Terroir 2006 banner
IVES 9 IVES Conference Series 9 Visualization of wine origin, quality level and terroir by the landscape

Visualization of wine origin, quality level and terroir by the landscape

Abstract

The communication of the aims of a viticulture under the premise of terroir is presently discussed in a lot of wine-growing regions around the world. To encourage this discussion the differences in knowledge, understanding, and preference concerning wine and landscape should be regarded more closely: the wine should be perceived as a representative of its region and one of the most characteristic features of a region is the landscape. The basis of the concept presented is the integration of the landscape in the notion of terroir. The aim is the linking-up of attributes of the viticultural landscape with attributes of the wine in a system of increasing complexity: with increasing spatial resolution, the attributes and descriptors for landscape and wine increase, too. In a vertical line the landscape is regarded at different levels, from the region to the local territory to the vineyard site. It is assumed, that in the same manner, the sensory evaluation of wine is presented in an increasing complexity according to the increasing specification of the origin. In a horizontal line the typical of each level is described. This parallelism of landscape and sensory evaluation might contribute to a transparent communication of wine origin, quality, terroir, and sustainability to wine-grower and consumer.

DOI:

Publication date: January 12, 2022

Issue: Terroir 2006

Type: Article

Authors

Stephan REUTER

RLP AgroScience GmbH, Institute for Agroecology, Breitenweg 71, D-67435 Neustadt a.d.W./Germany

Contact the author

Keywords

communication, landscape, terroir, wine, origin

Tags

IVES Conference Series | Terroir 2006

Citation

Related articles…

Application of ultrasonic and refractometric measurements in enological samples and related model solutions

AIM: The refractive index is a basic optical property of materials and a key tool for the determination of major components in musts, such as sugars

Different oxygen and sulphur dioxide concentrations in ‘Sauvignon blanc’ must: effect on the composition of the must and wine

The effects of different oxygen and sulphur dioxide additions to South African ‘Sauvignon blanc’ musts were investigated. Oxygen addition without SO2 protection led to lower levels of certain volatile thiols in the wines, with a corresponding decrease in certain phenols and glutathione concentrations.

Can soil water content be used as a predictor of predawn leaf water potential for deficit irrigation scheduling? A case study at Alentejo wine region

Water and heat stress impose new challenges to irrigation management in the Mediterranean areas. This reality has a major impact on the vineyard ecosystem, particularly on the scarce water resources of the Alentejo region (South Portugal). To mitigate this problem, irrigation management should focus on optimizing yield and fruit quality per volume of water applied. This work aims to discuss the use of predawn leaf water potential and soil water status relationships as a decision tool for irrigation management taking as basis data from a field trial where two deficit irrigation strategies were compared.

Volatile organic compounds investigation in Müller Thurgau wines obtained from vineyard treated with biochar

Volatile Organic Compounds (VOCs) are responsible for the flavor and aroma of a wine. The sensory qualities of the wines depend not only on grape intrinsic characteristics, but also on extrinsic factors including the soil composition. Previous studies have shown that the application of pyrogenic carbon (biochar) can lead to a change in soil parameters. For that reason, one of the goals of the ERDF funded project «WoodUp» is the characterization and reutilization of the locally produced biochar for agricultural purposes.

Evaluation of shelf life of white wines in aluminium bottle: a modelling approach

Aluminum is a particularly interesting material for packaging because it is environmentally sustainable, lighter than standard glass bottles, and protective against light radiation [1].