Terroir 1996 banner
IVES 9 IVES Conference Series 9 Comportement de différents clones de Sauvignon blanc dans certains terroirs viticoles du Friuli-Venezia Giulia (Nord-Est de l’Italie)

Comportement de différents clones de Sauvignon blanc dans certains terroirs viticoles du Friuli-Venezia Giulia (Nord-Est de l’Italie)

Abstract

La réputation mondiale du Sauvignon blanc a amené les techniciens à se poser différentes questions sur la culture de cette variété : choix des localités les mieux adaptées, stratégies agronomiques les plus efficaces et techniques vinicoles les plus appropriées, pour faire ressortir son arôme particulier. Sans doute la région du Friuli Venezia-Giulia (Nord-est de l’Italie) réprésente un terroir viticole très important pour la culture de la cv Sauvignon blanc ; les différentes conditions pédoclimatiques permettent d’obtenir des produits très intéressants pour le profil aromatique. Toutefois la recherche viticole et œnologique a pour objectif actuel l’étude de différents clones pour évaluer leur adaptabilité aux conditions pédoclimatiques de la région afin d’optimiser l’expression des caractéristiques œnologiques et aromatiques en particulier. A ce propos, différents travaux (3, 4) ont clairement établi l’importance des facteurs “terroirs” et “système de culture” sur l’expression de la composition de la grappe et sur le comportement viticole de différentes familles clonales.

DOI:

Publication date: March 25, 2022

Type: Poster

Issue: Terroir 1996

Authors

F. BATTISTUTTA (1), E. CELOTTI (1), G. COLUGNATI (2), F. BREGANT (2), R. ZIRONI (1)

(1) Dipartimento di Scienze degli alimenti
Via Marangoni 97, 33100 Udine, Italia
(2) ERSA – Centra Pilota perla Vitivinicoltura – Via 3a armata 69, 34070 Gorizia, Italia

Tags

IVES Conference Series | Terroir 1996

Citation

Related articles…

Arbuscular mycorrhizal fungi as biomarkers of vineyard yield in Champagne

The vine is colonized by a multitude of micro-organisms (fungi, bacteria, oomycetes) mainly coming from the microbial reservoir constituted by the soil. These microorganisms have positive or negative effects on the vine (protection against pathogens, resistance to abiotic stress, nutrition, but also triggering of diseases) (Fournier, Pellan et al. 2022). In addition to these functional roles, they respond quickly to environmental changes (climate, cultural practices) which could make them good bioindicators of the functioning of the wine ecosystem.

Impact of grapevine rootstock genotypes on nitrogen status of the scion and phenolic composition in Pinot noir berries and wine

Context and purpose of the study. Nitrogen (N) limitation enhances the production of phenolic compounds in grapes due to the downregulation of the flavonoid biosynthesis pathway.

Global geo changes, including climate: viticulture result on new viticulture-viticolture in a territory both further north of the region and at high altitude

Context and purpose of the study. In relation to global geo changes, including climatic ones, the following research has been conducted: 1. In Europe’s highest vineyard (1395 m.a.s.l.) (Cargnello, 2014÷2021; Cargnello & Col. 2019÷2021)

Publication of the 3rd edition of the OIV ampelographic descriptors

Ampelography is aimed at describing the vine according to several characteristics, such as morphology, agronomic aptitudes, technological potential, and genetics. The description of varieties and species of vitis has long been the subject of numerous scientific and technical studies by eminent specialists for a long time, which have led the OIV to publish in 1983 the “descriptor list for grape varieties and vitis species”, a milestone among the OIV worldwide recognised codes.

Efficiency of alternative chemical and physical treatments in reducing Brettanomyces Bruxellensis from oak wood

Oak barrels form an integral part of wine production, especially that of high quality wines. However, due to its porosity, wood presents an ecological niche for microbial proliferation and is highly susceptible to microbial spoilage which could cause considerable economic losses. Brettanomyces bruxellensis, the most commonly encountered microorganism responsible for spoilage during barrel ageing, can remain in barrels after barrel sanitation to contaminate new batches of wine after refilling. Therefore, effective sanitation treatments are of utmost importance to prevent recurring wine spoilage.