The OECD–FAO Agricultural Outlook 2025-2034 provides a comprehensive assessment of the ten-year prospects for agricultural commodity and fish markets at national, regional, and global levels. Jointly produced by the OECD and FAO, in collaboration with their Members and international commodity organisations, the Outlook serves as a forward-looking reference to support evidence-based policy planning. This 21st edition examines the evolving landscape of global agriculture in the face of economic, political and environmental challenges.
Total consumption of agricultural and fish commodities is projected to grow by 13% from current levels by 2034 in constant prices. Nearly all the increase is expected to occur in low- and middle-income countries, reflecting expanding and increasingly affluent populations in these regions. However, while half of the consumption growth in middle‑income countries is attributed to per-capita increases, three quarter of the growth in low-income countries is based on population growth.
Rising disposable incomes and urbanisation, particularly in middle-income countries, are expected to lead to shifts in dietary patterns toward more diverse and nutritious foods, including livestock and fish products. According to the Outlook, the share of total calories in diets contributed by livestock and fish products is projected to rise by 6% globally by 2034. In lower-middle-income countries, a more pronounced 25% growth will bring the average daily per capita intake of nutrient-rich food in these regions to 364 kcal, surpassing the 300 kcal included in the Healthy Diet Basket used by the FAO to compute the cost and affordability of a healthy diet. However, average indicators do not reflect persisting distributional inequalities within and across countries. Despite significant progress, many individuals in lower-middle-income countries will continue to face challenges in accessing adequate nutrition, putting the achievement of the SDG target of improved global nutrition by 2030 at risk. In low-income countries, the situation is more severe, as average daily per capita intake of nutrient-rich animal foods is expected to remain at 143 kcal, just below half the calories identified in the Healthy Diet Basket. This enduring nutritional gap highlights important structural barriers, including limited access to affordable protein-rich foods.
To support growing demand, global agricultural and fish production is projected to expand by 14% in constant prices over the next decade, with middle-income countries expected to remain the principal sources of global agricultural expansion. These structural shifts in production will be driven by a combination of gradual adoption of innovative and improved technologies, capital investments and more intensive use of fertilisers, feeds and other inputs in middle-income countries. Agricultural production growth will be primarily based on productivity gains, but expansion of cropping area and livestock herds are also expected, particularly in Africa and South Asia, where limitations on access to modern farming technologies persist.
As the projected production growth in the livestock and crop sectors is not fully offset by the assumed productivity improvements, direct agricultural greenhouse gas (GHG) emissions are projected to increase by 6% by 2034. The relationship between agricultural growth and emissions will continue to evolve depending on the adoption of more efficient production methods and changing patterns of land use and input utilisation. With the expected productivity improvements, the carbon intensity of agricultural production is projected to decline across all regions over the coming decade.
A scenario analysis conducted in the Outlook suggests that by 2034, undernourishment could be eliminated and direct agricultural GHG emissions lowered by 7% from current levels. Achieving these outcomes simultaneously would hinge on a 10% increase in food production and a 15% improvement in agricultural productivity, supported by the widespread adoption of currently available emissions-reducing technologies. Innovations such as precision farming, improved nutrient and water management, feed enhancements in livestock systems, and low-cost scalable practices such as crop rotations, intercropping and compost-based nutrient management represent some of the pathways that could support such emission reductions. The pace and extent of technology implementation, infrastructure development, and knowledge transfer will influence how these outcomes may unfold in practice.
The Outlook highlights that trade flows between net-exporting and net-importing regions are expected to increase as agricultural production and consumption become more geographically separated based on different comparative advantages and production capacities as well as food and feed demand developments. As a result, international trade will remain indispensable to the global agri-food sector. By 2034, 22% of calories consumed globally are expected to be traded across borders. Twenty years ago, this share was 17% but has remained stable at around 22% over the last ten years. Multilateral cooperation and a rules-based agricultural trade are essential to facilitating these trade flows, balancing food deficits and surpluses across countries, stabilising prices and enhancing food security, nutrition and environmental sustainability.
The medium-term projection anticipates a modest decline in average annual real agricultural commodity prices, reflecting ongoing average productivity improvements that lower production costs. Consequently, individual farmers, especially smallholders who are often the most vulnerable to market shocks and have limited capacity to adopt innovative technologies, face growing pressure to improve their individual productivity. Sustained improvements in agricultural efficiency, adoption of innovative technologies, and better access to inputs, knowledge, and markets, as well as locally tailored and effective business risk management practices are therefore critical for maintaining farm incomes and livelihoods. The course of actual prices will also reflect volatility associated with the impacts of weather shocks, supply chain disruptions and geopolitical tensions.
The baseline projections presented in this Outlook are based on the available historical data and assumptions derived from them about economic, political, cultural, climatic and technological developments over the coming decade, which are all subject to uncertainties. As such, the likely impacts of recent developments, including shifts in trade policy and heightened economic uncertainty, have not been incorporated. Should these uncertainties persist or intensify, they may affect global agricultural markets in the medium-term through macroeconomic channels such as inflation, exchange rates, and global growth trajectories.
