water can be produced which will further reduce pumping energy requirement for water supply in most cases. In particular, the use of recycled phosphorus in urban farming and agriculture in the cities of future would ensure the booming future populations can survive. In view of the booming population and associated nutritional requirements of future generations food production must increase significantly. Optimal The production and use of recycled fertiliser from biogas 1-5-2017 31-7-2021 Swiss Else use of plants are increasing. However, a lot of questions remain Federal recycled unanswered concerning the fertilisers’ medium-term Office fertiliser in effects on yields, nitrogen efficiency and losses as well as for organic on soil quality. In this project, an exact trial over several farming: years testing various recycled fertilisers with and without impact on biochar is created to answer the following questions: (1) (FOAG) yields and Can the use of recycled fertilizer help reduce the yield – nitrogen gap in organic farming without affecting soil quality, efficiency product quality and the environment? (2) Can the nitrogen efficiency on organic farms be sustainably training improved by using recycled fertilisers, especially and fermentation products? and (3) Can nitrogen losses be reduced by adding biochar without risking any negative effects on soil quality and the environment? OPF Our The project aims to: (1) Bring together scientific evidence 1-2-2017 31-1-2019 UK Will Brownlie Phosphorus to support policy development; (2) Raise awareness of Natural Future the priority issues, possible solutions and co-benefits of delivering global phosphorus sustainability; (3) Contribute to consensus development around the scientific base and the issues identified. The core project output will be a synthesis report which will be used to Council communicate the evidence on issues surrounding the flows and drivers of the global phosphorus cycle, and provide clear messages, including the capacity of changes in societal behaviour to improve sustainable phosphorus use. Nutrient The Nurec4org project launched in will support the 1-1-2017 DBU Fabian Kraus
water can be produced which will further reduce pumping energy requirement for water supply in most cases. In particular, the use of recycled phosphorus in urban farming and agriculture in the cities of future would ensure the booming future populations can survive. In view of the booming population and associated nutritional requirements of future generations food production must increase significantly. Optimal use of recycled fertiliser in organic farming: impact on yields and nitrogen efficiency The production and use of recycled fertiliser from biogas plants are increasing. However, a lot of questions remain unanswered concerning the fertilisers’ medium-term effects on yields, nitrogen efficiency and losses as well as on soil quality. In this project, an exact trial over several years testing various recycled fertilisers with and without biochar is created to answer the following questions: (1) Can the use of recycled fertilizer help reduce the yield gap in organic farming without affecting soil quality, product quality and the environment? (2) Can the nitrogen efficiency on organic farms be sustainably improved by using recycled fertilisers, especially fermentation products? and (3) Can nitrogen losses be reduced by adding biochar without risking any negative effects on soil quality and the environment? 1-5-2017 31-7-2021 Swiss Federal Office for (FOAG) – training and Else OPF Our Phosphorus Future The project aims to: (1) Bring together scientific evidence to support policy development; (2) Raise awareness of the priority issues, possible solutions and co-benefits of delivering global phosphorus sustainability; (3) Contribute to consensus development around the scientific base and the issues identified. The core project output will be a synthesis report which will be used to communicate the evidence on issues surrounding the flows and drivers of the global phosphorus cycle, and provide clear messages, including the capacity of changes in societal behaviour to improve sustainable phosphorus use. 1-2-2017 31-1-2019 UK Natural Council Will Brownlie Nutrient The Nurec4org project launched in will support the 1-1-2017 DBU Fabian Kraus
ESPP-EU-RD-nutrient-projects-list_v2018-09-14.docx