
Winery Cellar Door EstateOld Vine Red
This wine generally goes well with
The Old Vine Red of the Winery Cellar Door Estate is in the top 0 of wines of Valence.
Details and technical informations about Winery Cellar Door Estate's Old Vine Red.
Discover the grape variety: Iona
It is said to come from a seedling of diana - the latter is also a seedling of catawba - and propagated in 1860 by Dr. C.W. Grant, the introduction in the United States would date from 1863. Other ampelographers give it as coming directly from a seedling of catawba. The only certainty is that it is an interspecific cross with Vitis Labrusca as a parent. It should be noted that it is the parent of the diamond and the golden muscat. Iona can be found in the United States, Canada, New Zealand, etc. In France it is totally unknown. This variety can only be of interest to amateur gardeners, on the one hand to enlarge their collections and on the other hand, because it produces an excellent juice.
Informations about the Winery Cellar Door Estate
The Winery Cellar Door Estate is one of of the world's greatest estates. It offers 4 wines for sale in the of Valence to come and discover on site or to buy online.
The wine region of Valence
Valencia is a province in the centre of Spain's sunny east coast, perhaps better known for its oranges (and paella) than its wine. The administrative Center of Valencia is the city of the same name, the third largest in Spain and the largest port on the Mediterranean. Archaeological evidence suggests that wine making in Valencia dates back more than a thousand years, but the region has never been particularly prominent on the world wine map. In modern times, Valencia's wine production has focused on quantity rather than quality, although this is gradually changing.
The word of the wine: Thermoregulation
Control of the vinification temperatures (by circulating hot or cold water on the walls of the vats, for example). This is a major step forward, which in particular helps to preserve the freshness of the aromas threatened by excessive temperature rises during fermentation.







