
Winery Harcourt ValleyDr. Livingstone Malbec - Cabernet Franc
This wine generally goes well with
The Dr. Livingstone Malbec - Cabernet Franc of the Winery Harcourt Valley is in the top 0 of wines of Bendigo.
Details and technical informations about Winery Harcourt Valley's Dr. Livingstone Malbec - Cabernet Franc.
Discover the grape variety: Précoce Bousquet
The Précoce Bousquet blanc is a grape variety that originated in France (Tarn). It produces a variety of grape specially used for wine making. It is rare to find this grape to eat on our tables. The Precoce Bousquet blanc can be found in several vineyards: South-West, Cognac, Bordeaux, Provence & Corsica, Rhone Valley, Loire Valley, Savoie & Bugey, Beaujolais.
Informations about the Winery Harcourt Valley
The Winery Harcourt Valley is one of of the world's great estates. It offers 15 wines for sale in the of Bendigo to come and discover on site or to buy online.
The wine region of Bendigo
The wine region of Bendigo is located in the region of Central Otago of South Island of New Zealand. Wineries and vineyards like the Domaine Mt Difficulty or the Domaine Lamont produce mainly wines red, white and pink. The most planted grape varieties in the region of Bendigo are Pinot noir, Chardonnay and Pinot gris, they are then used in wines in blends or as a single variety. On the nose of Bendigo often reveals types of flavors of non oak, earth or oak and sometimes also flavors of spices, red fruit or black fruit.
The wine region of South Island
Central Otago, near the bottom of New Zealand's South Island, vies for the title of world's most southerly wine region. Vineyards cling to the sides of mountains and high above river gorges in this dramatic landscape. Pinot Noir has proven itself in this challenging Terroir, and takes up nearly three-quarters of the region's vineyard area. The typical Central Otago Pinot Noir is intense and deeply colored, with flavors of doris plum, Sweet spice and bramble.
The word of the wine: Petiole
Stem of the leaf, connecting the leaf blade to the stem.









