Where do pineapples come from?

In 2024 Costa Rica produced 3.1 million tonnes, 11% of the world's 29.3 million tonnes (FAOSTAT). Philippines followed with 10%, then Indonesia (9.4%), Brazil (7.6%) and China (7.3%). The top five account for 45%, 85 countries reported output and 32% came from outside the top ten. World production changed +16% over the ten years to 2024 and -2% on the previous year.

Costa Rica's position in the export trade is out of all proportion to its share of world production, and that is the crop's defining feature. A single variety, MD-2, developed for sweetness, low acidity and golden flesh that survives shipping, transformed the trade from the 1990s and is now grown on large, intensively managed plantations near Caribbean ports.

Elsewhere pineapple is often a smallholder crop grown for local markets and canning rather than for fresh export. Philippines and Thailand production feeds large canning industries; Indian, Brazilian and Nigerian output is consumed domestically. The plant itself is a bromeliad grown from vegetative slips rather than seed, so a plantation is genetically uniform and can be scheduled precisely.

Costa Rica was the largest exporter of pineapples (HS 080430) in 2024 with 59% of world export value, ahead of Philippines (15%), on world trade of $2.8 billion (CEPII BACI). United States was the largest importer with 32%.

The export table is one of the most concentrated in fresh produce, and it reflects industrial organization rather than climate. A handful of companies operate plantations, packhouses and shipping in Costa Rica and neighboring countries, and they supply North America and Europe year-round because pineapple can be induced to flower chemically and therefore harvested continuously.

Canned pineapple and juice are a separate trade with a different map, centred on the Philippines, Thailand and Indonesia, and it moves as a shelf-stable product rather than as fresh fruit.

There is no futures market and no free public benchmark price for this crop, so this site quotes none. Fresh pineapple is sold by size count per box and grade, negotiated between exporters and retailers, often on annual or seasonal programmes rather than spot, because supply is scheduled rather than seasonal. Canned pineapple and juice concentrate price separately as industrial goods.

That contract structure is unusual for a fruit and follows from the crop's controllability: because flowering can be induced with ethylene and harvest timed to the week, a grower can commit to a delivery programme a year ahead in a way an orchard grower cannot.

Pineapple is heavy, low-value per tonne and shipped refrigerated over long distances, so ocean freight and bunker prices are a large share of delivered cost. Container rate spikes compress grower margins directly.

The shift to MD-2 reshaped the trade within a decade, and any successor variety would do the same. Because plantations are replanted on a two to three year cycle, the industry can switch varieties faster than a tree crop can.

Intensive pineapple growing uses substantial fertilizer, plastic mulch and crop protection. Fertilizer price spikes, of the kind covered on the urea page, feed straight into production cost on a crop grown this intensively.

Expansion of pineapple plantations has drawn scrutiny over water use, agrochemical runoff and land conversion in Costa Rica and west Africa, and buyer certification requirements now shape where new planting is possible.

A large share of world pineapple goes to canneries, and canned fruit competes with fresh for the same crop. When canned demand is weak, fruit is pushed into the fresh market and prices fall.

Pineapple is grown from vegetative planting material, slips and suckers taken from harvested plants, so a field is a clone. Planting is dense, often through plastic mulch, and the crop takes roughly fourteen to twenty months to first harvest. Flowering can be induced chemically with ethylene, which lets growers schedule harvest precisely and supply markets year-round rather than seasonally.

Each plant produces one fruit, and a ratoon crop from suckers may follow before the field is replanted. Fruit is cut by hand, moved on field conveyors, then washed, graded, waxed and packed by count. It is shipped at controlled temperature, and unlike many fruits it does not ripen further after picking, so it must be harvested at eating maturity, which is why picking judgement matters so much.

Cannery fruit follows a different route: harvested riper, trimmed, cored, sliced or crushed, then canned in juice or syrup and heat-processed, or pressed and concentrated for juice.

Fresh eating takes the premium end of the market and canned fruit the volume. Canned slices, chunks and crushed pineapple are a long-established grocery staple, and pineapple juice, usually from concentrate, is a large beverage category and a common component of blended juices.

By-products are significant. Cannery waste, shells and cores, is used for animal feed, for bromelain extraction and for vinegar and alcohol. Bromelain, a protein-digesting enzyme, is used as a meat tenderiser and in pharmaceutical and food processing. Pineapple leaf fiber is used for textiles in the Philippines and has attracted interest as a leather alternative.

The fresh chain is an industrial one: plantation, packhouse, refrigerated container, destination distribution centre, and it runs on scheduled weekly volumes rather than spot trading. Because harvest can be timed, the chain is less prone to gluts than most fruit, but it is heavily exposed to shipping.

The canning chain is located at the fruit, not the market, since canned product ships as ambient cargo, which is why the Philippines and Thailand can serve world markets from a distance that would make fresh export uneconomic.

The structural risks are variety monoculture, freight cost and environmental regulation. A disease that attacked MD-2 would affect most of the world's fresh export trade at once, in the same way that has historically threatened bananas.