Imagine farming on land that is normally too soggy to use without draining it. Instead of drying out the soil and releasing carbon, this method keeps the land wet to grow special plants. It is like switching from a thirsty garden to a water-loving wetland that actually helps the planet.
Traditional peatland farming requires draining water, which releases massive amounts of carbon and destroys biodiversity. Farmers need a way to make money from these lands without drying them out.
Three large-scale demonstration sites, AI-driven management tools, and long-term business plans for wetland biomass production.
If you are a material producer dealing with unstable raw material sources — this project developed 3 large scale demonstration sites that provide a steady supply of wet-land biomass. This allows you to create eco-friendly products while reducing greenhouse gas emissions.
If you are a farmer dealing with declining yields on peatlands — this project developed new agricultural business models and best practices. These tools help you transition to paludiculture to preserve your land and open new revenue streams.
If you are a tech company dealing with a lack of data for wetland farming — this project developed AI tools co-created with users. These tools provide the evidence needed to optimize crop growth in water-rich environments.
Based on available project data, specific pricing or implementation costs are not provided; however, the project focuses on developing long term business plans to ensure economic sustainability.
Yes, the project is establishing 3 large scale demonstration sites to act as beacons for the industry across Europe.
Based on available project data, the AI tools are co-created with users, but specific licensing terms are not mentioned.
The project aligns with the EU Green Deal and will provide policy recommendations to identify and fix barriers and gaps in current legislation.
The project runs from 2025-02-01 to 2029-01-31, meaning results will be finalized by early 2029.
The consortium is well-balanced for commercialization, featuring 26 partners with a 31% industry ratio (8 industrial partners, including 5 SMEs). The mix of 8 universities and 10 other organizations across 5 countries suggests a strong bridge between academic research and practical market application.
Contact the University of Galway for details on the 3 demonstration sites.
Contact us to connect with the paludiculture AI tool developers.
