A European Innovation Partnership (EIP) Operational Group was set up to ensure the viability and continuation of the traditional farming method for hay fed milk and meat production.
Projects & Practice
This project combined state-of-the-art sensoring techniques and models with a participatory monitoring process with farmers and water authorities to create a common understanding of the main local challenges and possible solutions to enhance water quality. In addition, the process empowered individual farmers to become equal partners with water authorities as they gained knowledge and access to data. Problems with water management differ between regions, but the process of jointly collecting, learning from and acting on data can be applied across regions.
The BeeScanning app combines the use of artificial intelligence and smartphones, enabling beekeepers to easily detect Varroa mites and reduce the risk of death in their bee communities.
Setting up collaborative water system measures and a governance approach to increase self-sufficiency of freshwater availability for agriculture.
An EIP-AGRI Operational Group project on the use of insects for adding value to organic residues from agriculture.
Developing an integrated identification and control system that enables the detection of pests in fields and gardens and determines the optimal time to apply protective measures.
An EIP-AGRI operational group on improving the soil’s quality and structure, using new generation microelements and microorganisms.
Setting up an EIP Operational Group that aims to enable Flemish farmers to operate small-scale anaerobic digesters more efficiently.
Using biomass residues to produce a fertiliser, which is then used to grow trees, and will, over time, improve soil quality, has led to significant financial savings for nature conservation organisations and tree nurseries.
An example of an initiative promoting energy efficiency that addresses climate change through targeted actions at grassroots level.