Ridge Geyserville 2021
Ridge Vineyards · Sonoma County, California, USA
At a glance
- Producer
- Ridge Vineyards
- Region
- Sonoma County, California, USA
- Grape variety
- Zinfandel blend (primarily Zinfandel, with Carignane and Petite Sirah)
- Wine type
- Red
- Body
- Full-bodied and Bold
- Sweetness
- Dry
- Typical price
- $50-$75
Tasting profile
Dense blackberry, black cherry, spice, leather, and earth notes with firm tannic grip.
Evolution: Will develop tertiary aromas of tobacco, forest floor, and dried herbs over next 5-10 years.
At peak: Balanced integration of fruit, spice, leather, and silky tannins at peak maturity.
Structure
- Acidity
- Moderate to high, balancing richness
- Tannins
- High, firm and structured
- Alcohol
- 14.5%-15%
- Aging potential
- 20+ years
Drinking window
- Peak drinking
- 2028 to 2046
- Optimal window
- 2026 to 2049
- Current status
- Approaching early maturity
- Current condition
- Youthful, with robust tannins and bright fruit
Ridge Geyserville is a benchmark old-vine Zinfandel blend known for robust tannins and acidity allowing long term aging. The 2021 vintage, typical of Sonoma County's quality, provides structure and concentration to support 20-25 years of evolution. The drinking window reflects classic aging curves for top California Zinfandel blends with strong acidity and firm tannins.
Food pairing
Grilled red meats, barbecued ribs, lamb stew, game dishes, and aged hard cheeses like Manchego or aged Gouda.
Serving
- Serving temperature
- 16-18°C / 61-64°F
- Decant
- Yes (1 hour) — Open up dense tannins and release complex aromatics after bottle aging.
Sustainability
Sustainability score: 7/10
Use of solar energy, water conservation programs, integrated pest management, recycled packaging materials.
Ridge Vineyards is known for its commitment to sustainable viticulture and energy-efficient winery operations, including extensive water recycling and solar power deployment. While not formally certified organic or biodynamic, their well-established sustainability protocols reduce environmental impact significantly compared to conventional large-scale producers.