Domaine Charles Pere & Fille Volnay 1er Cru Fremiets 2015

Domaine Charles Pere & Fille Pommard is made from 100 percent Pinot Noir.

Wine-making

The Pommard is a selection of seven different parcels, each fermented separately, with the final blend made at the end of aging to create the best expression of soil diversity. Fully destemmed then placed in vats for 15 days and aged for 18 months in French oak barrels.

Tasting notes

A deep ruby-purple color, the Pommard nose reveals blackberry and blueberry notes with a touch of ripe plum and cherry pith. The mouth provides firm tannins that melt across the finish, with beautiful persistent structure good for

ageing. Food pairing suggestionsIt will goes very well with coq au vin, premium beef cuts and hard cheeses 

Soil : Ancient alluvial soils to well drained pebbly clay & limestone soils in the center slope, and mix of Jurassic marl, brown calcic and limestone soils

Exposition : South East

Altitude : 250m to 330m

Average age of vines : 35 years

Surface area : 1.4 hectares

Yield : 40 hl/ha

Review:

While this wine has some of structure to be expected from a Pommard, it is more about rich, black fruits and ripe berry flavors. Blended from seven different parcels, it is ripe, generous with tannins that are well integrated into the layers of fruit. Drink this full-bodied wine from 2022. - Wine Enthusiast 92 points

Alain Jaume Domaine du Clos de Sixte Lirac  is made from 50% Grenache, 35% Syrah, 15% Mourvedre

An intense red garnet color. On the nose, aromas of red and black ripe fruit (kirsch and wild blackberry). The mouth is full, with aromas of blackcurrant liqueur and spice. Tannins are both harmonious and elegant thanks to the fleshiness of the wine. Hints of licorice and vanilla on the finish, which gives the wine length and complexity.

Soil type LIRAC vineyard is facing Chateauneuf du Pape, opposite side of the Rhône river. As showed by the picture and following geologist George Truc, soils are almost similar in both side. They are marked by the violence wrought by the Rhone river. It consists of a layer of marine molasses of the Miocene period covered by alpine alluvium. The presence of a great number of rounded stones known as "galets" in the earth is evidence of the time when the Rhone, then a torrent, tore fragments of rock from the Alps and deposited them on the plain. LIRAC is one of the up-coming best area from the southern Rhône valley, as it delivers outstanding wines. Winemaking & ageing Traditional wine-making in stainless still vats. Hand sorted bunches, crushed and destemmed grapes. Fermentation temperature : 30°C. 18 days of vatting with pigeages.

Review:

"The 2015 Lirac Clos de Sixte comes from an appellation that shares a similar terroir with Chateauneuf du Pape, yet is located just across the river, on the western side of the Rhone. It’s a serious, large scaled, voluptuous effort that that has lots of ripe tannin, a bid mid-palate and copious amounts of blackberries, black cherries, scorched earth, licorice and roasted herbs. One of the bigger boned and concentrated reds in the lineup, it will have a decade of longevity. - Jeb Dunnuck"
- Robert Parker's The Wine Advocate (Issue 227, October 28th 2016), 91-93 pts

Charles Thomas Chateauneuf du Pape Rouge 60% Grenache, 20% Syrah, 10% Mourvedre, 10% Cinsault.

The wine is produced from vineyards located in the town of Orange. The soil is made of rolled pebbles and sand.
Charles Thomas Chateauneuf-du-Pape rouge displays a very deep garnet red color. On the nose it reveals a bouquet of small red berries and hints of spices. The palate is round, full and rich.

Right after harvest, the grapes are destemmed and sorted at the winery. Then, the grapes are gently crushed and goes into fermentation tanks for 15 days in controlled temperature tanks. It is then pressed slightly and matured for a few months in order to preserve the richness of the aromas.

Charles Thomas Châteauneuf-du-Pape is sourced from different grape growers in the AOC. The idea is to have a wine made with grapes coming from all the different soils type found in Châteauneuf. As a matter of fact, soil and subsoil can be very different. 
To generalize, one can say there is limestone soil in the (rocky) western part of Châteauneuf-du-Pape; sand and clay soil covered with large stones on the plateaus; mixed sand, red and grey clay, and limestone in the northern part of the appellation; less stony soil alternating with marl in the east; and shallow sand and clay soil on a well-drained layer of gravel in the south. The large pebbles contribute to the quality of the vines and grapes by storing heat during the day and holding water. Our Charles Thomas Châteauneuf-du-Pape is using grapes coming from all these soil types in order to offer a broader approach to what this AOC is all about.

Game, duck, guinea fwl, pigeon, osso bucco, eggplant quiche and flavorful cheeses.

Winery SALE! 

Betz Family Pere de Famille is 87% Cabernet Sauvignon, 9% Petit Verdot, and 4% Merlot

Review:

The 2015 Père de Famille is a blend of 87% Cabernet Sauvignon, 9% Petit Verdot, and 4% Merlot that's mostly from Red Mountain aged 20 months in 70% new French oak. This inky colored effort is packed and stacked, with deep blackberry and currant fruits intermixed with lots of graphite, crushed rock, and minerals as well as smoky, violets aromas and flavors. This full-bodied beauty has gorgeous purity and elegance. It needs 2-4 years of bottle age and will keep for two decades. -Jeb Dunnuck 97 Points

Blends elegantly with meat and fish with a noble and beautiful texture (veal or chicken in white creamy sauce, roasted sea bass) or grilled seafood and sauce (shrimp, lobster ...). Delicious as an aperitif and with hard cheeses (Comte, cheddar).

A nose of citrus and candied lemon characterizes the Chassagne-Montrachet 1er Cru "embazees". These flavors appear again on the palate with notes of almond paste, honey and vanilla. An ample and generous wine with a nice mineral finish.

Average age of the vines: 50 years old.

Traditional vinification in French oak barrels with complete malolactic fermentation.