The critical role of research and development in agriculture
Research and development in agriculture delivers measurable returns by strengthening farm productivity, sustainability, and national food security.
Long before drones and AI reached Australian paddocks, farmers and scientists were already rewriting the possibilities of agriculture. In a landscape where some regions receive half the rainfall of major wheat belts in other countries, over the past 30 years, Australia has experienced the world’s highest growth in wheat productivity. Innovations like no-till farming, drought-tolerant varieties, and data-driven soil management came out of decades of research and development in agriculture, keeping both domestic and global markets supplied.
This is the kind of impact agricultural R&D delivers: solving real problems while building resilience for the future.
Why is agricultural R&D important?
Research and development in agriculture is an investment in productive, sustainable futures – and in Australia, it comes with measurable, multi‑year returns. ABARES estimates agricultural R&D delivers nearly $8 back to farmers for every $1 invested over a decade, underpinning productivity gains and resilience.
Similarly, the Australian Centre for International Agricultural Research (ACIAR) has demonstrated that, on average, every $1 it spends on research returns $43, through outcomes such as new varieties, pest and disease management, and capacity building in developing countries.
But the stakes go beyond economics. The world’s food sector is a major contributor to global heating, producing roughly 30% of human-made greenhouse gas emissions. At the same time, a nutrition crisis has emerged, where malnutrition coexists with obesity and diet-related non-communicable diseases. Agricultural R&D tackles both sides of this equation — improving yields and nutritional quality to increase nutrient food availability, while developing methods that reduce emissions associated with food production.
Investment in agricultural R&D doesn’t just return for farmers — it helps feed the world, protect the climate, and build resilient food systems for the future.
Addressing global challenges through innovation
Agricultural R&D is the frontline response to some of the planet’s most pressing issues, from climate change to food security.
Ensuring global food security
Global food demand is expected to increase by 35% to 56% by 2050, driven by population growth and changing diets. In Australia, research into heat-tolerant wheat and disease-resistant crops is poised to help farmers improve yields under challenging conditions.
At the same time, innovations in alternative proteins are expanding the range of nutritious, sustainable food options. These products reduce reliance on traditional animal agriculture, diversify dietary sources, and create new opportunities for Australian farmers and food manufacturers to meet growing demand for protein without increasing pressure on land and water resources.
Together, these advances strengthen supply chains, mitigate the risk of crop failure, and support resilient, future-ready nutrition systems.
Combating climate change
Agriculture contributes more greenhouse gas emissions than the global aviation sector, but Australian R&D demonstrates how farms can increase productivity while reducing emissions. Industry research demonstrates:
Lowest emissions intensity among major exporters: Emissions from Australian farm produce are up to 42% lower than peer nations, while agricultural output has risen 60% over 30 years.
High adoption of conservation tillage: Over 90% of crops are grown using minimum or no-till systems, improving soil organic matter, erosion, and water retention.
Water efficiency breakthroughs: Water efficiency in cotton production has improved 40% in a decade; 60% improvement for grains.
Sustainable intensification: Australia produces 60% more output on 28% less land than 30 years ago, decoupling productivity growth from land use.
Best-practice stewardship: Australian farms use pesticides more efficiently than comparable exporters, supported by precision agriculture, and industry-led stewardship frameworks.
Continued investment in advanced genetics, crop biotechnology, and precision agriculture will help to maintain these gains, enhance resilience, and further reduce the environmental footprint of food production.
Boosting productivity and profitability
Productivity gains are critical to the economic and environmental viability of modern farming. Australian farms are increasingly using automation, robotics, and AI-driven monitoring to optimise inputs, reduce labour costs, and respond in real time to challenges and opportunities.
Related article: How exactly is AI used in agriculture?
Autonomous platforms such as SwarmFarm Robotics have already been deployed across 2 million hectares of farmland and reduced chemical use by over 5 million tonnes. Startups combining AI with IoT sensors (e.g. SENSITE), drones (e.g. Drone-Hand), and satellite data (e.g. Planet Labs) are providing real-time insights into crop health, water use, and environmental factors, enabling smarter decision-making for better on-farm outcomes.
Related article: What is smart farming?
These technologies turn research into measurable productivity and profit gains, reducing input costs, boosting yields, and improving farm resilience in Australia’s challenging climatic conditions.
The Australian advantage
Farming in Australia means managing a wide range of climates, soils, and production systems, from irrigated cotton in the north to dryland wheat in the south, and from broadacre livestock operations to intensive horticulture. This complexity has fostered a culture of innovation and experimentation, where R&D is championed for delivering tangible results that enhance resilience, productivity, and sustainability.
A major part of this advantage is Australia’s Rural Research and Development Corporation (RDC) model, which channels industry levies and government contributions into targeted, applied research across 15 primary industries – from meat and livestock to forest and wood products, wine, and sugar. By linking research funding directly to industry priorities, RDCs ensure innovations are practical, adoptable, and commercially relevant, giving farmers and investors confidence that solutions tested in Australia are robust, scalable, and ready for real-world deployment.
Related: Explore Australia's RDCs via the growAG. RDC Hub.
This diversity and structured support make Australia a smart proving ground for agricultural innovation: solutions developed here can be tested across multiple contexts, creating insights and technologies that position solutions both domestically and globally.
Bridging the gap: from lab to market
Agricultural research is only as valuable as its impact on the ground. growAG. serves as the gateway between cutting-edge research and commercial deployment, connecting researchers with trial partners, and founders with investors.
Through curated funding opportunities, stakeholders can discover initiatives that combine scientific rigour with commercial viability, accelerating the adoption of technologies that enhance productivity, sustainability, and profitability. This bridge ensures research is not just published; it’s implemented, scaled, and hits the market.
The future of agricultural R&D
The next frontier of agricultural research is increasingly data-driven, integrated, and climate-focused. Emerging trends include AI-assisted farm management, robotics for labour efficiency, carbon-smart soil systems, and innovations in alternative proteins and regenerative practices.
growAG. connects researchers and investors with the innovations shaping the next decade of farming. Researchers can list their projects to gain visibility and attract funding, while investors can explore high-potential opportunities to support the transition to future-focused food production.
Get involved today - showcase your innovation or discover the research that will define the future of farming.