水产养殖, 促进水产养殖产业结构改革的重要技术支撑.
基于养殖装备, 信息技术和自动控制等多学科协同发力的智慧水产养殖模式已成为现代渔业高 …

Hydrodynamics is important for fish survival in the aquaculture tank systems, as it can
directly affect the behaviour of farmed fish and the self-cleaning property of culture tank …

Digital Twin technology has emerged to become a key enabling technology in the ongoing
transition into Industry 4.0. A Digital Twin is in essence a digital representation of an asset …

A variety of tagging techniques are now available to monitor fish behaviour, physiology and
their environmental experience. Tagging is frequently used in aquaculture research to …

While global aquaculture is rapidly expanding, there remains little attention given to the
assessment of animal welfare within aquacultural systems. It is crucial that animal welfare …

Over the past 20 years, substantial progress has been made in improving feeds and feeding
technologies for most aquaculture species. Notable improvements in feed conversion …

Background: Climate change is leading to increased water temperatures and reduced
oxygen levels at sea-cage sites, and this is a challenge that the Atlantic salmon aquaculture …