WAC 2022 banner
IVES 9 IVES Conference Series 9 WAC 9 WAC 2022 9 2 - WAC - Posters 9 Organoleptic and analytical impacts of the color of glass of the bottles on Chasselas wine

Organoleptic and analytical impacts of the color of glass of the bottles on Chasselas wine

Abstract

This study was performed on Chasselas wine to assess the impact of exposure to wine light according to several glass color of bottles. The aim was to highlight any differences whether from an organoleptic or analytical point of view depending on the color. For this, four different shades were compared, dead leaf, green, cinnamon and transparent. A control, not treated with light, was also included in the study. Several tests were carried out with different exposure times in boxes as well as in stores. The bottles were exposed 7 days, 4 days as well as 2 days in box but also 7 days in store. At the end of each test the different modalities were tasted by an expert panel in order to observe any differences between the tint modalities. As a result of these experiments, it was observed that organoleptic differences significant appeared after 2 days of exposure, in particular on the olfactory notes of the reduction. The transparent modality was seen to be significantly more intense on reduction scores compared to other modalities, including the witness in particular. These differences were also observed during all the tests even that of 7 days of exposure in store where we would have thought that there would be no difference. Overall, the control and cinnamon modalities are generally perceived to have more intense notes on the fruity, floral descriptors but less intense for reduction than the transparent shade. For the dead leaf and green modalities, the results are more contrasted and sometimes approach those of the control and other times closer to the transparent modality. Regarding the analytical results, similar conclusions could be drawn with respect to the sensory tests. In fact, the transparent modality is the variant which has an absorbance of the UV-C solution that is twice as high as the other modalities after the 7-day treatment in the chamber. In view of the sensory and analytical results obtained in this study, the choice of the color of the bottles turns out to be an essential element in influencing the intrinsic and extrinsic characteristics of a wine. In order to preserve the qualities of the wine over the medium and long term, dark and opaque tints should be favored. Conversely, a transparent glass could be recommended in the case of rapid consumption of the wine after bottling.

DOI:

Publication date: June 27, 2022

Issue: WAC 2022

Type: Article

Authors

Pierrick Rebenaque, Ombeline Guillemier, Benoit Bach

Presenting author

Pierrick Rebenaque – Changins

Changins | Changins

Contact the author

Keywords

Sensory-Analytic-Color of glass-UV-Wine

Tags

IVES Conference Series | WAC 2022

Citation

Related articles…

YEAST DERIVATIVE PRODUCTS: CHARACTERIZATION AND IMPACT ON RIBOFLAVIN RELEASE DURING THE ALCOHOLIC FERMENTATION

Light-struck taste (LST) is a wine fault that can occur in white and sparkling wines when exposed to light. This defect is mainly associated to the formation of methanethiol and dimethyl disulfide due to light-induced reactions involving riboflavin (RF) and methionine [1]. The presence of RF in wine is mainly due to the metabolism of yeast [2] which fermenting activity can be favoured by using yeast derivative products (YDPs) as nutrients. Nonetheless, a previous study showed the addition of YDPs before the alcoholic fermentation (AF) led to higher concentrations of RF in wines [3]. Due to the widespread use of YDPs in the winemaking process, this study aimed to understand the possible relation between the content of RF in wine and the YDP adopted as nutrient for AF.

Litchi tomato as a fumigation alternative in Washington state wine grape vineyards

The northern root-knot nematode (Meloidogyne hapla) is one of the most prevalent plant-parasitic nematodes affecting Washington State Vitis vinifera vineyards. This nematode induces small galls on roots, restricting water and nutrient uptake. In new vineyards this can impede establishment. In existing vineyards, it can exacerbate decline in chronically stressed vines. While preplant fumigation is a common strategy for M. hapla management, its efficacy is temporary and relies on broad-spectrum chemicals that undergo frequent regulatory scrutiny. The trap crop litchi tomato (Solanum sisymbriifolium) showed promise in reducing plant-parasitic nematode densities in potato. This prompted field greenhouse experiments to evaluate its potential to reduce M. hapla in V. vinifera.

Changes in the composition and extractability of flavonoids in Cabernet-Sauvignon: influence of site, climate and vine water status

The purpose of the study was to monitor berry development as a function of site, vine water status and climate in order to improve our understanding of the role played by climate change on secondary metabolites relevant to wine quality.

Varieties and rootstocks: an important mean for adaptation to terroir

A large genetic diversity exists among V. vinifera varieties, but also among cultivated rootstocks. This diversity is important to adapt plant material to different environmental conditions

Les préparations biodynamiques 500 et 501 ont elles un effet sur la vigne ?

Dans le cadre de TerclimPro 2025, Markus Rienth a présenté un article IVES Technical Reviews. Retrouvez la présentation ci-dessous ainsi que l’article associé : https://ives-technicalreviews.eu/article/view/8396