Domaine Zind Humbrecht Clos Windsbuhl Riesling 2017
Domaine Zind Humbrecht · Alsace, France
At a glance
- Producer
- Domaine Zind Humbrecht
- Region
- Alsace, France
- Grape variety
- Riesling
- Wine type
- White
- Body
- Light-bodied and Crisp
- Sweetness
- Dry
- Typical price
- $60-$90
Tasting profile
Crisp citrus fruits, green apple, slate minerality, and hints of white flowers. Youthfully austere with a stony backbone.
Evolution: Will gain complexity with nutty, petrol notes and richer texture developing over time.
At peak: A harmonious balance of ripe fruit, minerality, and layered complexity with a long, precise finish.
Structure
- Acidity
- Very high, vibrant
- Tannins
- N/A
- Alcohol
- 13.5%
- Aging potential
- Excellent aging potential of 20+ years due to high acidity and quality terroir
Drinking window
- Peak drinking
- 2025 to 2042
- Optimal window
- 2020 to 2045
- Current status
- Early maturity, drinking well but will continue to develop
- Current condition
- Fresh acidity, pronounced mineral and citrus notes with youthfully tight aromas
Clos Windsbuhl is a grand cru vineyard known for producing exceptional Rieslings with strong natural acidity and terroir-driven minerality. The 2017 vintage, being very good in Alsace, adds to the wine’s longevity, allowing 20+ years of optimal drinking.
Food pairing
Excellent with seafood (especially shellfish), sushi, white fish with citrus sauces, and light poultry dishes. It also pairs well with aged cheeses and mildly spicy Asian cuisine.
Serving
- Serving temperature
- 10-12°C / 50-54°F
- Decant
- Not required
Sustainability
Sustainability score: 9/10
Domaine Zind Humbrecht practices biodynamic viticulture with minimal intervention, uses cover crops to improve soil health, implements energy efficiency in winery operations, recycles water, and uses lightweight bottles.
Zind Humbrecht is a pioneer in biodynamic and organic farming in Alsace, making a strong commitment to sustainability that preserves vineyard health and biodiversity. Their practices promote soil vitality, reduce chemical usage, and minimize environmental impact.