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…

Efecto de la cota sobre el potencial enológico de tres varietales tintos en el sur de Tenerife

La zona sur de la Isla de Tenerife elabora principalmente vinos blancos. Desde hace unos años se intenta elaborar mayor cantidad de vinos tintos, siendo los resultados obtenidos variables en función

Climate effect on ripening process in Vitis vinifera, L. cv. Cencibel

A seven years survey (2003 to 2009) has been carried out over old traditional vineyards cv. Cencibel in La Mancha region (Spain). Seven plots with more than 35 years old were sampled from veraison to harvest, measuring soluble solids (ºBaumé) and acid concentration (g/l in tartaric acid).

USE OF COLD LIQUID STABULATION AS AN OENOLOGICAL TECHNIQUE IN WHITE WINEMAKING: EFFECTS ON PHENOLIC, AROMATIC AND SENSORIAL COMPOSITION

The application of different winemaking techniques helps to modify the basic parameters, phenolic profile, and aroma components influencing the final wine quality. In particular, pre-fermentative processes aim to increase the extraction and preservation of grape native compounds. Among them, cold liquid stabulation (macération sur bourbes) consists in maintaining the grape juice on its lees, in suspended condition at low temperature (0-8 °C) for a variable time (generally from 7 to 21 days). The aim of this work is to apply the cold liquid stabulation on two Italian white grape varieties, Arneis and Cortese, to evaluate the impact on basic parameters, color, polyphenolic compounds (TPI), antioxidant power (DPPH), total polysaccharides, and free and glycosylated volatile compounds (GC-MS analysis) during and after the process.

The influence of pre-heatwave leaf removal on leaf physiology and berry development

Due to climate change, the occurrence of heatwaves and drought events is increasing, with significant impact on viticulture. Common ways to adapt viticulture to a changing climate include site selection, genotype selection, irrigation management and canopy management. The latter mentioned being for instance source-sink manipulations, such as leaf removal, with the aim to delay ripening.

Development and validation of a free solvent UHPLC/MS-MS method to analyse melatonin and its precursors in Spanish commercial wines  

Melatonin is a bioactive compound present in foods and beverages such as wines. During alcoholic fermentation, yeast transforms tryptophan into certain indole compounds, including melatonin. This paper aims to develop and validate a free solvent analytical method by ultra-high performance liquid chromatography coupled with high resolution mass spectrometry (UHPLC/MS-MS) to determine melatonin and its precursors (L-tryptophan, tryptamine, serotonin, tryptophol, N-acetylserotonin, 5-hydroxytryptophan, and 3- indoleacetic) that appropriately prevent the matrix effect.