Where do oranges come from?

The sweet orange, Citrus sinensis, is a subtropical rather than a tropical crop. It wants a long warm growing season, generous water, and a cool but frost-free winter: cold nights below about 13 degrees Celsius break down the chlorophyll in the peel and turn it orange, which is why fruit grown in the true tropics stays green even when it is ripe and sweet. A few hours below about minus two degrees will freeze the juice inside the fruit and split the segments, and a hard freeze kills wood. That narrow tolerance is why the world's orange belt runs through southern Brazil, the Mediterranean, Florida and California, South Africa, and the subtropical fringes of China and India.

In 2024 Brazil grew 15.7 million tonnes, 23% of the world's 67.1 million tonnes (FAOSTAT). China followed with 11%, then Mexico (7.2%), Egypt (6.3%) and India (5.7%). The crucial distinction is not between big and small producers but between fruit grown to be squeezed and fruit grown to be eaten. Brazil's citrus belt in São Paulo and Minas Gerais is an industrial juice landscape: large blocks of Valencia and Pera oranges planted for yield and soluble solids, harvested into bulk trailers and delivered to extraction plants. Spain, Egypt, South Africa, Morocco and Turkey grow for the crate, where size, skin finish, seedlessness and shelf life determine the price.

The United States sits in both camps and has been shrinking in each. United States produced 2.5 million tonnes in 2024, 3.7% of the world total, contracting at -8.6% a year over the previous decade, the sharpest decline of any large producer (FAOSTAT). Florida grows almost entirely for juice and has been reduced by citrus greening disease and by hurricanes; California grows navels for the fresh market and has been comparatively insulated.

World output is flat and has been for a decade: production changed -0% over the ten years to 2024, -2% over five and -3% over the last year (FAOSTAT). Underneath that flat total the map is redrawing itself. Egypt grew at +3% a year and Vietnam at +12.5%, while Brazil declined at -0.8% and Spain at -1.8%. 135 countries reported a crop, and everything outside the top ten came to 28%.

Oranges cross borders in two entirely separate trades that share almost no participants. Fresh fruit (HS 080510) was a $5.5 billion trade in 2024, led by Spain with 22% of export value, then Egypt (18%), South Africa (15%) and United States (9.7%) (CEPII BACI). Spain supplies northern Europe through the winter by road, Egypt has grown into the largest low-cost supplier of the same market, and South Africa and Australia fill the northern hemisphere's summer gap with counter-seasonal fruit. Notably absent from the top of that table is Brazil, the largest producer in the world, which exports 22% of nothing like its share of production because its oranges are squeezed before they leave the country.

The juice trade tells the other half of the story. Fruit juices (HS 2009) were worth $20.3 billion in 2024, and the largest exporter was Brazil with 17%, ahead of Spain and Netherlands (CEPII BACI); the largest importer was United States with 21%, followed by Netherlands. Brazil ships concentrate and not-from-concentrate juice in refrigerated bulk tankers to dedicated terminals, which is a different logistics business from putting fruit in a box. On the fresh side the buyers are European: Germany took 8.5% of the world's $5.5 billion of fresh orange imports in 2024, ahead of France (7.9%) and Netherlands (6.5%), with the Netherlands acting as a re-export hub rather than a final market.

There are two prices for an orange and they move independently. Fresh fruit is priced by negotiation between exporters, importers and supermarket buyers, week by week, on the basis of variety, size count, grade and origin. There is no exchange for it. The World Bank series used on this page, Mediterranean exporters, CIF France, is a fresh-fruit quotation: the cost, insurance and freight value of fruit from Mediterranean exporters landed in France. It was $0.77/kg in August 2026, down 40% from a year earlier (World Bank Pink Sheet). Its record was $2.7/kg in December 2024, which in inflation-adjusted terms was also close to the real high of $2.67/kg in December 2024; the lowest monthly value since the series began in 1960 was $0.07/kg in February 1966. Over ten years it has changed -20%.

