Terroir 1996 banner
IVES 9 IVES Conference Series 9 Évolutions qualitative et quantitative des flores microbiennes de moûts de pommes à cidre au cours de la fermentation: relations avec le terroir et la composition physico-chimique des fruits

Évolutions qualitative et quantitative des flores microbiennes de moûts de pommes à cidre au cours de la fermentation: relations avec le terroir et la composition physico-chimique des fruits

Abstract

En France, la filière A.O.C. cidricole emploie de plus en plus de levures initialement sélectionnées pour les fermentations des vins. Le risque d’une uniformisation organoleptique ou d’un marquage fort des produits, souvent évoqué en œnologie (Bourguignon, 1992) risque de se produire au détriment de la nécessaire originalité des cidres d’appellation. La connaissance de la microflore indigène associée aux terroirs, en vue de son utilisation exclusive dans les processus fermentaires, est donc un enjeu important (Frezier et Dubourdieu, 1992 ; Legras et al., 1996). Afin d’ étudier la composition des pommes et suivre son incidence, aux points de vue qualitatif et quantitatif, sur la flore microbienne des moûts obtenus à partir de ces fruits, trois vergers représentatifs des principaux terroirs de l’AOC Pays d’Auge (Normandie) ont été sélectionnés.

 

DOI:

Publication date: February 24, 2022

Issue: Terroir 2000 

Type: Article

Authors

A. Jacquet*, J.M. Laplace**, I. Travers*, Y. Auffray** and J.P. Simon***

* UA INRA 950 de physiologie et Biochimie Végétales. IRBA. Université de Caen, 14032 Caen cedex France
**Laboratoire de Microbiologie de l’Environnement, IRBA, Université de Caen 14032 Caen cedex France
***ARAC, Lycée agricole du Robillard 14170 Lieury France

Tags

IVES Conference Series | Terroir 2000

Citation

Related articles…

Approche méthodologique concernant une caractérisation sensorielle de vins rouges de l’Anjou

Face à une concurrence de plus en plus rude entre pays producteurs, le vignoble de l’Anjou, déjà riche par sa diversité, souhaite renforcer sa logique de vins d’ A.O.C., notamment au travers de ses vins rouges.

Effects of different antioxidant strategies on the phenolic evolution during the course of a white winemaking process

This work aimed to evaluate the evolution of phenolic compounds during white winemaking process up to bottling and 12 months storage, together with the influence of different antioxidant strategies

Culturable microbial communities associated with the grapevine soil in vineyards of La Rioja, Spain

The definition of soil health is complex due to the lack of agreement on adequate indicators and to the high variability of global soils. Nevertheless, it has been widely used as synonymous of soil quality for more than one decade, and there is a consensus warning of scientists that soil quality and biodiversity loss are occurring due to the traditional intensive agricultural practices.
In this work we monitored a set of soil parameters, both physicochemical and microbiological, in an experimental vineyard under three different management and land use systems: a) addition of external organic matter (EOM) to tilled soil; b) no tillage and plant cover between grapevine rows, and c) grapevines planted in rows running down the slope and tilled soil.

The use of epifluorescence versus plating to monitor the effect of different parameters on microorganisms in wine

The monitoring of the number of micro-orgranisms in wine is crucial for the wine producer. Traditional counting methods include microscopic enumeration and plating on selective media, which measures the culturability of the cells. The use of epifluorescence microscopy is, however, a method, which can measure both culturability and

Exploring the potential of Hanseniaspora vineae for quality wines production

Traditionally, non-saccharomyces yeasts were deemed undesirable in winemaking, for this reason, it is a common practice to add sulphites to prevent their proliferation during the initial stages of vinification. However, the current research on yeast diversity has unveiled numerous non-saccharomyces strains possessing advantageous traits that enrich the sensory profile of wines. The genus hanseniaspora is often associated with wine fermentation and is also commonly found on grapes.