Anne Amie Vineyards Muller-Thurgau Yamhill-Carlton District 2021 750 ML
SKU: BB9636830
Product Details
Brand: | Anne Amie |
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Country: | United States |
Region: | Oregon |
Appellation: | Yamhill-Carlton District |
Grapes Varietal: | Muller-Thurgau |
Wine Type: | Still |
Wine Style: | White |
Vintage: | 2021 |
Size: | 750 ML |
Collections:2021, 750 ML, All Collection, All collection exclude no deals, Anne Amie, Muller-Thurgau, Oregon, Still, United States, White, Wine, Wine, Yamhill Carlton District, Yamhill-Carlton District
Tags: 0, 2021, 750 ML, Anne Amie, Muller-Thurgau, Oregon, Still, United States, White, Wine, Yamhill-Carlton District
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The 2021 Anne Amie Muller-Thurgau has aromas of honeysuckle, key lime pie, white flowers, starfruit, kumquat and crushed gravel. On the palate, key lime, yellow grapefruit, golden delicious apple and feijoa. The finish is dry and mineral.\n \n Producer Information\n When Dr. Robert Pamplin, one of Oregon's most forward-thinking philanthropists and businessmen, purchased the historic Chateau Benoit Winery in 1999, his vision was to create wines of the highest quality to reflect his passion for excellence. To this end Dr. Pamplin has charged General Manager Craig Camp, winemaker Thomas Houseman and winegrower Jason Tosch with the task of developing extraordinary pinot noir. Craig, Thomas and Jason are absolutely passionate about producing wines of the finest quality and have dedicated their lives to this quest. Pinot reigns supreme at Anne Amie Vineyards with Pinot Noir, Pinot Gris and Pinot Blanc forming the heart of our production. Complimenting the Pinot family, we also produce small selections of Riesling from our Willamette Valley estate vineyard on the hillside directly in front of the winery. As with all great wines, ours start in the vineyards and we are fortunate to have some of Oregons best sites, both those farmed by us and those we contract with to purchase. Our vineyards (as do the ones we purchae from) receive only the minimal required treatments and yields are severely reduced to yield fruit with great depth and complexity.