Tella Recipe: Ethiopia’s Ancient Grain Beer That Predates Coffee

Walk into any tej bet in Addis Abeba on a Tuesday evening, and alongside the honey wine that gives these establishments their name, you’ll find tella — the drink that most Ethiopians actually grew up with. Tej is for celebrations and the middle class; tella is for everyone else, for every day, for the agricultural worker who needs something nutritious after a day in the sorghum fields, for the neighbor invited to help with the harvest. It is, in the deepest sense, the people’s beer.

Tella has been quietly fermented in Ethiopian households for at least 3,000 years. It preceded commercial brewing, preceded coffee cultivation (Ethiopia’s more famous fermented contribution to the world), and almost certainly preceded written records of its own existence. The specific bacteria and yeasts documented in tella — including Schizosaccharomyces pombe, an African fission yeast entirely unknown in European brewing traditions — point to an ancient, independent fermentation tradition that developed in the Horn of Africa without any connection to Mesopotamian or European brewing.

Yet outside Ethiopia and the Ethiopian diaspora, almost nobody has heard of it. This article is an attempt to address that gap.

Tella vs. Tej: Understanding the Distinction

Ethiopian fermented beverages divide roughly into two categories: honey-based (tej and its regional variants) and grain-based (tella and its relatives). Tej is the more internationally visible drink, covered in food media, found at Ethiopian restaurants worldwide, and relatively easy to describe to outsiders as “Ethiopian honey wine.” Tella is harder to package — it’s less sweet, more bitter, more complex, and more deeply embedded in agricultural rhythms that don’t translate neatly into restaurant menus.

Tejis typically consumed at weddings, religious festivals, and celebrations. It’s associated with the higher classes in Ethiopia’s historical social structure. Tella is consumed daily, across all classes, at family meals, community gatherings, and the working gatherings called dabo (communal labor) and iqub (rotating savings associations). If tej is Ethiopia’s champagne, tella is its bread-and-butter beer — consumed in far greater quantities and with far less ceremony.

The flavor difference is significant. Tej is sweet, smooth, mead-like. Tella is bitter, earthy, complex — more similar to a dark farmhouse ale than anything sweet. First-time tasters who expect tej and get tella are sometimes startled. Regular tasters often find tella the more interesting drink.

The History That Nobody Writes Down

Tella lacks the mythological origin stories that tej has accumulated — no tales of gesho discovered by a wandering saint, no royal patronage legend. This is fitting. Tella is the product of countless anonymous agricultural communities adapting grains to their fermentation needs across millennia, without ceremony or recorded credit.

Archaeological evidence from the Tigray and Amhara highlands of Ethiopia suggests grain processing and fermentation at least 3,000 years before the present, consistent with the agricultural revolution of the Ethiopian highlands. The teff plant, domesticated only in Ethiopia and nowhere else on Earth, produces a grain ideal for fermentation — its tiny seed size means more surface area per gram for microbial activity, and its high iron and calcium content makes teff-based tella nutritionally exceptional among grain beers.

The cultural mechanisms by which tella maintained its centrality are elegant: the dabo system. When a farming family needed collective labor — to clear land, build a house, harvest a crop, or transport goods — they invited neighbors and relatives, providing food and unlimited tella in exchange for their labor. This labor-exchange system, formalized by the expectation of tella hospitality, created a powerful social incentive for every household to maintain fermentation capacity. Communities that ran out of tella, or whose tella was poor quality, found neighbors less willing to help with communal projects. Tella was literally the currency of cooperation.

The Ethiopian Orthodox Church, which shapes agricultural and social calendars for the majority of highland Ethiopians, integrated tella into religious practice without suppressing it. Tella is served at the meals following religious observances, at Timkat (Ethiopian Epiphany) celebrations, during Meskel (the Finding of the True Cross festival in September), and at the communal meals of holiday periods. The Church’s blessing of tella production removed the ambivalence that surrounds alcohol in many religious contexts — in Ethiopian Orthodox culture, moderate tella consumption is understood as part of community life, not as a moral failing.

Gesho: The Plant That Makes Ethiopian Fermentation Unique

Gesho (Rhamnus prinoides, also called African buckthorn or Himalayan buckthorn depending on the botanical source cited) is the defining flavor-giver of Ethiopian fermented beverages. It is to Ethiopian brewing what hops are to European beer — a bittering agent, a preservative, and a flavor contributor that makes the finished drink recognizably itself.

The leaves and stems of the gesho plant are used. The leaves contribute a delicate bitterness and herbal quality; the stems, which contain more concentrated tannins, contribute deeper bitterness and contribute to tella’s shelf stability. Some brewers use only leaves; others use only stems; most use a combination. The ratio affects flavor significantly — stem-heavy tella is more bitter and astringent; leaf-heavy tella is more herbal and mild.

