trans4num will study
the NBS innovations, particularly those related to crop rotation and bio-based fertilisers
trans4num will use
the multi-actor approach to consider various societal concerns and interests related to NBS in agricultural nutrient management
trans4num will carry out
a systemic analysis and state of the art using a multi-level perspective for system change-transformation (SET concept)
trans4num selected four European NBS sites
Denmark, Hungary, The United Kingdom, The Netherlands
Why nature-based solutions?
EU societies face many challenges, such as climate change, loss of natural capital but also severe health issues and exposure to serious disasters, in particular in urban areas.
Nature-based solutions are expected to contribute to more resilient economies that warrant people's needs also in times of climate change and other risks.
Nature-based solutions in agriculture can help with climate change adaptation and disaster-risk reduction. Solutions include restoration, improved land management, carbon storage and conservation. In this context, the EU-funded trans4num project will study nutrient management techniques like bio-based fertilisers, sustainable crop rotation and optimisation of nutrient flows.
NBS Sites Library trans4num animationsNews
trans4num featured in Cordis results pack
trans4num was featured in the most recent update of the EU Results Pack Nutrient-rich fertilisers from organic waste and renewable biomass. 11 selected projects were feat...
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trans4num showcased at Denmark's largest organic farming event
Earlier this month, the trans4num project was presented at Øko-Markdag 2026, Denmark's largest summer event dedicated to organic farming. Project partners from Aarhus Univer...
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trans4num final General Assembly
As the trans4num project enters its final months, project partners gathered in Mosonmagyaróvár, Hungary, for the final in person General Assembly, marking an important milestone i...
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