Winery René ColletBrut Rosé Champagne
Sparkling wine
This wine generally goes well with pork, rich fish (salmon, tuna etc) or shellfish.
Food and wine pairings with Brut Rosé Champagne
Pairings that work perfectly with Brut Rosé Champagne
Original food and wine pairings with Brut Rosé Champagne
The Brut Rosé Champagne of Winery René Collet matches generally quite well with dishes of pork, rich fish (salmon, tuna etc) or shellfish such as recipes of pasta carbonara, pasta with tuna and laughing cow or mussels with roquefort cheese.
Details and technical informations about Winery René Collet's Brut Rosé Champagne.
Discover the grape variety: Chardonnay
The white Chardonnay is a grape variety that originated in France (Burgundy). It produces a variety of grape specially used for wine making. It is rare to find this grape to eat on our tables. This variety of grape is characterized by small bunches, and small grapes. White Chardonnay can be found in many vineyards: South West, Burgundy, Jura, Languedoc & Roussillon, Cognac, Bordeaux, Beaujolais, Savoie & Bugey, Loire Valley, Champagne, Rhone Valley, Armagnac, Lorraine, Alsace, Provence & Corsica.
Last vintages of this wine
The best vintages of Brut Rosé Champagne from Winery René Collet are 0
Informations about the Winery René Collet
The Winery René Collet is one of of the world's great estates. It offers 25 wines for sale in the of Champagne to come and discover on site or to buy online.
The wine region of Champagne
Champagne is the name of the world's most famous Sparkling wine, the appellation under which it is sold and the French wine region from which it comes. Although it has been used to refer to sparkling wines around the world - a point of controversy and legal wrangling in recent decades - Champagne is a legally controlled and restricted name. See the labels of Champagne wines. The fame and success of Champagne is, of course, the product of many Complex factors.
The word of the wine: Malic (acid)
An acid that occurs naturally in many wines and is transformed into lactic acid during malolactic fermentation.
