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food-and-wine-pairing-a-sensory-experience-robert-harrington

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d. White Zinf<strong>and</strong>el<br />

Worst match 1. 2.<br />

3.<br />

Observations:<br />

e. Sauternes<br />

4. Best match<br />

Worst match 1. 2.<br />

3.<br />

Observations:<br />

4. Best match<br />

Exercise 5.4 119<br />

f. Cream Sherry<br />

Worst match 1. 2.<br />

3.<br />

Observations:<br />

4. Best match<br />

5. Did you find the best <strong>food</strong>-<strong>and</strong>-<strong>wine</strong> matches occurred when the <strong>food</strong> <strong>and</strong> <strong>wine</strong> sweetness levels were equal, when <strong>food</strong> sweetness<br />

was less than <strong>wine</strong> sweetness, or when <strong>food</strong> sweetness was greater than <strong>wine</strong> sweetness?<br />

6. Did you identify other <strong>food</strong> or <strong>wine</strong> characteristics that contributed more to a sensation of match than sweetness did?<br />

7. Other observations?<br />

This exercise is designed to establish<br />

baseline measures of acidity levels in<br />

<strong>wine</strong>s ranging from flat to tart. The table<br />

below provides examples of a range of<br />

acidity levels in white <strong>wine</strong>s. The examples<br />

for this exercise are those shown as<br />

anchors in the Wine Sensory Anchor<br />

Scale. The <strong>wine</strong> sample with the lowest<br />

acidity in this exercise will be the warmclimate-zone<br />

Chardonnay. Chardonnay<br />

<strong>wine</strong>s have less acidity than most white<br />

<strong>wine</strong>s. The lower acidity will be partly<br />

due to the varietal, the warm climate<br />

(meaning riper grapes), <strong>and</strong> the aging<br />

process (if aged in oak). It is best to stick<br />

with New World selections for the Chardonnay<br />

sample in this exercise, such as<br />

warm areas of California (Central Valley,<br />

San Joaquin Valley), Texas, northern<br />

Chile (Aconcagua Valley), or parts of Australia<br />

(New South Wales, Hunter Valley).<br />

For the second level of acidity, a Fumé<br />

Blanc is suggested. The term Fumé Blanc<br />

was first used in the United States by<br />

Robert Mondavi in 1968. At the time, Sauvignon<br />

Blanc was a less popular varietal,<br />

<strong>and</strong> Mondavi coined the term to reflect a<br />

style similar to that of French Pouilly<br />

Fumé, which uses the same grape varietal.<br />

Fumé Blanc is grown in moderate-<br />

EXERCISE 5.4<br />

RANKING ACIDITY LEVELS IN WINE<br />

climate areas such as California <strong>and</strong> generally<br />

undergoes some aging in oak. Both<br />

of these issues should reduce the total<br />

acidity level below that of unoaked Sauvignon<br />

Blanc from cool-climate areas.<br />

The third level of acidity is reflective of<br />

Sauvignon Blanc produced in moderateto<br />

cool-climate areas of New Zeal<strong>and</strong>,<br />

California, <strong>and</strong> Washington. From New<br />

Zeal<strong>and</strong>, select <strong>wine</strong>s from Hawkes Bay,<br />

Auckl<strong>and</strong>, or Gisborne. For the highest<br />

example of acidity, select Sauvignon<br />

Blanc from Sancerre or the Marlborough<br />

region of New Zeal<strong>and</strong>. A second option<br />

for high levels of acidity is to try coolclimate<br />

Riesling from Germany or Canada.<br />

While the Wine Sensory Anchor<br />

Scale indicates that the Chardonnay will<br />

have a numerical value of about 1–2, it<br />

could range from 0 to 3 on the acidity<br />

scale depending on your <strong>wine</strong> selection.<br />

This variability is true for the other <strong>wine</strong><br />

suggestions as well. Your perception of<br />

acidity will vary depending on the <strong>wine</strong><br />

selection, the temperature at which it is<br />

assessed, <strong>and</strong> your individual ability in<br />

assessing acidity (separating sweetness<br />

or bitterness from acidity). Therefore,<br />

during the tasting, you may find some<br />

of the <strong>wine</strong>s to be closer or have a<br />

greater range of separation in acidity<br />

level than that shown in the Wine Sensory<br />

Anchor Scale. The numerical values<br />

are intended to provide you with a baseline<br />

to work from as you learn to assess<br />

acidity in <strong>wine</strong>.<br />

OBJECTIVE<br />

The primary objectives are to identify differences<br />

in acidity levels in <strong>wine</strong>s <strong>and</strong> to<br />

establish a numerical baseline for reliable<br />

future assessment. This exercise also<br />

provides <strong>experience</strong> in <strong>wine</strong> evaluation<br />

as a whole <strong>and</strong> specifically in assessing<br />

the balance between sweetness <strong>and</strong><br />

acidity.<br />

Mise en Place: Things to Do Before<br />

the Exercise Prior to evaluation,<br />

become familiar with the numerical examples<br />

shown in the Wine Sensory Anchor<br />

Scale (Figure B.2). Keep this scale<br />

<strong>and</strong> an aroma wheel at your side as a reference<br />

during the evaluation process.<br />

While this exercise focuses on acidity,<br />

don’t miss this opportunity to do an informal<br />

evaluation of the other elements<br />

in each <strong>wine</strong> sample.

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