The Role of Production System Readiness in Shaping Intention Behavior Pathways During Organic Farming Transition

Farmers around the world are under pressure to grow food in ways that heal the land rather than harm it. For decades, agriculture has relied heavily on synthetic chemicals to boost yields, but this approach has degraded soil, reduced biodiversity, and polluted waterways. In response, many nations are pushing for a shift toward organic farming, a method that avoids synthetic inputs and works with natural ecosystems. The logic seems straightforward: if a farmer wants to switch to organic methods, they simply make the change. Yet, reality is far more complicated. Many farmers express a strong desire to transition to organic practices, but when time passes, they often do not follow through. Some who say they will switch never do, while others who never intended to switch suddenly find themselves farming organically. This gap between what people say they will do and what they actually do is a well-known puzzle in environmental science, but until now, researchers have struggled to explain why it happens so frequently in agriculture.

A new study published in 2026 by researchers from Vietnam National University of Agriculture and Thuongmai University digs into this mystery by looking at the specific conditions of the farms themselves. The team tracked over a thousand farming households in central Vietnam over two years, from 2022 to 2024. They asked farmers in 2022 whether they intended to switch to organic farming and then checked their actual farming practices in 2024. The researchers found that the path from intention to action is not a straight line. Instead, farmers fall into four distinct groups: those who stay on conventional farming with no plans to change, those who switch to organic despite never planning to, those who plan to switch but stay conventional, and those who successfully make the transition. The most surprising finding was that among farmers who explicitly said they wanted to go organic, the largest group was the one that failed to make the change.

The study reveals that the difference between those who succeed and those who stall is rarely about the farmer's personal wealth, education, or family size. Instead, the deciding factor lies in the "readiness" of the farm's production system. Think of a farm not just as a piece of land, but as a complex machine with many moving parts, including irrigation pipes, soil chemistry, and the types of fertilizers currently in use. The researchers discovered that if a farm is deeply entrenched in conventional methods—relying heavily on mineral fertilizers, having invested heavily in specific irrigation infrastructure, or facing frequent climate shocks like droughts and floods—it becomes incredibly difficult to switch gears, even if the farmer wants to. These structural conditions act as invisible barriers that trap farmers in their current methods.

Conversely, the farmers who successfully transitioned were not necessarily the richest or the most educated. They were the ones whose farms were already partially prepared for the change. These successful farmers had already begun using organic fertilizers, recycling crop residues, and planting diverse crops together before they officially declared their intention to switch. Their production systems were already flexible and compatible with organic principles. The data showed that for every additional 100 kilograms of mineral fertilizer used per hectare, the likelihood of a successful transition dropped significantly. In contrast, increasing the share of land treated with organic fertilizer boosted the chances of a successful switch by a wide margin. Even the investment in irrigation, which one might assume helps farming, actually reduced the likelihood of transition in this context because it signaled a system built for intensive, conventional production that was hard to reconfigure.

The researchers conclude that promoting organic farming requires more than just encouraging farmers to want to change. While positive intentions are necessary, they are not enough on their own. The study suggests that development programs and policymakers need to focus on "production-system readiness." This means helping farmers gradually reduce their dependence on synthetic inputs and build up sustainable practices before they even attempt a full switch. By making the farm itself more flexible and less dependent on conventional chemicals, the path from intention to action becomes much smoother. The findings offer a clear roadmap: to turn the desire for sustainable agriculture into reality, we must first ensure that the physical and technical foundations of the farm are ready to support the change.