Terroir 1996 banner
IVES 9 IVES Conference Series 9 L’évolution des Appellations d’Origine aux Etats-Unis

L’évolution des Appellations d’Origine aux Etats-Unis

Abstract

Un peu d’histoire pour nous efforcer de mettre le sujet des appellations dans un contexte général. Six cents ans avant Jésus-Christ, le Côte du Rhône était plantée en vignes peu après l’arrivée des Grecs. En même temps en Amérique du Nord, un troupeau de bisons broutait dans les Grandes Plaines. Vers 1600, les vins de l’Hermitage et de Côte Rôtie transitent jusqu’à Bordeaux pour le marché anglais. Vers 1600, en même temps, un Indien d’Amérique a tué un bison. L’édit de 1776 a permis la libre circulation des vins partout en France, et la viticulture se développait sans entrave entre Vienne et Avignon. En 1776, les colonies ont déclaré leur indépendance à l’égard de l’Angleterre et la guerre de la révolution a commencé. En 1935, Châteauneuf-du-Pape est devenu la première Appellation d’Origine Contrôlée de France pendant qu’aux Etats-Unis, les Américains terminent l’ère de la Prohibition suite à l’apparition des guerres de gangsters. Presque cinquante ans plus tard, en 1980, la première appellation d’origine était adoptée aux Etats-Unis, au Missouri, dans la même plaine où ce pauvre bison a été tué 400 ans avant. En comparaison de la France, l’industrie du vin aux Etats-Unis est jeune et le système des appellations d’origine est encore plus jeune. Mais, pendant les vingt dernières années, les tendances se précisent et le système aujourd’hui évolue dans de nouvelles directions, qui sont le sujet de cette présentation.

 

DOI:

Publication date: February 16, 2022

Issue: Terroir 2002

Type: Article

Authors

JAMES W. TERRY

Avocat, Dickenson, Peatman & Fogarty, 809 Coombs Street, Napa, Californie, 94559-2977

Contact the author

Tags

IVES Conference Series | Terroir 2002

Citation

Related articles…

Marketing terroir wines

The markets for quality wine are becoming more competitive as newer producers emerge and traditional producers improve their quality. The concept of terroir is one way to differenzi­ate wines in a competitive market and to enhance producer income.

Il piano regolatore delle citta’ del vino

Obiettivo generale di questo documenta è fornire un metodo di pianificazione che superi l’organizzazione delle aree rurali, ed in particolare vitate, finalizzata unicamente all’ot­timizzazione economico produttiva delle aziende, verso una pianificazione integrata degli spazi aperti.

Agri-photovoltaics: first experience above Riesling vines

Agri-photovoltaics (apv) describes the dual use of an agricultural area for food production and solar power generation. There are already a number of systems in operation around the world with various crops and under a wide range of different set-ups. In large parts, they still allow mechanical cultivation and other positive side effects of an APV system were observed in addition to the increase in utilization in the form of electricity and food: effects on the water balance and passive protection against extreme weather events.

Optimization of the acquisition of NIR spectrum in grape must and wine 

The characterization of chemical compounds related with quality of grape must and wine is relevant for the viticulture and enology fields. Analytical methods used for these analyses require expensive instrumentation as well as a long sample preparation processes and the use of chemical solvents. On the other hand, near-infrared (NIR) spectroscopy technique is a simple, fast and non-destructive method for the detection of chemical composition showing a fingerprint of the sample. It has been reported the potential of NIR spectroscopy to measure some enological parameters such as alcohol content, pH, organic acids, glycerol, reducing sugars and phenolic compounds.

Soil clay mineralogy and potassium buffer capacity as potential wine quality determining factors in Western Cape vineyards

The potassium (K) supply characteristics and clay mineralogies of a population of Western Cape soils were investigated to determine their potential effects on vine K uptake and wine quality. The total K contents of granite-, shale- and sandstone-derived soils varied, averaging 33.7, 26.1 and 4.5 cmol(+)/kg, respectively. Corresponding M NH4Cl exchangeable soil K levels were: 0.172, 0.042 and 0.035 cmol/kg.