Imagine your soil is like a living city where the right 'residents'—tiny microbes and bugs—keep the plants healthy and fight off pests. Instead of using heavy chemicals, this project finds the best natural 'recipes' of soil additives and crop rotations to keep these helpful residents thriving. It's like upgrading the soil's own immune system so farmers don't have to rely as much on expensive sprays.
Farmers face rising costs and regulatory pressure to reduce chemical pesticides, but lack site-specific, proven biological alternatives that don't sacrifice crop yield.
A Toolbox of tailored best practices and guidelines for improving soil health and biodiversity across 6 European zones.
If you are a bio-input company dealing with low adoption of organic alternatives — this project developed microbial inoculants and organic amendments that reduce chemical use. These are tested across 6 European zones to prove they work for crops like maize and wheat.
If you are a farm manager dealing with soil degradation and high pesticide costs — this project developed a Toolbox of tailored best practices. This allows you to maintain crop production for potato, sugar beet, and olives while using fewer chemicals.
If you are a consultant dealing with a lack of site-specific data for sustainable farming — this project developed guidelines and a Toolbox of best practices. You can use these to provide evidence-based advice on soil health across 7 different countries.
Based on available project data, no specific pricing or cost figures are provided for the tools or the Toolbox.
Yes, the project tests innovations in experimental field trials and demonstration sites across 6 European pedoclimatic zones using commercially important crops.
Based on available project data, there is no mention of specific IP or licensing agreements; the project emphasizes a multi-actor approach and knowledge sharing.
The project runs from 2025-09-01 to 2030-02-28, meaning the final Toolbox and guidelines will be available by early 2030.
The innovations are designed to complement existing Integrated Pest Management (IPM) practices rather than replace them entirely.
The consortium is heavily weighted toward research (7 partners) and universities (3 partners), but maintains a 20% industry ratio with 3 industrial partners, including 2 SMEs. This balance suggests a strong scientific foundation with a clear path toward practical application through the involvement of 8 different countries.
Contact LUONNONVARAKESKUS in Finland for partnership opportunities.
Contact us to track the development of the MultiSoil Toolbox for your crop portfolio.
