Terroir 1996 banner
IVES 9 IVES Conference Series 9 Production and technological characteristics of some French clones of the Chardonnay variety in Yugoslavia

Production and technological characteristics of some French clones of the Chardonnay variety in Yugoslavia

Abstract

[English version below]

L’observation est effectuée entre 1996 et 1998. L’expérience a commencé avec des clones numérotés: 75, 95, 96 et 227 de la variété Chardonnay. Le porte greffe est le Kober 5 BB. La forme de conduite est le cordon. La taille est longue. La densité de plantation est 3,5 x 1 mètre (2857 ceps par 1/ha). Le climat est moyen continental. Le sol est type de Cambisol. On a examiné les indicateurs suivants : la production du raisin; le poids, la forme, la longueur et largeur du grappe le poids, le forme, la couleur de la pellicule le contenu en sucre et l’acidité dans le moût, la teneur en alcool dans le vin (vol.%); la couleur; l’appréciation organoleptique du vin, etc.

Testing was held in the interval from 1996 to 1998. The trial was set up in 1992 with clones no. 75, 95, 96 and 277 of the Chardonnay variety. Rootstock Kober 5BB. Planting material as virus tested originates from France. Training form cordon. Long pruning. Planting distance 3.5 x 1 m (2,857 plants per hectare). Climate moderately continental. Soil character Cambisol. Zoning of the Chardonnay variety in vineyard districts of FR Yugoslavia. The following indicators have been tested: yield of grape, cluster mass, berry mass, shape, length and width of cluster, shape of berry, color of berry epidermis, content of sugar and acids in must, content of alcohol in wine, (vol.%) organoleptic appreciation, etc.

DOI:

Publication date: February 15, 2022

Issue: Terroir 2002

Type: Article

Authors

L. AVRAMOV*, A. NAKALAMIC*, S. JOVIC*, D. ŽUNIC*, D. VUJOVIC* and D. JAKšIC**

*Lazar AVRAMOV, Faculty of Agriculture, 6 Nemanjina, 11081-Zemun, Yugoslavia
** Dusan JAKSIC, Federal office for herbal and animal genetics resources, 1 Omladinskih brigada, 11000 Belgrade – Yugoslavia

Contact the author

Keywords

clones, production, sucre, acidités, vin, Chardonnay
clones, yield, sugar, acids, wine

Tags

IVES Conference Series | Terroir 2002

Citation

Related articles…

Can grapevine tolerance to bunch rot be directly induced by groundcover management?

Botrytis bunch rot occurrence is the most important limitation for the wine industry in humid environments. The effect of grapevine vegetative growth on bunch rot expression results from direct effects (cluster architecture, nitrogen status among others) and indirect ones (via microclimate). Previous studies of our group showed strong differences in bunch rot incidence between floor management treatments: cover crop (CC) vs weed-free strips under the trellis with herbicide (H). We observed that in some circumstances this reduction in bunch rot incidence occurred without major vine growth differences among treatments. The aim of the present study was to test the general hypothesis that other factors unrelated to grapevine vegetative expression could be more relevant to grapevine susceptibility to bunch rot.

Multivariate data analysis applied on Fourier Transform Infrared spectroscopy for the prediction of tannins levels during red wine fermentation

Red wine is a beverage with one of the highest polyphenol concentration, which are extracted during the maceration step of the winemaking process.

The economic impact of drones on viticultural processes

Nowadays there are many challenges facing both winegrowers and workers, in other agricultural practices, related to the growing demand for food products, the safety and quality of these products, and the preservation of the environment…

Exploring multisensory interactions through the study of astringency diversity of mono-varietal Italian red wines

According to the OIV Focus 2017 estimating the vine varieties distribution in the world, Italy is the richest grape producing country in terms of varieties.

Biochemical responses of crimson seedless (Vitis vinifera) grapevines to altered micro climatic conditions and different water treatments in the Breede River Valley of South Africa

The South African Table grape industry has to expand to new markets with high quality niche products, but limited water availability threatens sustainable production. To overcome this challenge and to obtain high-quality products for the new markets, require constant technological advancement. Currently, limited available scientific information about growth balances and physiology and especially grape quality parameters, hinders technological advancement and thus efficient regulatory management of the morphological, chemical, and pathological status of table grapes, especially in response to abiotic factors.