Juice is priced on a futures exchange. The FCOJ-A contract trades on ICE Futures US and covers 15,000 pounds of orange juice solids, quoted in cents and hundredths of a cent per pound, deliverable as United States Grade A concentrate of not less than 62.5 degrees Brix into exchange-licensed warehouses in Florida, New Jersey and Delaware. That contract is the reference for the concentrate trade, and because deliverable stocks are small and the crop is concentrated in two regions, it is one of the most volatile agricultural futures markets in existence. Not-from-concentrate juice, which is now the larger product by value in several markets, is sold on supply contracts priced with reference to the futures market but not settled against it.

Three ambiguities follow from all this. First, the series charted here is fresh fruit landed in Europe and says nothing directly about juice; a Florida crop failure can send FCOJ futures to records while Mediterranean fresh fruit is cheap. Second, CIF means the quote includes freight and insurance to the destination, so it is not comparable with an FOB price at origin or with what a grower receives. Third, the production table counts all oranges regardless of destination, so a country's tonnes say nothing about whether that fruit ever appeared in a shop.

HLB is a bacterial disease spread by the Asian citrus psyllid that starves the tree by blocking its phloem, producing small, lopsided, bitter fruit that drops early. There is no cure and infected trees decline over several years. It reached Florida in 2005 and California by 2012 and is established in Brazil's citrus belt, and it has cut yields, raised the cost of production through spray and nutrition programs, and shortened the productive life of a grove from decades to years.

Brazil supplies the bulk of internationally traded orange juice, so the size of its São Paulo crop and the concentrate stocks held by its processors set the world juice price. Stocks act as the buffer: when carry-in inventory is comfortable, a poor crop barely registers, and when inventory is thin, the same crop shortfall sends the futures market sharply higher. Growers and processors survey the crop through the season, and each revision moves the contract.

Florida's groves sit at the cold edge of the crop's range and in a hurricane track. A hard freeze splits fruit and kills wood, and the historic freezes of the 1890s and 1980s permanently moved the industry south. Wind is now the larger threat: Hurricane Ian in September 2022 stripped fruit from trees across the producing counties and cut the following season's output sharply, on top of the long decline caused by greening.

The northern hemisphere harvests from roughly November to May and the southern hemisphere from May to October, so the fresh market runs on two half-year supply cycles that hand over to each other. South African, Australian, Argentine and Chilean fruit sets the summer price in Europe and North America; Spanish, Egyptian, Moroccan and Turkish fruit sets the winter price. A poor season in one hemisphere leaves a gap the other cannot fill because the fruit is not on the trees yet.

Spanish, Egyptian and Moroccan citrus is irrigated, so water allocation is a production input in the same way fertilizer is. Drought in the Valencian and Andalusian growing regions reduces fruit size before it reduces tonnes, and size is what determines the price a crate fetches. Restrictions on abstraction, and the cost of pumping when energy is expensive, feed straight into the cost of production and into which groves are worth keeping.

Fresh citrus moves under strict pest rules, and a change in them can close a market overnight. European requirements on false codling moth and citrus black spot for South African fruit, cold-treatment protocols for imports into some Asian markets, and quarantine responses to greening detections all shift trade flows without changing how much fruit exists. Compliance costs are borne at the packhouse and can make a distant market uneconomic for a given season.

Most oranges could in principle go either way, and the grower's decision is economic. When fresh prices are strong, more fruit is picked carefully, sized and packed, and less reaches the extractor; when fresh prices are weak or the fruit is blemished, it is diverted to juice at a much lower price. This gives juice a floor and fresh a ceiling, and it means the two markets are linked at the margin even though their price series often diverge.

Brazilian growers earn dollars for juice and pay costs in reais, so a weaker real improves their margin and encourages replanting even when the dollar price is unchanged. Spanish and Egyptian exporters face the same mechanism against the euro and the pound. Because a citrus tree takes several years to come into bearing, currency-driven planting decisions show up in supply three to five years later, which is one source of the long cycles in this market.

An orange tree is two plants. The fruiting variety is budded onto a rootstock chosen for soil type, disease tolerance and vigor, and the combination determines yield, fruit size and how long the grove lasts. A new planting takes three to five years to bear a commercial crop and can then produce for decades, which makes citrus a capital investment rather than an annual decision. The tree flowers in spring, sets far more fruit than it can carry and sheds most of it, and the remainder takes seven to fourteen months to mature depending on variety.

