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Relevancy: 100%
Collaborative project: Small-scale retrieval of relevant soil parameters by a process-integrated soil sensor system and AI-based data evaluation as the basis for a climate-resilient, small-scale-specific crop production system - subproject C (Project)
The consequences of climate change, e.g. heavy rainfall events, heat periods, drought and dryness have negative effects on crop production. Thus, it is necessary to mitigate these negative consequences of climate change in crop production through climate-adapted production methods. For farmers, it is important to take measures to make crop production climate-resilient. Possible measures are...
Funding period: 2023 - 2026
Relevancy: 100%
Collaborative project: Disinfection and cleaning of aquacultures using laser technology - Subproject D (Project)
The overall objective of the AquaLas project is to develop and validate an innovative laser process that can be used to disinfect and clean aquacultures under water. By using the laser radiation under water, it can be used during regular operations without the need to relocate the fish. The laser radiation will cause lethal damage to the fouling or the pathogens it contains, resulting in a...
Funding period: 2025 - 2028
Relevancy: 100%
Collaborative project: Disinfection and cleaning of aquacultures using laser technology - Subproject C (Project)
The overall objective of the AquaLas project is to develop and validate an innovative laser process that can be used to disinfect and clean aquacultures under water. By using the laser radiation under water, it can be used during regular operations without the need to relocate the fish. The laser radiation will cause lethal damage to the fouling or the pathogens it contains, resulting in a...
Funding period: 2025 - 2028
Relevancy: 100%
Collaborative project: Disinfection and cleaning of aquacultures using laser technology - Subproject A (Project)
The overall objective of the AquaLas project is to develop and validate an innovative laser process that can be used to disinfect and clean aquacultures under water. By using the laser radiation under water, it can be used during regular operations without the need to relocate the fish. The laser radiation will cause lethal damage to the fouling or the pathogens it contains, resulting in a...
Funding period: 2025 - 2028
Relevancy: 100%
Collaborative project: Disinfection and cleaning of aquacultures using laser technology - Subproject B (Project)
The overall objective of the AquaLas project is to develop and validate an innovative laser process that can be used to disinfect and clean aquacultures under water. By using the laser radiation under water, it can be used during regular operations without the need to relocate the fish. The laser radiation will cause lethal damage to the fouling or the pathogens it contains, resulting in a...
Funding period: 2025 - 2028
Relevancy: 100%
Collaborative project: Development of synthetic microbial consortia using algae, fungi and bacteria for the production of microbial proteins - Subproject B (Project)
The Synbiofarm project aims to develop a sustainable fishmeal replacement for aquaculture based on bacteria-microalgae-fungi microbial consortia benefiting from a higher metabolic diversity to produce cost-efficient next-generation Microbial Protein (MPs). Three ambitious research objectives will ensure the development of MPs. The first objective involves upcycling food-grade side streams for...
Funding period: 2025 - 2028
Relevancy: 100%
Collaborative project: Development of synthetic microbial consortia using algae, fungi and bacteria for the production of microbial proteins - Subproject A (Project)
The Synbiofarm project aims to develop a sustainable fishmeal replacement for aquaculture based on bacteria-microalgae-fungi microbial consortia benefiting from a higher metabolic diversity to produce cost-efficient next-generation Microbial Protein (MPs). Three ambitious research objectives will ensure the development of MPs. The first objective involves upcycling food-grade side streams for...
Funding period: 2025 - 2028
Relevancy: 100%
Collaborative project: Immersion vaccination of fish using low-frequency sonophoresis - Subproject C (Project)
An important measure in fish health management in aquaculture is the vaccination of fish to prevent infectious diseases. Vaccines are usually administered via immersion, especially in young fish. To improve the uptake of the vaccine and thus the effectiveness of immersion vaccination, sonophoresis-mediated immersion vaccination is to be established. The aim is to increase efficacy and efficiency...
Funding period: 2025 - 2028
Relevancy: 100%
Collaborative project: Immersion vaccination of fish using low-frequency sonophoresis - Subproject B (Project)
An important measure in fish health management in aquaculture is the vaccination of fish to prevent infectious diseases. Vaccines are usually administered via immersion, especially in young fish. To improve the uptake of the vaccine and thus the effectiveness of immersion vaccination, sonophoresis-mediated immersion vaccination is to be established. The aim is to increase efficacy and efficiency...
Funding period: 2025 - 2028
Relevancy: 100%
Collaborative project: Immersion vaccination of fish using low-frequency sonophoresis - Subproject A (Project)
An important measure in fish health management in aquaculture is the vaccination of fish to prevent infectious diseases. Vaccines are usually administered via immersion, especially in young fish. To improve the uptake of the vaccine and thus the effectiveness of immersion vaccination, sonophoresis-mediated immersion vaccination is to be established. The aim is to increase efficacy and efficiency...
Funding period: 2025 - 2028
