Terroir 1996 banner
IVES 9 IVES Conference Series 9 Characterization of the DOC wine “Colli Piacentini Gutturnio” obtained in three traditional areas

Characterization of the DOC wine “Colli Piacentini Gutturnio” obtained in three traditional areas

Abstract

The poster presents the results of the 3rd year of activity of the project “Characterization of the wine productions of the italian regions. The DOC wine Colli Piacentini Gutturnio”. The project was activated by means of pubblic funds (Mi.P.A.F. and Emilia-Romagna Region funds) and thanks to the coordinating activity of the Experimental Institute for Viticulture of Conegliano (TV), the Experimental Institute for Oenology of Asti and the Centro Ricerche Produzioni Vegetali (CRPV) of Faenza (RA), that involved also other local and national Institutions to carry out the research.
The work concerned the “zoning” of the typical production area of the v.q.p.r.d. wine “Colli Piacentini Gutturnio”, that results from the vinification of Barbera (55-70%) and Bonarda (30-40%) cultivars, grown in the hilly area of Piacenza (Emilia-Romagna region) and, particularly, in three river valleys: Val Tidone (zone A), Val Nure (zone B) and Val d’Arda (zone C).
The examination of the environmental characteristics (soil, climate) and of the vine-growing aspects led to the identification of ten homogeneous sub-zones (5 in A, 2 in B and 3 in C), from which samples of Gutturnio wine of the “vendemmia” 1998 have been taken. The aim was to define the sensorial characteristics of the same wine obtained in different zones with their own climate and kind of soil.
The wines were taken from different winery, so they included the variability due to the different environment in which the grapevines were grown, but also a certain variability due to non-uniform tecnologies in wine-making.
The wines were submitted to chemical, sensorial and instrumental (by “Electronic Nose”) analisys.
The “Electronic nose” system is an instrumental apparatus able to produce, simulating the Mammalia sense of smell, electric signals that are quantified; then the data are submitted to multicomponent analysis. So the “Electronic Nose” can allow the recognition, distinguition and classification of wine odours.

DOI:

Publication date: February 24, 2022

Issue: Terroir 2000 

Type: Article

Authors

Antonio Venturi (1), Lorena Castellari (2), Mario Ubigli (3), Antonella Bosso (3), Guaita Massimo (3), Albino Libè (4), Corrado Di Natale (5), Antonella Macagnano (5), Eugenio Martinelli (5), Alessandro Mantini (5), Arnaldo D’Amico (5)

(1) C.R.P.V. – Filiera Vitivinicola, Via Tebano, 54 – 48018 Faenza (RA)
(2) C.A.T.E.V. S.r.l., Via Tebano, 45 – 48018 Faenza (RA)
(3) Istituto Sperimentale per l’Enologia, Via P. Micca, 35 – 14100 Asti
(4) Provincia di Piacenza, Dipartimento «Politiche di gestione del territorio e tutela dell’ambiente» – Monitoraggio delle risorse territoriali ed ambientali – loc. Gariga – 29027 Podenzano (PC)
(5) Università di Roma, Tor Vergata – Gruppo Sensori e Microsistemi ​Via di Tor Vergata n. 110 -​00133 Roma

Tags

IVES Conference Series | Terroir 2000

Citation

Related articles…

Looking for a more efficient genotypes in water use. A key for a sustainable viticulture

Aim: Grapevine has traditionally been widely cultivated in drylands. However, in recent decades, a significant part of the viticulture all over the word and specifically in Mediterranean basin, is being irrigated. In recent years, due to climate change, among other reasons, the available natural water resources have been reduced substantially compromising the sustainability of viticulture, especially in the most arid areas

Oenological potential of indigenous greek grape varieties and their clones

Vine clone selection aims at the survival of clones with particularly desireable attributes for the production of high quality wines. The purpose of this research was to study the enological potential of the clones of Greek indigenous grape varieties over two vintages, 2018 and 2019.
METHODS: Two clones of the white grape varieties Moschofilero (E26 and E27), Assyrtiko (E11 and 16), Roditis (25E16 and 02E1E21) and two clones of the red grape varieties Xinomavro (19 and E2E30) and Agiorgitiko (03E40 and 41E47) were vinified under the same protocol for the white wines and common for the red wines in 2018 and 2019. The resulting products were studied for several enological parameters such as alcohol content, volatile acidity, pH, total phenolics, anthocyanins and tannins for the red wines, as well as browning tests for the white wines. The aroma profile of these ten samples was investigated through sensory analysis with intensity rating of individual attributes on a five-point scale by a trained panel.

Ugni blanc berry and wine composition impacted by thirteen rootstocks

The Cognac region is expanding, driven by the success of its renowned brandy and the demand for high grape yields to ensure a steady supply of base wine for distillation. Ugni blanc, the most widely planted grape variety, relies on rootstocks for soil and climate adaptation, providing essential nutrient supplies to the scion. Understanding the impact of rootstocks on key berry components, such as sugars and nitrogen compounds, is crucial. These compounds serve as primary precursors for the production of fermentative aroma metabolites, which, in turn, act as quality indicators for eau-de-vie.

Determination of steviol glycosides in wine by HPLC

The SCL laboratory in Bordeaux is one of the two official control laboratories for wine and wine products in france, under the authority of the ministry of finance and two of its general directorates: the DGCCRF (directorate general for competition, consumer affairs and fraud control) and the DGDDI (directorate general of customs and excise duties). In this capacity, it verifies the regulatory compliance of wines and investigates any possible falsifications or fraud. Steviol glycosides are natural sweeteners that are not authorized as additives in wine.

Integrating RO concentrate in viticultural irrigation for sustainable urban water reclamation

Grapevines (Vitis vinifera L.) require precise irrigation to maintain yield and quality, and the increasing use of reclaimed desalinated water for irrigation raises concerns about the accumulation of reverse osmosis concentrate (ROC), a high-salinity byproduct with no sustainable disposal solution.