Where do mangoes come from?

In 2024 India produced 27.8 million tonnes, 45% of the world's 62.2 million tonnes (FAOSTAT). Indonesia followed with 6.6%, then China (6.6%), Mexico (4.3%) and Brazil (3.9%). The top five account for 66%, 101 countries reported output and 19% came from outside the top ten. World production changed +25% over the ten years to 2024 and +3% on the previous year.

One thing about the ranking needs saying immediately: FAOSTAT counts mangoes together with guavas and mangosteens in a single item, so these figures are slightly broader than mango alone. Even allowing for that, South Asian dominance is real and long-standing.

The crop's requirement is specific. Mango flowers in response to a cool or dry period after a warm growing season, so it fruits reliably in monsoon climates with a marked dry spell and poorly in the wet equatorial tropics. India, Pakistan, Bangladesh and Thailand fit that pattern, as do parts of Mexico, Brazil and west Africa. India grows hundreds of named varieties, most of them regional and never exported, while the export trade runs on a handful of firm-fleshed types that survive shipping.

Thailand was the largest exporter of mangoes (HS 080450) in 2024 with 18% of world export value, ahead of Mexico (17%), on world trade of $4.2 billion (CEPII BACI). United States was the largest importer with 22%.

The gap between production and export shares is among the widest of any fruit on this site. India grows an enormous crop and exports a small fraction of it, because domestic demand absorbs the harvest and because many prized Indian varieties are too soft and too short-lived to ship. Mexico, Peru, Brazil and Thailand dominate the export trade instead, growing firmer varieties near ports and markets.

Phytosanitary treatment is the gatekeeper. Mango is a host for fruit flies, so importing countries require hot water treatment, vapor heat or irradiation before entry, and only approved facilities can process fruit for a given market.

There is no futures market and no free public benchmark for mangoes, so this site quotes none. Fruit is sold by variety, size count per box and grade, negotiated between exporters and importers, with destination wholesale market reports providing the visible reference.

Prices swing with the arrival of each origin's season and with treatment capacity. Because approved treatment facilities are limited and the season is short, a bottleneck at a hot water treatment plant can hold fruit back and raise prices even when the crop is large. In producing countries, farm-gate prices collapse during the peak weeks of the local harvest because so much fruit arrives at once and cannot be stored.

Flowering depends on a dry period followed by warmth, so unseasonal rain at flowering can destroy a crop before it sets. Indian and Pakistani harvests vary sharply year to year for exactly this reason, and the effect is on fruit numbers rather than on tree health.

Many mango varieties crop heavily one year and lightly the next, so regional supply oscillates even with stable acreage. Growers manage it with pruning and nutrition but cannot eliminate it.

Access to most high-value markets requires hot water, vapor heat or irradiation treatment at approved facilities. The number of those facilities, not the size of the crop, often limits how much fruit an origin can export in a short season.

Mango ripens quickly and bruises easily, so it must move fast and cannot be stored to smooth supply. That makes the market unusually seasonal and means gluts and shortages within a single origin's harvest are common.

The varieties most prized in producing countries are often too soft to export, while export varieties are chosen for firmness and shelf life rather than flavour. This split means production growth does not automatically translate into export growth.

Mango is an evergreen tree, usually grafted onto seedling rootstock because seedlings do not reproduce the parent variety reliably. Trees begin bearing three to five years after planting and can live and produce for decades. Flowering follows a dry or cool period, and only a tiny fraction of the thousands of flowers on a panicle set fruit.

Harvest is by hand, cutting fruit with a short stem to prevent sap burn, at a maturity judged by shape, shoulder fill and internal color rather than softness. Fruit destined for export is washed, treated against fruit fly by hot water immersion, vapor heat or irradiation depending on the destination's protocol, then graded, packed by count and cooled.

Ripening happens after shipping, sometimes with ethylene, and the fruit is sold ready to eat or a day or two short of it. Processing takes fruit that is out of grade or surplus to the fresh market: pulp and puree are extracted, pasteurized and packed aseptically or frozen, and dried mango slices are a growing product.

Fresh eating dominates. Beyond that, mango pulp and puree are large industrial products, used in juices, nectars, dairy, baby food and confectionery, and India is the major supplier of aseptic pulp to world beverage manufacturers. Dried mango, canned slices, chutneys and pickles absorb further volume, and green unripe mango is a vegetable in its own right across South and Southeast Asia, used in pickles, salads and curries.

The by-products have modest uses: kernels yield a fat similar to cocoa butter and used in cosmetics, and peel and pomace are used for pectin and animal feed.

The fresh chain is short, fast and treatment-constrained. Fruit is picked, treated, packed and shipped within days, moving by sea in refrigerated containers for volume trade and by air for premium early-season fruit. Because treatment facilities must be approved by each importing country's authority, the capacity to serve a given market is a licensing question as much as a logistical one.

The pulp chain is entirely different: it is an industrial processing business with year-round shipping of aseptic packs and frozen product, insulated from the perishability that constrains fresh fruit, and it is why India can be a major supplier to world beverage manufacturers despite exporting relatively little fresh fruit.

The structural constraints are shelf life and phytosanitary access. Neither responds to price, and both explain why the largest producing country is not the largest exporter.