Terroir 2008 banner
IVES 9 IVES Conference Series 9 VITOUR – The European World Heritage Vineyards

VITOUR – The European World Heritage Vineyards

Abstract

UNESCO World Heritage as the link, Europe as the area covered. VITOUR network is born on this idea, on Loire Valley Mission and InterLoire’s initiative. It gathers vineyards inscribed on UNESCO World Heritage List.
The economic, tourist, environmental and heritage issues form the bond for this particularly emblematic partnership of wine-producing professionals and managers of the listed sites. Supported by the European Union (INTERREG IIIC), seven sites are working together on the sustainable development of their outstanding landscapes and promoting their discovery through innovative tourism actions.
These sites share many common features: proximity to a river, major component of vine; the “terroir” and know-how of the vine-growers helpful to make understand the reality of the cultural landscape; the need to involve local authorities, heritage managers and tourism organisations to promote these areas in the best possible way. All these UNESCO World Heritage sites share the commitment to develop policies based on the outstanding qualities of their superb landscapes.

Download the PDF

DOI:

Publication date: December 8, 2021

Issue: Terroir 2008

Type : Article

Authors

Myriam LAIDET and Katalin TÓTH

Management Team of the VITOUR Programme
Mission Val de Loire – Patrimoine Mondial
81, rue Colbert – BP 4322, 37043 TOURS CEDEX 1, France

Contact the author


Keywords

Pole of competitiveness, partnership of excellence, wine landscapes, oenotourism, heritage, culture

Tags

IVES Conference Series | Terroir 2008

Citation

Related articles…

Mining terroir influence on bioactive polyphenols from grape stems: A correlation-network-driven approach to spatialize metabolomics data

In viticulture, the concept of terroir is often used to enlighten the environmental-based typicity of grapevines grown in a local area however its scientific basis remains under debate. Grape polyphenols as key player of the plant defense system enables adaptation to environmental changes and so far, form a unique metabolic component to investigate the terroir influence.

Read More

Temperature variability inside a wine production area and its effect on vine phenology and grape ripening. An example from the Saint-Emilion-Pomerol

AIM: the aim of this study was to develop a method for fine-scale temperature zoning. The effect of temperature variability on vine phenology and grape composition was assessed in the production area of Saint-Emilion

Read More

Evolución de los compuestos fenólicos durante el envero y la maduración en la DO Tarragona

La evolución de los contenidos en las pieles de compuestos fenólicos (fenólicos totales, antocianos totales, antocianos individuales por HPLC, catequinas y proantocianidoles) a lo largo

Read More

Uve e vini in vulcaniti basiche anorogeniche dei lessini meridionali, impronta petrochimica e assimilazione di metalli pesanti

Nel 2009 sono stati prelevati e analizzati mediante XRF (X-ray fluorescence) campioni di suolo, in vigneti sperimentali siti nelle province di Vicenza e di Ancona. Sono stati inoltre determinati in 2 campioni di mosto e 2 di vino delle varietà Verdicchio e Refosco dal peduncolo rosso, ed in 2 di uva Refosco dal peduncolo rosso, gli elementi in traccia mediante ICP-MS (Inductively coupled plasma-mass spectrometry).

Read More

Sustainability as system innovation: sustainability as system innovation: a returnable system for glass wine bottles

Introduction increasing sustainability is essential and a societal challenge, requiring fundamental changes in behaviour and attitudes. This applies to both producers and consumers. For the wine industry in particular, such a change is a major challenge. An eip-agri research project is evaluating the introduction of a returnable glass system in the german wine industry as a key solution for increasing sustainability. Given the need for change associated with a returnable system, the project is theoretically grounded in systems innovation, as this approach provides solutions for complex, transformative change.

Read More