Where does barley come from?

Barley is grown where better-paid crops will not reliably ripen. It tolerates cold, finishes its cycle faster than wheat, copes with thin, alkaline and saline soils, and needs less water, which sends it to the margins: high latitudes in northern Europe and Canada, the dry interiors of Spain, Turkey and Iran, the Eurasian steppe, and the winter-rainfall belts of southern and Western Australia. Very little barley is grown because a farmer preferred it to wheat; most is grown because the field, the rainfall or the frost date ruled wheat out, or because barley fits a rotation as a break crop.

In 2024 Russia harvested 16.7 million tonnes, 12% of the world's 142 million tonnes (FAOSTAT). Australia was second with 9.3%, then Germany (7.5%), France (6.8%) and Canada (5.7%), with Turkey (Türkiye) level with Canada on 5.7%. What stands out about that list is how European it is: Germany, France, Spain, the United Kingdom, Denmark and Poland all appear in the top fifteen, because barley suits the maritime northwest for malting and the dry Iberian interior for feed.

Two distinctions run through everything. The first is season: winter barley is sown in autumn, vernalizes through the cold and yields more, while spring barley is sown after the frosts and generally makes better malting quality. The second is row type. Two-row barley has plump, even, lower-protein grain and dominates European and Australian malting; six-row barley packs three times as many kernels on the head, carries more protein and enzyme, and is used for feed and for North American brewing traditions that need enzyme to convert added corn or rice.

World production has been drifting down: it changed -2% over the ten years to 2024 and -11% over five (FAOSTAT), as farmers in several countries switched marginal barley land to wheat, canola and pulses. The composition shifted too. Australia grew at +4.4% a year over the decade and Kazakhstan at +4.8%, while Ukraine contracted at -5.2% and Russia at -2%. 101 countries reported a crop, and everything outside the top ten still came to 36%, which is a wide tail for a grain.

Barley is a grain that mostly stays home. Feed barley is bulky and cheap, and a livestock farm usually buys it from the region that grew it, so only a modest share of the crop moves internationally. What does move is dominated by a handful of exporters and, more unusually, by a single buyer. In 2024 Australia exported $1.8 billion, 19% of the world's $9.2 billion in barley export value, ahead of France (16%), Russia (11%), Argentina (8.7%) and Germany (7.8%) (CEPII BACI).

On the import side China took 34% of the world's $9.2 billion, a share no other buyer approaches, and Saudi Arabia was second with 9.4% (CEPII BACI). China buys both feed barley for pigs and cattle and malting barley for the largest brewing industry in the world; Saudi Arabia buys feed barley for sheep and camels and has done so at scale for decades. Netherlands and Belgium appear next because Rotterdam and Antwerp discharge grain for the European feed compounding industry and re-export within the continent. Malt is a separate and more valuable trade: exports of malt (HS 1107) were worth $5.1 billion in 2024, led by France (14%), Belgium (11%) and Germany (9%), while the largest malt importer was Brazil (14%), followed by Mexico. That pattern reflects where the brewing is done rather than where the barley grows: Brazil and Mexico brew enormous volumes and import the malt to do it.

Barley has no liquid futures market of its own. Euronext delisted its malting barley contract, and the small volumes traded elsewhere do not support price discovery, so barley is priced physically, cargo by cargo, and by reference to other grains. Feed barley trades at a discount to feed wheat and corn that reflects its lower energy density and the share of a ration it can occupy; when that discount narrows too far, feed compounders substitute back into wheat or corn and the barley price is pulled down. Malting barley is priced on top of the feed value: buyers pay a malting premium, quoted as a spread over feed, that widens when the crop fails quality specifications and collapses when it does not.

The series charted here is Feed barley, FOB Black Sea, an export quotation for feed barley loaded free on board at Black Sea ports. In August 2020 it stood at $80.4/t, down 40% from a year earlier (World Bank Pink Sheet). Over five years the series changed -27% and over ten -50%. Its nominal record was $265.7/t in August 2012, but the real story is in inflation-adjusted terms: the real high was $470.2/t in February 1974, during the grain shock of the 1970s, and the series low since it began in 1960 was $19.2/t in November 1960.

