A recent article co-written by AFII Director Owen Atkin in The Conversation Australia + NZ highlights how intense heatwaves damage crops at critical growth stages, disrupt pollination, reduce yields and place enormous stress on native species.
In December 2025, AFII brought together experts from industry, researchers, research development corporations, growers, and government agencies to discuss the barriers to increase use of biological control products. Their insights form the basis of a report released today.
2025 was a breakthrough year for AFII driving innovation in Agrifood, climate resilience, and clean energy. Explore how our research and partnerships are shaping the future of agriculture and supply chains. Read the full report and partner with us today.
AFII welcomed IFAD leaders to ANU to explore how Australia can strengthen Pacific food systems through research, collaboration, and integrated approaches. Discover the key insights and opportunities for impact. Read the summary of the event.
Australia’s agrifood future hinges on interdisciplinary innovation. AFII fosters collaboration across science, tech, and social research to tackle climate resilience, R&D reform, and community needs, driving sustainable, inclusive transformation.
The HyperNUE project uses hyperspectral imaging and remote sensing to monitor nitrogen use and photosynthesis across crops. Led by ANU and global partners, it helps farmers improve productivity, reduce fertiliser waste, and enhance climate resilience.
Explore how embedded emissions accounting is reshaping agriculture’s climate impact. Learn why harmonising farm-level carbon tools is key to reducing emissions, boosting climate resilience, and meeting Australia’s 2035 targets. Essential reading for agri-research and sustainability.
We are excited to announce the release of the white paper ‘Made & Grown - The Future of Food: The role of biotechnology & biomanufacturing in Australia’.
AFII attended a major symposium on extreme heat, contributed to national R&D policy with a mission-based vision for agrifood, advocated for a bioeconomy strategy in food security, and reflected on Indigenous wisdom during a visit to FNQ.
Discovery of a plant mechanism that reduces water loss without compromising CO₂ intake enables development of drought-resistant varieties, crucial for agriculture in water-scarce regions.
As climate change intensifies, Pacific Island nations are facing longer, harsher droughts that threaten traditional farming systems. A team from The Australian National University (ANU) is working on a solution that could transform agriculture across the region.