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Relevancy: 100%
Collaborative project: Animal welfare-oriented optimization of electric stunning for selected fish species using computer simulation - Subproject A (Project)
The aim of the OptiEStun project is to optimize the electrical flow through the brain to stun fish before slaughter. Scientifically evaluated settings on electrical stunning devices are to be used to ensure safe stunning using the example of rainbow trout, carp and African catfish. The parameters required for optimal stunning will initially be developed using 3D computer models, which can be used...
Funding period: 2025 - 2028
Relevancy: 100%
Collaborative project: Optimisation of management strategies for pond farming in the area of conflict between economic efficiency, nature conservation and climate change - Subproject B (Project)
The aim of the project is to ensure the economic viability of pond management while at the same time stabilising the FFH species under the changing conditions of increasing global warming. In order to analyse and evaluate the multifactorial causes of endangerment of the FFH species, a database is being developed which, for the first time, summarises and links the extensive data material on the...
Funding period: 2025 - 2028
Relevancy: 100%
Collaborative project: Optimisation of management strategies for pond farming in the area of conflict between economic efficiency, nature conservation and climate change - Subproject A (Project)
The aim of the project is to ensure the economic viability of pond management while at the same time stabilising the FFH species under the changing conditions of increasing global warming. In order to analyse and evaluate the multifactorial causes of endangerment of the FFH species, a database is being developed which, for the first time, summarises and links the extensive data material on the...
Funding period: 2025 - 2028
Relevancy: 100%
Collaborative project: Local and sustainable marine fish aquaculture through integrated plant cultivation - Subproject A (Project)
The aim of the FishPlant project is to develop an innovative, resource-efficient recirculation system for the sustainable production of marine fish and salt-tolerant plants in urban areas. The focus is on the integration of saltwater aquaculture and indoor hydroponics to enable environmentally friendly, local food production. The project aims to optimize and synergistically link the energy and...
Funding period: 2025 - 2027
Relevancy: 100%
Collaborative project: Local and sustainable marine fish aquaculture through integrated plant cultivation - Subproject B (Project)
The aim of the FishPlant project is to develop an innovative, resource-efficient recirculation system for the sustainable production of marine fish and salt-tolerant plants in urban areas. The focus is on the integration of saltwater aquaculture and indoor hydroponics to enable environmentally friendly, local food production. The project aims to optimize and synergistically link the energy and...
Funding period: 2025 - 2027
Relevancy: 100%
Collaborative project: Fish health in climate change: The application of UV-C radiation in rainbow trout aquaculture - Subproject B (Project)
The aim of the project is to adapt and optimise the rearing of salmonids under changing environmental conditions - higher water temperatures, water shortages, increased occurrences of fish pathogens. This goal is to be achieved through the application of UV-C radiation, a technology to support the health of livestock by improving the rearing environment. The investigations in aquaculture practice...
Funding period: 2025 - 2028
Relevancy: 100%
Collaborative project: Fish health in climate change: The application of UV-C radiation in rainbow trout aquaculture - Subproject D (Project)
The aim of the project is to adapt and optimise the rearing of salmonids under changing environmental conditions - higher water temperatures, water shortages, increased occurrences of fish pathogens. This goal is to be achieved through the application of UV-C radiation, a technology to support the health of livestock by improving the rearing environment. The investigations in aquaculture practice...
Funding period: 2025 - 2028
Relevancy: 100%
Collaborative project: Fish health in climate change: The application of UV-C radiation in rainbow trout aquaculture - Subproject E (Project)
The aim of the project is to adapt and optimise the rearing of salmonids under changing environmental conditions - higher water temperatures, water shortages, increased occurrences of fish pathogens. This goal is to be achieved through the application of UV-C radiation, a technology to support the health of livestock by improving the rearing environment. The investigations in aquaculture practice...
Funding period: 2025 - 2028
Relevancy: 100%
Collaborative project: Fish health in climate change: The application of UV-C radiation in rainbow trout aquaculture - Subproject A (Project)
The aim of the project is to adapt and optimise the rearing of salmonids under changing environmental conditions - higher water temperatures, water shortages, increased occurrences of fish pathogens. This goal is to be achieved through the application of UV-C radiation, a technology to support the health of livestock by improving the rearing environment. The investigations in aquaculture practice...
Funding period: 2025 - 2028
Relevancy: 100%
Collaborative project: Fish health in climate change: The application of UV-C radiation in rainbow trout aquaculture - Subproject C (Project)
The aim of the project is to adapt and optimise the rearing of salmonids under changing environmental conditions - higher water temperatures, water shortages, increased occurrences of fish pathogens. This goal is to be achieved through the application of UV-C radiation, a technology to support the health of livestock by improving the rearing environment. The investigations in aquaculture practice...
Funding period: 2025 - 2028
