Typica: The Line Almost Everything Comes From
By Yalcin Akpinar · Food chemist, over 15 years in the flavour industry
Almost all the coffee in Latin America goes back to two lines, and one of them is Typica. Its journey is documented by dates on record – the most famous story about it, however, is not.
First things first: Typica rarely appears on the bag these days. Yet it’s in almost everything you drink – as an ancestor.
What is Typica?
One of the two founding lines of cultivated Arabica. Tall-growing, low-yielding, highly susceptible to coffee leaf rust, with large beans and very good cup quality. Until the 1940s, most plantations in Central and South America were planted with Typica.
It goes by many names: Criollo, Indio, Arábigo, Plume Hidalgo, Blue Mountain and Sumatra all refer to the same line. Hawaiian Kona is Typica too – introduced from Guatemala in 1892.
This multitude of names is no accident. Because for centuries Typica was the only line available in entire growing regions, nobody needed a variety name – people simply called it “the native one” or named it after the region. Only when other varieties arrived did a distinguishing name become necessary.
How did Typica reach the Americas?
Animation 1 · Typica’s journey
A route, not a timeline: The spacing shows stations, not years – centuries lie between stations 1 and 2, eight years between 4 and 5. The labels alternate above and below the line so that they don’t overlap.
Why India comes before Java here: Coffee was already growing in India in the late 17th century – that is, before 1696. From Amsterdam, a single plant went on to Paris. A large share of the coffee in Latin America descends from it. For Martinique, the sources give 1720 or 1723.
Source: World Coffee Research, “History of Arabica”. For India, it only says “by the late 1600s”. Martinique: WCR gives 1723, other sources 1720 – the only source is de Clieu himself, 1774.
The chain is unusually well dated. Arabica reached Yemen from Ethiopia in the 15th or 16th century. As early as the late 17th century – before the Java shipments, that is – coffee was growing in India, in the region around Mysore then known as Malabar. World Coffee Research dates this only as “by the late 1600s”; no exact year is documented. In 1696 and 1699, Dutch traders sent seeds from the Malabar Coast to Batavia, today’s Jakarta.
In 1706, a single plant went from Java to the botanical garden in Amsterdam. In 1714, after the Peace of Utrecht, the mayor of Amsterdam gave a coffee plant to King Louis XIV. In 1723, plants went from Paris to Martinique. From there it travelled on: Jamaica 1730, Santo Domingo 1735, Cuba 1748, Costa Rica 1779, El Salvador 1840.
These onward dates – from Jamaica to El Salvador – all come from the same source, the World Coffee Research variety catalogue. We haven’t cross-checked them. With historical dates, the evidence is often inconsistent, even when a list looks as tidy as this one.
A correction to the popular narrative, and it comes from World Coffee Research: the Typica line probably only split off when the seeds went from India to Indonesia – not directly from Yemen, as is often told. Genetic studies show that the shipment from Yemen to India contained both Typica-type and Bourbon-type plants.
How much truth is there in the story of Gabriel de Clieu?
It’s the best-known coffee anecdote of all: in 1723, the French naval officer Gabriel de Clieu brings a coffee plant to Martinique and shares his meagre water ration with it during the crossing.
As a story, it’s wonderful. As evidence, it’s weak. The source is a letter that de Clieu himself published in a literary journal some fifty years later, in 1774. As early as 1922, the coffee historian William Ukers noted that there was considerable dispute over the year of arrival – some give 1720, others 1723.
And the most striking thing: neither the World Coffee Research variety catalogue nor the major 2024 genome study mentions de Clieu at all. Both describe the 1723 Paris–Martinique transfer in full without naming anyone.
We still enjoy telling the story – but as what it is: a self-portrayal, passed on second-hand, half a century after the events. The same goes for the “seven seeds” said to have been smuggled out of Yemen around 1600, and for Baba Budan, who is said to have brought the first seeds to India in 1670. Both are tradition, not documentary record.
How is it different from Bourbon?
They are sisters, not ancestor and descendant. Both lines go back to the same Yemeni source material. Typica split off via the Dutch route to Java; Bourbon arose from French plantings on the island of Bourbon, today’s Réunion, where missionaries introduced seeds from Yemen in the early 18th century.
The 2024 genome study makes the close kinship strikingly clear: the Typica and Bourbon individuals examined were related to each other to a degree that corresponds to direct parent–child relationships.
