Chapter 5 Fermentation and Still Wine Production Flashcards

1
Q

Put the following states of white wine production in typical chronological order, starting with the harvest and following through the winemaking process. Note that many of these techniques are optional and therefore not always used in the winemaking process.

Sur lie aging, Sorting, Crushing, Clarification, Cold stabilization, Barrel aging, Pressing, Bottling, Must adjustments, Juice settling, Inoculation, Fermentation, Blending

A
Harvest
Sorting
Crushing
Pressing
Must adjustments
Juice settling
Inoculation
Fermentation
Sur lie aging
Clarification
Barrel aging
Blending
Cold stabilization
Bottling
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2
Q

Put the following states of red wine production in typical chronological order, starting with the harvest and following through the winemaking process. Note that many of these techniques are optional and therefore not always used in the winemaking process.

Crushing/destemming, Clarification, Extended maceration, Barrel aging, Pressing, Bottling, Cold Soak, Cap Management, Inoculation, Fermentation, Blending, Must adjustments, Sorting

A
Harvest
Sorting
Crushing/destemming
Must adjustments
Cold Soak
Inoculation
Fermentation
Cap Management
Extended Maceration
Pressing
Clarification
Barrel aging
Blending
Bottling
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3
Q

Match each of the following terms with its appropriate definition.

Carbonic Maceration, Barrique, Débourbage, Free run, Pomace, Must, Chaptalization, Bâttonage, Diacetyl, Racking, Fining, Sur lie aging

A standard size (60 gallon/225 liter) oak barrel.

A

Barrique

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4
Q

Match each of the following terms with its appropriate definition.

Carbonic Maceration, Barrique, Débourbage, Free run, Pomace, Must, Chaptalization, Bâttonage, Diacetyl, Racking, Fining, Sur lie aging

Letting the newly-pressed juice settle for a day or two before fermentation is allowed to begin.

A

Débourbage

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5
Q

Match each of the following terms with its appropriate definition.

Carbonic Maceration, Barrique, Débourbage, Free run, Pomace, Must, Chaptalization, Bâttonage, Diacetyl, Racking, Fining, Sur lie aging

Adding sugar to the must before fermentation begins.

A

Chaptalization

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6
Q

Match each of the following terms with its appropriate definition.

Carbonic Maceration, Barrique, Débourbage, Free run, Pomace, Must, Chaptalization, Bâttonage, Diacetyl, Racking, Fining, Sur lie aging

Allowing the wine to rest on the dead yeast cells after fermentation has completed.

A

Sur lie aging

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7
Q

Match each of the following terms with its appropriate definition.

Carbonic Maceration, Barrique, Débourbage, Free run, Pomace, Must, Chaptalization, Bâttonage, Diacetyl, Racking, Fining, Sur lie aging
The stirring up of the dead yeast cells back into the liquid.

A

Bâttonage

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8
Q

Match each of the following terms with its appropriate definition.

Carbonic Maceration, Barrique, Débourbage, Free run, Pomace, Must, Chaptalization, Bâttonage, Diacetyl, Racking, Fining, Sur lie aging
Grape juice, or the mixture of grape juice, seeds, and skins, that will be fermented and transformed into wine.

A

Must

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9
Q

Match each of the following terms with its appropriate definition.

Carbonic Maceration, Barrique, Débourbage, Free run, Pomace, Must, Chaptalization, Bâttonage, Diacetyl, Racking, Fining, Sur lie aging
A chemical by-product of malolactic fermentation that imparts a buttery aroma to wine.

A

Diacetyl

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10
Q

Match each of the following terms with its appropriate definition.

Carbonic Maceration, Barrique, Débourbage, Free run, Pomace, Must, Chaptalization, Bâttonage, Diacetyl, Racking, Fining, Sur lie aging
An enzymatic fermentation that occurs in the absence of oxygen within whole, unbroken grapes.

A

Carbonic maceration

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11
Q

Match each of the following terms with its appropriate definition.

Carbonic Maceration, Barrique, Débourbage, Free run, Pomace, Must, Chaptalization, Bâttonage, Diacetyl, Racking, Fining, Sur lie aging

Considered to be the highest-quality juice in the batch.

A

Free run

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12
Q

Match each of the following terms with its appropriate definition.

Carbonic Maceration, Barrique, Débourbage, Free run, Pomace, Must, Chaptalization, Bâttonage, Diacetyl, Racking, Fining, Sur lie aging

The cake of compressed grape skins and seeds that remains behind after the final pressing of the juice or wine.

A

Pomace

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13
Q

Match each of the following terms with its appropriate definition.

Carbonic Maceration, Barrique, Débourbage, Free run, Pomace, Must, Chaptalization, Bâttonage, Diacetyl, Racking, Fining, Sur lie aging

The use of gravity to remove suspended matter in a batch of newly fermented wines.

A

Racking

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14
Q

Match each of the following terms with its appropriate definition.

Carbonic Maceration, Barrique, Débourbage, Free run, Pomace, Must, Chaptalization, Bâttonage, Diacetyl, Racking, Fining, Sur lie aging

A clarification technique that uses an inert material to attract and bind to unwanted materials.

A

Fining

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15
Q

For the following wine production process, determine whether it is likely to be used in the production of red, white, or rosé styles of wine.

Saignée

A

Red and rosé

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16
Q

For the following wine production process, determine whether it is likely to be used in the production of red, white, or rose styles of wine.

