Cristom Pinot Noir Jessie Vineyard 2019
Cristom Vineyards · Willamette Valley, Oregon, USA
At a glance
- Producer
- Cristom Vineyards
- Region
- Willamette Valley, Oregon, USA
- Grape variety
- Pinot Noir
- Wine type
- Red
- Body
- Medium-bodied and Earthy
- Sweetness
- Bone Dry
- Typical price
- $70-$90
Tasting profile
Red cherry, raspberry, earth, subtle spice, forest floor notes
Evolution: Fruit will develop more complexity with secondary notes of mushroom, leather, and truffle
At peak: Expressive complexity, silky tannins, well-integrated acidity
Structure
- Acidity
- High, vibrant and refreshing
- Tannins
- Medium-high, fine-grained
- Alcohol
- 13.5%
- Aging potential
- Good potential for 10-15 years from vintage
Drinking window
- Peak drinking
- 2027 to 2051
- Optimal window
- 2024 to 2054
- Current status
- Approaching early maturity
- Current condition
- Fully bottled and integrating; tannins still present but smoothing
Cristom's Jessie Vineyard is renowned for producing structured, terroir-driven Pinot Noir with natural balance and depth. The 2019 vintage shows classic vibrancy and fine tannin structure that allow it to gracefully evolve over a decade. Peak drinking from mid to late maturity helps experience both primary fruit and developed secondary aromatics.
Food pairing
Roasted duck, grilled salmon, mushroom risotto, game birds, aged cheeses
Serving
- Serving temperature
- 15-17°C / 59-63°F
- Decant
- Yes (30-45 minutes) — Opens up floral and spice notes and softens youthful tannins
Sustainability
Sustainability score: 9/10
Cristom Vineyards employs sustainable viticulture practices including dry farming, composting, cover crops, minimal intervention winemaking, and renewable energy sources at the winery. They focus on biodiversity enhancement and soil health.
Cristom is a leader in sustainable and organic practices in Oregon, certified organically and practicing biodynamics on much of their estate vineyards including Jessie Vineyard. Their comprehensive environmental stewardship includes water conservation, energy efficiency, soil health, and limiting chemical use, supporting strong sustainability credentials.