Cave Spring Cellars Riesling Icewine 2018
Cave Spring Cellars · Niagara Peninsula, Ontario, Canada
At a glance
- Producer
- Cave Spring Cellars
- Region
- Niagara Peninsula, Ontario, Canada
- Grape variety
- Riesling
- Wine type
- Dessert
- Body
- Medium-bodied and Fruity
- Sweetness
- Sweet
- Typical price
- $70 - $90 USD
Tasting profile
Rich, luscious honeyed stone fruit, apricot, citrus marmalade, tropical notes with vibrant acidity
Evolution: Over time, develops complex tertiary aromas of dried apricot, ginger, tea, and petrol nuance
At peak: Peak complexity with harmonious balance of rich sweetness and refreshing acidity
Structure
- Acidity
- High, vivid acidity typical of Riesling supports balance and aging
- Tannins
- None (white dessert wine)
- Alcohol
- Around 9-10% ABV
- Aging potential
- 20+ years from vintage due to balance of acidity and sugar
Drinking window
- Peak drinking
- 2025 to 2050
- Optimal window
- 2018 to 2053
- Current status
- Still young and vibrant, beginning development of complex tertiary notes
- Current condition
- Fresh acidity balances sweetness, drinking well now but will improve with years
Riesling icewines from Cave Spring Cellars show excellent acidity-sugar balance allowing extended maturation. 2018 vintage is still youthful but will gain notable tertiary complexity over next 10-15 years before plateauing.
Food pairing
Ideal with blue cheese, foie gras, spicy Asian cuisine, fruit desserts, or alone as a contemplative dessert.
Serving
- Serving temperature
- 8-10°C (46-50°F)
- Decant
- Not required
Sustainability
Sustainability score: 8/10
Water conservation via drip irrigation, integrated pest management, natural cover crops to reduce erosion, energy-efficient winery operations
Cave Spring Cellars shows strong commitment to sustainable farming and winemaking practices typical for Niagara Peninsula. While not fully organic or biodynamic certified, their integrated approach promotes ecosystem health and reduced resource consumption. Local climate allows natural icewine production without energy-intensive intervention, improving sustainability profile vs artificial freezing methods.