Terroir 2014 banner
IVES 9 IVES Conference Series 9 Aroma profile of Tempranillo tropical red wines from different seasons in the São Francisco valley, northeast of Brazil

Aroma profile of Tempranillo tropical red wines from different seasons in the São Francisco valley, northeast of Brazil

Abstract

Aromatic characteristics of wines are strongly influenced by agronomical and enological factors, depending of the climate, cultivar and winemaking process. Tropical wines are a new concept of vitiviniculture that is being developped in the Northeast of Brazil since the 80’s, located between 8-9º latitude of the South Hemisphere, where the second most important cultivar used for reds is Tempranillo. In this condition, vines produce grapes and enologists elaborate wines twice a year, because high temperatures, solar radiation and water availability for irrigation.

The aim of this work was to determine aromatic profiles of Tempranillo red wines, from three vintages, by using gas chromatography-mass spectrometer (GC-MS). The volatile compounds were extracted by SPME and analyzed on a Shimadzu GC 2010 Plus instrument. The volatile compounds were identified by comparison of the mass spectra recorded by the spectrometer database-NIST, as well as matching the retention indices and mass spectra with the literature data. The concentration of the volatile compounds was determined and quantified by an external calibration curve.

Results are discussed and showed that Tempranillo red wines presented different aroma profiles according to the vintage and seasons, and compounds were identified as esters, alcohols, acids, hydrocarbons and phenylpropanoid. The comparison of the results with data from the literature suggests that the Tempranillo tropical wines were influenced by climate and cultivar factors, presenting typicality that is highly valorized for wines from a determined region worldwide.

DOI:

Publication date: August 18, 2020

Issue: Terroir 2014

Type: Article

Authors

Kirley Marques CANUTO (1),, Edy Souza de BRITO (1), Juliane Barreto de OLIVEIRA (2), Ana Júlia de Brito ARAÚJO (3), Aline Camarão Telles BIASOTO (2), Tigressa Helena S. RODRIGUES (1), Hilton César R. MAGALHÃES (1), Giuliano Elias PEREIRA (4)

(1) Embrapa Tropical Agroindustry, Fortaleza-CE, Brazil
(2) Embrapa Tropical Semi-Arid, Petrolina-PE, Brazil
(3) IF Sertão, Petrolina-PE, Brazil

Contact the author

Keywords

Vitis vinifera L., grape; Tempranillo, tropical wines, volatile compounds, typicality

Tags

IVES Conference Series | Terroir 2014

Citation

Related articles…

Vine field monitoring using high resolution remote sensing images: segmentation and characterization of rows of vines

A new framework for the segmentation and characterization of row crops on remote sensing images has been developed and validated for vineyard monitoring. This framework operates on any high-resolution remote sensing images since it is mainly based on geometric information. It aims at obtaining maps describing the variation of a vegetation index such as NDVI along each row of a parcel.

A fine scale study of temperature variability in the Saint-Emilion area (Bordeaux, France)

As the quality and typicity of wine are influenced by the climate, it is essential to have a good knowledge of climate variability, especially with regard to temperature, which has a great impact on vine behavior and grape ripening.

Research on the origin and the side effects of chitosan stabilizing properties in wine

Fungal chitosan is a polysaccharide made up of glucosamine and N-acetyl-glucosamine and derived from chitin-glucan of Aspergillus niger or Agaricus bisporus. Fungal chitosan has been authorized as an antiseptic agent in wine since 2009 (OIV) and in organic wine in 2018. At the maximum dose of 10g/hl, it was shown to eliminate Brettanomyces bruxellensis, the main spoilage agent in red wines. Fungal chitosan is highly renewable, biocompatible (ADI equivalent to sucrose) and non-allergenic. However, winemakers often prefer to use sulfites (SO2), though sulfites are classified as priority food allergens, than chitosan. Indeed, many conflicting reports exist regarding its efficiency and its side effects towards beneficial wine microorganisms or wine taste. These contradictions could be explained by the heterogeneity of the fungal chitosan lots traded, the diversity of the wines (chemical composition, winemaking process), but also, by the recently highlighted huge genetic diversity prevailing in wine microbial species.

Landscape study of the Suzette rural district. A vineyard in the heart of the Dentelles de Montmirail

Le territoire de Suzette se développe sur un grand coteau viticole et boisé situé au cœur du site naturel des Dentelles de Montmirail (40km au nord d’Avignon). Ce site est à la fois l’un des pôles d’attraction touristique du département et le lieu d’une production viticole renommée (Gigondas, Vacqueyras, Beaumes de Venise, … ). Cet ensemble remarquable de terrasses viticoles et de crêtes rocheuses et boisées, forme un des paysages emblématiques du Vaucluse. La commune est actuellement soumise à une importante pression foncière due à une forte demande résidentielle. Le paysage du coteau forme et possède de ce fait un patrimoine culturel de valeur et une image de marque importante pour la production viticole locale.

Composition of grape grown on different Homogenous Terroir Units (HTU)

One cultivar could produce distinct wines with typical properties and qualities different depending on its cultivated and its mesoclimatic conditions.