De-stemming

A

Red, white, and rosé

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17
Q

For the following wine production process, determine whether it is likely to be used in the production of red, white, or rose styles of wine.

Cap management

A

Red and rosé

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18
Q

For the following wine production process, determine whether it is likely to be used in the production of red, white, or rose styles of wine.

Fermentation at 50°F (10°C)

A

White and rosé

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19
Q

For the following wine production process, determine whether it is likely to be used in the production of red, white, or rose styles of wine.

Malolactic fermentation

A

Red and white

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20
Q

For the following wine production process, determine whether it is likely to be used in the production of red, white, or rose styles of wine.

Sulfur addition

A

Red, white, and rosé

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21
Q

For the following wine production process, determine whether it is likely to be used in the production of red, white, or rose styles of wine.

Barrel aging

A

Red and white

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22
Q

For the following wine production process, determine whether it is likely to be used in the production of red, white, or rose styles of wine.

Fermentation at 95°F (32°C)

A

Red

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23
Q

For the following wine production process, determine whether it is likely to be used in the production of red, white, or rose styles of wine.

Extended maceration

A

Red

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24
Q

For the following wine production process, determine whether it is likely to be used in the production of red, white, or rose styles of wine.

Must adjustments

A

Red, white, and rosé

25
For the following wine production process, determine whether it is likely to be used in the production of red, white, or rose styles of wine. Direct press
Rosé
26
For the following wine production process, determine whether it is likely to be used in the production of red, white, or rose styles of wine. Blending
Red, white, and rosé
27
True or false Sulfur can be added at many points during the winemaking process.
True
28
True or false A type of spirit called grappa is often made from the leftovers of wine production.
True
29
True or false Chaptalization is used to produce a wine with high levels of residual sugar.
False
30
True or false France and Canada are the two primary sources for oak barrels used in American wine production.
False
31
True or false Dessert wines are produced in the Sauternes region of France using grapes that have been affected by botrytis cinerea.
True
32
True or false Italy’s famous Amarone wine is made using grapes that have frozen naturally on the vine.
False
33
True or false Weissherbst is a type of German rosé.
True
34
True or false A mevushal wine is a kosher wine that is free from limitations on who may handle the wine once it leaves the winery.
True
35
True or false The direct press method of rosé production is used to create pink wines with a deep rosy hue.
False
36
True or false The Riesling grape variety is often used in the production of Eiswein.
True
37
True or false In the production of orange wines, juice from white grapes spends a period of time ranging from several days to several months macerating with the grape skins.
True
38
True or false Malolactic fermentation is used more often on red wines than white wines.
True
39
True or false Most of the yeast used in winemaking are strains of Saccharomyces cerevisiae.
True
40
True or false According to the New World school of thought, terroir is considered to be paramount in wine production and winemakers should interfere as little as possible in the wine making process.
False
41
True or false Malolactic fermentation is an optional winemaking process that converts Malic acid into lactic acid, resulting in an overall softer, smoother wine.
True
42
For the following wine production process, determine whether it is likely to be used in the production of red, white, or rosé styles of wine. More than one answer can be used. Saignée
Red, rosé
43
For the following wine production process, determine whether it is likely to be used in the production of red, white, or rosé styles of wine. More than one answer can be used. De-stemming
Red, white, rosé
44
For the following wine production process, determine whether it is likely to be used in the production of red, white, or rosé styles of wine. More than one answer can be used. Cap management
Red, rosé
45
For the following wine production process, determine whether it is likely to be used in the production of red, white, or rosé styles of wine. More than one answer can be used. Fermentation at 50ºF (10ºC)
White, rosé
46
For the following wine production process, determine whether it is likely to be used in the production of red, white, or rosé styles of wine. More than one answer can be used. Malolactic fermentation
Red, white
47
For the following wine production process, determine whether it is likely to be used in the production of red, white, or rosé styles of wine. More than one answer can be used. Sulfur additions
Red, white, rosé
48
For the following wine production process, determine whether it is likely to be used in the production of red, white, or rosé styles of wine. More than one answer can be used. Barrel aging
Red, white
49
For the following wine production process, determine whether it is likely to be used in the production of red, white, or rosé styles of wine. More than one answer can be used. Fermentation at 95ºF (32ºC)
Red
50
For the following wine production process, determine whether it is likely to be used in the production of red, white, or rosé styles of wine. More than one answer can be used. Extended maceration
Red
51
For the following wine production process, determine whether it is likely to be used in the production of red, white, or rosé styles of wine. More than one answer can be used. Must adjustments
Red, white, rosé
52
For the following wine production process, determine whether it is likely to be used in the production of red, white, or rosé styles of wine. More than one answer can be used. Direct press
Rosé
53
For the following wine production process, determine whether it is likely to be used in the production of red, white, or rosé styles of wine. More than one answer can be used. Blending
Red, white, rosé
54
True or false? Sulfur can be added at many points during the winemaking process.
True
55
True or false? A type of spirit called grappa is often made from the leftovers of wine production.
True
56
True or false? Chaptalization is used to produce a wine with high levels of residual sugar.
False
57
True or false? France and Canada are the two primary sources for oak barrels used in American wine production.
False
58
Dessert wines are produced in the Sauternes region of France using grapes that have been affected by Botrytis cinerea.
True
59
Italy's famous Amarone wine is made using grapes that have frozen naturally on the vine.
False