Serbia’s agricultural economy is entering a period in which the traditional advantages of fertile land, relatively low production costs and large grain surpluses are no longer sufficient to guarantee attractive returns. Climate volatility, fragmented farm ownership, rising labour and input costs and increasingly demanding European buyers are changing where profits are generated across the country’s food chain.
The underlying agricultural base remains substantial. Serbia uses roughly 3.37mn hectares of agricultural land, with cereals occupying about two-thirds of its arable area. Agriculture, forestry and fishing generated approximately RSD341bn of gross value added in 2025, equivalent to about 3.8 per cent of the economy, while agriculture and food processing employed roughly 450,000 people.
Its importance to trade is considerably greater. Agri-food products represented about 15.6 per cent of Serbian exports in 2025, with total agricultural and food exports reaching approximately €5.13bn.
Yet the trade numbers also expose a weakness in Serbia’s agricultural model. Agri-food imports rose much faster than exports last year, increasing 10.5 per cent to roughly €4.18bn. The sector’s trade surplus consequently fell to about €948mn, dropping below €1bn for the first time in more than a decade.
For a country that exports millions of tonnes of cereals and substantial quantities of fruit, oilseeds and processed food, rising imports of meat, vegetables and higher-value food products point to an uncomfortable imbalance. Serbia remains highly competitive at producing agricultural raw materials but captures a smaller share of the value generated after those commodities leave the farm.
That gap is becoming the central investment question for Serbian agriculture.
The country’s farm structure explains part of the problem. Serbia counted 508,325 agricultural holdings in its latest agricultural census, of which 99.6 per cent were family farms. The average holding cultivated only about 6.4 hectares.
This national average masks the industrial-scale farms of Vojvodina in northern Serbia, where holdings running into thousands or tens of thousands of hectares coexist with small family producers. But fragmentation remains important because processors, exporters and retailers must organise supply across a large number of farmers with differing yields, technology and financial capacity.
Demography compounds the problem. Almost 45 per cent of family-farm holders are older than 65, while young farmers represent only a small part of the sector.
The resulting succession challenge could gradually accelerate consolidation. Larger farms, contract farming arrangements and agricultural service businesses are likely to absorb production that might otherwise disappear as older farmers leave the sector.
This is already creating a market increasingly divided between small primary producers and considerably larger companies controlling processing, storage, financing and distribution.
Among the largest domestic groups, MK Group has built one of Serbia’s broadest agricultural platforms. Its PIK Bečej business cultivates about 9,900 hectares, roughly 70 per cent of which is irrigated, while producing more than 200,000 tonnes of crops and vegetables annually. Its Sunoko subsidiary dominates the domestic sugar industry, and the group expanded further into edible oils through its 2026 acquisition of Dijamant.
Matijević Agrar operates on an even larger farming footprint, cultivating approximately 36,000 hectares in Serbia, alongside agricultural operations in Croatia. Its model integrates grain production with feed mills, livestock and meat processing, reducing dependence on the margins available from selling cereals immediately after harvest.
Al Dahra, the Abu Dhabi-based agribusiness group, controls more than 20,000 hectares acquired through the former PKB agricultural system around Belgrade. Delta Agrar, meanwhile, cultivates roughly 10,000 hectares, operates about 700 hectares of orchards and has developed livestock, seed and oil-processing businesses.
The emergence of these integrated groups points towards the direction in which Serbian agriculture is moving: away from simple production and towards control over several stages of the agricultural value chain.
Wheat abundance exposes the limits of the old model
No commodity demonstrates the tension better than wheat.
Serbia harvested approximately 3.68mn tonnes in 2025, almost 27 per cent more than a year earlier. Preliminary estimates for 2026 indicate production could rise further to around 3.85mn tonnes, supported by approximately 653,000 hectares under cultivation and an average yield approaching 5.9 tonnes per hectare.
Such volumes comfortably exceed domestic requirements and ensure that Serbia remains a significant regional exporter.
But abundance is not necessarily profitable.
Wheat was trading in mid-August at around RSD19.80 per kilogram excluding VAT, equivalent to approximately €169 per tonne. At these levels, producers exposed to high land rents, fertiliser, diesel and financing costs have limited protection against poor yields.
The economics become substantially more attractive when wheat moves through milling, specialised flour, starch, animal feed or industrial processing.
This distinction is likely to become increasingly important. Serbia does not suffer from a shortage of wheat. It suffers from insufficient conversion of wheat into products carrying larger margins.
Corn presents the opposite problem.
Production fell to roughly 4.45mn tonnes in 2025, almost 13 per cent below the previous year and substantially below longer-term averages. The planted area declined again in 2026 to about 938,000 hectares.
Repeated summer droughts and extreme temperatures have made corn increasingly difficult to produce consistently without irrigation. Mycotoxin contamination, particularly aflatoxin, adds another layer of commercial risk.
