Winery Sol StoneBuzzard's Blend
wine
This wine generally goes well with
The Buzzard's Blend of the Winery Sol Stone is in the top 0 of wines of Columbia Valley.
Details and technical informations about Winery Sol Stone's Buzzard's Blend.
Discover the grape variety: Domina
Colourful and structured reds with a deep purple colour, firm tannins and a full palate, offering signature aromas of black cherry, plum, liquorice and spicy notes. Also used to add body to blends. Grown in Franconia and the German Palatinate for characterful dry reds. German black variety obtained in 1927 at Geilweilerhof (Portugieser × Pinot Noir), early-ripening and productive.
Informations about the Winery Sol Stone
The Winery Sol Stone is one of of the world's greatest estates. It offers 15 wines for sale in the of Columbia Valley to come and discover on site or to buy online.
The wine region of Columbia Valley
Cradle of Washington State's great reds. Dense, structured Cabernet Sauvignon (blackcurrant, blackberry, graphite, firm tannins), round velvety Merlot, signature Syrah with peppery notes, black olive and deep black fruit. Also precise whites: balanced Chardonnay, taut fruity Riesling with peach notes. Semi-desert vineyard of 24,300 ha sheltered by the Cascades, loess soils over basalt, strong temperature swings.
The wine region of Washington
2nd US producer by volume, on the arid, sunny Columbia Valley. Star Cabernet Sauvignon (~60% of reds): powerful and structured with signature notes of blackcurrant, blackberry, cedar, dry herbs and graphite, firm tannins. Fleshy, peppery Syrah (black fruits, smoked meat). Round, fruity Merlot, historic mineral Riesling (dry and off-dry), precise Chardonnay and ample Sémillon.
The word of the wine: Tartar (deposit)
White, chalky deposits that occur as a result of precipitation inside bottles and are often considered by consumers as a defect. They are in fact tartaric salts formed by tartaric acid, potassium and calcium naturally present in the wine. This deposit does not alter the quality of the wine and can be eliminated by a simple decanting.
