Terroir 1996 banner
IVES 9 IVES Conference Series 9 Characteristics of ecological production of grape and wine in Prizren’s vineyard territory in Yugoslavia

Characteristics of ecological production of grape and wine in Prizren’s vineyard territory in Yugoslavia

Abstract

Prizren’s vineyard territory-y assigned for ecological production of grapes and wine includes 1. 200 hectares of vineyard located in five separate localities which belongs to the P KB “Kosovo vina”, Mala Krusa in Prizren. Division of vineyard territory in zones was carried out in 1974. Pertaining to the vineyards, the climate and soil conditions have been studied and determined as well as topographie establishing of vineyard boundaries. Zoning determined the vine varieties intended for production of all quality categories of wine with controlled geographical origin. Ecological production of grapes and wine started in 1992. Ecological production of grapes includes several procedures among which the most important once are as follows. mechanical weed control. Herbicides are completely excluded. Synthetic mineral fertilisers are also excluded. Among organic fertilisers rain~worm humus based substrate is used. Foliar fertilisers with synthetic fertiliser content are also out of use. Vitastemin is the only natural stimulant in use of fongicides, only those recommended for Ecological production are used. Synthetic insecticides are not in use.
Ecological production includes procedures and materials permitted and recommended by the EU Bottled wines have “Eco wine” written on their labels. Cellar capacities for wine production are 28.000 tons.

DOI:

Publication date: March 2, 2022

Issue: Terroir 1998

Type: Article

Authors

JOVIC S. (1), AVRAMOV L. (1), LAZIC V. (2)

(1) Faculty of Agricolture, Nemanjina, 6., 11081 – Zemun, Yugoslavia
(2) PKB “KOSOVO VINO”, Mala Krusa, 38 400 – Prizren, Yugoslavia

Keywords

Ecological production, grape, wine, procedures, materials, means, directions

Tags

IVES Conference Series | Terroir 1998

Citation

Related articles…

REVEALING THE ORIGIN OF BORDEAUX WINES WITH RAW 1D-CHROMATOGRAMS

Understanding the composition of wine and how it is influenced by climate or wine-making practices is a challenging issue. Two approaches are typically used to explore this issue. The first approach uses chemical
fingerprints, which require advanced tools such as high-resolution mass spectrometry and multidimensional chromatography. The second approach is the targeted method, which relies on the widely available 1-D GC/MS, but involves integrating the areas under a few peaks which ends up using only a small fraction of the chromatogram.

Simulating berry sunburn in virtual vineyards

Context and purpose of the study. Berry sunburn in vineyards is a recurring disorder that can cause severe yield loss. As sunburn observations are often associated with heat waves, a link to climate change is likely.

Aging in amphorae with different porosity for sustainable production of Nero d’Avola wine

In recent years, the use of amphorae in winemaking has become more frequent, symbolizing a return to the origins of vinification to broaden the availability of wines with different style.

Interactions of wine polyphenols with dead or living Saccharomyces cerevisiae Yeast Cells and Cell Walls: polyphenol location by microscopy

Tannin, anthocyanins and their reaction products play a major role in the quality of red wines. They contribute to their sensory characteristics, particularly colour and astringency. Grape tannins and anthocyanins are extracted during red wine fermentation. However, their concentration and composition change over time, due to their strong chemical reactivity1. It is also well known that yeasts influence the wine phenolic content, either through the release of metabolites involved in the formation of derived pigments1, or through polyphenol adsorption2,3.

The effect of pedoclimatic conditions on the yeast assimilable nitrogen concentration on white cv. Doral in Switzerland

Aims: Agroscope investigated the efficiency of nitrogen fertilization via foliar urea application at veraison with the aim of raising the YAN (yeast assimilable nitrogen) content in the musts. The observations were conducted on the white grapevine cultivar Doral (Chasselas x Chardonnay) in several pedoclimatic conditions of the Leman wine region, Switzerland, in the years 2012 and 2013. Knowing that the YAN in must plays a key role in wine quality, the aim was finding the main parameters affecting the final YAN level in order to better control them.