Corn was trading around RSD20.40 per kilogram excluding VAT in August, slightly above wheat despite traditionally being Serbia’s most abundant feed grain.
The shift reflects tighter availability rather than structurally superior corn economics.
It also illustrates the increasing value of infrastructure. Irrigated farms, modern dryers, ventilated silos and facilities capable of segregating grain according to moisture and aflatoxin levels can capture margins unavailable to producers selling directly from the field.
Climate risk is consequently becoming an infrastructure investment thesis.
Only around 8 per cent of Serbia’s utilised agricultural land is irrigated, leaving most field production exposed to rainfall. Yet Serbia has experienced increasingly frequent droughts and heat waves, with weather and climate extremes estimated to have caused more than €10bn of economic damage between 2000 and 2024.
Irrigation is therefore likely to become one of the most important dividing lines between productive agricultural assets and increasingly volatile dryland farms.
A modern field-crop irrigation system can require approximately €3,000-€6,000 per hectare, depending on water access, pumping requirements and equipment. A 1,000-hectare platform could therefore require €3mn-€6mn of investment before land, machinery and working capital.
The economics are difficult to justify when irrigation is applied only to low-value wheat. They become much stronger when the rotation includes seed crops, soybeans, corn, vegetables or other higher-margin production.
Oilseeds reveal a changing crop map
Climate pressures are also beginning to alter Serbia’s crop mix.
Sunflower acreage increased again in 2026 to approximately 251,000 hectares, while soybean acreage declined by about 7.5 per cent to 194,000 hectares. Sugar beet planting also contracted.
Sunflower’s relative drought tolerance is increasingly attractive to farmers facing hotter summers. Soybeans, by contrast, have struggled badly during dry years. Average Serbian soybean yields fell to roughly 1.6 tonnes per hectare in 2025, forcing the country to import more than 220,000 tonnes despite possessing a significant domestic processing industry.
This is commercially significant because Serbia has developed a valuable niche in non-genetically modified soy.
ADM’s Sojaprotein operation is one of the important European producers of non-GMO plant-protein ingredients. The company has indicated that roughly 90 per cent of soy supplied to its Serbian extrusion operation is grown within 100km of the facility.
Declining domestic production therefore creates both a vulnerability and an opportunity.
Contracted, irrigated non-GMO soybean production could offer better economics than generic commodity farming because processors require traceability, segregation and reliable raw-material supply.
Sunflower presents a somewhat different proposition. Serbia already possesses meaningful crushing capacity through companies including Dijamant, BIMAL Sunce, Delta Agrar’s Dunavka operation and other processors.
The opportunity is consequently less obvious for another conventional oil mill. Higher-value products — including high-oleic sunflower oil, specialty oils, non-GMO protein concentrates, lecithin and food ingredients — offer stronger differentiation.
A new integrated oilseed-processing operation with annual capacity of 100,000-200,000 tonnes could require approximately €35mn-€80mn, depending on refining, extrusion and storage configuration.
The decisive factor would not be the machinery. It would be securing sufficient crops within an economically viable procurement radius.
Fruit remains Serbia’s premium export business
The highest-value part of Serbian agriculture remains fruit.
Fruit exports generated approximately €808mn in 2025, with frozen raspberries alone contributing roughly €288mn. Serbia also has significant positions in sour cherries, plums, apples, blackberries and increasingly blueberries.
The country’s raspberry industry demonstrates both the strength and weakness of its agricultural model.
Western Serbia has developed one of Europe’s densest networks of raspberry growers, cold stores and exporters. European buyers know the Serbian product and established logistics already exist.
But production remains fragmented and highly sensitive to frost, heat, labour availability and annual procurement prices.
Total Serbian fruit production fell by more than 21 per cent in 2025, illustrating how rapidly export availability can change. Preliminary estimates suggest raspberry production could recover by almost 15 per cent in 2026 to about 84,000 tonnes, while sour-cherry output could rebound much more sharply following last year’s weak harvest.
Such volatility can generate excellent margins for processors during some seasons and destroy them during others.
The next stage of investment is therefore unlikely to be another generic cold store competing for fruit during harvest.
More defensible projects would combine grower contracts, agronomic support, certified planting material, residue monitoring, immediate post-harvest cooling and processing into IQF fruit, puree, concentrates or freeze-dried ingredients.
A modern 5,000-10,000 tonne controlled-atmosphere, packing or freezing facility could require approximately €8mn-€20mn, depending on technology and energy requirements.
Energy costs are particularly important for frozen fruit. Solar generation, storage and energy-efficient refrigeration can materially change operating margins and reduce exposure to electricity-price volatility.
Vegetables present a less glamorous but potentially larger domestic opportunity.
Serbia recorded a vegetable trade deficit of roughly €98mn in 2025, despite possessing suitable agricultural land and relatively favourable production conditions.