Which varieties descend from Typica?
Animation 2 · Who descends from whom
A line from top to bottom means mutation: the variety changes by itself, from a single parent. The × sign means cross: two varieties are brought together, and the new variety has two parents. Typica and Bourbon are sisters here, not parent and child.
The mutations with year and place: Maragogipe in 1870 in Brazil and Pache in 1949 in Guatemala (Typica side); Caturra in 1915–18 in Brazil, Pacas in 1949 in El Salvador and Villa Sarchi in Costa Rica (Bourbon side). The crosses: Mundo Novo arose on its own in Brazil in 1943, Catuai was crossed in 1949 and released in 1972, Pacamara was deliberately crossed in El Salvador.
All assignments according to the World Coffee Research variety catalogue. Caturra, Pacas and V. Sarchi (Villa Sarchi) belong to the Bourbon side, not to Typica.
This is where most mistakes happen. The assignments according to the World Coffee Research variety catalogue:
| Variety | Line | Origin |
|---|---|---|
| Maragogipe | Typica | natural mutation, 1870 near Maragogipe in Brazil; a single dominant gene makes beans, leaves and internodes especially large |
| Pache | Typica | natural mutation, 1949 in Guatemala; one gene for smaller stature |
| Caturra | Bourbon | natural mutation, between 1915 and 1918 in Minas Gerais |
| Pacas | Bourbon | natural mutation, 1949 in El Salvador |
| Villa Sarchi | Bourbon | natural mutation |
| Mundo Novo | both | natural cross Typica × Bourbon, discovered in São Paulo in 1943 |
| Catuai | both | Mundo Novo × Caturra, crossed in 1949, released in Brazil in 1972 |
| Pacamara | both | Pacas × Maragogipe – Bourbon via Pacas, Typica via Maragogipe |
The three most common misconceptions in one sentence: Caturra, Pacas and Villa Sarchi are Bourbon, not Typica. If you find them in a Typica list, you’re reading a source that didn’t look it up.
Why is Typica hardly grown any more?
| Trait | Typica |
|---|---|
| Stature | tall |
| Bean size | large |
| Yield potential | low |
| Cup quality at altitude | very good |
| Coffee leaf rust | low resistance, susceptible |
| Nematodes and coffee berry disease | susceptible |
| Cold tolerance | well adapted to cool conditions |
Low yield and high susceptibility make a poor combination. Since the 1940s, Typica has been replaced across large parts of the Americas by higher-yielding, hardier varieties. It has survived mainly where the name is worth money – in Peru, the Dominican Republic and Jamaica, where it is sold as Jamaica Blue Mountain.
How narrow is the genetic bottleneck really?
The story goes like this: everything descends from a single plant from Amsterdam, which is why Arabica is genetically poor and prone to disease. The conclusion is right; the reasoning only half so.
For Brazil, which accounts for around 40 per cent of world production, World Coffee Research gives a remarkable figure: 97.55 per cent of the varieties grown there descend from Typica and Bourbon. So the genetic base really is extremely narrow.
But the 2024 genome study adds a finding that turns the story around: the genetic diversity of Arabica was already very low in wild populations. In cultivated varieties it is only slightly lower. So the colonial founder effect didn’t cause the narrowness; it carried forward a narrowness that was already there.
Two side notes that run counter to the usual account: Bourbon has lower diversity than Typica, not the other way round – there, the bottleneck really does go back to a single surviving plant from 1720. And the authors attribute Arabica’s ability to come through such bottlenecks at all to self-pollination and its doubled sets of chromosomes, which weeded out or buffered harmful gene variants.
EstimateThe figure of 97.55 per cent appears exactly like this on the World Coffee Research website, but without a source. Two decimal places with no survey behind them are an estimate, not a measurement – so we pass it on with this caveat. The same applies to the roughly 40 per cent of world production that we cite for Brazil in the same section: a rounded order of magnitude from industry reporting, not a figure from primary statistics.
Frequently asked questions about Typica
What is Typica coffee?
Typica is one of the two founding lines of cultivated Arabica. It grows tall, yields little and is highly susceptible to coffee leaf rust, but in return it produces large beans and very good cup quality. Until the 1940s, most plantations in Central and South America were planted with Typica.
How did Typica reach the Americas?
