Rankings of innovation in agroecology and agricultural biodiversity

This initiative is at the forefront of research and policy advice on NBS, providing critical insights into how these solutions can support climate adaptation, biodiversity, and sustainable development in agriculture. It offers interdisciplinary programs and recent outputs.

Biologicals are becoming a core part of modern crop management, supporting regenerative agriculture principles and healthier soil ecosystems. They optimize inputs, reduce synthetic loads, and improve soil performance, with significant market growth expected in 2026.

This partnership is a cornerstone of European efforts to transform agriculture towards more resilient, productive, and sustainable farming systems by 2050. It emphasizes local contexts, climate, environment, ecosystems, and biodiversity, and supports the coordination of European transnational research in agroecology and organic food and farming.

This strategic approach will guide future EU R&I funding and policy, prioritizing agroecology as a credible pathway to more resilient, competitive, and fair agriculture. It aims to secure the long-term competitiveness, sustainability, and resilience of the EU's agri-food sector, forestry, and rural areas.

CGIAR is a global leader in agricultural innovation, and this portfolio outlines their strategic research directions for the coming years. It directly addresses major global challenges like climate change, gender and social inequalities, rural poverty, and environmental degradation, focusing on sustainable food systems and biodiversity.

Recognized as one of Fast Company's Most Innovative Companies in agriculture for 2026, Holganix is a rapidly growing regenerative agriculture program in the U.S. It demonstrates both ecological and economic benefits through its natural soil additive and digital platform for tracking sustainability outcomes.

This AI tool provides actionable insights for farmers, accelerating the adoption and effectiveness of regenerative practices by offering data-driven solutions to complex agricultural problems. It represents a significant step in leveraging artificial intelligence for sustainable farming.

AI is transforming agriculture into a data-driven, automated, and climate-aligned sector, crucial for addressing food security and climate change challenges. These platforms enable earlier stress detection, smarter input timing, and more predictable yields, even under climate volatility.

Robotics address labor shortages, minimize waste, protect workers, and enable greater precision in farming, contributing significantly to efficiency and sustainability. Specialized machines are rapidly integrating with variable-rate systems and AI scouting tools.

This innovation addresses the growing need for effective, non-chemical crop protection solutions that do not negatively affect crop yield and quality. It aligns perfectly with agroecological principles by using natural biological agents to defend crops against soil-borne fungal diseases.

This project directly addresses biodiversity loss exacerbated by industrial agriculture by promoting site-specific agroecological practices and a nature-positive model of aggregated farms. It includes community seed banks for indigenous crops, making it a crucial initiative for integrating biodiversity conservation into agriculture.

This pack highlights current, tangible examples of NBS in action across Europe, demonstrating their potential to enhance biodiversity, tackle societal challenges, and accelerate the transition to sustainable agriculture. It showcases 12 EU-funded projects supporting NBS.

IUCN is a leading authority on conservation, and their work on NBS in agriculture provides critical guidance for integrating environmental conservation into the agricultural sector for a sustainable future. This series offers recommendations for experts and policymakers.

This initiative is a significant regional effort to drive agroecological transitions through policy and community engagement, with tangible outcomes like national roadmaps being adopted. It works with governments and stakeholders to develop and implement agroecology roadmaps, aiming to improve livelihoods and sustainability.

These guidelines represent a strong political commitment to agroecology in the Asia-Pacific region, providing a framework for diverse, context-specific agroecological transitions. They help member states strengthen national policies and include agroecology in regional strategies.

Slow Food, under its president Edie Mukiibi, is a key advocate for agroecological food system transformation, focusing on grassroots empowerment and diversity. Its network connects farmers, consumers, and communities to promote sustainable practices that restore ecosystems and regenerate soils.

This initiative demonstrates how the private sector, producers, and retailers can drive transformative change by implementing biodiversity science. It aims to create innovative and feasible biodiversity measures and make them visible to clients, accelerating the implementation of SDGs.

This scientific blueprint offers a concrete strategy to reverse biodiversity declines while maintaining food production, aligning with global biodiversity targets. Proposed by scientists, it integrates nature recovery and farming by setting aside land for rewilding and adopting wildlife-friendly practices.

This open-source tool enables countries to explore agri-food system pathways that scale nature-positive agricultural practices, supporting evidence-based policy development towards food security and climate goals. It simulates how diversified cropping systems can increase yields and safeguard biodiversity.