The explanation lies largely in fragmented production, inadequate irrigation, labour shortages, limited protected cultivation and insufficient year-round storage.
Modern greenhouses, irrigated open-field production and integrated grading and packing therefore offer a combination of import substitution and export potential.
Value is moving downstream
The strategic direction of Serbia’s largest agricultural groups suggests that the highest returns will increasingly be found beyond primary farming.
MK Group’s expansion into edible oils and bioethanol, Delta Agrar’s investment in oilseed processing, ADM’s Serbian plant-protein operations and the vertically integrated model used by Matijević all follow the same logic.
Commodity production provides the raw material. Processing captures the margin.
This becomes particularly important because Serbia already has substantial cereal surpluses.
Corn and wheat can be converted into starch, sweeteners, ethanol, animal feed, pet food and fermentation products. Serbia’s pet-food exports alone reached approximately €156mn in 2025, while exports of feed and food-industry residues exceeded €350mn.
These businesses offer something that ordinary cereal farming cannot: the ability to generate margins even when commodity prices are weak.
Bioethanol is emerging as one of the more interesting examples. The European Bank for Reconstruction and Development provided MK Group with a €40mn sustainability-linked loan in 2025, partly supporting development of its ethanol business.
A domestic ethanol industry could create another outlet for Serbian corn and wheat while producing valuable co-products for livestock feed. Its economics, however, will depend on energy costs, European sustainability certification and the carbon intensity of production.
Storage and logistics provide another opportunity, although the investment case is becoming more complex.
A modern 50,000-100,000 tonne grain complex incorporating silos, drying, cleaning, laboratories and transport infrastructure could require approximately €12mn-€30mn.
Historically, proximity to the Danube offered an obvious advantage for Serbian grain exporters. Increasingly low summer water levels have complicated that assumption. During August 2026, low Danube levels were already delaying grain deliveries and encouraging traders to move contracts towards September and October.
The strongest logistics assets will therefore be multimodal — combining road, rail and river access rather than relying entirely on barges.
Consolidation will increasingly determine the market
The larger structural transformation may nevertheless take place at farm level.
Serbia has hundreds of thousands of agricultural holdings, an ageing farming population and a relatively small average farm size. At the same time, sophisticated processors increasingly require traceability, predictable quality and reliable volumes.
Those two structures cannot remain entirely separate.
Contract farming is likely to become more important as processors provide seed, fertiliser, agronomic advice or working capital in exchange for committed production. Sugar beet already operates extensively through such arrangements, while similar structures are increasingly relevant for soybeans, sunflower, vegetables, fruit and specialised grains.
The Serbian government reinforced this direction in March 2026 by introducing written-contract requirements for deliveries across several important agricultural categories.
Access to capital should accelerate the transition.
Serbia’s agricultural support budget remains dominated by direct farm payments, but European pre-accession funding provides considerably stronger incentives for capital investment. Under IPARD III, eligible on-farm projects can receive support covering roughly 60-75 per cent of qualifying investment, while food-processing projects can receive support of up to 50 per cent, with additional incentives for renewable energy, wastewater treatment and circular-economy investments.
This creates unusually attractive economics for projects capable of navigating the administrative requirements.
The World Bank-backed Competitive Agriculture Project has meanwhile combined grants and commercial-bank financing to support agricultural investment, demonstrating that blended-finance structures can work even for smaller Serbian producers.
For larger investors, the opportunity is different.
Buying agricultural land and producing wheat or corn without irrigation remains fundamentally a commodity bet. Returns depend heavily on weather, international grain prices and local land rents.
A more resilient agricultural platform would combine land or long-term production contracts, irrigation, storage and a processing or aggregation asset.
The difference is substantial.
An investor controlling irrigated production can reduce yield volatility. Storage creates flexibility over the timing of sales. Quality segregation captures premiums. Processing converts commodities into products with higher margins. Contract farming increases raw-material availability without requiring the acquisition of every hectare supplying the facility.
That structure also reduces the dependence on continuously rising farmland prices to generate investment returns.
Serbia’s agriculture is therefore unlikely to become materially more attractive simply by producing larger volumes. Wheat production is already plentiful. Corn remains substantial despite drought losses. Sunflower acreage is expanding, while fruit already has established European markets.
The larger opportunity lies in changing the economics of what happens between the field and the customer.
That favours irrigation, specialised oilseeds, non-GMO proteins, fruit processing, controlled-environment vegetables, grain storage, animal feed, pet food, starch, ethanol and integrated logistics over undifferentiated commodity production.
Serbia’s biggest agricultural groups have already started moving in that direction. Their investment patterns suggest that the next phase of consolidation will not be a simple contest for hectares. It will be a contest for control of the infrastructure, contracts and processing capacity that determine how much value each hectare ultimately produces.
