Erdener Pralat Riesling Auslese Goldkapsel Nr30
⏳ Drinking Window
2025 - 2060
🍽️ Food & Wine Pairings
Rich blue cheeses, classic foie gras terrine, and fruit-based desserts like apple tarte tatin.
✨ Technical Specifications
The Erdener Prälat is widely regarded as one of the crown jewels of the Mosel valley, a tiny, south-facing amphitheater of red slate that captures intense heat and sunlight. Legend holds that the prelates of the nearby abbey reserved the wines of this exceptionally warm site exclusively for their own cellars, recognizing its unique ability to produce wines of unparalleled richness. Dr. Loosen’s Erdener Prälat Riesling Auslese Goldkapsel represents the pinnacle of this historic terroir. Crafted from 100% Riesling grapes, often touched by noble rot, it is fermented with native yeasts in traditional oak Fuder casks. The resulting wine is a masterclass in tension, balancing opulent tropical fruit, wild honey, and exotic spice with a laser-like, mineral-driven acidity derived from the ancient red slate soils.
🍾 About the Producer
Weingut Dr. Loosen stands as one of the preeminent global ambassadors of Germany's Mittelmosel. Under family ownership for more than two centuries, the estate experienced an epochal renaissance after Ernst 'Erni' Loosen assumed leadership in 1988. Loosen immediately implemented draconian yield restrictions, prohibited chemical fertilizers, and embraced spontaneous fermentations in neutral oak Fuder casks, frequently practicing extended lees contact. The domaine's strength rests in its holdings of ancient, ungrafted vines—many over a century old—clinging to perilous, south-facing slate amphitheaters. These steep slopes span blue Devonian slate in the Wehlener Sonnenuhr, red volcanic-slate colluvium in the Ürziger Würzgarten, and heat-retaining cliffs in the Erdener Prälat. Dr. Loosen is renowned both for crystalline, classically delicate Prädikat expressions defined by buoyant acidity and low alcohol, and for benchmark dry Grosses Gewächs bottlings that celebrate age-worthy, mineral-driven tension.