Terroir 2012 banner
IVES 9 IVES Conference Series 9 Conventions and methods towards landscape quality: an application in the Douro (Portugal)

Conventions and methods towards landscape quality: an application in the Douro (Portugal)

Abstract

Vineyards are one of the most recognizable icons of the Mediterranean landscapes and of its cultural identity. In Portugal, in the areas where the terroir are particularly adjusted to the vine culture (Appellation of Origin) important changes have been affecting the landscapes, as a result of both European Agricultural Policy and the international trade market of wine. In fact, important features of traditional vineyard landscapes have not always been taken into consideration as amenities or commodities to the regions development and the market of the wines.

The recognition of some wine regions as World Cultural Heritage by the UNESCO and the recommendations of the European Landscape Convention may be seen as great opportunities to set up innovative concepts into innovative actions towards landscape quality as a fundamental pillar to sustainable development and to the commitment of the different stakeholders in its implementation. The definition of Landscape Quality Objectives in a collaborative way could be seen as the starting point to the implementation of concrete actions targeting the protection, planning and management of the winescapes on a multifunctional basis.

A discussion on opportunities and constrains of spatial planning tools and sector policies, like tourism, will be made, to find out concrete and legal opportunities. A combined reflection amongst the wine producers and other local stakeholders, technical and administration entities, local population and tourists are needed, in order to better understand the relevance of landscape quality in the future development of the winegrowing regions. An example in Douro Demarcated Region will be presented, based on results of the project ORTE as well as of other recent perception studies.

DOI:

Publication date: October 1, 2020

Issue: Terroir 2012

Type: Article

Authors

Ana LAVRADOR (1), Rosário OLIVEIRA (2), Elisabeth KASTENHOLZ (3)

(1) and (2) e-GEO, Research Centre for Geography and Regional Planning, Faculdade de Ciências Sociais e Humanas, Universidade Nova de Lisboa, Portugal.
(3) Research Unity GOVCOPP, University of Aveiro, Portugal – Telephone: 00351962383275

Contact the author

Keywords

landscape quality, perception, tourism, Douro Demarcated Region

Tags

IVES Conference Series | Terroir 2012

Citation

Related articles…

Carbon isotope labeling to detect source-sink relationships in grapevines upon drought stress and re-watering

Kinetics of carbon allocation in the different plant sinks (root-shoot-fruit) competing in drought stressed and rehydrated grapevines have been investigated.

Environmental influence on grape phenolic and aromatic compounds in a Nebbiolo selection (Vitis vinifera L.)

Nebbiolo (Vitis vinifera L.) is one of the most important wine red cultivar of North-west Italy. A better understanding of the complex relations among grape aromatic and phenolic maturity and environmental factors may strongly contribute to the improvement of the quality of Nebbiolo wines.

Modulation of berry composition by different vineyard management practices

High concentration of sugars in grapes and alcohol in wines is one of the consequences of climate change on viticulture production in several wine-growing regions. In order to investigate the possibilities of adaptation of vineyard management practices aimed to reduce the accumulation of sugar during the maturation phase without reducing the accumulation of anthocyanins in grapes, a study with severe shoot trimming, shoot thinning, cluster thinning and date of harvest was conducted on Merlot variety in Istria region (Croatia), under the Mediterranean climate. Four factors which may affect grape maturation and its composition at harvest were investigated in a two-years experiment; severe shoot trimming applied at veraison when >80% of berries changed colour (in comparison to untreated control), shoot thinning (0 and 30%), cluster thinning (0 and 30%), and the date of harvest (early and standard harvest dates). Shoot thinning had no significant impact on berry composition, despite the obtained reduction in yield per vine. Lower Brix in grapes were obtained with earlier harvest date and if no cluster thinning was applied, although at the same time a reduction in the concentration of anthocyanins in berries was observed in these treatments. On the other hand, if severe shoot trimming was applied when >80% of berries changed colour, a reduction of Brix was obtained without a negative impact on berry anthocyanins concentration. We conclude that in cases when undesirably high sugar concentrations at harvest are expected, severe shoot trimming at 80% veraison may effectively be used in order to obtain moderate sugar concentration in berries together with the adequate phenolic composition.

Characterization of Glycosidically Bound Aroma Compounds of País cv. grapes of different Chilean zones

País grape has been estimated to arrive to Chile almost 500 years ago, being the first strain grown in this country. Traditionally, this grape has been used to mix with other varieties, to produce poor quality wines, but today is beginning to be used in the production of high quality wines. However, very little is known about the chemical characteristics of this variety. The aroma is one of the most important quality attributes of wine. Volatile compounds of this beverage may come from the grape (varietal aromas), from the fermentation process, from the ageing. The aromatic compounds are found in the grape in two forms: as free volatile compounds and as non-volatile compounds. The last ones, are aroma precursors present mainly as glycoconjugates formed by a sugar and an aglycone…

Mapping plant water status to indirectly assess variability in grape flavonoids and inform selective harvest decisions

Plant water stress affects grape (Vitis vinifera L.) berry composition and is variable in space due to variations in the physical environment at the growing site. Could we use water status maps as a sensitive tool to discriminate between harvest zones?