Regenerative Farms in Serbia Match Conventional Yields but Profits Remain Unstable

Regenerative agriculture in northern Serbia is taking shape largely from the ground up, driven by farmers and local initiatives rather than top-down policy, and a new study of two long-running farms suggests the approach can hold its own agronomically while its economic rewards remain uncertain. The research, published in Frontiers in Agronomy, analyzes the development and performance of regenerative farming in Vojvodina, the country’s northern agricultural heartland, and finds a system that is still fragmented and at an early stage of institutionalization.

The study combines stakeholder and sector analysis with two farm-level case studies built on production and economic records. The Bajmok farm contributes data covering 2012 to 2025, while the Bikovo farm covers 2020 to 2025. The researchers integrated sector-level assessment with empirical farm data on yield performance, input use, production costs, revenue and profit, using regional conventional yields for Vojvodina as reference benchmarks.

Climate conditions varied considerably during the observed period, which matters because the study explicitly links yield outcomes to weather. Annual precipitation ranged from 413.0 to 807.9 millimeters, and the authors note substantial seasonal and interannual temperature variability across the years examined.

On the yield side, the results are cautiously encouraging but far from uniform. Both conservation-tillage and regenerative management were associated with performance comparable to regional conventional benchmarks in several years, with occasional higher yields, but also with pronounced interannual variability tied to climatic conditions and crop-specific responses. At Bajmok, the conservation-tillage phase and regenerative management exceeded regional conventional benchmarks in several years, including corn in 2014 and 2017, wheat in 2016 and sunflower in 2013, while some crops fared worse during transition phases or climatically unfavorable years.

The Bikovo farm showed a similar mixed picture. Oilseed rape, corn and barley exceeded regional conventional averages in several years, although not all crops performed equally well. The authors emphasize that these are case studies of two farms rather than controlled experiments, so the findings describe what happened under specific management, soil and weather conditions rather than proving a general effect of regenerative practices.

Economically, the picture is more sobering. The analysis of the two case-study systems shows that regenerative management did not necessarily reduce production costs in the short term. Instead, it reorganized cost structures, with profitability primarily associated with yield stability, market conditions and the relative contribution of fertilizer, pesticide and machinery costs. In other words, savings in one input category may be offset elsewhere, and the bottom line depends heavily on prices and year-to-year yield consistency.

The authors conclude that regenerative agriculture in Serbia is developing as a transitional and context-dependent approach. Soil-oriented and system-level benefits may emerge gradually, they write, but have not yet translated into consistently stable economic outcomes in the systems analyzed. This distinction between anticipated long-term benefits and measured short-term results is central to the paper’s framing, and the study stops short of claiming proven economic advantages.

Because the study is based on two farms in one region, its scope is limited, and the authors themselves stress the need for long-term monitoring. The paper highlights the importance of advisory support and the development of supportive policy and market frameworks as conditions for the approach to mature. The finding that regenerative agriculture in Serbia is predominantly driven by bottom-up initiatives and remains embedded within broader sustainability frameworks helps explain why the sector appears fragmented and institutionally young.

For farmers considering a transition, the study’s message is one of realistic expectations rather than promise. Yields can match or occasionally beat conventional benchmarks, but the transition years can be difficult, weather dominates outcomes, and the economic case rests on stability and market conditions rather than guaranteed cost savings. As the authors note, the benefits of regenerative systems may take years to materialize, and the evidence so far comes from a small number of carefully documented farms under highly variable climatic conditions.

Subject of Research: Farm-level agronomic and economic performance of regenerative agriculture in Vojvodina, northern Serbia

Article Title: Development of regenerative agriculture in Serbia: farm-level case study insights into agronomic and economic performance under climate-variable conditions

Article References: Babec, B., Rajković, M., Pavlović, S., Vujić, S., Zafeiriou, I., & Šeremešić, S. (2026). Development of regenerative agriculture in Serbia: farm-level case study insights into agronomic and economic performance under climate-variable conditions. Frontiers in Agronomy, 8, 1953552. https://doi.org/10.3389/fagro.2026.1953552

Image Credits: AI Generated

DOI: 10.3389/fagro.2026.1953552

Keywords: regenerative agriculture, Serbia, Vojvodina, yield performance, conservation tillage, farm economics, production costs, climate variability, soil health, case study, Frontiers in Agronomy, sustainable farming