# Pinot Noir River Sediments (2023)

- **Producer:** Martin Vajčner
- **Colour:** red
- **Type:** still
- **Grapes:** Pinot Noir
- **Region:** Moravia, Czechia
- **Style:** Natural
- **Alcohol:** 10.5%
- **Average price:** €20
- **Vegan:** Yes
- **Contains sulphites:** No
- **When to drink:** Now or Later
- **Serving temperature:** 12–14 °C
- **Aromas & flavours:** strawberry, cherry, raspberry, rose, forest floor

## About this wine

Martin Vajčner is an independent natural winemaker based in Hodonice in the Znojmo region of Moravia, Czech Republic. Rooted in a family winemaking lineage that dates back to 1634, Vajčner spent over ten years directing viticultural research for the Czech Ministry of Agriculture before starting his micro-winery in 2018. The River Sediments cuvée takes its name from the ancient geological composition of the vineyard sites in Dyjákovičky and Šatov, where Tertiary riverbed and lake deposits created mineral-rich clay and loess soils.

## Interesting facts

- Winemaker Martin Vajčner's family winegrowing roots in Moravia date back to 1634.
- The name River Sediments refers to ancient Tertiary river and lake bed deposits in Moravia.
- Vajčner previously served as the viticultural research director for the Czech Ministry of Agriculture.

## Food pairing

The low alcohol, crisp acidity, and delicate tannins of this cool-climate Pinot Noir make it exceptionally versatile. It complements lighter proteins like duck, salmon, and pork without overwhelming them, while its natural earthy mineral backbone pairs seamlessly with mushrooms and roasted root vegetables.

## Wine making process

Crafted with minimal intervention, the grapes are organically grown and hand-harvested from high-density plots. In the cellar, 100% whole clusters undergo spontaneous semi-carbonic maceration for ten days in open wooden vats using native yeasts. The fruit is gently foot-stomped and basket-pressed. Aging takes place in neutral French oak barrels and Moravian clay amphorae. The wine is bottled without fining, filtration, or added sulfur dioxide.