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Relevancy: 100%
Collaborative project: Minimization approaches to avoid cyanotoxins and accompanying off-taste in edible fish by influencing the microorganisms - Subproject E (Project)
The German inland fishing industry is an important sector for the sustainable and regional production of edible fish within the framework of traditional and modern aquaculture. The increasingly intense cyanobacteria problem ('blue-green algae bloom') endangers food quality and possibly even food safety when edible fish from extensive ponds or intensive aquacultures, including recirculating...
Funding period: 2025 - 2028
Relevancy: 100%
Collaborative project: Minimization approaches to avoid cyanotoxins and accompanying off-taste in edible fish by influencing the microorganisms - Subproject F (Project)
The German inland fishing industry is an important sector for the sustainable and regional production of edible fish within the framework of traditional and modern aquaculture. The increasingly intense cyanobacteria problem ('blue-green algae bloom') endangers food quality and possibly even food safety when edible fish from extensive ponds or intensive aquacultures, including recirculating...
Funding period: 2025 - 2028
Relevancy: 100%
Collaborative project: Minimization approaches to avoid cyanotoxins and accompanying off-taste in edible fish by influencing the microorganisms - Subproject A (Project)
The German inland fishing industry is an important sector for the sustainable and regional production of edible fish within the framework of traditional and modern aquaculture. The increasingly intense cyanobacteria problem ('blue-green algae bloom') endangers food quality and possibly even food safety when edible fish from extensive ponds or intensive aquacultures, including recirculating...
Funding period: 2025 - 2028
Relevancy: 100%
Collaborative project: Minimization approaches to avoid cyanotoxins and accompanying off-taste in edible fish by influencing the microorganisms - Subproject B (Project)
The German inland fishing industry is an important sector for the sustainable and regional production of edible fish within the framework of traditional and modern aquaculture. The increasingly intense cyanobacteria problem ('blue-green algae bloom') endangers food quality and possibly even food safety when edible fish from extensive ponds or intensive aquacultures, including recirculating...
Funding period: 2025 - 2028
Relevancy: 100%
Collaborative project: Minimization approaches to avoid cyanotoxins and accompanying off-taste in edible fish by influencing the microorganisms - Subproject C (Project)
The German inland fishing industry is an important sector for the sustainable and regional production of edible fish within the framework of traditional and modern aquaculture. The increasingly intense cyanobacteria problem ('blue-green algae bloom') endangers food quality and possibly even food safety when edible fish from extensive ponds or intensive aquacultures, including recirculating...
Funding period: 2025 - 2028
Relevancy: 100%
Collaborative project: The aim is to achieve quality assurance of microalgae in aquaculture by developing a microfluidic measuring system - Subproject C (Project)
Microalgae are a renewable raw material that is used in many areas of application, from food to animal feed to cosmetics and biofuels. The biomass obtained is rich in lipids, proteins, antioxidants and other valuable substances. For example, microalgae serve as a plant-based protein source in aquaculture and animal husbandry, thus reducing the use of soy. The market for microalgae is expected to...
Funding period: 2025 - 2028
Relevancy: 100%
Collaborative project: The aim is to achieve quality assurance of microalgae in aquaculture by developing a microfluidic measuring system - Subproject D (Project)
Microalgae are a renewable raw material that is used in many areas of application, from food to animal feed to cosmetics and biofuels. The biomass obtained is rich in lipids, proteins, antioxidants and other valuable substances. For example, microalgae serve as a plant-based protein source in aquaculture and animal husbandry, thus reducing the use of soy. The market for microalgae is expected to...
Funding period: 2025 - 2028
Relevancy: 100%
Collaborative project: The aim is to achieve quality assurance of microalgae in aquaculture by developing a microfluidic measuring system - Subproject A (Project)
Microalgae are a renewable raw material that is used in many areas of application, from food to animal feed to cosmetics and biofuels. The biomass obtained is rich in lipids, proteins, antioxidants and other valuable substances. For example, microalgae serve as a plant-based protein source in aquaculture and animal husbandry, thus reducing the use of soy. The market for microalgae is expected to...
Funding period: 2025 - 2028
Relevancy: 100%
Innovative climate-friendly peatland use on the Karolinenfeld model farm (Project)
currently unavailable
Funding period: 2025 - 2027
Relevancy: 100%
Collaborative project: Development of a modular, container-based water treatment system to increase the sustainability of aquaculture to integrated multitrophic aquaculture with oxidative hygienization as well as coupling to biogas plants for cascaded residue utilization and mutual heat regulation - Subproject C (Project)
The aim of the project is to integrate an innovative container-based water treatment system in a space-saving and cost-efficient way into traditional aquaculture facilities. This modular water treatment system is intended to enable the operators of existing operations to meet the required quality requirements for the discharged wastewater or to use the water several times. A new computer model...
Funding period: 2025 - 2028