What the quote means matters as much as its level. FOB Black Sea is a price at the ship's rail at Novorossiysk, Odesa or a neighboring port, so a buyer in Saudi Arabia or Spain pays freight, insurance and discharge costs on top, and the delivered price in a given month can differ from the quotation by a large margin when freight is expensive. The specification is feed grade: minimum test weight and maximum moisture, screenings and damaged grain, with no malting requirement at all. Two ambiguities follow. First, this page's price is feed barley, and malting barley in France or Australia may trade far above it. Second, the production table counts all barley regardless of grade, so a country whose crop was rained on at harvest and downgraded to feed shows no change in tonnes and a large change in value.

China buys about a third of all internationally traded barley by value, for both feed and brewing, which makes its purchasing decisions the single largest swing factor in the market. Because that demand can be redirected between suppliers or replaced with domestic corn and sorghum, a policy change resets trade flows without changing world supply. The anti-dumping and countervailing duties China imposed on Australian barley, disputed at the WTO from December 2020 and resolved in August 2023, diverted the Australian crop to Saudi Arabia and Southeast Asia for three seasons.

Feed barley competes directly with feed wheat and corn for space in a compound ration, and nutritionists reformulate on relative price within weeks. Barley carries less energy per tonne than corn, so it has to trade at a discount to be used at all; when corn is scarce and dear, that discount narrows and barley demand rises, and when corn is plentiful, barley must cheapen to keep its place. This linkage means barley rarely moves far from the broader feed grain complex for long.

Malting barley must germinate evenly in the maltings, so grain that has begun to sprout in the field is worthless for malting even though it is perfectly good feed. A wet fortnight during harvest in France, Denmark or the United Kingdom can downgrade a large share of a crop from malting to feed overnight. That does not change the tonnage in the production statistics at all; it changes the malting premium sharply, and it is the fastest-moving price signal in this market.

Malting takes a large minority of world barley and it is the high-value outlet. Beer volumes grow slowly and mostly in emerging markets, and whisky demand runs on a multi-year cycle because distillers lay down spirit years before they sell it. Maltings contract with growers ahead of planting for specified varieties and protein levels, so the malting sector's forward buying determines how many hectares of approved malting varieties get sown in the first place.

Russia, Ukraine and Kazakhstan together account for a substantial share of exportable barley, and the region's prices set the world floor because its costs are low. Export duties, quotas, informal price floors, war risk premiums on freight and insurance, and the availability of Ukrainian ports all change how many tonnes reach the market from a given harvest. The Black Sea Grain Initiative of July 2022 and its collapse a year later are the clearest recent illustration.

Australia is the largest exporter and its crop is decided between May and October in Western Australia, South Australia and Victoria, on winter rainfall that varies enormously from year to year. Because Australian barley is the natural supplier for Saudi Arabia, Japan and Southeast Asia, a dry Australian winter tightens the whole Indian Ocean trade and pulls in European and Black Sea cargoes at higher freight cost.

Barley is rarely a farmer's first choice, so its planted area is the residual after wheat, canola, corn and pulses have been allocated. When wheat prices are high relative to barley at sowing time, area moves to wheat and the barley crop shrinks a season later; when input costs rise, barley gains because it needs less nitrogen and finishes earlier. This makes barley supply more elastic than demand and explains why its price swings are amplified relative to wheat.

Barley is a low-value bulk cargo, so ocean freight is a large share of its delivered cost and small changes in panamax and handysize rates move the arbitrage between the Black Sea, the Baltic, France and Australia. Currency works the same way: a weaker euro makes French barley competitive in North Africa, and a weaker Australian dollar does the same in Asia, without any change in the dollar price at which the market clears.

Barley is sown either in autumn or in spring. Winter varieties are drilled from September to November, establish before the cold, vernalize and then grow away early, which lets them yield more and ripen before summer drought; spring varieties are drilled from February to May and have a shorter, more forgiving season that tends to produce the low-protein grain maltsters want. The crop needs less nitrogen than wheat, partly because too much nitrogen raises grain protein above malting specification, and it is usually the shortest-season cereal in the rotation.

