The gateway idea

Coffee variety is history made botanical — and it gives the customer another way to choose coffee

The most interesting history of coffee is not a list of dates. It is the story of how a genetically narrow cultivated population crossed seas, botanical gardens, empires and trade networks — then became the varieties farmers still plant and customers still taste today.

That is why this article is a gateway into the Nordico Varieties Knowledge system. Typica, Bourbon, Caturra, Villa Sarchi, SL28, Costa Rica 95, Obatá, Laurina, Geisha and F1 hybrids do not belong in one flat list. Some are old lineages, some are mutations or selections, some carry introgressed disease-resistance genetics, and some are deliberate first-generation crosses.

For a customer, those names are not trivia. Variety can influence plant architecture, yield, disease risk, cherry and seed morphology and sensory potential. It can also influence scarcity and therefore price. But variety never works alone: farm, altitude, harvest, processing, drying, roasting and brewing still shape the final cup.

Before human history

Coffea arabica is itself a natural hybrid

Arabica did not begin as a human breeding project. Botanical and genetic research identifies it as an allotetraploid species that arose from ancestral lineages related to Coffea canephora and Coffea eugenioides. Unlike those diploid parent species, Arabica carries four chromosome sets and is largely self-compatible.

The ICAFE 2026 manual uses this biology to explain a paradox that runs through coffee history: Arabica has relatively limited cultivated genetic diversity, yet farmers and drinkers encounter enormous variation once genetics interacts with environment, agriculture, processing, roasting and brewing.

Origin and domestication

Ethiopia is central to Arabica's origin. Yemen became the bridge to global cultivation.

Arabica's deepest genetic diversity is associated with Ethiopia. Plant material then crossed the Red Sea into Yemen, where coffee became systematically cultivated and connected to an expanding beverage and trade culture.

That distinction matters: biological origin is not the same as center of domestication. Ethiopia anchors the species' natural diversity; Yemen anchors the cultivated population from which a remarkably small number of later movements helped establish the major Bourbon and Typica groups around the world.

The global bottleneck

A few journeys had an outsized genetic consequence

World Coffee Research traces the famous Typica lineage through a chain of very small introductions: Yemen to India, India to Java, a single plant from Java to Amsterdam, and then descendants distributed through European colonial networks into the Americas. Bourbon followed a different route through the island then called Bourbon — today La Réunion — before spreading much later to Brazil and the rest of the Americas.

Route one

Typica's journey is almost implausibly narrow

World Coffee Research records that coffee seed from Yemen was already being cultivated in India by around 1700. Dutch introductions moved material from India's Malabar coast to Batavia — today's Java — in 1696 and 1699. Those few seeds became the basis of the distinct Typica lineage.

In 1706, a single Typica plant was taken from Java to Amsterdam and established in the botanical gardens. A plant was shared with France in 1714. From there, descendants moved through several colonial routes: from the Netherlands toward Suriname, Cayenne and Brazil, and from France into Martinique and the Caribbean.

What about Gabriel de Clieu and Martinique?

The famous story says French naval officer Gabriel de Clieu transported a coffee seedling to Martinique in 1723 through storms, sabotage and a pirate attack, even sharing his water ration with the plant. ICAFE includes the dramatic account in its 2026 teaching manual. The established historical point is that coffee plants from France reached Martinique and helped seed wider Caribbean cultivation; the more cinematic details belong to historical retelling and should be presented as such rather than as equally documented facts.

Route two

Bourbon took a different road — and created another enormous branch

French introductions carried coffee from Yemen to Bourbon Island, now La Réunion, in the early eighteenth century. World Coffee Research notes that the distinct Bourbon variety remained largely on the island until the mid-nineteenth century, when it began spreading through missionary networks and other plant movements.

Bourbon reached Brazil around 1860 and then spread north through South and Central America. Its descendants include some of the most important traditional varieties in Latin America. Caturra is a natural mutation of Bourbon; Catuaí was later created through breeding involving Caturra and Mundo Novo. The name “Bourbon line” therefore describes a lineage with many descendants, not one single plant type frozen in time.

Costa Rica enters the story

Coffee arrived before it became a national project

Both World Coffee Research and ICAFE place the arrival of Typica material in Costa Rica in the late eighteenth century, commonly around 1779. The crop did not become economically dominant overnight. In 1808, colonial governor Tomás de Acosta promoted cultivation, and by the early nineteenth century coffee was increasingly embedded in the agricultural and political development of the country.

ICAFE's history traces later incentives, infrastructure, export routes and institutions that helped turn coffee into a major economic force. That history also explains why coffee in Costa Rica is more than an export crop: it shaped land use, roads, trade, towns, institutions and family livelihoods.

The visual bridge

The Coffee Family Tree turns history into a practical way to read a coffee label

The approved Nordico Coffee Family Tree now anchors the hero of this article because it is the central idea, not a decorative appendix. It is intentionally simplified: its job is to help a customer see that names such as Typica, Bourbon, Caturra, Pacas, SL28, Costa Rica 95 and Centroamericano H1 describe different kinds of genetic relationships.

The full-resolution v6 poster is preserved unchanged in this release. We do not repeat it a second time in the body: the hero establishes the visual family tree, while the article teaches the reader how to use it.

Learn the categories

“Variety” is one word used for several very different genetic stories

A uniquely Costa Rican authority

CATIE makes Costa Rica part of coffee's genetic future — not only its history

In Turrialba, CATIE maintains one of the world's major international coffee germplasm collections, with nearly 2,000 genetic materials. The collection includes wild and cultivated accessions from multiple origin regions and has supported conservation, characterization and breeding work for decades.

That is a remarkable Costa Rican advantage for education. A visitor can drink coffee in a country whose industry is not only producing celebrated Arabica today, but is also connected to the preservation of genetic options that future farms may need. Climate pressure, disease, productivity and cup quality increasingly meet in the same genetics conversation.

CATIE's collection has contributed to important Central American breeding work, including F1 hybrid development. It demonstrates why a germplasm collection is not a museum: conserved diversity becomes raw material for research and future solutions.

Costa Rica's Robusta / Canephora rule

Costa Rica once prohibited Robusta planting. The law changed in 2018.

A 1998 executive decree prohibited planting Coffea canephora “Robusta” in Costa Rica, with research exceptions. That rule is no longer current. Executive Decree 41110-MAG, effective in 2018, repealed the prohibition and authorized the planting, cultivation, processing and commercialization of Coffea canephora under an ICAFE-led controlled framework.

The current decree does not mean Canephora can simply be planted anywhere. It provides for approved geographic zoning, authorized material, registration and controls intended to prevent unwanted mixing with Arabica. It also requires differentiated processing, commercialization and liquidation.

Why customers should care

Variety connects farmer risk, roaster behavior, cup potential — and what you may want to buy next

The next step in the Nordico Knowledge architecture is a dedicated Coffee Varieties Cornerstone. This History Gateway gives that future article a reason to exist: once you see how coffee's journeys became its genetic branches, the names on a coffee bag stop looking like random jargon and start becoming useful choices.

Explore Nordico's current coffee selection when you want to compare the varieties, processes and origins that are available this harvest.