Through a chain of well-dated stations: from Yemen to India, from the Malabar Coast to Java in 1696 and 1699, a single plant from Java to Amsterdam in 1706, on to Paris as a gift in 1714 and from there to Martinique in 1723. From Martinique it spread across the Caribbean and Latin America.
Is the Gabriel de Clieu story true?
It’s an anecdote, not established history. The story that de Clieu shared his water ration with the coffee plant during the crossing comes from a letter he published himself some fifty years after the events. Neither World Coffee Research nor the major 2024 genome study mentions him at all.
What is the difference between Typica and Bourbon?
They are two sister lines of the same Yemeni origin, not ancestor and descendant. Typica split off when Dutch traders brought seeds from India to Java; Bourbon arose from French plantings on the island of Bourbon, today’s Réunion.
Which varieties descend from Typica?
Directly, mainly Maragogipe, a natural mutation with strikingly large beans, and Pache, a compact-growing mutation. Crosses add Mundo Novo, Catuai and Pacamara. Jamaica Blue Mountain and Hawaiian Kona are Typica under another name.
Does Caturra descend from Typica?
No, that’s a common mix-up. Caturra is a natural mutation of the Bourbon line, as are Pacas and Villa Sarchi. Maragogipe and Pache belong to the Typica side.
Why is Typica hardly grown any more?
Because it yields little and is highly susceptible to the most important coffee diseases, above all coffee leaf rust. Since the 1940s, it has been replaced across large parts of the Americas by higher-yielding, hardier varieties.
How narrow is Typica’s genetic bottleneck?
Narrower than a single plant would suggest – but not only because of that. The 2024 genome study shows that the genetic diversity of Arabica was already very low in wild populations. The colonial founder effects reduced it only slightly further. Bourbon is actually even narrower than Typica.
Is the variety on your bag?
Probably not – and that is the practical core of this article. Typica and its descendants travelled the world for centuries without anyone noting which line was in the sack. That still holds for the vast majority of coffees on the market today.
So this is how we handle it: we state the variety where we can document it, and otherwise we don’t. For our two Ethiopian coffees Bright Cassis and Wild Peach from Tero Farm in Guji, the entry reads Heirloom – which, to be honest, is itself a collective term for Ethiopia’s many landraces that have never been individually recorded. As things stand, it isn’t possible to be more precise there, and we don’t pretend otherwise.
If you’re holding a bag with a precise variety on it, don’t automatically trust it more – ask where that information comes from. The Geisha article shows how quickly such a claim can fall apart: of DNA samples traded as Gesha, only 39 per cent matched the reference.
What you can compare instead is what you actually taste. Two coffees side by side, prepared the same way, tell you more about your taste than any variety name. You’ll find the selection among our coffee beans.
What now?
Drinking pure Typica is possible, but rare. If you get the chance – Jamaica Blue Mountain, Kona or a Peruvian Typica – it’s worth comparing it with a modern variety from the same region. The difference is usually smaller than the difference in price, and that in itself is a useful insight.
How varieties and species relate to each other is covered under Arabica and Canephora; what a single variety can become, in the Geisha article; where coffee comes from in the first place, in the history of coffee. Our coffee beans and the workshops in Bern and Zurich are the part you can drink. We are United by Coffee.
Sources and context
- Information on our own roasts comes from our product data and is our own in-house information.
- Route, dates, agronomy and variety assignments: World Coffee Research, variety catalogue, entries Typica, Bourbon, Maragogipe, Pache, Caturra, Pacas, Villa Sarchi, Mundo Novo, Catuai, Pacamara and History of Arabica.
- Genetics, relationship between Typica and Bourbon, bottlenecks and diversity comparison: Salojärvi et al., Nature Genetics 56, 721–731, 2024.
- Kona as Typica and its introduction to Hawaii in 1892: Scientific Data 12, 1314, 2025.
- On the Gabriel de Clieu story: William H. Ukers, All About Coffee, 1922, who himself points out the conflicting dates and cites a letter by de Clieu from 1774 as the source.
- The figure of 97.55 per cent for Brazil comes from World Coffee Research and is not backed by a source there; this is flagged in the text.
- The “seven seeds” and the story of Baba Budan are traditions without documentary evidence and are marked as such in the text.
Yalcin Akpinar
Co-founder, equipment and sensory
Graduate food chemist from the University of Hamburg, over 15 years in the international flavour industry, patents in flavour technology. With us he is responsible for roast profiles, bean selection and the choice of machines and grinders.
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