Breadfruit in the Caribbean: Bligh’s Voyage of 1793
How breadfruit reached the Caribbean in 1793: Pacific cultivation, Bligh’s voyages, colonial botanical gardens and the making of local food traditions.
1793; Oceanian cultivation much earlier · Tahiti → Saint Vincent and Jamaica · Trade & exchange
In 1793 William Bligh’s expedition aboard Providence delivered breadfruit plants to Saint Vincent and Jamaica. The intended purpose was to provide inexpensive food for people enslaved on Caribbean plantations. This was not the beginning of breadfruit cultivation: communities across Oceania had developed and spread the crop over many generations. Its transfer connects Pacific agricultural knowledge, imperial logistics and the later work of Caribbean people who gave the introduced tree meanings of their own.
A crop older than the European expedition
Breadfruit, Artocarpus altilis, belongs to the crops domesticated in Oceania. Its history involves close relatives, especially Artocarpus camansi, and the long movement of planting material among islands. In parts of Micronesia, hybridisation with Artocarpus mariannensis also contributed to the cultivated crop. Behind a single familiar species name lies considerable biological diversity and a prolonged history of selection. The person who transported plants across another ocean cannot therefore be credited with creating the crop or initiating its agricultural use.
Island communities selected desirable trees, propagated them and carried planting material on voyages. Breadfruit formed part of gardens and farming systems containing many useful plants; its value extended beyond starch. Timber served construction, bark supplied fibrous materials, leaves wrapped food, and latex provided an adhesive substance. These practices reveal knowledge that the European name “breadfruit” only partially conveys.
Why living plants had to travel
The edible breadfruit is a multiple fruit formed from fused female flowers. Selected forms develop fruit without pollination, and many valued cultivars do not produce seeds. Abundant flesh could be desirable for consumers, but seedlessness created a difficulty when moving planting material over long distances. An expedition could not simply pack a bag of dry seed, keep it in storage throughout the voyage and sow it on arrival. The reproductive biology of the crop made preservation of living material central to the mission.
Seedless cultivars were multiplied from root shoots or root cuttings. This maintained the characteristics of a selected parent when the new growing conditions allowed them to be expressed. Even the seeds of seeded forms are poorly suited to drying and extended storage. Young plants therefore needed attention throughout transportation, including suitable placement, access to water and protection from physical damage. Agriculture shaped the organisation of the ship, rather than merely providing its cargo. Vegetative propagation also explains how a lineage originating in an individual tree could survive long after that particular tree had disappeared.
A food project designed for plantation interests
Joseph Banks encountered Tahitian cultivation during the Endeavour voyage in 1769. His influence helped connect interest in breadfruit with requests from Caribbean planters. In a sugar-oriented economy, land used to produce food competed with land assigned to a profitable export crop, while imported provisions were vulnerable to war and trade disruption. Accounts of trees yielding plentiful food with apparently little effort appealed to plantation owners seeking to reduce the cost of sustaining their labour force.
The original intention was not to release workers from coercion. It was to feed enslaved people more cheaply within the existing plantation system. That purpose should be distinguished from the crop’s later contribution to local diets. Banks developed contacts, helped organise expeditions and continued corresponding with Caribbean gardens after delivery. Prizes also encouraged the extension of cultivation. The project brought together naval power, scientific institutions, colonial administrators and planter interests.
Bounty: a floating nursery and an interrupted mission
Bligh’s first expedition departed in 1787 aboard Bounty. In his later published account, he described converting the great cabin into a space for plants, with places for pots, openings for light and air, and drains that collected water for reuse. David Nelson and William Brown were appointed to manage the living cargo. Their responsibilities belonged to the ship’s purpose as directly as navigation, provisioning and sail repair. This arrangement made horticultural work an explicit part of a long-distance naval undertaking.
Admiralty instructions envisaged delivering some surviving plants to the botanical garden on Saint Vincent and the remainder to Jamaica. They also required assistance for the gardeners and specimens for Kew. The expedition was therefore designed from the outset as part of a wider circulation of useful plants. The mutiny of 28 April 1789 interrupted the mission: Bligh and members of his crew were put into the launch, and the collected breadfruit plants did not reach the Caribbean. The dramatic episode later overshadowed the voyage’s agricultural objective.
Providence, its gardeners and Tahitian expertise
The second expedition, begun in 1791, used Providence accompanied by Assistant. Gardeners James Wiles and Christopher Smith cared for the plants under instructions provided by Banks. Wiles later remained in Jamaica to oversee a nursery at Bath, while Smith accompanied specimens destined for Kew. Delivering trees was consequently one stage in a longer task involving establishment, propagation and maintenance at the receiving end.
Bligh’s July 1792 log also reveals a Tahitian contribution. He recorded a man who had assisted the botanists in collecting and caring for plants and then concealed himself aboard the ship. The gardeners valued his skills; Bligh retained him to help tend the cargo. The entry does not name him, but it acknowledges knowledge on which the condition of the plants depended. This small passage extends the cast beyond the Europeans whose names dominate later accounts. The inventory lists pots, tubs and boxes, not merely an abstract total of trees: each container demanded space, careful handling and continuing attention during the passage.
Saint Vincent and Jamaica: landing, distribution and return cargo
In January 1793 plants were delivered to Saint Vincent. Bligh’s log describes Black porters carrying pots on their heads from the shore to the botanical garden, then returning with plants intended for Kew. He explained that this protected the cargo from damage. The passage makes visible labour that official thanks to the captain could easily overshadow, although it does not establish the individual legal status of every porter.
