
Winery Rene BirghanSchneckenberg Riesling
In the mouth this white wine is a with a nice freshness.
This wine generally goes well with pork, vegetarian or rich fish (salmon, tuna etc).

Taste structure of the Schneckenberg Riesling from the Winery Rene Birghan
Light | Bold | |
Dry | Sweet | |
Soft | Acidic |
In the mouth the Schneckenberg Riesling of Winery Rene Birghan in the region of Alsace is a with a nice freshness.
Food and wine pairings with Schneckenberg Riesling
Pairings that work perfectly with Schneckenberg Riesling
Original food and wine pairings with Schneckenberg Riesling
The Schneckenberg Riesling of Winery Rene Birghan matches generally quite well with dishes of pork, rich fish (salmon, tuna etc) or spicy food such as recipes of vegetable planter, gravelax salmon or pasta with chicken and curry.
Details and technical informations about Winery Rene Birghan's Schneckenberg Riesling.
Discover the grape variety: Riesling
Crystalline, taut whites with vibrant acidity and aromas of citrus, green apple, white flowers, vineyard peach and mineral/petrol notes with age. Made as dry (Trocken, Alsace), off-dry (Kabinett, Spätlese) and sweet (Auslese, Beerenauslese, Trockenbeerenauslese, late harvest). Star of the Moselle, Rheingau, Alsace AOC and Wachau. Also exported to Clare Valley and Finger Lakes.
Informations about the Winery Rene Birghan
The Winery Rene Birghan is one of of the world's greatest estates. It offers 12 wines for sale in the of Alsace to come and discover on site or to buy online.
The wine region of Alsace
Capital of great French aromatic whites, most often dry and single-varietal. Straight, mineral Riesling (lemon, gunflint), opulent, exuberant Gewurztraminer (lychee, rose, spices), round, smoky Pinot Gris, floral, crisp Muscat, supple Pinot Blanc. Fine, fruity Crémants d'Alsace, exceptional sweet Vendanges Tardives and Sélection de Grains Nobles. 15,500 ha at the foot of the Vosges on varied soils, 51 Grands Crus since 1975.
The word of the wine: Disorder
Said of a wine that is not clear due to the presence of colloidal suspensions that prevent the passage of light.