Gesho’s chemistry includes chlorogenic acids, quercetin glycosides, and ursolic acid — compounds with documented antimicrobial activity against food-spoilage organisms. This is exactly the same reason European brewers adopted hops in the 9th–12th centuries: the iso-alpha acids in hops inhibit gram-positive spoilage bacteria, extending shelf life. Gesho achieves a similar preservative effect through different chemistry, representing an independent discovery of the same principle by Ethiopian brewers at some point in pre-recorded history.

Outside Ethiopia, gesho can be sourced at Ethiopian markets and restaurants in major Western cities (London, Washington DC, Minneapolis, Toronto, Melbourne all have significant Ethiopian diaspora communities), and increasingly online through Ethiopian grocery suppliers. It’s worth seeking out authentic gesho for your first batch — the flavor contribution is irreplaceable. European hops can serve as a functional substitute, providing bitterness and some preservation, but the flavor profile will be noticeably different: more floral and resinous (from hop alpha acids) rather than earthy and herbal (from gesho chlorogenic acids).

The Fermentation Science of Tella

Tella is a multi-stage fermentation more complex than most home fermenters have encountered. Each stage has a specific purpose, and understanding why each step exists helps you troubleshoot when things don’t go as expected.

Stage 1 — Firing (Beso): A portion of the grain is lightly toasted in a dry pan until golden-brown. This develops Maillard reaction compounds that contribute color and nutty flavor to the finished tella, and it also reduces competing surface microorganisms. Importantly, the toasting converts some starch to more fermentable dextrins and caramelizes some sugars, giving the fermentation organisms a head start. Over-toasting creates bitterness; under-toasting leaves too much raw starch.

Stage 2 — Cooking: The mixed grain (some toasted, some raw) is cooked with water into a thick porridge. This gelatinizes the starch, making it accessible to yeast and bacterial enzymes. The cooked porridge is allowed to cool before the starter and gesho are added.

Stage 3 — Inoculation: A small amount of previous tella (the starter), along with gesho, is added to the cooled porridge. In commercial tella bets, maintained starter cultures are decades old and contain highly adapted local microorganisms. For home brewing, a starter from a previous batch or from sourdough can be used.

Stage 4 — Primary Fermentation (3–4 days): The key organisms are Saccharomyces cerevisiae (standard brewer’s yeast, producing alcohol and CO₂), Schizosaccharomyces pombe (an African fission yeast that ferments malic acid and produces distinctive flavor compounds not present in European beers), and Lactobacillus plantarum and Leuconostoc mesenteroides (producing lactic acid and giving tella its characteristic sour note). Research by Bahiru et al. (2001) documented these dominant organisms in traditionally prepared tella samples from Addis Abeba.

Schizosaccharomyces pombe deserves special attention. Unlike S. cerevisiae, which reproduces by budding, S. pombe divides by fission — splitting in half — giving it the name “fission yeast.” It was used as a model organism in cell biology research leading to the 2001 Nobel Prize in Physiology or Medicine (awarded to Paul Nurse, partly based on pombe work). Its metabolic contributions to tella include malic acid deacidification (reducing harsh sourness), production of specific esters, and an ability to ferment a wider range of sugar substrates than S. cerevisiae — which is why tella can be made from starches as diverse as teff, barley, sorghum, and corn without dramatic changes to the process.

Stage 5 — Clarification and Maturation (1–2 days): The fermented liquid is allowed to settle, and in some preparations, filtered through a cloth. This removes yeast and bacterial sediment, clarifies the liquid, and allows harsh fermentation flavors to mellow. Traditional tella is often slightly turbid rather than clear — the suspended particles include nutritional content. Filtered tella is more shelf-stable; unfiltered tella has more probiotic content.

Regional Variations Across Ethiopia

Ethiopia’s extraordinary agricultural diversity — dozens of grain varieties, altitude ranges from sea level to 4,500 meters, distinct ethnic communities with their own traditions — produces tella variations as different from one another as Belgian Trappist ale is from English bitter.

Teff tella (from the Amhara and Tigray highlands) is the most prestigious and nutritionally exceptional. Teff’s extraordinary iron content (2–3x that of barley), calcium, and complete amino acid profile make teff tella a genuine nutritional powerhouse. The flavor is slightly earthy with a mineral quality. Teff tella is traditionally the drink served at the most important celebrations in Tigray and Amhara regions.

Barley tella (also from the highlands, especially the Gurage and Hadiya regions) is milder and slightly sweet by comparison. Barley’s high diastatic power — the enzyme activity that converts starch to sugar — makes barley tella more reliably alcoholic and less dependent on toasting. This is the version most similar to what Western home brewers would recognize as a grain beer.

