Terroir 1996 banner
IVES 9 IVES Conference Series 9 La zonazione della valle d’Illasi (Verona)

La zonazione della valle d’Illasi (Verona)

Abstract

In the bottom of Val d’Illasi (Verona province), one of the major valleys which passes through the Lessini mountains, viticulture is widely extended. In the territory belonging to Illasi and Tregnago villages, which includes ca. 1100 ha of vineyards, devoted to produce Soave and Valpolicella DOC wines, an experimental survey was conducted on a network of twenty five reference vineyards. The area was characterized for soils, climate, viticulture and enological properties. The pedagogical survey carried out in the vineyards allowed to produce a soil map on a scale of 1:20.000 composed by 18 soil map units. In all the reference vineyards for three years (’93- ’95) grapevine phenology, yield, and vegetative growth were detected; during ripening maturation curves were monitored by juice composition. At vintage a sample of grape adequate for microvinification was collected. Wines were evaluated by sensorial analysis. The statistical data processing allowed to define 6 Land Suitability Units (2 for Soave and 4 for Valpolicella DOC), where vineyards resulted different in the vegetative and productive behavior, in the maturation patterns and in sensory properties of the wines. A satisfactory correlation among soil type x altitude interaction on phenology, vine potential yield and vegetative growth, grape and wine quality was able to explain the results, which were summarized in a Land Suitability map. Moreover, land characteristics and evaluation allowed to produce some Land Viticultural maps.

DOI:

Publication date: March 2, 2022

Issue: Terroir 1998

Type: Article

Authors

FAILLA O. (1), SCIENZA A. (1), FIORINI P . (2), MINELLI R. (3)

(1) lstituto di Coltivazioni Arboree – Università degli Studi – Milano via Celoria
(2) Cantina Sociale – lllasi (Vr)
(3) Pedologo Rovato (Bs)

Tags

IVES Conference Series | Terroir 1998

Citation

Related articles…

Tackling the 3D root system architecture of grapevines: a new phenotyping pipeline based on photogrammetry

Plant roots fulfil important functions as they are responsible for the acquisition of water and nutrients, for anchorage and stability, for interaction with symbionts and, in some cases, for the storage of carbohydrates. These functions are associated with the Root System Architecture (RSA, i.e. the form and the spatial arrangement of the roots in the soil). The RSA results from several biological processes (elongation, ramification, mortality…) genetically determined but with high structural plasticity.

ANTIOXIDANT CAPACITY OF INACTIVATED NON-SACCHAROMYCES YEASTS

The importance of the non-Saccharomyces yeasts (NSY) in winemaking has been extensively reviewed in the past for their aromatic or bioprotective capacity while, recently their antioxidant/antiradical potential has emerged under winemaking conditions. In the literature the antioxidant potential of NSY was solely explored through their capacity to improve glutathione (GSH) content during alcoholic fermen- tation [1], while more and more studies pointed out the activity of the non-glutathione soluble fraction released by yeasts [2].

The challenge of viticultural landscapes

Le monde vitivinicole est de plus en plus concerné par la question paysagère : l’enjeu est de taille puisqu’il s’agit de la survie de l’image positive dont bénéficient les Appellations d’Origine Contrôlée. Les paysages sont composés d’éléments qui renvoient à des références socioculturelles fortes, susceptibles de modeler l’image d’un produit et d’en déterminer à notoriété et le prix. Dans un monde médiatisé comme le nôtre, le visuel construit l’arrière-plan des représentations mentales associées à toute marchandise ; et pour les aliments, produits de la terre, ce visuel est forcément paysager.

Estimation of degree brix in grapes by proximal hyperspectral sensing and nanosatellite imagery through the random forest regressor

The assessment of physiological parameters in vineyards can be done by direct measurements or by remote, indirect methods. The latter option frequently yields useful data, and development of methods and techniques that make them possible is worthwhile. One of the parameters most looked for to define the quality status of a vineyard is the degree Brix of its grapes, a quantity usually determined by direct measurement.

Viticultural zoning using spatial analysis: characterizing terroirs over the Southern part of the Côtes-du-Rhône appellation (France)

Les approches du terroir en tant qu’entité géographique (zonages) connaissent un développement accru récent en lien avec l’essor des SIG. Les méthodes, les objectifs et les critères utilisés varient considérablement selon les études.