Terroir 2010 banner
IVES 9 IVES Conference Series 9 Zonazione dell’area viticola doc durello

Zonazione dell’area viticola doc durello

Abstract

[English version below]

Il lavoro di zonazione riveste un ruolo importante per capire le potenzialità e la vocazionalità di una specifica area viticola. La viticoltura dovrebbe essere vista in funzione dell’obiettivo enologico che si vuole realizzare e quindi particolare importanza riveste il risultato delle vinificazioni delle uve provenienti dai vigneti delle diverse aree della zona di produzione oggetto d’indagine. La zonazione dell’area a DOC Monti Lessini Durello ha preso in esame la varietà “Durella”, vitigno autoctono del territorio, che rappresenta la maggior parte della produzione vitivinicola della zona. Durante il quadriennio 2002-2005 si sono effettuati i rilievi vegeto-produttivi e le vinificazioni delle uve di questa varietà provenienti dalle 15 aree individuate attraverso un’indagine podologica del territorio di coltivazione Monti Lessini Durello, che si estende su un’ampia superficie nelle province di Verona e Vicenza. Un aspetto innovativo di questo lavoro e di aver introdotto, sebbene solo per un’annata, la valutazione del potenziale enologico del vino anche attraverso il processo di spumantizzazione con il metodo classico. In questo modo si è potuto poi verificare, attraverso l’analisi sensoriale, non solo le peculiarità delle diverse zone ma anche la loro attitudine al processo di spumantizzazione, confrontando la valutazione dei vini fermi con quelli spumante di ogni singola area vocazionale. Tale analisi ha evidenziato al di là delle diverse caratteristiche di ogni singola area l’attitudine di questo vitigno a dare origine a vini spumanti di elevata qualità.

The task of zoning plays a significant role in understanding the potential and suitability of a specific vine-growing area. Viticulture should always be considered in the light of the oenological objectives that one has in mind and the results of the vinification of grapes from different areas within the production zone under consideration are therefore of particular importance. The zoning of the Monti Lessini Durello D.O.C. area focused on the indigenous “Durella” variety, which is responsible for the majority of the zone’s viti-vinicultural production. During the four-year period of 2002-2005 we carried out surveys regarding vegetative and fruit yields, as well as vinifying grapes of this variety from the 15 areas we identified as a result of a pedological study of the region for the cultivation of Monti Lessini Durello, which covers quite a large area in the Provinces of Verona and Vicenza. An innovative aspect of this work was that – if only for one vintage – we also introduced an evaluation of the various wines’ oenological potential by subjecting them to prise de mousse. In this way, we were able to test, by means of sensory analysis, not only the peculiarities of the different zones but also their appropriateness for producing sparkling wines, comparing our evaluation of the still wine and the sparkling one from each specific production area. This analysis highlighted – apart from the different characteristics of each individual area – this variety’s aptitude for producing sparkling wines of very high quality.

DOI:

Publication date: December 3, 2021

Issue: Terroir 2010

Type: Article

Authors

E. Tosi (1) , G. Benciolini (2), A. Lorenzoni (3), G. Ponchia (3), D. Tomasi (4)

(1) Centro per la Sperimentazione in Vitivinicoltura, Provincia di Verona (Italy)
(2) Pedologo Libero Professionista, Verona (Italy )
(3) Consorzio di Tutela Vino Lessini Durello DOC, Verona (Italy)
(4) Centro di Ricerca per la Viticoltura, Conegliano TV (Italy)

Contact the author

Keywords

Zonazione, Durella, Lessini, Verona

Tags

IVES Conference Series | Terroir 2010

Citation

Related articles…

DISCRIMINATION OF BOTRYTIS CINEREA INFECTED GRAPES USING UNTARGE-TED METABOLOMIC ANALYSIS WITH DIRECT ELECTROSPRAY IONISATION MASS SPECTROMETRY

Infection of grapes (Vitis vinifera) by Botrytis cinerea (grey mould) is a frequent occurrence in vineyards and during prolonged wet and humid conditions can lead to significant detrimental impact on yield and overall quality. Growth of B. cinerea causes oxidisation of phenolic compounds resulting in a loss of colour and formation of a suite of off-flavours and odours in wine made from excessively infected fruit. Apart from wine grapes, developing post-harvest B. cinerea infection in high-value horticultural products during storage, shipment and marketing may cause significant loss in fresh fruits, vegetables and other crops. A rapid and sensitive assessment method to detect, screen and quantify fungal infection would greatly assist viticultural growers and winemakers in determining fruit quality.

NAVIC–20 years of a lean management model for wine business R&D

Considering That Innovation Supports A Company’s Competitive Advantage And Drive Higher Profits (Dogru A. & Peyrette J., 2022), A Key Challenge Of Wine Companies Is Getting Practitioners To Understand That Innovation-Related Wine Research Increases The Likelihood Of Competitive Advantage, Bringing Financial Success. A Continued And Enhanced Investment In Research Is, Thus, A Prerequisite For Commercial Success In Today’s Globalized And Competitive Wine Industry (Høj P., Pretorius I.S., & Day R., 2003).

NEW PLANT BIOPOLYMERS FOR THE COLLOIDAL STABILITY OF THE COLORING MATTER OF RED WINES

The color as well as the “clarity” of red wines are ones of the qualities required by the consumers. Red wines must have colloidal stability from its bottling to its consumption. The supplementation of red wines with additives, and especially Acacia senegal gum, contributes to its organoleptic properties such as the colloidal stabilization of the coloring matter. In a global perspective of limitation of additives in the field of enology, one of the objectives is notably (i) to reduce the use of additives in wines, by their number and/or their quantity, and (ii) to favor the use of natural additives while preserving the organoleptic and sensory qualities of wines.

Removal of Fumonisin B1 and B2 from red wine using polymeric substances

The Ability of PVPP (Polyvinylpolypyrrolidone), PVP-DEGMA-TAIC (copolimerization of N-vinyl-2-pyrrolidinone with ethylene glycol dimethacrylate and triallyl isocyanurate) and PAEGDMA
(poly(acrylamide-co-ethylene glycol dimethacrylate)) polymers was tested as removal agents for Fumonisin B1 (FB1) and Fumonisin B2 (FB2) from model solutions and red wine. The polymers removal capacity was checked at three different resident times (2, 8 and 24 hours of contact time between the polymer and the sample), showing no differences in the percentage of FB1 and FB2 removal. Then, different polymer concentrations (1, 5 and 10 mg mL-1) were tested in model solution with and without phenolics (i.e. gallic acid and 4-methylcatechol).

Prevention of quercetin precipitation in red wines: a promising enzymatic solution

In this video recording of the IVES science meeting 2023, Simone Vincenzi (Department of agronomy, food, natural resources, animals and environment (DAFNAE), University of Padova, Italy) speaks about the prevention of quercetin precipitation in red wines with a promising enzymatic solution. This presentation is based on an original article accessible for free on OENO One.