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…

Direct-injection HPLC for simultaneous determination of individual and total polyphenols in red wines: validation of the method

Polyphenols are very important compounds of red wines, serving as essential bioactive components and playing an important role in sensory properties. The determination of individual phenolic compounds in red wine is commonly performed by HPLC analysis, while the total polyphenols are quantified by spectrophotometric methods, usually by the method of absorbance at 280 nm (index of ribéreau-gayon) or the method of index of folin-ciocalteu. In this work, we pioneeringly proposed a new and fast method for simultaneous determination of individual and total polyphenols in red wines by direct-injection HPLC without sample preparation.

Towards understanding the mechanisms of resistance to grapevine Flavescence dorée

Flavescence dorée (FD) is a very serious grapevine disease, classified as quarantine in europe, where it appeared in the middle of the last century. It is associated with the presence of phytoplasmas, transmitted in the vineyard by a leafhopper of american origin, scaphoideus titanus. FD causes severe wine production losses and often leads to plant death. There are currently no alternative solutions to insecticide treatments against the vector and uprooting diseased vines.

Evaluation of colloidal stability in white and rosé wines investing Dynamic Light Scattering technology

Proteins constitute one of the three main components of grape juice and white wine, phenolic compounds and polysaccharides being the others. A specific group of the total grape-derived proteins resists degradation or adsorption during the winemaking process and remains in finished wine if not removed by the commonplace commercial practice of bentonite fining. While bentonite is effective in removing the problematic proteins, it is claimed to adversely affect the quality of the treated wine under certain conditions, through the removal of colour, flavor and texture compounds. A number of studies have indicated that different protein fractions require distinct bentonite concentrations for protein removal and consequent heat stabilization.

Balearic varieties of grapevine: study of genetic variability in the response to water stress

The photosynthetic characteristics of twenty varieties of grapevine (Vitis vinifera L.) from Mallorca (Balearic Islands, Spain) and two widespread varieties

The impact of different yeasts and harvest time on the wine quality of Beihong and Beimei (<I>V. vinifera x V. amurensis</I>)

Beihong and Beimei are two wine cultivars from ‘Muscat Hamberg’ (V. vinifera L.) and wild V. amurensis Rupr., which were released in China in 2008. Here,two enology practices were reported. Firstly, the impact of different yeasts including D254, GRE, K1, D21 and BDX on dry wine quality of Beihong and Beimei was investigated. For Beihong, among wines fermented by all yeasts, residual sugar content was the lowest, total anthocyanin and resveratrol contents were the highest in the wine by D254. However, the wine by D254 had lower titrable acid than those by the other yeasts except BDX.