LCA (life cycle analysis) in agricultural context
LCA (life cycle analysis) in agricultural context
Search results for Cycle
Towards a higher efficiency by sustainable extension of the laying cycle
The goal remains to responsibly extend the production cycle to 100 weeks without molt, which now ends by 75- 80 weeks. The genetic potential is there, as proven by previous research. Extension of the laying cycle would improve the sustainability as well as the profitability of the sector.
Towards a higher efficiency by sustainable extension of the laying cycle
Over Klimrek
ILCD = International reference Life Cycle Data System ReCiPe methode 4. We interpreteren de resultaten uit stap 3 Identificeer de 'hotspots' Bepaal potentiëlereductie- en/of aanpassingsmaatregelen 2.
Measuring and managing sow condition for optimal longevity and lifelong production
Main research questionThis project focuses on the body condition of sows during the different phases of their cycle. On average, a sow weans between 50 and 90 piglets during her stay on the pig farm in successive litters.
A food basket comparison of the environmental impact of various agricultural production systems
Main research questionTo what extent does life cycle assessment (LCA) as a methodology have advantages or shortcomings when used to determine environmental sustainability of food products?
Crop diversification for forage production on animal farms: focus on forage sorgho and mixed cropping of silage maize-climbing beans
Special attention will be given to soil quality, nitrogen cycle, forage yield and forage composition. Research approachWe set up trials on our experimental farm as well as in collaboration with farmers. The cultivation of forage sorghum and silage maize – climbing beans requires adapted fertilization and soil management strategies.
Dynamics of Hepatitis E infections in Begian pig farms
In a last part we determine the risk factors for HEV infection in pig farms and of slaughter pigs.Relevance/ValorizationThe results of this project will lead to the proposal of mitigating measures to be undertaken during the pig production cycle in the context of a strategic plan to reduce HEV infection on farms and contamination of pigs at the time
Reducing mineral fertilisers and agro-chemicals by recycling treated organic waste as compost and bio-char products
The core theme of FERTIPLUS is to ensure that good quality bio-wastes are brought back to the soil in such a way that their nutrients are safely recycled, contributing to soil quality improvement and reducing the use of chemicals in agriculture.Research approachWithin FERTIPLUS, ILVO determines the influence of biochar addition on compost storage, and