Terroir 2006 banner
IVES 9 IVES Conference Series 9 Effects of different organic amendments on soil, vine, grape and wine, in a long-term field experiment in Chinon vineyard (France)

Effects of different organic amendments on soil, vine, grape and wine, in a long-term field experiment in Chinon vineyard (France)

Abstract

In a long-term experiment carried out in Chinon vineyard (37, France) during 23 years, the effects of several organic amendments were studied on soil, vine, grapes and wine. Four main treatments were compared on a calcareous sandy soil: control without organic amendment, dry crushed pruning wood at 2.1.t-1.ha-1.year-1 (D1), cow manure at 10 t-1. ha-1.year-1 (D1) and cow manure applied at 20 t-1.ha-1.year-1 (D2). D1 levels were calculated to fill the annual humus losses by mineralization. During the experiment, the organic matter content of topsoil (0-30 cm) decreased from 13.9 g.kg-1 to 11.1 g.kg-1 in control. Other treatments maintained or strongly increased the organic matter content of soil, according to applied organic manure levels (21.9 g.kg-1 measured in 1998, in cow manure D2 treatment). Soil CEC, soil moisture at field capacity, and amounts of available P, K and Mg were significantly improved in different organic treatments.

The weight of pruning wood and grape yield were not modified in D1 organic amendments, but were significantly lower in D2 cow manure. Nitrogen rate in leaves, as well as in berries and in wine, was higher in this last treatment. Also, in D2 cow manure grape composition was unfavourably modified. Consequently, alcoholic rate, colour intensity, anthocyanins and phenolic compounds of wine were lower, but total acidity and pH were higher than in other treatments.

DOI:

Publication date: January 12, 2022

Issue: Terroir 2006

Type: Article

Authors

René MORLAT (1) and Jean-Claude GRAVIER (2)

(1) U.V.V, Centre INRA, 42, rue G. Morel, BP 60057, 49071 Angers, Beaucouzé, France
(2) Domaine des Fontenils, 37500 Chinon, France

Contact the author

Keywords

organic matter, soil, vine, berry, wine

Tags

IVES Conference Series | Terroir 2006

Citation

Related articles…

The influence of external factors on the alcoholic fermentation of wine yeasts

Wine yeast strains Saccharomyces ellipsoideus have important applications in food industry and in this regard is sought isolation as pure cultures and selecting those strains

Changes in the composition and extractability of flavonoids in Cabernet-Sauvignon: influence of site, climate and vine water status

The purpose of the study was to monitor berry development as a function of site, vine water status and climate in order to improve our understanding of the role played by climate change on secondary metabolites relevant to wine quality.

La caracterización de los moscateles

Ya en 1964 GIOVANNI DALMASSO et alii describiendo el Moscato bianco (12) ponían de manifiesto la dificultad realmente ardua en descubrir “si no todas, por lo menos las más importantes variedades que llevan el nombre de Moscateles

Zeowine: the synergy of zeolite and compost. Effects on vine physiology and grape quality

The trial aims to improve the protection and management of the soil, the well-being of the plant and the quality of production in the wine supply chain organic and biodynamic, using an innovative product “ZEOWINE” resulting from the composting of waste of the wine and zeolite supply chain.

From plant water status to wine flavonoid composition: a precision viticulture approach in a Sonoma county vineyard

Plant water status of grapevine plays a critical role in affecting berry and final wine chemical composition. The environmental variabilities existing in vineyard system have significant impacts on plant water status, but it is challenging to individualize environmental factors from the temporal and spatial variabilities in vineyard. Therefore, there is need to monitor the ecophysical variation through utilizing precision viticulture tools in order to minimize the separation in berry composition. This study aims at delineating vineyard into different management zones based on plant water status explained by soil texture, and utilize differential harvest to equilibrate the final berry and wine composition.