Terroir 2008 banner
IVES 9 IVES Conference Series 9 Environment friendly nutrition supplying and soil cultivation methods applicable in the upper zone of hillside vineyards

Environment friendly nutrition supplying and soil cultivation methods applicable in the upper zone of hillside vineyards

Abstract

Somló is Hungary’s smallest wine district, however one of the best producing white wines. The majority of vineyard areas are located on the slopes of Somló-hill, situated at the point where the Kisalföld meets Bakonyalja. The upper zone of hillside vineyards was traditionally cultivated by manpower, demanding serious efforts. Nonetheless invested efforts were rewarded by the highest quality, e.g. premium wines. Nowadays machine cultivation also gained ground in these areas. Cultivation by machine had unfavourable effects on the soil in more than one way. Besides ongoing research work focusing on maintaining favourable soil structure extreme weather conditions, dry summers in recent years brought about the necessity to find soil cultivation solutions and technologies able to preserve moisture in soil. In our experiments we have been observing the effects of soil coverage by organic plant debris, turfing and machine cultivation ont the soil and on vines for two vegetation periods. Furthermore we examined the possibilities of N supply in soils with shallow root zone and of unsatisfactory water management in the same area. On the whole for grape growing on such mixed soils of basaltic rubble with shallow root zone, unsatisfactory water management and low mould content it is of primary importance to preserve and maintain adequate moisture and to ensure nitrogen supply among other important nutrients which are provided by the weathering of basalt. 

DOI:

Publication date: December 8, 2021

Issue: Terroir 2008

Type : Article

Authors

VARGA P. (1), GYŐRFFYNÉ JAHNKE G. (2), MÁJER J. (1), NÉMETH CS. (1), KOCSIS L. (2)

(1) MARD Research Institute for Viticulture and Oenology, Badacsony; 8261 Badacsonytomaj, Római u. 165, Hungary
(2) University of Pannonia Georgikon Faculty of Agriculture, Department of Horticulture 8360 Keszthely, Deák Ferenc u. 16., Hungary

Contact the author

Keywords

soil coverage by organic plant debris, mechanic cultivation, turfing, moisture in soil, supply of nutrients 

Tags

IVES Conference Series | Terroir 2008

Citation

Related articles…

The effect of rootstock on water relations and gas exchange of Vitis vinifera cv. Xinomavro

The effect of two rootstocks of different drought tolerance (1103 Paulsen and 3309 Couderc) on sap flow, water relations and gas exchange of cv. Xinomavro (Vitis vinifera L.) was investigated during the 2005 season in Naoussa, Greece. Soil was maintained at field capacity for both rootstock treatments until mid July when a restricted water regime was applied by irrigation cutoff. Sap flow diurnals for the Xinomavro-1103P combination showed a rapid decrease of flow after midday, under water stress conditions.

The Australian geographical indication process

The first white settlers arrived in Australia in 1788 and brought grape vine cuttings with them. As migration to Australia continued to grow during the XIX Century more and more vine cuttings, viticulturists and winemakers from Britain, France, Germany, ltaly, Switzerland and Yugoslavia founded their businesses.

Evaluation of wood starch content on bench grafting success rate in grapevine

Since the emergence of phylloxera, grafting has been the most used propagation method in viticulture. Despite all the improvement measures implemented in the nurseries, it is frequent that graft success rates vary depending on the nursery process and scion/rootstock combinations. The reasons behind this unsatisfactory behaviour are still unknown and can be diverse, although carbohydrate reserves might be hypothesised to be crucial, since callus, root, and new tissue formation will be built based on them. In order to identify the effect of carbohydrates on grafting success, nine combinations were established based on the starch content in grapevine scionwoods (cv. Tempranillo clone VN69) and rootstocks cuttings (110 Richter clone 237) used for grafting: Low (L), Medium (M), High (H).

The impact of vine pruning methods on physiological development and health condition of Vitis vinifera

This project aims on monitoring the plant development and comparison of the effects of various training systems on vine fertility and physiological processes.

Targeted UHPLC-QqQ-MS/MS metabolomics for phenol identification in grapevine and wine: study of a Tempranillo clone with a dark-blue berry colour

Grapevine vegetative multiplication allows the accumulation of spontaneous mutations and increase intra-cultivar genetic diversity that can be exploited to maintain grape wine quality