BASICS OF WINE RESOURCE
I.
Wine
Service
a.
Still
i.
Present the bottle of wine to the guest who
ordered it. Say the vintage, producer,
varietal, and the region in that order.
ii.
Cut the foil from the top of the wine, with the
label facing the guest the entire time, and put the foil in your apron.
iii.
Put the cork in front of the guest with the dry
side facing them. If the wine is a screw top, take off the top and put in your
apron.
iv.
Pour a small taste to the guest who ordered it.
If they approve, pour 3-4 ounces (a full glass is 6 ounces) to all guests,
ending with the guest who ordered the bottle. Make sure the label is facing the
guest the whole time and use open handed service.
v.
If the
cork is synthetic, take it off the table. Otherwise, ask if you can take the
cork off the table
vi.
Offer to bring a chiller with white wines,
though we suggest letting white wines warm up a bit.
b.
Sparkling
i.
Automatically
served with a chiller
ii.
Present the bottle of wine to the guest who
ordered it. Say the vintage, producer,
varietal, and the region in that order.
iii.
Cut the foil from the top of the wine, with the
label facing the guest the entire time, and put the foil in your apron.
iv.
Place your thumb over the cage of the wine as
you untwist it. When you take off the cage, immediately place your
hand and a folded linen on the cork. The cork is under pressure and can
sometimes shoot out of the wine, covering
the top is mandatory a flying cork does not injure you or a guest. Place
the cage in your apron.
v.
Pour a small taste to the guest who ordered it.
If they approve, pour some to all guests, ending with the guest who ordered the
bottle. Make sure the label is facing the guest the whole time and use open
handed service.
II.
Descriptive
Terms for Wine
a.
Tannin: Tannin
describes the drying sensation of a wine. Tannin is not tasted, it is felt.
This term is mostly associated with red wines, as the skins, seeds, stems of
the grape impart tannins. Tannin provides firm structure and ability to age.
Tannins will mellow/soften over time.
b.
Acid: A
wine acidity describes the mouth-watering sensation of a wine. Acidity brings
out a sharpness in a wine.
III.
White,
Rose, and Red Wine Production
a.
Basic
Wine Production: Grapes are gathered and their juice is extracted. Yeast is
essential in the production of alcoholic beverages. Yeasts present on the
grapes themselves, or naturally present in the wine making environment start to
ferment the grape juice. Some wine makers will add yeasts to the juice as well.
Yeasts convert the sugars in the grape juice into alcohol and carbon dioxide.
The carbon dioxide is released into the atmosphere. After this primary
fermentation, wine makers may elect to utilize a variety of other processes in
order to achieve the type of wine they desire.
b.
Red Wine:
Red wine gets its color from the skins of the red or black grapes used in
its production. The juice from the grapes is left in contact with the skins as
it ferments. The skin, along with the hips of the grapes, also impart tannins.
For this reason, tannin is typically only associated with red wines.
i.
Red wine undergoes secondary/malolactic fermentation. During this process malic acid
is converted to lactic acid. Malic acid is present in almost every fruit/berry.
It is primarily associated with green apples; wines with high levels of malic
acid often have pronounced green apple notes. Lactic acid is found in dairy
products. This process softens the acidity of the wine and creates a rounder
mouthfeel.
c.
White
Wine: Grapes are crushed to exact juice. This juice is then removed from
the skins and hips of the grape. Because the skin is removed early in the
process, the wine retains little to no color or tannins from them.
i.
Some white wines undergo malolactic fermentation. White wines that undergo this process have
a softer acidity and lusher mouthfeel than wines that do not. Some white wines
are described as “buttery,” these wines typically undergo malolactic
fermentation.
d.
Rose Wine:
Rose wine can be made via a couple of different methods. Some roses are simply
made by blending red and white wines. Others are made by allowing some of the
grape juice to ferment with the skins for a period of time. The skins are in
contact with the juice long enough to impart some color/tannins, but to a far
lesser degree compared to red wine production.
e.
Sparkling
Wine: Secondary fermentation is key to creating sparkling wines. Secondary
fermentation takes place in a vessel different from where the wine underwent
primary fermentation. During secondary fermentation the carbon dioxide produced
from the interaction between yeast and sugar is contained in the vessel, which
creates bubbles in the wine. There are a number of ways to make sparkling wine.
i.