Sorghum tella (from the southern and western lowlands) is drier, more bitter, and more tannic than the highland versions. Sorghum tella is associated with the Oromo, Wolaiyta, and Sidama communities. Sorghum’s natural tannins amplify the bitterness of gesho, producing a drink that’s an acquired taste but deeply satisfying to those who develop the palate for it.

Corn tella exists in areas where corn has replaced traditional grains in the 20th century. It’s considered less traditional, often milder in flavor, and less nutritionally impressive than teff or barley versions. Many traditional Ethiopian food culture advocates view corn tella as a compromise made under economic pressure rather than a deliberate choice.

Ingredients for Home Tella

• 500g barley (whole grain preferred; pearl barley works but produces milder flavor) — or substitute teff for a more traditional result, though teff is more expensive and harder to find outside Ethiopian markets
• 20g gesho leaves and stems — from Ethiopian markets or online; or substitute 15g European hop pellets (different flavor, functional substitute)
• 3 tbsp active sourdough starter — or 2 tbsp from a previous tella batch as starter culture; or 1/4 tsp active dry wine yeast (produces a less complex but functional result)
• 3 liters water (filtered or left to sit uncovered overnight if using chlorinated tap water)
• Optional: 1 tbsp barley flour — for thickening if the wort seems too thin

Equipment

• Large heavy-bottomed pot — 4+ liter capacity for cooking grain
• Dry frying pan — for the toasting stage
• Clay pot or large glass jar — 3–4 liter fermentation vessel; clay is traditional and contributes its own microbiome, but glass allows monitoring
• Cheesecloth or fine cloth — for covering during fermentation and for straining

Step-by-Step Tella Recipe

Step 1: Toast a Third of the Grain (10 minutes)

Divide your barley into roughly one-third and two-thirds. Place the one-third in a dry heavy pan over medium heat. Toast, stirring constantly, until the grain turns golden-brown and smells nutty — about 8–10 minutes. Do not burn; black barley will make your tella unpleasantly bitter. Transfer immediately to a plate to cool.

Step 2: Cook the Grain (30 minutes)

Combine the toasted and untoasted barley in your large pot. Add 2 liters of water. Bring to a boil, then reduce to a steady simmer. Cook until the barley is completely soft and most water is absorbed, about 25–30 minutes. You want a thick, cohesive porridge — almost like a stiff polenta. Remove from heat and cool to below 30°C. This takes 1–2 hours; spreading thin on a tray speeds cooling.

Step 3: Add Gesho and Starter

To the cooled porridge, add the gesho (crumbled leaves and broken stems), the sourdough starter or yeast, and enough additional water to bring the consistency to a thick slurry — roughly 500ml–1 liter more water, depending on how thick your porridge is. Stir thoroughly to combine. The mixture should resemble a very thick grain smoothie rather than solid porridge.

Step 4: Transfer to Fermentation Vessel

Pour the mixture into your fermentation vessel. Cover with cheesecloth secured with a rubber band — never airtight. Place somewhere consistently warm (22–28°C). A stable temperature is important for consistent fermentation; avoid places with dramatic temperature swings.

Step 5: Primary Fermentation — 3 to 4 Days

Check daily. You should see bubbling activity by day two as CO₂ is produced. The mixture will smell increasingly fermented — sour, yeasty, slightly alcoholic. Stir once daily to prevent surface drying and to keep the gesho evenly distributed. On day three, taste a spoonful. It should be pleasantly sour with developing complexity. If it tastes flat, ferment another day. If it tastes good but is not bitter enough, the gesho hasn’t fully contributed — add a bit more and stir.

Step 6: Strain the Tella

Line a colander with cheesecloth and pour the fermented mixture through it. Gather the cloth and squeeze to extract as much liquid as possible. Discard (or compost) the grain solids. The extracted liquid is your tella — it will be turbid and slightly reddish-brown from the toasted grain.

Step 7: Optional Secondary Fermentation (1–2 days)

For more complex flavor, transfer the strained tella to a loosely covered container and allow it to continue fermenting at room temperature for another 24–48 hours before serving. This secondary stage allows the flavors to integrate and mature. The tella will become slightly more alcoholic and develop more nuanced bitterness.

Step 8: Serve and Store

Serve tella at room temperature in traditional clay cups, small bowls, or glass cups. It doesn’t need to be cold, though some people prefer it slightly chilled. Refrigerated tella keeps 5–7 days; it will continue to ferment slowly and become gradually more sour. For best flavor, consume within 3 days.

Troubleshooting Your Tella

Tella is too bitter

You’ve used too much gesho or used too many stems relative to leaves. Stems are more tannic and bitter. Next batch, reduce gesho by 30% and use more leaves, fewer stems. Also check that your barley wasn’t over-toasted — burnt grain contributes harsh bitterness on top of the gesho’s clean bitterness.

