
Lebanon has been making wine for as long as anywhere on earth. The Phoenicians traded it across the Mediterranean, and there is a reasonable argument that the ancestors of several western European wine cultures learned the practice from Lebanese ships. The modern industry is much younger — most of it dates from the nineteenth century onward, when Jesuit missionaries and French-influenced families planted the Bekaa — and it has continued through a civil war, invasions and economic collapse with a stubbornness that is hard not to admire.
The Bekaa is a high plateau running north-east between two mountain ranges: Mount Lebanon to the west, which blocks the Mediterranean, and the Anti-Lebanon range to the east on the Syrian border. Vineyards sit at around a thousand metres, and the combination of altitude and latitude produces an unusual set of conditions:
The practical result is exceptionally healthy, clean, fully ripe fruit — with the accompanying challenges of high sugar and the need to pick on flavour rather than waiting for numbers.
Cinsault is the historic mainstay: light-coloured, aromatic, low in tannin, and much more interesting in Lebanon than its reputation elsewhere suggests. Old dry-farmed Cinsault is one of the country's real assets.
Carignan, Grenache, Cabernet Sauvignon, Syrah, Merlot and Mourvèdre are all planted, reflecting the French influence.
The indigenous whites are Obeideh and Merwah, both traditionally grown at altitude and both historically used for the distillate arak as much as for wine. They give textured, nutty, slow-developing whites quite unlike anything international, and they are the country's most distinctive white asset.
Château Musar is one of the most divisive wines in the world, and the reason is technically instructive. The wines characteristically show elevated volatile acidity and, in many vintages, Brettanomyces character — the barnyard, leather, clove and band-aid notes that most modern winemaking is organised to prevent. Some of the most respected tasters alive consider Musar a great wine. Others consider it faulty. Both camps are describing the same compounds.
There is no way to settle that argument, and pretending otherwise would be dishonest. What you can take from it is a clear-eyed understanding of the trade-offs:
Volatile acidity (mostly acetic acid and ethyl acetate) reads as lift and complexity at low levels and as vinegar and nail varnish above threshold. Thresholds vary between people and are pushed higher by a wine's concentration. It rises with oxygen exposure, warm ferments, high pH, stuck fermentations and time in an under-topped barrel. See volatile acidity.
Brettanomyces metabolises tiny amounts of residual sugar and produces volatile phenols. It thrives in wines with high pH, low free SO₂, and warm cellars, and it is very hard to remove once it colonises wood.
The honest position: if these characters appear in your wine by accident, they are faults, because you cannot control what you did not intend. Wines that use them as a signature do so on the back of decades of experience, unusually concentrated fruit, and long ageing before release. If you want to work near that edge, you need better monitoring than a conventional cellar, not worse: reliable pH readings, regular free SO₂ measurement, disciplined topping, and cool storage.
Cinsault rewards restraint: whole-bunch fractions, gentle extraction, short maceration, neutral or old oak. It also makes excellent rosé.
Bekaa reds: lamb kibbeh, grilled kofta, mujadara, aubergine with pomegranate, aged sheep's cheese. Obeideh / Merwah whites: mezze, hummus and tabbouleh, grilled halloumi, sea bass.
Tip: Measure free SO₂ and pH together, and act on the pair, not on either alone. Most cellar spoilage in warm-climate reds traces back to a wine sitting at pH 3.8 with a free SO₂ number that would have been adequate at pH 3.4. Molecular SO₂ — the fraction that actually protects the wine — is only a small percentage of free SO₂, and that percentage falls steeply as pH rises, so the same free SO₂ reading means substantially less protection at higher pH.