Some wines are simply injected with carbon
dioxide. This produces big bubbles that disappear quickly.
ii.
The Charmat
method is next. Wine undergoes a secondary fermentation in bulk tanks. This
wine is then bottled under pressure to preserve the bubbles. The wines produced
in this method have smaller, longer lasting bubbles than the first method.
Prosecco is commonly made via this method.
iii.
Champagne
method is the traditional method for producing sparkling wines and yields
wines of a higher quality. Using this method, wine undergoes secondary fermentation
in the bottle. Typically, a small amount of sugar is added to the wine just
before it is bottled. This sugar is eaten by the yeasts in the wine to produce
carbon dioxide and thus bubbles.
IV.
Sherry
Production
a.
Sherries can range from bone dry to cloyingly
sweet
i.
Two types of Sherry: Fino and Oloroso
1.
Fino is lighter in color and body. Tends to have
salty, crisper notes
2.
Oloroso is oxidized, it is darker in color, and
has more weight. Tends to have rich notes of nuts, caramel, and spice.
b.
Sherries come from Southwestern Spain in the
Jerez region of Andalusia.
c.
Grapes used in sherry: Palomino (95% of
sherries,) Pedro Ximenez, and Moscatel.
i.
All are pretty neutral grapes, sherries get
their character from the solera system
d.
Grapes are crushed and their juice undergoes
primary fermentation in stainless steel tanks. It is then fortified with a
neutral spirit (booze is added.) Then it goes into the solera system
e.
Solera system
consists of multiple rows of American oak barrels that are lined up and stacked
on top of each other. The solera system progressively bends and ages the wine.
Because the wine is constantly being blended, sherries do not contain a
vintage.
f.
How the
solera system works
i.
The barrels on the bottom, touching the floor,
contain the oldest wine. This is called the solera row.
ii.
A small amount of wine from the solera row is
bottled every time an order is placed.
iii.
Wine from the barrels directly above the solera
row is added to the solera row to replenish the wine that was taken out to be
bottled.
iv.
Wine from the barrels directly above barrel #2
is taken out to replenish the wine taken out of barrel #2. This pattern repeats
until there are no more barrels.
g.
Flor
i.
Flor is
important in the production of Fino sherries. Flor separates Fino and Oloroso
sherries.
ii.
Flor is a yeast that develops naturally in
Jerez. The humidity of the region and its proximity to the ocean contribute to
the development of flor.
iii.
Flor forms a layer over the sherry in the solera
system. This layer prevents the sherry from oxidizing.
1.
Oloroso sherry does not involve the development
of flor, thus is becomes oxidized. This oxidization gives Oloroso its color and
complexity.
V.
Barrel
Aging/ Use of Oak in Wine Production
a.
Oak and wine have a very special relationship.
Oak has the ability to transform wine- no other wood can do this. Oak helps to
mellow out the wine over time and imparts character/texture into the wine.
b.
Most wines are aged in oak, not fermented
in oak barrels.
c.
French
oak vs. American oak
i.
Profound differences between the two
ii.
American oak: imparts more flavor into the wine,
strong vanilla/toasty notes
iii.
French oak is more subtle
d.
Old vs.
New Oak
i.
New oak imparts more flavor, while old is more
subtle
e.
Some wine makers blend wine aged in new barrels
with older barrels. They may blend wine aged in oak with wine that has not been
aged.
f.
Oak is typically associated with toasty notes of
vanilla and wood.
VI.
Geography
and Wine Cheat Sheet
a.
These rules are not unchanging/constant/universal laws, they are just rules of
thumb to help you out
b.
Colder
weather=higher acidity in wines
i.
If the weather is cool grapes are prevented from
ripening fully. Think about when you bite into a small grape….sour right?
c.
Warmer
weather=lower acidity, often higher alcohol
i.
In warmer
weather the grapes are exposed to more sun, therefore they are able to ripen
fully. The riper the grape, the higher the sugar. Think about eating a plump,
juicy grape: its not sour at all. If there is more sugar then there is more
food for yeasts to eat, which will create more alcohol.
d.
Coastal
climates
i.
Locations on the coast with warmer climates
typically experience cooling breezes from the ocean. These breezes help to
preserve the acidity of the grape.
No comments:
Post a Comment