Not sour enough, too sweet

Fermentation hasn’t gone far enough, or your LAB population is insufficient. Extend fermentation by 1–2 days. For next batch, use more sourdough starter (which provides more LAB) and ensure consistent warm temperature.

Very little alcoholic character

Your yeast activity was insufficient. Try adding active dry wine yeast in addition to sourdough starter for the next batch. Also ensure the grain was fully cooked — undercooked grain has starch that’s less accessible to enzymes.

Strong off-flavors (acetone, vinegar, barnyard)

Acetone: too warm, too fast. Excessive acetic acid (sharp vinegar): too much oxygen exposure. Barnyard: possible contamination. Clean equipment thoroughly with boiling water (not antibacterial soap, which leaves inhibitory residues) and start again. Traditional tella gets better in well-seasoned clay pots whose walls harbor beneficial microorganisms; glass jars require more careful sanitation because they lack this microbial inoculant.

Serving Tella in Context

Traditional tella is served in a berele (a small clay cup shaped like a rounded bowl) or, increasingly, in glass. It’s poured from a clay jug called a gan or a sini, often by the woman who made it. The pouring is done while guests watch — a gesture of transparency that signals the tella was made fresh and with care.

Tella pairs naturally with injera (the sourdough teff flatbread) and the stews served on top of it. The gentle bitterness of tella cuts through the rich spiced lentil wots and meat stews; the sourness resonates with injera’s own fermentation character. For a home meal pairing, serve tella alongside any grain-forward stew, lentil dish, or braised meat. The combination works for the same reason that beer and bread work together in European food culture — both are grain ferments, and grain-on-grain flavor pairing has deep cultural logic.

Frequently Asked Questions

What does tella taste like?

Earthy, pleasantly bitter (from gesho), mildly sour, slightly smoky from the toasted grain, and gently alcoholic. It’s less sweet than most commercial beers and has more complexity from the mixed fermentation. Think of something between a dark farmhouse ale and a mild kombucha, with an earthy bitterness that’s entirely its own. The teff version has a mineral, slightly molasses-like quality from teff’s high iron content.

Is tella gluten-free?

Traditional barley tella is not gluten-free. Teff tella is — teff (Eragrostis tef) is naturally gluten-free, making teff-based tella one of the few naturally gluten-free traditional grain beers in the world. If you need a gluten-free version, use teff and ensure no barley contaminates your equipment.

How is tella different from injera fermentation?

Injera uses a long-fermented teff batter (typically 3–5 days at room temperature) that develops significant LAB-driven sourness before being cooked on a flat iron griddle. The fermentation organisms are similar — Lactobacillus species, wild yeasts — but tella’s fermentation produces an alcoholic beverage rather than a bread base. Historically, both would have been made from the same teff grain in the same household, with the fermentation ecosystem shared between the two.

Where can I buy gesho outside Ethiopia?

Ethiopian grocery stores and diaspora markets are the primary source — cities with significant Ethiopian communities include Washington DC (large Ethiopian community), Minneapolis, Seattle, Toronto, London (especially in Brixton and Peckham), and Melbourne. Online suppliers include Ethiopian Spices online retailers and specialty grocery services. Dried gesho is shelf-stable and keeps for months in a sealed bag. Some health food stores in the US carry it under the name “buckthorn” but verify it’s Rhamnus prinoides rather than Rhamnus cathartica (common buckthorn), which is different.

Is traditional tella available commercially?

Not widely outside Ethiopia. A few Ethiopian diaspora community organizations produce small-batch tella in the US and Europe, but it doesn’t have the commercial infrastructure of commercial beers. In Ethiopia, traditional tella is available at tella bets (tella houses), usually identified by a small flag or bunch of eucalyptus leaves hung outside the door. Commercial bottled versions do exist in Ethiopia but are considered inferior to freshly made tella.

The Emperor’s Everyday Drink

Tella’s greatest cultural achievement may be its democratic ubiquity. Every Ethiopian household, from subsistence farming communities to urban professional families maintaining tradition, has made or drunk tella. It has survived colonial contact, modernization, and the import of commercial beer without disappearing — because it fills needs that Heineken can’t: it’s made locally, from local grain, by people who know what they’re doing, and it nourishes as well as intoxicates.

Making tella at home is an act of connection to one of the world’s oldest and most sophisticated fermentation traditions. It doesn’t require special equipment beyond patience and a few clay pots, and the gesho is the one ingredient that can’t be substituted if you want the authentic result. Source it, respect the multi-stage process, and you’ll produce something genuinely worth sharing.

Pour it into a small clay cup, serve it with injera and lentils, and drink it slowly. That’s the entire instruction set. Everything else follows from there.