PROJECT DESCRIPTION
BACKGROUND
The CROPS-LIFE project aims to tackle the pressing challenges of climate change and extreme weather on agriculture through a comprehensive and innovative approach. By addressing the entire soil-plant-atmosphere continuum, the project integrates advanced agrivoltaic technology with sustainable farming practices to enhance crop protection and soil health. Agroforestry is used as a reference solution in the project, as it also mitigates climate change by providing shading and optimizing the microclimate, making it a relevant benchmark for the benefits we aim to achieve with dynamic agrivoltaics. Key components of the project include:
- Managed Agrivoltaic Panels: These panels create a controlled microclimate, protecting crops from severe weather and improving soil ecological quality. They stabilize temperature and light exposure, fostering a more favourable environment for plant growth and soil health.
- Optimized Water Management: The project incorporates a sophisticated water management system, featuring controlled partial rainwater harvesting and efficient irrigation practices. This approach reduces water waste and ensures optimal use, crucial for adapting to climate variability.
- Cover Crops and Soil Services Modelling: Integrating cover crops enhances soil structure, nutrient cycling, and microbial activity. Soil services modelling supports this by optimizing soil functions and promoting sustainable agricultural practices. CROPS-LIFE aims to significantly increase crop resilience, improve soil health, and enhance water use efficiency. By combining these elements, the project seeks to develop a robust and adaptable agricultural system capable of withstanding climate-related stresses and contributing to long-term food security. Through practical implementation and collaboration with farmers and stakeholders, the project promotes sustainable agriculture and secures future food production.