food-and-wine-pairing-a-sensory-experience-robert-harrington
food-and-wine-pairing-a-sensory-experience-robert-harrington
food-and-wine-pairing-a-sensory-experience-robert-harrington
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
160<br />
Chapter 7 Wine Texture Characteristics: Tannin, Oak, <strong>and</strong> Body<br />
Table 7.3 Wine Examples with Aging Potential<br />
Cellaring Time White Wines Red Wines<br />
Short-term Aging<br />
(1 to 5 years)<br />
Intermediate Aging<br />
(5 to 10 years)<br />
Long-term Aging<br />
(more than 10<br />
years)<br />
Burgundy, Chablis, Chardonnay,<br />
Gavi, Gewurztraminer, Graves,<br />
Pinot Grigio, Pouilly-Fumé,<br />
Riesling (dry <strong>and</strong> sweet), Rioja,<br />
Sancerre, Sauvignon Blanc<br />
Burgundy, Chablis, Chardonnay,<br />
Châteauneuf-du-Pape,<br />
Gewurztraminer, Graves,<br />
Hermitage, Pouilly-Fumé,<br />
Riesling (dry <strong>and</strong> sweet), Rioja<br />
Barsac, Burgundy, Chablis,<br />
Chardonnay, Châteauneuf-du-<br />
Pape, Riesling, Sauternes<br />
Barbera, Beaujolais, Bordeaux, Burgundy,<br />
Cabernet Sauvignon, Cahors, Chianti,<br />
Chianti Classico, Crozes-Hermitage,<br />
Dolcetto, Lemberger, Malbec, Merlot,<br />
Nebbiolo, Pinot Noir, Rioja, Syrah,<br />
Zinf<strong>and</strong>el<br />
Barolo, Barbaresco, Bordeaux, Burgundy,<br />
Cabernet Sauvignon, Cahors,<br />
Châteauneuf-du-Pape, Chianti, Chianti<br />
Classico, Côte Rôtie, Hermitage, Malbec,<br />
Merlot, Nebbiolo, Pinot Noir, Rioja, Syrah,<br />
Zinf<strong>and</strong>el<br />
Amarone, Barolo, Barbaresco, Bordeaux,<br />
Burgundy, Cabernet Sauvignon,<br />
Châteauneuf-du-Pape, Chianti Classico,<br />
Côte Rôtie, Hermitage, Merlot, Nebbiolo,<br />
Pinot Noir, Rioja Reserva, Syrah,<br />
Zinf<strong>and</strong>el<br />
cellar. Alcohol, tannin, acid, grape varietal, <strong>and</strong> methods of vinification all impact a <strong>wine</strong>’s<br />
aging potential.<br />
Short-term cellaring generally involves a period of one to five years. These are <strong>wine</strong>s<br />
that can be consumed at any time during this period with some interesting changes over<br />
time. Intermediate-term cellaring ranges from five to ten years. Wines that fall into this<br />
category will provide rewards for moderate aging <strong>and</strong> will become more subtle <strong>and</strong> refined,<br />
developing a bouquet. Some <strong>wine</strong>s need long aging to mature to a point where their depth<br />
of character is exposed. These are <strong>wine</strong>s that will survive an aging process of more that ten<br />
years in a cellar with substantial smoothing of texture <strong>and</strong> change of character. The <strong>wine</strong>s<br />
in this group should be from the best vintages <strong>and</strong> producers. Table 7.3 provides some<br />
suggested types of white <strong>and</strong> red <strong>wine</strong>s that may benefit from each level of cellaring. 18<br />
A recent trend in both New <strong>and</strong> Old World <strong>wine</strong>s is to use a modern technology<br />
known as micro-oxygenation to obtain softer tannins <strong>and</strong> easier drinking in young <strong>wine</strong>s. In<br />
this process, oxygen is added to <strong>wine</strong> in two phases. The first is during the period lasting<br />
from the end of the primary alcohol fermentation until the start of the malolactic fermentation.<br />
This first stage is called polymerization <strong>and</strong> works to condense dry tannins, resulting<br />
in <strong>wine</strong> color stabilization <strong>and</strong> the elimination of harsh <strong>wine</strong> tastes. The second addition<br />
period follows the malolactic fermentation phase. This stage is called harmonization <strong>and</strong><br />
creates a continuous softening of the tannins; it can also solve problems involving unpleasant<br />
odors. A main feature of this process is its ability to reduce the tannin levels in young red<br />
<strong>wine</strong>s to levels of <strong>wine</strong>s with greater maturity.<br />
A further method of lowering tannin levels in younger <strong>wine</strong>s is the practice of early<br />
harvest in warmer climates. Combining this process with the micro-oxygenation process<br />
creates a smoother, less harsh <strong>wine</strong> that retains deep <strong>and</strong> stable color typical of the varietals.