La Cave Veuve BanyulsBlanc
White wine
This wine generally goes well with
Details and technical informations about La Cave Veuve Banyuls's Blanc.
Discover the grape variety: Mollard
Mollard noir is a grape variety that originated in France (Haute-Alpe). 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 large bunches of grapes of medium size. Mollard noir can be found in several vineyards: South-West, Cognac, Bordeaux, Provence & Corsica, Rhone valley, Loire valley, Savoie & Bugey, Beaujolais.
Informations about the La Cave Veuve Banyuls
The La Cave Veuve Banyuls is one of of the world's greatest estates. It offers 8 wines for sale in the of Pyrenées to come and discover on site or to buy online.
The wine region of Pyrenées
The South-West is a large territorial area of France, comprising the administrative regions of Aquitaine, Limousin and Midi-Pyrénées. However, as far as the French wine area is concerned, the South-West region is a little less clear-cut, as it excludes Bordeaux - a wine region so productive that it is de facto an area in its own right. The wines of the South West have a Long and eventful history. The local rivers play a key role, as they were the main trade routes to bring wines from traditional regions such as Cahors, Bergerac, Buzet and Gaillac to their markets.
The wine region of South West
The South-West is a large territorial area of France, comprising the administrative regions of Aquitaine, Limousin and Midi-Pyrénées. However, as far as the French wine area is concerned, the South-West region is a little less clear-cut, as it excludes Bordeaux - a wine region so productive that it is de facto an area in its own right. The wines of the South West have a Long and eventful history. The local rivers play a key role, as they were the main trade routes to bring wines from traditional regions such as Cahors, Bergerac, Buzet and Gaillac to their markets.
The word of the wine: Oxidized
Altered by oxidation.
