The use of electronic sensors can greatly enhance our understanding of fish behaviour and physiology, and sensor data are emerging as key sources of information for improving aquaculture management practices. An integrated and interdisciplinary approach to monitor the activity pattern and physiological status of farmed fish, as well as environmental parameters, will enhance the sustainability and profitability of European aquaculture. For tailor made breeding programs, sensor technology offers the possibility to monitor traits in individual fish or families related to key factors that influence animal health and behaviour, such as hypoxia or sub-optimal water current. The better performing fish under these challenging environmental conditio...
This study is sought to address the problem of the ‘manual’ monitoring system which renders “low” ac...
Aquaculture is the production under regulated or semi-controlled conditions of aquatic plants and ...
One of the main issues in aquaculture is the high cost of the lost food when the fish are fed. Furth...
The overall objective of the project FutureEUAqua is to promote sustainable growth of environmental ...
peer reviewedThe assessment of fish behavior in aquaculture environment has always been difficult to...
The monitoring of farming processes can optimize the use of resources and improve its sustainability...
The fish farming industry needs instruments that can monitor in real time fish health and welfare ob...
It is noted that the growth is very rapid for IoT as well as Machine Learning and it is highly sprea...
Efficient fish feeding is currently one of biggest challenges in aquaculture to enhance the producti...
Biosensor technology for tracking individual challenged fish behaviour has the potential to revoluti...
Good fish welfare is one of the prerequisites for sustainable aquaculture. Knowing how fish respond ...
Abstract In oceans, fish usually live in an environment that is best suited for their growth. When t...
Biological sensory systems efficiently and reliably monitor changes in real-world environments that ...
Guaranteeing a high quality of life for animals has recently become a matter of increasing concern. ...
Physiological real-time monitoring could help to prevent health and welfare issues in farmed fishes....
This study is sought to address the problem of the ‘manual’ monitoring system which renders “low” ac...
Aquaculture is the production under regulated or semi-controlled conditions of aquatic plants and ...
One of the main issues in aquaculture is the high cost of the lost food when the fish are fed. Furth...
The overall objective of the project FutureEUAqua is to promote sustainable growth of environmental ...
peer reviewedThe assessment of fish behavior in aquaculture environment has always been difficult to...
The monitoring of farming processes can optimize the use of resources and improve its sustainability...
The fish farming industry needs instruments that can monitor in real time fish health and welfare ob...
It is noted that the growth is very rapid for IoT as well as Machine Learning and it is highly sprea...
Efficient fish feeding is currently one of biggest challenges in aquaculture to enhance the producti...
Biosensor technology for tracking individual challenged fish behaviour has the potential to revoluti...
Good fish welfare is one of the prerequisites for sustainable aquaculture. Knowing how fish respond ...
Abstract In oceans, fish usually live in an environment that is best suited for their growth. When t...
Biological sensory systems efficiently and reliably monitor changes in real-world environments that ...
Guaranteeing a high quality of life for animals has recently become a matter of increasing concern. ...
Physiological real-time monitoring could help to prevent health and welfare issues in farmed fishes....
This study is sought to address the problem of the ‘manual’ monitoring system which renders “low” ac...
Aquaculture is the production under regulated or semi-controlled conditions of aquatic plants and ...
One of the main issues in aquaculture is the high cost of the lost food when the fish are fed. Furth...