In February the Jamaican deliveries were divided among several destinations, including Port Henderson, Greenwich, the Savanna-la-Mar area and Bath. Entries for 11–13 February record instructions from the receiving committee and arrangements for onward transport. Later inventories list plants assembled for the return voyage to England: the botanical traffic worked in both directions. British expeditions were not the only routes. French networks through Mauritius had previously taken the related breadnut to the Caribbean and carried a seedless Tongan cultivar there in the late 1790s. Not every Caribbean breadfruit tree can therefore be assigned automatically to Bligh’s cargo.
From a colonial intention to local food traditions
Landing plants did not ensure that an unfamiliar food would be immediately welcomed. Administrators and planters could prescribe an intended use, but its actual place in meals depended on people, preparation techniques and the availability of other foods. Breadfruit’s later presence in home gardens, neighbourly exchange and local markets reflects an extended process of adoption that cannot be reduced to the date a ship arrived. On Saint Vincent, roasted breadfruit also became a recognisable part of island food culture.
A study published in 2022 drew on interviews with 170 people in four Anglophone Caribbean countries. It documented local identification through characteristics such as flesh, skin, leaves, bearing season and cooking quality. Vernacular names do not automatically identify separate genotypes: the same plant may have different names in different places. Caribbean research also addressed storage, processing and cultivar evaluation. The agricultural history of breadfruit thus concerns both the movement of biological material and the knowledge required to turn a harvest into food that households and communities value.
What genetics reveals about a two-century-old cargo
Research presented in 2023 combined DNA, plant characteristics, herbarium specimens and local knowledge. It identified eight major lineages in the sampled material, including five Caribbean lineages likely associated with the 1793 introduction. The project concentrated mainly on seedless forms, rather than all cultivars worldwide. Small differences within clonal lineages may also escape the methods used.
Earlier diversity research had already shown that findings vary with the region and the samples examined. Maintaining cultivars requires living trees as well as the transmission of knowledge about their characteristics and propagation. The loss of names, neglected collections or the destruction of trees can weaken both resources together. Descendants of the earlier introductions therefore also bear witness to the work of Caribbean gardeners and families over many generations. Bligh’s voyage explains an important moment of transfer; more than two centuries of persistence depend on the people who planted further trees, recognised their qualities and found continuing uses for their fruits.
Questions and answers
Did Bligh discover or domesticate breadfruit?
No. Oceanian communities had cultivated, selected and spread it much earlier. Bligh commanded an important expedition that transported plants to the Caribbean.
Which ship delivered the plants in 1793?
Providence, supported by Assistant. The earlier Bounty mission failed after the mutiny of 1789.
Did every Caribbean cultivar come from that voyage?
No. French introductions also occurred. Genetic connections between some trees and Bligh’s voyage do not establish a single origin for every Caribbean planting.
Sources
- Royal Botanic Gardens, Kew (n.d.). Artocarpus altilis: general-information profile. Plants of the World Online
- National Tropical Botanical Garden, Breadfruit Institute (n.d.). Breadfruit History
- National Tropical Botanical Garden, Breadfruit Institute (n.d.). Botany
- National Tropical Botanical Garden, Breadfruit Institute (n.d.). Horticulture: propagation
- National Tropical Botanical Garden, Breadfruit Institute (n.d.). Traditional Uses
- Colin Leakey, Laura B. Roberts-Nkrumah (2016). The introduction of the breadfruit to the West Indies – The role of Sir Joseph Banks. Tropical Agriculture 93(5); abstract
- Russell Fielding (2024). Voltaire’s Breadfruit: Thoughts on the Inspiration for an Eighteenth-Century Colonial Botanical Transfer. Plant Perspectives 1(1), 11–40
- William Bligh (1792). A Voyage to the South Sea; chapters 1 and 13, expedition instructions and account of the mutiny. Project Gutenberg Australia transcription
- State Library of New South Wales (n.d.). Sir Joseph Banks Papers, Series 52: Gardiners on the Providence; archival background note
- William Bligh (1792). Providence logbook, 18–19 July 1792; transcription from the original held at The National Archives
- William Bligh (1793). Providence logbook, 24–29 January 1793: St Vincent landings and receipts; transcription
- William Bligh (1793). Providence logbook, 11–13 February 1793: distribution in Jamaica; transcription
- William Bligh; Henry Shirly (1793). Providence logbook, 26 May–2 June 1793, including copied letter of 20 March and return plant inventories; transcription
- Oral O. Daley, Laura B. Roberts-Nkrumah, Angela T. Alleyne, Michael C. Gloster (2022). Folk nomenclature and traditional knowledge of breadfruit diversity in four Anglophone Caribbean countries. Journal of Ethnobiology and Ethnomedicine 18, 65
- Nyree J. C. Zerega, Diane Ragone (2016). Toward a global view of breadfruit genetic diversity. Tropical Agriculture 93(5); abstract
- Diane Ragone (2007). Breadfruit: Diversity, Conservation and Potential. Acta Horticulturae 757, 19–30; abstract
- Laura B. Roberts-Nkrumah (2007). An Overview of Breadfruit (Artocarpus altilis) in the Caribbean. Acta Horticulturae 757, 51–60; abstract
- Amanda Morris, Northwestern University (2023). Caribbean breadfruit traced back to Capt. Bligh’s 1791–93 journey; institutional account of Audi and colleagues’ Current Biology study
- Lauren Audi, Chicago Botanic Garden (n.d.). Tracing breadfruit’s intriguing history; researcher’s account of the Caribbean project
History of agriculture: all topics
