Imagine if farmers had a smart GPS for soil health that told them exactly how to feed their crops without wasting fertilizer. Instead of using harsh chemicals, this project looks at natural ways to keep soil rich and productive. It's like switching from a generic diet to a personalized nutrition plan for the land to stop pollution from leaking into the water.
Intensive farming causes nutrient pollution and soil degradation. Farmers struggle to transition to sustainable methods because they lack the tools to calculate the exact nutrient needs of their crops using natural sources.
A dynamic and smart nutrient management decision-support tool and a set of 20 validated nature-based farm innovations.
If you are a software provider dealing with inefficient fertilizer application — this project developed a dynamic and smart nutrient management tool that supports regional decision making for optimum nutrient supply.
If you are a manufacturer dealing with low market adoption of bio-based products — this project studied 20 farm-level innovations to identify pathways that increase acceptance and adoption of nature-based solutions.
If you are a consultant dealing with strict EU Zero Pollution regulations — this project provided evidence on soil health and nutrient cycling across 7 regions to help farmers transition to sustainable practices.
Based on available project data, no specific pricing or cost information for the tool is provided.
The project has expanded long-term field experiments across four European sites and multiple Chinese regions, testing 20 farm-level innovations.
Based on available project data, there are no details regarding patents or licensing agreements.
The project aligns with the European Green Deal, Farm to Fork, and Zero Pollution ambition strategies, as well as China's 14th Five-Year Planning for Green Agriculture Development.
The project period runs until 2026-11-30, with current reports indicating a transition from piloting to integrated implementation.
The consortium is diverse and international, comprising 23 partners from 9 countries. It features a balanced mix of 7 universities, 6 research institutes, and 10 other entities, including 4 industrial partners and 6 SMEs. This 17% industry ratio suggests a strong focus on translating academic research into practical, market-ready agricultural tools.
Contact the Universitaet Hohenheim in Germany for technical details on the nutrient management tool.
Contact us to connect with the trans4num consortium for pilot tool access.
