IVAS 2022 banner
IVES 9 IVES Conference Series 9 IVAS 9 IVAS 2022 9 Monferace a new “old style” for Grignolino wine, an autochthonous Italian variety: unity in diversity

Monferace a new “old style” for Grignolino wine, an autochthonous Italian variety: unity in diversity

Abstract

Monferace project is born from an idea of 12 winegrowers willing to create a new “old style” Grignolino wine and inspired byancient winemaking techniques of this variety (1). Monferace wine is produced with 100% Grignolino grapes after 40 months of ageing, of which 24 in wooden barrels of different volumes. Grignolino is an autochthonous Italian variety cultivated in Piedmont (north-west Italy), recently indicated as a “nephew” of the famous Nebbiolo (2) and is used to produce three different DOC wines. The Monferace Grignolino is cultivated in the geographical area identified in the Aleramic Monferrato, defined by the Po and Tanaro rivers, in the heart of Piedmont and the produced wine is characterized by a high content of tannins, marked when young, that evolve over the years. Its color is generally slight ruby red and garnet red with orange highlights with ageing. Sensory analysis on 10 Monferace wines (2019 vintage) was assessed after about 11 months of ageing in wood. A trained panel carried out the wine sensory descriptive analysis (sensory profile) as previously described (3, 4), derived from the ISO norms. The wines were evaluated using ISO (3591-1977) approved glasses in an ISO (8589-2007) tasting room, served in a randomized order and identified with a three-digit code. The descriptors of the wines were defined during a preliminary tasting session. The quantitative measures of the chosen attributes were acquired using FIZZ (Biosystems, Couternon, France). The data were subjected to statistical analysis (5). 
All the wines were characterized by 16 attributes: color (garnet red, orange highlights), odor (rose, violet, nutmeg, pepper, blackberries, cherries, jam/marmalade, dry herbaceous, oak) and taste (acidity, bitterness, astringency, structure (body) and taste-olfactory persistence). Some attributes were not quantitative statistically different (ANOVA and Tukey test, p=95%): acidity, bitterness, astringency. 
All the other attributes discriminated the wines with different intensities, from 2 groups in the case of rose, nutmeg and dry herbaceous to 6 groups for oak. The panel identified one more specific odor attribute in wine 2 (vanilla) and wine 7 (smoked-roasting). 
Each wine had a specificity: wine 5 had the highest intensity for rose, wine 10 for fruity attributes (blackberries, cherries), wine 2 for oak together with vanilla, wine 6 for dry herbaceous, wine 7 for smoked-roasting, wine 3 for pepper. Wines 8 and 9 had the lower intensities for many attributes and the profile of wine 1 was very similar to the average profile of all the 10 wines. 
These preliminary results showed the unity of sensory attributes among wines with a specificity for each product and remarked that Monferace is a very interesting wine style for Grignolino variety. 

References

1-https://monferace.it/en/ (Accessed on 28th January 2022)
2-Raimondi, S., Tumino, G., Ruffa, P., Boccacci P., Gambino G. & Schneider A., 2020, DNA-based genealogy reconstruction of Nebbiolo, Barbera and other ancient grapevine cultivars from northwestern Italy. Sci Rep 10, 15782. https://doi.org/10.1038/s41598-020-72799-6 
3-Cravero MC, Bonello F Tsolakis C., Piano F., Borsa D., 2012, Comparison between Nero d’Avola wines produced with grapes grown in Sicily and Tuscany. Italian Journal of Food Science, XXIV, (4): 384-387. 
4-Bonello, F., Cravero, M.C., Asproudi, A. et al., 2021, Exploring the aromatic complexity of Sardinian red wines obtained from minor and rare varieties. Eur. Food Res. Technol., 247, 133–156. https://doi.org/10.1007/s00217-020-03613-w
5-XLSTAT® software, version Sensory, 2020, 2.2, Addinsoft, New York.

DOI:

Publication date: June 27, 2022

Issue: IVAS 2022

Type: Poster

Authors

Cravero Maria Carla1, Bonello Frederica1, Asproudi Andriani1, Lottero Maria Rosa1, Gianotti Silvia2, Ronco Mario2 and Petrozziello Maurizio1 

1CREA, Research Centre for Viticulture and Enology
2Associazione Monferace 

Contact the author

Keywords

sensory analysis, Grignolino, wood ageing, Monferace

Tags

IVAS 2022 | IVES Conference Series

Citation

Related articles…

Le pays du Brulhois

Depuis un an, nous essayons de mettre en place un projet de développement socio-économique et culturel d’une zone située essentiellement au sud de la Garonne et à cheval sur 3 départements (le Lot et Garonne, le Gers et le Tam et Garonne) et sur 2 régions (l’Aquitaine et Midi Pyrénées): le pays du Brulhois, “porte de la Gascogne”.

Disentangling the sources of variation in stomatal regulation in field-grown cultivar-rootstock combinations

The inherent variability of Nature poses challenges for researchers to draw clear conclusions from field experiments. Identifying and assessing adaptations to climate change requires agronomic field trials.

A methyl salicylate glycoside mapping of monovarietal Italian white wines.

Among the main plant secondary metabolites, glycosides have a key-role in wine chemistry. Glycosides are non-volatile complex composed of a non-sugar component (aglycone) bound to one or more carbohydrates.

Identification of compounds produced by reactions of flavonoids and acetaldehyde in wine

During aging, wine consumes small amounts of oxygen. This oxygen intake triggers a series of reactions that lead to flavonoid elongation, which is known to reduce bitterness and astringency while enhancing color stability.

Polyphenol targeted and untargeted metabolomics on rosé wines : impact of protein fining on polyphenolic composition and color

Color is one of the key elements in the marketing of rosé wines[1]. Their broad range of color is due to the presence of red pigments (i.e. anthocyanins and their derivatives) and yellow pigments, likely including polyphenol oxidation products. Clarifying agents are widely used in the winemaking industry to enhance wine stability and to modulate wine color by binding and precipitating polyphenols[2]. During this study, the impact of four different fining agents (i.e. two vegetal proteins, potatoe and pea proteins, an animal protein, casein, and a synthetic polymer, polyvinylpolypyrrolidone, PVPP) on Syrah Rose wine color and phenolic composition (especially pigments) was investigated. Color was characterized by spectrophotometry analysis using the CIELab system in addition to absorbance data. Fining using PVPP had the highest impact on redness (a*) and lightness (L*) parameters, whereas patatin strongly reduced the yellow component (b*) of the wine color. In parallel, the concentration of 125 phenolic compounds including 85 anthocyanins and derived pigments was determined by Ultra High Performance Liquid Chromatography coupled to elestrospray ionisaion triple-quadrupole Mass Spectrometry (UHPLC-QqQ-ESI-MS) in the Multiple Reaction Monitoring mode[3] .