Harvest is by combine at around twelve to fourteen percent moisture, and the grain is dried and stored on the farm or at a cooperative silo. Grading happens at intake and decides almost everything about the grain's value. Malting barley must be of an approved variety, plump and even in size so that it steeps uniformly, low in protein because protein displaces starch, free of visible sprouting, and capable of germinating at a high percentage after a dormancy period. Grain that fails any of those tests is feed barley, and the same field can produce both in successive years.

Malting is a controlled germination, and the standard process has three steps. Steeping immerses the grain in water in cycles over two to three days until it reaches about 46 percent moisture and the embryo wakes up. Germination follows in a temperature-controlled vessel for four to six days, during which the grain grows a rootlet and produces the enzymes that will later convert starch to sugar, while the starchy endosperm is modified and softened. Kilning then dries the green malt with warm air, halting growth, driving off moisture and developing color and flavor. Pale malt is kilned gently; the darker crystal, amber, chocolate and black malts are made by roasting, a technique made possible by the drum roaster patented in 1817.

From there the paths diverge. Malt is milled and mashed with hot water to convert starch into fermentable sugar, and the sweet wort is boiled with hops and fermented for beer or distilled for whisky. Feed barley is rolled, ground or pelleted and blended into compound rations for cattle, pigs and poultry. The by-products are substantial and are sold rather than discarded: malt culms, the dried rootlets screened off after kilning, go to animal feed, as do brewers' spent grain and distillers' grains, and barley straw is baled for bedding and fodder.

Most of the world's barley is fed to animals, and the rest is dominated by malting for beer and whisky, with a small share used directly as human food. That split is what makes barley an unusual grain to analyze: the same crop supplies a low-value bulk commodity that competes with corn, and a specification-driven ingredient that trades at a premium and is contracted years in advance. The International Grains Council tracks the two streams separately for exactly this reason.

Direct food use is regionally important even though it is small in world terms. Pearled barley goes into soups and salads, barley flour into flatbreads in Tibet, Morocco and parts of the Middle East, and roasted barley into tea in Korea and Japan. Barley is high in beta-glucan, a soluble fiber, which has given it a modest health-food market. Beyond food and feed, malt extract is used in confectionery, baking and malt drinks, and barley is grown as a cover and forage crop in its own right, cut green for silage before the grain fills.

The barley chain has two shapes depending on grade. Feed barley moves like any bulk grain: from farm silo to a country elevator or cooperative, by truck or rail to a port terminal, and out in handysize or panamax vessels. The main loading points are Novorossiysk and Taman on the Russian Black Sea coast, Odesa and Chornomorsk in Ukraine, Rouen and La Pallice in France, Constanța in Romania, the Western Australian terminals at Kwinana, Albany and Esperance, Port Adelaide in South Australia, and Vancouver and Thunder Bay in Canada. Discharge is at Jeddah and Dammam for the Saudi feed trade, at Chinese ports for the largest single buyer, and at Rotterdam, Antwerp and Ghent for the European compound feed industry.

Malting barley moves differently. Maltsters contract with growers before planting for named varieties and defined protein and germination specifications, take delivery into dedicated stores, and malt close to either the barley or the brewery. That is why France, Belgium and Germany lead the malt export table: France, Belgium and Germany malt far more barley than their own brewers need and ship malt to brewing countries that grow little suitable barley, above all Brazil and Mexico.

The chokepoints are political and meteorological rather than physical. Because a single buyer takes 34% of world imports by value (CEPII BACI), a trade measure aimed at one exporter re-routes a third of the market, as China's duties on Australian barley did between 2020 and 2023. Because Black Sea ports supply the cheapest tonnes, war risk, port closures and export duties in that region set the world price floor. And because malting quality is decided by the weather in the fortnight before harvest in a handful of northwest European countries, the premium half of the market can be reset by a single wet spell with no change in the tonnage anyone reports.