This document highlight good practices and case studies on integrating scientific and indigenous knowledge in FFS for climate resilience, while also exploring the challenges and opportunities in improving access to climate information at the community level.
Presentation
Use of Scientific and Indigenous climate information in FFS – East Africa
By Paul Mutungi, Regional Field School Support Officer, FAO
The Newsletter of the Tropical Agriculture Platform (TAP) provides regular updates on activities by TAP and its partners, on the projects and on upcoming events. This issue specifically refers to the period from October 2025 to December 2025.
Agriculture is a key driver of economic and social development in the SICA region; however, it faces challenges to be addressed, the objective of the research was to analyze agricultural innovation and propose a roadmap for its strengthening. Agricultural innovation in the region has been fragmented, with limited actor involvement and insufficient investment. Collaborative projects often fail to sustain their achievements. The low performance of innovation affects a partial adoption of technologies, affecting productivity, climate adaptation and competitiveness.
The FAO Agroecology Digest presents a collection of news, research publications, stories from the field, multimedia materials (and much more) from around the world.
The FAO Agroecology Digest presents a collection of news, research publications, stories from the field, multimedia materials (and much more) from around the world.
Mult-actors Agricultural Innovation Platform (MAIP) is established in rural communities where farmers and key value chain actors become empowered through participatory action research, knowledge co-creation and application, market linkages and so on. MAIPs, as a model for inclusive and collaborative innovation, are increasingly deployed in farmer communities to solve the last-mile bottleneck, namely, the empowerment of smallholder farmers and value chain actors to access innovation and services to drive field-level change.
The Office of Innovation launched the Portfolio Sense-Making initiative to mainstream the concept of innovation portfolio management across FAO teams and Divisions/Offices at HQ, Regional and Country levels. Portfolio Sense-Making involves systematically analyzing and visualizing innovation projects and their key data to understand their interrelationships, strengths, areas for improvement and potential impacts, thereby facilitating informed decision-making and strategic alignment with Organizational goals.
The Food Systems Thinking Guide for UN Resident Coordinators and UN Country Teams is an interactive resource designed to support food systems transformation as a contribution to the achievement of the UN Sustainable Development Goals (SDGs). It emphasizes a systems approach, fostering collaboration across diverse stakeholders – including governments, civil society, and private sectors – to address interconnected challenges like food security, environmental sustainability, and social equity.
Advances in digital technologies are transforming every sector of the economy including agriculture and food systems. Digital technologies offer great potential to enhance resilience, efficiency and greening of agrifood systems, from production, processing, logistics, retail and trade to support services and finance. This study reviews the current state of digital technologies in agriculture in Türkiye. Following a brief review of key trends and challenges in the agriculture sector, the study describes the ecosystem for digital transformation and the current technology supplier landscape.
The FAO Innovation for Blue Transformation series introduces relevant policy initiatives, mechanisms and tools to promote innovation and technical solutions that can accelerate aquatic food systems transformation. The series shares brief and practical knowledge needed for sustainable and resilient aquatic food systems that can nourish the world’s growing population, providing solutions to the challenges preventing these systems from delivering their full potential.