Terroir 2014 banner
IVES 9 IVES Conference Series 9 The Hungarian system of geographical indications and the preparation of product specifications

The Hungarian system of geographical indications and the preparation of product specifications

Abstract

Following the 2008-2009 reform of the European Union’s common market organisation in wine all protected designations of origin and geographical indications were imposed to prepare a product specification that described the conditions of their use. In this paper, we describe this process and the Hungarian system of geographical indications. 

As set by EU regulation No. 1308/2013, geographical indications represent a specific wine quality that is related to the place of origin to a certain extent. The relationship is strong in case of protected designations of origin (PDO) and weak in case of protected geographical indications (PGI). The factors laying behind this relationship are regulated in the product specifications that had to be submitted to the European Commission by 31 December 2011 (for the already existing ones). Before that date the Hungarian system of geographical indications included 33 PDOs and 13 PGIs. However some of these geographical indications lost protection as their product specifications were not submitted (by intention). Following the recognition of a new PDO in 2013, now there are 31 PDOs and 5 PGIs in Hungary. The location of the Hungarian wine PDOs is presented on map 1. 

It is common to differentiate two types of systems of geographical indications: German and Latin ones. In German systems, geographical indications represent a quite diverse character and the wines are usually segmented upon the ripeness of grapes. The latter is somewhat obvious as the wine districts concerned are the northernmost grape growing areas. 

Meanwhile the Latin systems, originate from France and thus incorporating the concept of appellation d’origine contrôllée, put emphasis on the typicality of the given area. Therefore this approach concentrates on a much more limited scope of products that are strongly related to their place of origin.

DOI:

Publication date: July 28, 2020

Issue: Terroir 2014

Type: Article

Authors

P. Gál (1), L. Martinovich (2), E.A. Molnár (2), G. Mikesy (2), J. Polgár(2), M. Mishiro (2), Z. Katona (2)

(1) National Council of Wine Communities, Corvinus University of Budapest 
(2) Institute of Geodes, Cartography and Remote Sensing (Budapest, Hungary)

Tags

IVES Conference Series | Terroir 2014

Citation

Related articles…

Matériel végétal et valorisation des terroirs viticoles

[lwp_divi_breadcrumbs home_text="IVES" use_before_icon="on" before_icon="||divi||400" module_id="publication-ariane" _builder_version="4.19.4" _module_preset="default" module_text_align="center" module_font_size="16px" text_orientation="center"...

Monitoring the tawny port wine aging process using precision enology

AIM: Tawny Port wine is produced in the Douro Demarcated Region by blending several fortified wines in different aging stages. During the aging process in small wood barrels, the red wine color progressively develops into tawny, medium tawny, or light tawny.

Conventional and alternative pest management strategies: a comparative proteomic study on musts

In a context of sustainable agriculture, “agroecological immunity” is an emerging concept to reduce the use of chemical pesticides to protect crops against pathogens. This alternative strategy aims to combine different levers including the use of “bio”solutions. These include biocontrol products, some of which being plant defense elicitors, as well as products authorized in organic farming such as copper or sulfur. In vineyards, depending on climate conditions, powdery and downy mildews can be devastating diseases.

What happens with the glutathione during winemaking and the storage of the wine?

We tried to give a part of the answer to this question by monitoring glutathione during winemaking and storage. The novelty of our approach is to quantify simultaneously the three known forms of glutathione: free glutathione (GSH), oxidized form (GSSG) and glutathione-S-sulfonate (GSSO3H).

Diffuse light due to wildfire smoke enhances gas exchange of shaded leaves

The risk of wildfires is increasing as the frequency and severity of drought and heat waves continue to rise. Wildfires are associated with the combustion of plant materials and emit smoke. In the atmosphere, smoke may spread readily across large areas. Smoke is composed of solid and liquid phase particulates and gases and has been identified as a causal agent of “smoke taint” in wine. On a smoky day, the intensity of direct light decreases because these particulates scatter sunlight. Even though this effect is frequently assumed to decrease plant photosynthesis, this assumption ignores the potential changes in diffuse light and may be based on scant evidence.