Terroir 1996 banner
IVES 9 IVES Conference Series 9 Improvement of sparkling wines production by a zoning approach in Franciacorta (Lombardy, Italy)

Improvement of sparkling wines production by a zoning approach in Franciacorta (Lombardy, Italy)

Abstract

Franciacorta is a viticultural area which extends in the hills to the South of Iseo lake in Lombardy. It is particularly famous for the production of sparkling wines obtained mostly from Chardonnay and Pinot blanc and noir grapes. The name of this territory is of medieval origin and appeared for the first time in 1277 as “Franzacurta”, from the Latin “franchae curtes”, i.e. “tax-free” monasteries. It was geographically delimited in 1429, when it was a territory of the Republic of Venezia. Franciacorta viticultural history, as concern the production of sparkling wines with the Italian version of Champenoise method (Franciacorta “metodo tradizionale”), begun in 1960. Nowadays Franciacorta vineyards cover about 1.000 hectares and about 4 million bottles are produced. These wines has obtained recently the D.O.C.G. appellation, the highest level of the Italian classification of wines.

The “zoning” of Franciacorta appellation of origin territory was financially supported by the Consorzio Tutela Vini Franciacorta. Different landscape units, homogeneous zones as concern pedological, mesoclimate and land morphology traits (Bogoni et al., 1995), and some widely spread soil types were identified in Franciacorta area in 1992, at the beginning of a zoning work based on the study of “genotype x environment interactions” (Panont et al., 1994). Sensory evaluation of wines and statistical analyses of data are still in progress. Preliminary results are summarised in this paper.

DOI:

Publication date: March 25, 2022

Issue: Terroir 1996

Type : Poster

Authors

C. A. PANONT (1,2), M. BOGONl (1), A. MONTOLDl (1), A. SCIENZA (1)

(1) Istituto di Coltivazioni Arboree, Université degli Studi di Milano,
Via Celons 2, 20133 Milano, Italy
(2) Consorzio Tutela Vini Franciacorta, Erbusco, Brescia, Italy

Tags

IVES Conference Series | Terroir 1996

Citation

Related articles…

A.O.C. huile d’olive de Nyons et olives noires de Nyons

A.O.C. huile d’olive de Nyons et olives noires de Nyons

Studying heat waves effects on berry composition: first outlooks and challenges

Extreme climatic events, such as prolonged drought followed by intense flooding, increasingly impact viticulture, affecting vine physiology, productivity, and grape composition.

EFFECT OF MANNOPROTEIN-RICH EXTRACTS FROM WINE LEES ON PHENOLICCOMPOSITION AND COLOUR OF RED WINE

In 2022, wine production was estimated at around 260 million hl. This high production rate implies to generate a large amount of by-products, which include grape pomace, grape stalks and wine lees. It is estimated that processing 100 tons of grapes leads to ~ 22 tons of by-products from which ~ 6 tons are lees [1]. Wine lees are a sludge-looking material mostly made of dead and living yeast cells, yeast debris and other particles that precipitate at the bottom of wine tanks after alcoholic fermentation. Unlike grape pomace or grape stalks, few strategies have been proposed for the recovery and valorisation of wine less [2].

Evolution of flavonols during Merlot winemaking processes

The phenomenon of quercetin precipitation in wine (flanovol haze), has been manifested for many years in several wine-producing regions

Assessment of plant water consumption rates under climate change conditions through an automated modular platform

The impact of climate change is noticeable in the present weather, making water scarcity the most immediate mediator reducing the performance and viability of crops, including grapevine (Vitis vinifera L.). The present study developed a system (hardware, firmware, and software) for the determination of plant water use through changes in weight through a period. The aim is to measure the differences in grapevine water consumption in response to climate change (+4oC and 700 ppm) under controlled conditions. The results reveal a correlation between daily plant consumption rates and reference evapotranspiration (ETo).