Terroir 2006 banner
IVES 9 IVES Conference Series 9 Viticultural characterisation of soils from triassic period at Beaumes-de-Venise (Côtes du Rhône, France)

Viticultural characterisation of soils from triassic period at Beaumes-de-Venise (Côtes du Rhône, France)

Abstract

Wineries of Beaumes-de-Venise area make their best red wines with grapes from the “Triassic terroir”. This « terroir » is characterized by soils from the Triassic period. These specific soils are complex and quite heterogeneous. They originate from an eventful geological history to keep in mind to understand soils geographical distribution. The aim of this work is to deep into the knowledge of Triassic period soils. The method of reference sectors has been an efficient one, after some adaptations to regional specificities.
This work allows to the creation of a practical brochure for winegrowers and technicians use. It includes: a simple key for determination of the principal kinds of Triassic soils; a detailed characterisation of these soils and technical and agronomical advices (grape varieties, rootstocks and cultural practices) adapted to every soil features.

DOI:

Publication date: December 22, 2021

Issue: Terroir 2006

Type: Article

Authors

Begoña RODRIGUEZ-LOVELLE (1), Pierre VITAL (1), Mélanie SIRE (2) and Francis FABRE (1)

(1) Syndicat Général des Vignerons Réunis des Côtes du Rhône
Service technique. Institut Rhodanien, 2260 route du Grès, 84100 Orange, France
(2) ENITA de Bordeaux, 1 cours du Général de Gaule, 33175 Gradignan, France

Contact the author

Keywords

soil, Triassic period, Côtes du Rhône, reference sectors method, agronomical advices

Tags

IVES Conference Series | Terroir 2006

Citation

Related articles…

Field evaluation of biofungicides to control powdery mildew and botrytis bunch rot of wine grapes in California

Grapevine powdery mildew caused by Erysiphe necator and Botrytis bunch rot caused by Botrytis cinerea are two of the most important fungal diseases in California grape production.

Grape development revisited through the single-berry metabolomic clock paradigm

Although the ripening process of grapevine berries is well-documented at the vineyard level, pinpointing distinct developmental stages remains challenging. The asynchronous development of berries results in dynamic biases and metabolic chimerism. It is thus crucial to consider individual berries separately and resynchronize their internal clock for deciphering physiological changes throughout development. Given the importance of grape composition in wine quality, we aimed at measuring developmental changes in the metabolome of Syrah single berries from anthesis to over-ripening, without a priori preconceived.

Optimizing the use of bentonite for better control of haze formation In white and rosé wines

In winemaking, the appearance of turbidity in white and wine is a serious visual defect, which lowers significantly its commercial value. A major cause of the formation of turbidity in wine is attributed to the presence of temperature-sensitive proteins.

Climate and mesoclimate zonification in the Miño valley (Galicia, NW Spain)

Galicia est une région située dans le Nord-Ouest de l’Espagne avec une longe tradition de culture de la vigne. A jour d’oui la vigne occupe en Galicia presque 28.500 ha, desquelles 8.100 correspondent aux 5 zones ayant droit à l’appellation DO (« Denominación de Origen ») équivalent aux AOC françaises.

Effects of the biodynamic preparations 500 and 501 on vine and berry physiology, pedology and the soil microbiome

In the pursuit of increasing sustainability, climate change resiliency and independence of synthetic pesticides in agriculture, the interest of consumers and producers in organic and biodynamic farming is steadily increasing. This is in particular the case for the vitivinicultural industry in Europe, where more and more producers are converting from organic to biodynamic farming. However, clear scientific evidence showing that biodynamic farming improves vine physiology, vine stress resilience, berry or wine quality, or is more sustainable for the environment is still lacking although this issue has been addressed by several research teams worldwide.