At a glance

Producer

Villa Bucci

Region

DOC Verdicchio dei Castelli di Jesi Classico Superiore, Marche, Italy

Grape variety

Verdicchio (100%)

Wine type

White

Body

Medium-bodied and Earthy

Sweetness

Dry

Typical price

$25-$35

Tasting profile

Lively citrus, green apple, white flowers, almond notes with a mineral undertone

Evolution: Develops more complex nutty, honeyed and mineral layers with bottle age

At peak: Balanced richness with vibrant acidity and deep mineral complexity

Structure

Acidity

High acidity providing crispness and aging backbone

Tannins

None to minimal, typical for white Verdicchio

Alcohol

13.0%-13.5%

Aging potential

10-15 years from vintage date

Drinking window

Peak drinking

2026 to 2048

Optimal window

2024 to 2051

Current status

Approaching youthful maturity with fresh vibrancy

Current condition

Bright acidity with emerging complexity; still fresh and vibrant

Villa Bucci's Verdicchio, especially from Classico sites and excellent vintages, shows a strong structure from naturally high acidity and phenolic texture, allowing it to develop complexity for over a decade while maintaining freshness.

Food pairing

Pairs superbly with seafood, shellfish, light pasta dishes, white meats, and mildly spiced Mediterranean cuisine

Serving

Serving temperature

10-12°C / 50-54°F

Decant

Not required

Sustainability

Sustainability score: 9/10

Villa Bucci employs organic viticulture with no synthetic chemicals, emphasizes soil health, water conservation, and uses minimal intervention winemaking techniques. Packaging is lightweight glass to reduce emissions.

Villa Bucci is a leader in sustainable practices within Verdicchio dei Castelli di Jesi, combining long-term organic certification with vineyard biodiversity preservation. The producer's commitment to sustainable farming, energy efficiency, careful water use, and eco-conscious packaging all contribute to a strong sustainability profile. While shipping to international markets adds carbon emissions, the winery's practices minimize overall environmental impact.