Encyclopedia > Bottle variation

  Article Content

Bottle variation

Bottle variation is the degree to which different bottles, nominally of the same wine, taste and smell different.

There are many causes of bottle variation, some relating to the wine, some to its container. Before the advent of inexpensive stainless steel tanks, it was not customary to blend all the wine together and bottle it at once, a process called assemblage. Instead, the winemaker would simply take his or her siphon[?] from barrel to barrel and fill the bottles from a single barrel at a time. Some traditional and/or idosyncratic wineries still do this, including Château Musar[?]. Also, buyers and sellers of bulk wine[?] typically do not have access to a multi-million gallon tank, and so often the wine will vary depending on which tank it came from.

Bottle variation that increases over time typically comes from the packaging. Exposure to heat or light can cause a wine to mature more quickly or even make it taste "cooked". Bottles aged in the chilly cellars of Sweden's alcohol monopoly are famous for tasting younger than the same wine stored at a more typical 55F. Finally, not all corks seal equally well, and a faulty cork will allow air into the bottle, oxidizing it prematurely. However, a corked wine would be described as a simple fault rather than bottle variation, even though the corked bottle would be clearly different than a non-corked example.

And sometimes, it is not clear what causes the variation. Bottles stored together their entire lives, with no obvious faults, can taste completely different. Thus there is a saying, "There are no great old wines, only great bottles."



All Wikipedia text is available under the terms of the GNU Free Documentation License

 
  Search Encyclopedia

Search over one million articles, find something about almost anything!
 
 
  
  Featured Article
Jamesport, New York

... census of 2000, there are 1,526 people, 605 households, and 434 families residing in the town. The population density is 133.3/km² (345.1/mi²). There are 959 ...

 
 
 
This page was created in 23.8 ms