Terroir 1996 banner
IVES 9 IVES Conference Series 9 Etude préliminaire des influences pédoclimatiques sur les caractéristiques quali-quantitatives du cépage aglianico dans une zone de la province de benevento-ltalie

Etude préliminaire des influences pédoclimatiques sur les caractéristiques quali-quantitatives du cépage aglianico dans une zone de la province de benevento-ltalie

Abstract

La nécessité de classer les vignobles d’une zone en fonction de la qualité de ses vins n’est pas récente, mais ce n’est seulement dans ces dix dernières années que les études sur l’aptitude de différentes zones à la culture de la vigne revêtent un caractère intégré et interdisciplinaire (Boselli, 1991). La définition de l’aptitude du milieu est ainsi obtenue en faisant interagir les informations climatiques, pédologiques, topographiques et culturales avec l’expression végétative, productive et qualitative des cépages. En Italie de nombreuses recherches ont été conduites sur les rapports entre cépage et environnement, bien que limitées aux régions du Nord (Scienza et al., 1990 ; Bogoni et Panont, 1992 ; Panont et al.. 1994 ; Falcetti, 1992 ; Falcetti et al., 1994 ; Fregoni et al., 1992 ; Reina et al., 1995 ; Campostrini et al., 1993). Cette étude a pour but de définir le niveau de vocation de quelques zones viticoles dans la province de Benevento, où l’on cultive le cépage Aglianico comme pour donner des vins ne vieillissant pas, afin de révéler les situations pédoclimatiques et culturales en mesure d’optimiser l’interaction cépage x environnement.

DOI:

Publication date: March 25, 2022

Issue: Terroir 1996

Type : Poster

Authors

M. BOSELLl (1), C. COLETTA (1), L. MOIO (2), A. MONACO (2), G. SCAGLIONE

(1) Istituto di Coltivazioni Arboree
(2) Dipartimento di Scienze degli Alimenti
Università degli Studi di Napoli “Federico II”
Via Università 100, 80055 Portici (Italie)

Tags

IVES Conference Series | Terroir 1996

Citation

Related articles…

Molecular approaches for understanding and modulating wine taste

Wine consumers generally demand wines having a perception of softer tannins and less ripe, having a heaviness and richness on palate (full-body wine) with a limpid and stable color. However, polyphenol
(tannins)-rich wines have been also correlated with unpleasant taste properties such as astringency and
bitterness when perceived at high intensities. Modulating these unpleasant properties could be important for consumer’s approval of wines.

Modification on grape phenolic and aromatic composition due to different leafroll virus infections

Viral diseases are reported to cause several detrimental effects on grapevine. Among them, leafroll, due to single or mixed infection of GLRaV1 and GLRaV3, and rugose wood, associated to GVA, are considered the most widespread and dangerous.

Contribution to the sensory and volatile characterization of four traditional Galician red varieties

Galicia, a region sited in the northwest of Spain, is one of the most important wine production area, with five Appellations of Origin Controlled (AOC).

INSIGHT THE IMPACT OF GRAPE PRESSING ON MUST COMPOSITION

The pre-fermentative steps play a relevant role for the characteristics of white wine [1]. In particular, the grape pressing can affect the chemical composition and sensory profile and its optimized management leads to the desired extraction of aromas and their precursors, and phenols resulting in a balanced wine [2-4]. These aspects are important especially for must addressed to the sparkling wine as appropriate extraction of phenols is expected being dependent to grape composition, as well.

METHYL SALICYLATE, A COMPOUND INVOLVED IN BORDEAUX RED WINES PRODUCED WITHOUT SULFITES ADDITION

Sulfur dioxide (SO₂) is the most commonly used additive during winemaking to protect wine from oxidation and from microorganisms. Thus, since the 18th century, SO₂ was almost systematically present in wines. Recently, wines produced without any addition of SO₂ during all the winemaking process including bottling became more and more popular for consumers. A recent study dedicated to sensory characterization of Bordeaux red wines produced without added SO₂, revealed that such wines were perceived differently from similar wines produced with using SO₂ and were characterized by specific fruity aromas and coolness1,2.