Terroir 2006 banner
IVES 9 IVES Conference Series 9 Landscapes of Vines and Wines Patrimony – Stakes – Valorisation

Landscapes of Vines and Wines Patrimony – Stakes – Valorisation

Abstract

The interaction between wine and landscapes is of an unsuspected richness. On the one side, the vineyards form part of the landscapes which they model. On the other side, the wines are related in their perception to the image of a region, a landscape and are at the origin of a cultural richness. The first International Conference on « Landscapes of Vines and Wines », that was organised from 2 to 4 July 2003 in Fontevraud (Loire Valley, France), was based on the resolutions enounced during the 4th International Terroir Symposium of Avignon (June 2003) and is integrated within the framework of the activities of the experts group « Viticultural Zoning » of the O.I.V. The goal was to optimise wine production and landscape quality not only from a technical and scientific point of view, but also from a tourist and cultural one. It was especially based on the fact that the Loire Valley is registered on the list of the World Inheritance of Humanity by UNESCO. The Fontevraud Chart, published at the Symposium, poses the principles of the environmental quality and the cultural, tourist and economic valorisation of viticultural landscapes within the framework of an international network of perennial and durable excellence. This chart, animated jointly by « InterLoire » and « Mission Val de Loire » is supported by the European Union and federates seven sites listed as World Inheritance of Humanity by UNESCO.

DOI:

Publication date: January 12, 2022

Issue: Terroir 2006

Type: Article

Authors

Christian ASSELIN

Interloire Technique, 73 rue Plantagenêt, Hôtel des Vins La Godeline, 49000 Angers

Contact the author

Tags

IVES Conference Series | Terroir 2006

Citation

Related articles…

Phenolic and volatile profiles of south tyrolean pinot blanc musts and young wines

AIM. Assess the impact of different vineyards and winemaking variables on the phenolic and volatile profiles of Pinot Blanc musts and young wines from South Tyrol.

Innovative water status monitoring of white grape varieties with on-plant sensors

Context and Purpose. Climate change presents significant challenges to agricultural sustainability, particularly through the increasing frequency of drought and water scarcity.

Tools for assessing vine nitrogen status; role of nitrogen uptake in the “terroir” effect

Among the numerous nutrients vines extract from the soil, nitrogen is the one that interferes most with vine vigor, yield, berry constitution and wine quality. Many studies relate on the influence of various levels of nitrogen

Use of glutathione and a selected strain of metschnikowia pulcherrima as alternatives to sulphur dioxide to inhibit natural tyrosinase of grape must and prevent browning

The enzymatic browning of grape must is still a major problem in oenology today [1] being particularly serious when the grapes have been infected by grey rot [2]. Browning is an oxidation process that causes certain foods to turn brown, which often leads to them being rejected by consumers [3]. This is a particular problem in the case of wine, because grape must is very vulnerable to enzymatic browning [4].

Counting grape bunches using deep learning under different fruit and leaf occlusion conditions

Yield estimation is very important for the wine industry since provides useful information for vineyard and winery management. The early yield estimation of the grapevine provides information to winegrowers in making management decisions to achieve a better quantity and quality of grapes. In general, yield forecasts are based on destructive sampling of bunches and manual counting of berries per bunch and bunches per vine.