Agricultural LLs accelerate the development of new solutions to tackle soil health problems by bringing together innovative farmers and citizens, researchers and companies. Solutions can for instance be new climate smart sustainable soil management practices to mitigate and/or adapt to climate change, or adaptations of existing practices needed to deal with local constraints. Further, a structured collaboration with potential investors as well as regulators and authorities fosters a faster development and upscaling of solutions and removal of barriers of their implementation
The PREPSOIL Business Model Canvas (BMC) for Living Labs (LLs) & Lighthouses (LHs) in the Mission Soil is a tailor-made tool that considers the specificities of Soil LLs and LHs to support and inspire these initiatives to find a strategy for their long-term sustainability. [read more]
To achieve this, the PREPSOIL BMC offers practical examples based on different exercises conducted in the PREPSOIL project. These examples can be found below and can be filtered according to different soil uses (agriculture, forestry, (post-)industrial, and (peri-)urban), as well as different elements, and spheres of intervention within each of the elements.
These examples are to serve as guidance and inspiration for the design of Business Models for Soil LLs, acknowledging the uniqueness of each of them in terms of the ambition, capacities, and context in which the LL operates.
For more information on the BMC methodology please see PREPSOIL Report on LL/LH business model plans (D4.2)
For a step-by-step guide on how to use the BMC see Business Model Canvas for Soil Living Labs and Lighthouses: A guide for users
LLs accelerate the development of innovative solutions to soil health challenges by uniting farmers, citizens, researchers, and companies. This collaboration fosters fair and sustainable, regionally-produced food, while enhancing soil health and crucial ecosystem services such as climate change mitigation, flood prevention, and erosion control. By promoting agroecology and beneficial soil health practices, Living Labs boost soil biodiversity and fertility, reducing soil degradation in arable lands, grasslands, and forests. This approach not only creates sustainable livelihoods for farmers, especially younger generations, but also drives sustainable forest soil management, ensuring a resilient and healthy ecosystem for future generations