Terroir 2012 banner
IVES 9 IVES Conference Series 9 Pinot noir: an endemic or a flexible variety?

Pinot noir: an endemic or a flexible variety?

Abstract

Pinot noir has its historical roots in Burgundy and is generally considered as an endemic vine variety which means that its adaptation is very specific to this environment and that its wines are the most expressive in the same particular situations. Now, Pinot noir has become an international variety because growers rely on its exceptional œnological potential and reputation to reproduce something excellent under their own conditions, and also because the general style of the wines is original and dominated by ‘finesse’ which is a new trend on the international wine market. In that context, it is interesting to evaluate the ability Pinot noir has to adapt, either as a vine variety interacting in a first time with the climate which is the entrance door to the terroir,, or as a wine in terms of ‘typicity’ and specific elements revealed by sensory analysis.

The method which is used is a survey of some sensory analysis of Pinot noir wines around the world done by the authors, which is based, first on the characterization of the degree of maturation on the main trend called ‘fruity unfolding’ (from non mature, to fresh, then mature, dried, jam or cooked fruit), second on the identification of some very specific elements such as general balance (acidity) or particular fruits (wild cherry) or elements of the ‘derived series’ (floral, spicy, mineral, balsamic, mushroom characters…).

The main analysis concerns the type of macro/meso-climate in relation to the wine ‘typicity’. The interest of the study is that wines are produced under a maximum range of situations. Some Burgundy terroirs under Semi-Continental climate being references and considered as able to produce some exceptional wines, the following climates are chosen: Continental (Cosne s/Loire, Alsace, Franconia, Valais), Continental Semi-Arid (Gansu), Cool – Mountain (Eastern Pyrénées – Hautes vallées), Cool (North Oregon, Australia – Victoria), Temperate – Cool (Loir et Cher, New Zealand – Malborough), Temperate (Friuli,), Mediterranean – Temperate (High Languedoc, Penedes, California – Monterey), Mediterranean – Mountain Kosovo), Mediterranean (Languedoc plain), Mediterranean – Semi-Arid (Mendoza-Tupungato), Subtropical (Carmelo – Uruguay), Subequatorial – High Altitude (Boyaca– Colombia).
The results show that:

Pinot noir can be cultivated and produce quality wines under many climates within the range of 1700-2300 °C; days of Huglin’s Heliothermal Index, which gives some security in front of the climate change.

The type of adaptation of Pinot noir depends on the elements of the wine ‘typicity’: it may be considered as ‘flexible’ because it reproduces very often on a wide range of climates the sensory characteristics of ‘fruity-cherry’ and ‘balance/elegance’; it may be considered as ‘endemic’ because it expresses a lot of specific sensory characters which depend on the ‘viticultural terroir’ (perception of acidity, wild cherry, artemisia, violet, mild spices, leather, truffle, chocolate, degree of excellence…).
That study needs to be deepened in the fields of micro-Climatology, .sensory analysis, grape berry Biochemistry.

DOI:

Publication date: October 1, 2020

Issue: Terroir 2012

Type: Article

Authors

Alain CARBONNEAU (1), Robert BOIDRON (2)

(1) Professor of Viticulture of Montpellier SupAgro, IHEV bâtiment 28, 2 place Viala, 34060 Montpellier cedex
(2) Honorary Director of ENTAV, ‘La Rochette’, 71960 La Roche Vineuse

Contact the author

Keywords

Pinot noir, Burgundy, world climates, adaptation, wine sensory analysis,’typicity’

Tags

IVES Conference Series | Terroir 2012

Citation

Related articles…

Agronomical assessment of a vine « terroir » map: first results in the « AOC » Minervois region

Minervois is a vine region where the first detailed soil map was begun 30 years ago. In 2003, a new map was drawn plotting the soil-landscape associations. This map distinguishes 8 large soil units based on geology. The widest (called « marnes ») is the most complex : it is made of 57 sub-units, which leads to a high variability of the vine behaviour on this unit.

Predicting oxygen consumption rate by tannins through sweep linear voltammetry and machine learning models

Nowadays, it is well known that oxygen significantly impacts wine quality. The amount of oxygen wine consumes during the winemaking process depends on several factors, such as storage conditions, the number of rackings, the materials used for aging, and the type of closure chosen for bottling.

Investigating perceptual interactions of fruity aromas in Bordeaux red wines through addition and reconstitution sensory studies

Fruity aromas, characterized by red and black fruit descriptors, are central to the identity of Bordeaux red wines [1,2]. Despite extensive research focused on identifying and quantifying volatile compounds that contribute to fruity aromas in wine, the mechanisms underlying their interactions and sensory perception remain poorly understood [3].

Nutrients and heavy metals in a vineyard soil under organic, biodynamic and conventional management

Promoting sustainable agricultural practices is one of the challenges of the last decades. Organic and biodynamic viticulture can be an alternative to intensive viticulture, furthermore contributing to reduction of impact on environment and human health and guaranteeing soil preservation and quality products1. The aim of this experimentation was to evaluate the medium and long-term effects of different agronomic practices in viticulture on nutrient availability and heavy metal accumulation in soil.

Changes in grape-associated microbiome as a consequence of post-harvest withering

AIM: Grape withering is an oenological post-harvest process used for production of reinforced and sweet wines. Drying can be carried out by keeping the ripe grape in traditional large, well-aired rooms (non-controlled environment) or, more and more often, in a warehouse under controlled conditions of airflow and relative humidity (controlled environment)[1].