All articles tagged with #champagne
France’s Champagne region will temporarily raise the allowed alcohol content on some bottles to 15% ABV after record heat produced higher grape sugars, affecting only a small share of this year’s harvest (roughly 13.1–13.2% ABV). The 2026 harvest was the earliest on record and climate change is expected to make hotter seasons more common in 10–15 years, with the affected wines heading to shelves no earlier than 2028 after aging.
France's wine harvest is expected to fall below 3.4 billion liters this year due to drought and heat waves, with Champagne output roughly halved and grape weights at 20-year lows; if confirmed, this would be France's smallest crop since 1957. The drought's economic damage is estimated at €10-€15 billion, with €1 billion in emergency farm aid announced but considered insufficient.
Champagne producers in northeast France are rushing an unusually early harvest due to record heat and drought, with June temperatures hitting around 40°C and concentrating sugars in the grapes. The accelerated ripening threatens the wine’s delicate balance, and logistics are strained by a tight labor pool and household/transport challenges. Some vintners say the pressures could force changes to traditional hand-harvesting practices as they continue to sell widely across Europe, West Africa, the United States and Asia.
Taylor Swift and Travis Kelce’s Madison Square Garden wedding featured A-list performances and a lengthy vows moment officiated by Adam Sandler, but chatter among some guests centered on a buffet-heavy reception with long lines and scarce seating, which some called tacky. Lena Dunham delivered a controversial joke, champagne rumors circulated (denied by Tavia Hunt), and despite these moments, many attendees reportedly called the overall event fabulous.
Research shows that champagne's taste can be affected by storage time, altitude, and environment, with older bottles losing carbonation and altitude affecting flavor perception; drinking champagne soon after purchase is recommended for optimal taste.
The article highlights nine exceptional champagnes to celebrate New Year's Eve, emphasizing their rich histories, unique flavors, and the role of champagne in marking special occasions and new beginnings.
The article discusses the variety of sparkling wines available for New Year's celebrations, highlighting that while Champagne remains popular, American sparkling wines have improved in quality and affordability, offering a diverse range of options beyond traditional Champagne.
Maj Gen Charlie Herbert OBE, a senior UK military figure in Afghanistan, was sent home early after drinking champagne with colleagues, in breach of a US rule on alcohol consumption. Complaints about his alleged inappropriate language and behavior, throwing parties at the British embassy, and drinking openly with Afghan colleagues were investigated but found to be unproven and vexatious, except for the champagne incident. After retiring from the Army, he became an outspoken commentator on military affairs.
ClimateAI, a climate resilience platform, predicts that champagne could face a shortage due to climate change, with key grape varieties like pinot noir and chardonnay at risk of extinction. The ideal conditions for champagne production are being threatened by warmer climates, potentially impacting the French economy and wine culture significantly. The company uses AI to help clients adapt to these changes by forecasting crop resiliency and suggesting strategic decisions for future cultivation. While some experts agree that climate change will affect viticulture, they do not believe extinction of grape varieties is a credible outcome, suggesting instead that adaptation strategies will be necessary for the industry.
During a third-round match at Wimbledon, a fan uncorked a bottle of champagne just as Anastasia Potapova was about to serve, prompting Australian umpire John Blom to issue a humorous warning. While the incident was not as disruptive as previous occurrences, such as a champagne cork flying onto the court in 2019, it highlights the need for better enforcement of rules regarding corked bottles in the stands. Mirra Andreeva defeated Potapova in straight sets and will face Madison Keys in the fourth round.
A fan at Wimbledon popped a champagne bottle during a match, prompting the umpire to make an announcement asking spectators not to do so during serves. This is not the first time such an incident has occurred at the tournament. Despite the distraction, Mirra Andreeva defeated Anastasia Potapova in straight sets.
During a match at Wimbledon, umpire John Blom politely asked spectators not to pop open champagne bottles while players were serving, after a fan did so during a match between Anastasia Potapova and Mirra Andreeva. This is not the first time such a request has been made, as the All England Club's conditions of entry state that all corked bottles, including champagne, must be opened prior to being taken into the stands.
Researchers at Brown University and the University of Toulouse have discovered that the unique bubbles in Champagne are due to surfactants, which help reduce the tension between the liquid and gas bubbles, making for a smooth rise to the top. The straight-laced rise also enhances its taste. The research has economic and societal value, as understanding how bubbles cluster can help with technologies that use bubble-induced mixing, such as aeration tanks at water treatment facilities, and explain ocean seeps.
Researchers have discovered why champagne bubbles rise in a straight line, unlike those of many other drinks. The unusual trait is down to particular ingredients in champagne that not only give it flavour but attach to the bubbles, changing the motion of the fluid immediately behind them as they rise and hence allowing the bubbles to form a chain. The straight lines of tiny bubbles within champagne are down to flavour molecules, such as fatty acids, within the drink that have surfactant properties.
Brown University physicist Roberto Zenit has discovered that surfactant molecules coat champagne bubbles and encourage more swirling, thereby disrupting the wake and creating stable vertical columns of bubbles. This is unlike other carbonated beverages, where the wake of rising bubbles knocks other bubbles sideways so that multiple bubbles rise simultaneously. Carbonation is a fascinating topic within fluid dynamics, and champagne's effervescence arises from the nucleation of bubbles on the glass walls. When the bubbles in champagne burst, they produce droplets that release aromatic compounds believed to enhance the flavor.