Yummy Magazine Vol 3 - The Holiday Issue | Page 52

Champagne is one of the most famous drinks in the world; we have all heard of it, even if we have never actually tasted the real thing. To qualify as champagne, a wine must be made in the Champagne region of northern France – about an hour’s drive from Paris. Dom Pérignon, the legendary 17th Century French Benedictine monk, is often wrongly credited as the inventor of champagne. In fact, the famous monk appears to have spent much of his time trying to prevent his wines developing bubbles. Surprisingly, it is the English that played a role in the invention of champagne. From the 16th Century onwards, still wines from the Champagne region of France were exported to England. 52. To make these tart and acidic still wines more palatable, the English added honey to the barrels. The sugars in the honey, combined with residual yeasts present in the wines, triggered secondary fermentation, which produced carbon dioxide – the essential gas needed to provide the precious bubbles. Champagne must be made according to the méthode traditionnelle (traditional method). The most important aspect of the process is said to be secondary bottle fermentation. This is where a dose of yeast and sugar is added to the bottle of still wine, then sealed with a crown cap – just like the ones used for a bottle of beer. The wine then undergoes secondary fermentation – a process the French call prise de mousse, which literally means ‘capturing the sparkle’. Remuage the process by which dead yeast cells are gently eased to the neck of the bottle and disgorgement, when the yeast and sediment are released from the bottle are the next steps after which, the distinctive mushroom-shaped cork, which prevents the bubbles from escaping, is finally inserted. The méthode traditionnelle produces the best sparkling wines in the world, although the process is expensive. Wine-makers around the world often use other less expensive ways of getting the bubbles into wines. The cheapest and most common method is to pump carbon dioxide into