Key Takeaways
- DeepRoots and Propagate have formed a new partnership to scale agroforestry projects across the UK by combining AI-driven land-use planning with advanced agroforestry design tools.
- The collaboration integrates DeepRoots’ geospatial and financial modelling platform with Propagate’s Overyield software to streamline identification, planning, and financing of agroforestry opportunities.
- Agroforestry systems demonstrated in the UK include silvo-arable cobnut and apple alley-cropping, mixed broadleaf silvo-pasture, and heritage orchards.
- Leaders from both companies highlight the partnership’s potential to boost farmer profitability, enhance ecosystem resilience, and strengthen UK food security.
- The initiative represents a significant U.S.–UK technology collaboration aimed at bringing agroforestry into mainstream, commercially scalable agriculture.
DeepRoots Forms Strategic Partnership With Propagate to Expand Agroforestry Across the UK
DeepRoots, a UK-focused AI platform for regenerative land-use planning, has announced a strategic partnership with U.S.-based agroforestry developer Propagate to accelerate the expansion of agroforestry systems nationwide. The collaboration aims to make trees-on-farms more accessible, economically viable, and scalable for landowners and supply chains across the United Kingdom.
Agroforestry integrates trees with crops or livestock to improve food production, biodiversity, water quality, carbon sequestration, and farm resilience. The approach is gaining momentum in the UK as farmers seek diversified income streams and climate-resilient production models. Examples highlighted include cobnut and apple alley-cropping, mixed native broadleaf silvo-pasture, and grazed heritage orchards in Leicestershire.
DeepRoots Brings AI-Driven Planning to Unlock Agroforestry Potential
DeepRoots uses AI to convert corporate sustainability commitments and farmer goals into practical land-management strategies. By integrating geospatial, agronomic, and financial datasets, the platform designs regenerative land-use blueprints that support yield stability, improved incomes, and ecosystem health.
