Type: Red P.G.I. Florina
Vintage: 2013, 2014
Varietal Composition: Pinot Noir 100%.
Region: Amyndeon, North Greece
Ageing: 12 months in Allie - Bert range oak casks medium to light toast. No treatment or filtration before bottling and 12 months in bottles.
Analytical Data: Alcohol: 14% vol., Total acidity: 6,7 g/l, Residual sugar: 3,8 g/l, pH: 3,4
Tasting Characteristics: Meticulous care in the vineyard and a gentle touch in the winery resulted in ALPHA’s PINOT NOIR. A wine of great intensity, balance and structure. Depth and concentration balanced by the fresh acidity and minerality that are typical of the site. Influenced by new oak, their subdued, alluring aromas, characterized from wild cherries aromas, with hints of spiced black plums, raspberries and cocoa seduce the educated palate, as does the vibrant acidity.
ALPHA ESTATE is situated in the “AMPELIA” region, in the heart of the Amyndeon district, an area of VQPRD wines in the northern part of Greece. Two factors contribute to the special character of ALPHA ESTATE grapes: meso-climate and soil. Moderate temperatures and heavy winter rains create ideal conditions for the grapes to ripen whilstoor soils with good drainage create a mild water deficit for the vines, resulting in small berries with intense red colour and concentrated flavours and aromas.
The privately owned vineyard of the estate is situated on a plateau at an altitude of 620-710 m with a northwest exposure, covering a total area of 65 hectares. The local climate is characterized by cold winters with sufficient rainfall and snow to provide the vines with the necessary water supplies to endure the relatively dry summer. Additionally, two neighbouring lakes contribute to the existence of a mild semi-continental climate perfect for the cultivation of both foreign and indigenous red and white grape varieties.
Alpha Estate’s vineyards produce the following grape varieties: Sauvignon Blanc, Gewürztraminer, Malagouzia, Pinot Noir, Negro Amaro, Montepulciano, Tannat, Barbera, Mavrodaphne, Merlot, Syrah and Xinomavro.