2009 Etude Cabernet Sauvignon, 1.5ltr

Etude Wines was founded in 1982 by Tony and Michelle Soter. The winery and its vineyards are in the Carneros appellation of California’s Napa Valley. Tony Soter was the winemaker at Spottswoode, Araujo, Niebaum-Coppola, Dalle Valle and Moraga before giving up his consulting career to concentrate on his own venture. Today Etude produces Pinot Noir from Carneros region grapes, and Cabernet Sauvignon from grapes grown farther north in Napa Valley. Etude also makes Chardonnay, Pinot Gris and a few other white wines.

Napa Valley AVA is the most famous winemaking region in the United States and one of the most prestigious in the world. With nearly 43,000 acres of vineyards and more than 300 wineries, it is the heart of fine wine production in the United States. Winemaking started in Napa in 1838 when George C. Yount planted grapes and began producing wine commercially. Other winemaking pioneers followed in the late 19th century, including the founders of Charles Krug, Schramsberg, Inglenook and Beaulieu Vineyards. An infestation of phylloxera, an insect that attacks vine roots, and the onset of Prohibition nearly wiped out the nascent Napa wine industry in the early 20th century. But by the late 1950s and early 1960s Robert Mondavi and other visionaries were producing quality wines easily distinguishable from the mass-produced jug wines made in California’s Central Valley. Napa Valley’s AVA was established in 1983, and today there are 16 sub-appellations within the Napa Valley AVA. Many grapes grow well in Napa’s Mediterranean climate, but the region is best known for Cabernet Sauvignon. Chardonnay is also very successfully cultivated, and about 30% of the AVA’s acreage is planted to white grapes, with the majority of those grapes being Chardonnay,

One of the most widely grown grape varieties, it can be found in nearly every wine growing region. A cross between Cabernet Franc and Sauvignon Blanc. It’s a hardy vine that produces a full-bodied wine with high tannins and great aging potential.