Variety decides destination. Navel oranges are seedless, easy to peel and early, and their juice turns bitter within hours because of limonin, so they are grown for the fresh market. Valencia is later, seedy, high in juice and holds on the tree, which makes it the classic processing orange; Brazil's Pera and Hamlin play the same role. Blood oranges need cold nights to develop their pigment, which is why they are a Sicilian and Spanish specialty. Fresh fruit is picked by hand into bags and bins to avoid bruising, and in warm autumns it is degreened with a low dose of ethylene in a sealed room to break down the peel's chlorophyll without ripening the flesh further.

The packhouse is where fresh value is made or lost. Fruit is washed, brushed, waxed to slow moisture loss, graded by machine and eye for color and blemish, sized by weight or diameter into standard counts per carton, and packed. Anything that fails goes to the juice plant. Processing is a continuous industrial operation: extractors squeeze fruit between meshing cups that separate juice from peel and seeds in one motion, the juice is finished to remove pulp, pasteurized, and then either evaporated to a concentrate of about 65 degrees Brix and frozen, or chilled and stored as not-from-concentrate juice in refrigerated aseptic tanks under nitrogen.

The by-products are worth more than they look. Peel is pressed and dried into citrus pulp pellets sold as cattle feed, the peel oil is recovered as d-limonene for solvents and flavors, essence oil and aroma recovered during evaporation are added back to restore flavor, and the albedo is a major source of pectin for jams and food thickening. Seasonality is sharp: Brazil harvests from roughly May to January, Florida from October to June, Spain from October to May, and the southern hemisphere fresh season runs from about May to October.

Oranges are eaten fresh or drunk. The fresh trade takes the fruit with the best appearance and the juice industry takes the rest, plus everything grown specifically for processing. Within juice there are two products: frozen concentrated orange juice, which is evaporated, frozen, shipped and reconstituted with water near the consumer, and not-from-concentrate juice, which is pasteurized and shipped chilled in bulk at far greater cost per liter. The relative share of the two has shifted toward not-from-concentrate in high-income markets, which changes shipping economics because water is being moved rather than removed.

Beyond the fruit itself, citrus supports a cluster of ingredient industries: pectin from the peel for jams and confectionery, d-limonene as a solvent and fragrance, citrus essential oils for flavoring and cleaning products, and dried citrus pulp pellets fed to dairy cattle. Marmalade uses bitter Seville oranges, a small and distinct trade. None of these approaches the scale of fresh and juice consumption, but they are the reason a processing plant can pay for fruit that would otherwise be waste.

The two trades have separate infrastructure end to end. Juice runs on a purpose-built bulk system: Brazilian processors in São Paulo pipe concentrate and chilled juice to terminals at the port of Santos, load it into refrigerated tanker vessels designed for the purpose, and discharge at dedicated terminals in Ghent, Rotterdam, Wilmington in Delaware, and Japan, where it is stored in tank farms and blended before packing. This is a closed system with a handful of participants, and it is why the juice trade shows up in the statistics as a small number of very large flows.

Fresh fruit runs on the ordinary produce chain. Spanish oranges leave Valencia and Andalusia by refrigerated truck and reach German and French supermarkets within days, which is the origin of the CIF France quotation used on this page. Egyptian fruit ships in reefer containers from Alexandria and Damietta to Europe, Russia and Asia. South African fruit leaves Durban, Cape Town and Gqeberha for Europe and the Middle East during the northern summer, and its transit depends on both reefer container availability and the phytosanitary cold-treatment regime the destination requires.

The chokepoints are biological and infrastructural in about equal measure. The largest is disease: greening is established in the two regions that matter most for juice, and there is no resistant commercial variety, so the supply base is eroding rather than failing suddenly. The second is the concentration of juice processing in a small number of plants and terminals, which means an outage or a labor dispute affects a large share of world supply. The third is port and reefer capacity in the southern hemisphere during a short export window, since fruit that misses its vessel loses a large part of its remaining shelf life. Finally, deliverable stocks behind the FCOJ futures contract are small, so a supply shock can move the paper market violently before it moves the physical one.