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…

Relationships between sensitivity to high temperature, stomatal conductance and vegetative architecture in a set of grapevine varieties

High temperatures influence plant development and induce a large set of physiological responses at the leaf scale. Stomatal closure is one of the most observed responses to high temperatures. This response is commonly considered as an adaptive strategy to reduce water loss and embolism in the vascular system caused by the high evaporative demand.

Étude des relations sol-vigne sur le vignoble de Côte Rôtie

La topographie du vignoble de Côte Rôtie, la prédominance de la non culture ainsi que la structure très légère des sols amènent les vignerons à s’interroger sur l’entretien du sol, la conduite de la fertilisation de leurs parcelles ainsi que sur le développement racinaire de la vigne.

Influence of the number of CPPU applications on growth, mineral composition and Bunch Stem Necrosis incidence in table grape clusters

The forchlorfenuron (CPPU) application is recommended in table-grape after fruit-set to boost berry sizing, albeit growers also apply CPPU during pre-flowering with controversial advantages. We examined the effect of single (BBCH 15) and double (BBCH 15 and 57) CPPU applications (2.25 mg/L a.s.) in a commercial vineyard. At each time, 75-100 bunches belonging to 6-9 vines were sprayed, and compared with unsprayed (CTRL). Leaf stomatal conductance (gs), cluster stem diameter and length were measured. At harvest, 25 berries/repetition were sampled for chemical composition, BSN incidence was counted (N° necrotic laterals/10 cm of stem) in 40 bunches/repetition. To test the role of air VPD on mineral composition, at BBCH 77, 50 CTRL clusters were bagged to induce a low VPD.

UHPLC-HRMS analysis for the evaluation of formation and degradation of polysulfides in wine 

The contribution of sulfur compounds to wine aroma has been studied for several years, as their role can be either positive, contributing to the fruitiness and typicity of some white wines like Sauvignon blanc, or negative when related to off-flavours caused by H2S.

Preliminary study of the influence of ripening on the polysaccharide content of different red grape varieties

Grape skin has a barrier and protective function in grapes. Cell wall of grape skins is mainly composed of polysaccharides such as pectins, celulloses and hemicelluloses and structural proteins. Terroir, variety and changes during ripening can affect the content of polysaccharides in grapes. The aim of this study was to evaluate the content of polysaccharides (PS) in grapes along the ripening process. Three red grape varieties were studied: Garnacha (G), Tempranillo (T) and Prieto Picudo (PP).