Macrowine 2021
IVES 9 IVES Conference Series 9 Effect of culture and familiarity on wine perception: a study with spanish and british wine experts

Effect of culture and familiarity on wine perception: a study with spanish and british wine experts

Abstract

AIM: Wine perception results from the interaction between the wine and its intrinsic and extrinsic characteristics and the experience [1], background and beliefs of the consumer [2,3]. Among all of the factors affecting wine perception, in this study we focused on culture and cognitive processes, working under the hypothesis that higher familiarity with wines would induce higher perceived quality. Furthermore, we hypothesised that culture would influence the verbalisation of wine properties associated with the different experiences of consumers from different cultures.

METHODS: A total of 18 white wines from two countries and four different grape varieties (Vitis vinifera cvs Bacchus and Ortega from the United Kingdom and Vitis vinifera cvs Verdejo and Albariño from Spain) were sensorially assessed by 32 wine experts (16 from La Rioja, Spain, and 16 from East Sussex, England). In each country, all participants were invited to describe the wines according to a labelled free sorting task and to evaluate wine quality using a categorisation task with five pre-established quality categories viz; very low, low, average, high and very high. The order of presentation of tasks was randomized in each country.

RESULTS: Two-way ANOVA with the country of origin of experts (CO) and wines (W) as independent variable showed a significant interaction effect (CO*W) for quality judgements (F = 2.019; P < 0.01), suggesting that quality scores of wines depended on the country-of-origin of experts. It was observed that only four out of the 18 wines evaluated showed significant differences in quality scores. Three of them were Spanish wines that were perceived to be of higher quality by Spanish experts, and the fourth wine was a British wine perceived to be higher in quality by British experts. These results could only partially confirm our initial hypothesis related to the impact of familiarity on increasing the perception of quality.

With regard to the groups formed through the sorting task (non-verbal strategy), both groups of experts used a similar strategy with the wines mainly separated by grape variety. Regarding the differences in the description of the wines overall, they used similar terms. The only difference observed was associated with increased use of the term “floral” by Spanish experts, while the term “flat wine” appeared more constantly in British descriptions.

CONCLUSIONS:

The present work improves our knowledge of the cognitive factors and cultural aspects influencing wine perception. Familiarity with the product can affect perception of quality and the verbalisation of sensory properties among wine experts.

DOI:

Publication date: September 24, 2021

Issue: Macrowine 2021

Type: Article

Authors

Alejandro Suárez,  Nicolas DEPETRIS-CHAUVIN, María Purificación FERNÁNDEZ-ZURBANO, IGregory DUNN, María-Pilar SÁENZ-NAVAJAS.

Instituto de Ciencias de la Vid y del Vino (CSIC-UR-GR), Spain,Heber RODRIGUES, UK Centre for Excellence on Wine Education, Training and Research, Plumpton College, United Kingdom  Samantha WILLIAMS, UK Centre for Excellence on Wine Education, Training and Research, Plumpton College, United Kingdom

HES-SO Haute École de Gestion de Génève, Switzerland  

nstituto de Ciencias de la Vid y del Vino (CSIC-UR-GR), Spain  

UK Centre for Excellence on Wine Education, Training and Research

Plumpton College, United Kingdom  

Instituto de Ciencias de la Vid y del Vino (CSIC-UR-GR), Spain

Contact the author

Keywords

cross-cultural, quality, sensory, categorisation, labeled sorting task

Citation

Related articles…

Analysis of Cabernet Sauvignon and Aglianico winegrape (V. vinifera L.) responses to different pedo-climatic environments in southern Italy

Water deficit is one of the most important effects of climate change able to affect agricultural sectors. In general, it determines a reduction in biomass production, and for some plants, as in the case of grapevine, it can endorse fruit quality. The monitoring and management of plant water stress in the vineyard

Phenolic composition of Tempranillo Blanco grapes changes after foliar application of urea

Our research aimed to determine the effect and efficiency of foliar application of urea on the phenolic composition of Tempranillo Blanco grapes. The field experiment was carried out in 2019 and 2020 seasons and the plot was located in D.O.Ca Rioja (North of Spain). The vineyard was Vitis vinifera L. Tempranillo Blanco and grafted on Richter-110 rootstock. The treatments were control (C), whose plants were sprayed with water and three doses of urea: plants were sprayed with urea 3 kg N/ha (U3), 6 kg N/ha (U6) and 9 kg N/ha (U9). The applications were performed in two phenological stages, pre-veraison (Pre) and veraison (Ver). Also, each of the treatments was repeated one week later. Control and treatments were performed in triplicate and arranged in a randomised block design. Grapes were harvested at optimum ripening stage. High-performance liquid chromatography was used to analyse the phenolic composition of the grapes. Finally, the results obtained from the analytical determinations – flavonols, flavanols and non-flavonoid (hydroxybenzoic acids, hydroxycinnamic acids and stilbenes) – were studied statistically by analysis of variance. The results showed that, in 2019, U6-Pre and U9-Pre treatments increased the hydroxybenzoic acid content in grapes, and also all foliar treatments applied at Pre enhanced the stilbene concentration. Moreover, U3-Ver was the only treatment that rose flavonol and stilbene contents in the Tempranillo Blanco grapes. In 2020, all treatments applied at Pre enhanced the flavonol concentration in grapes. Furthermore, U3-Pre and U9-Pre treatments increased stilbene content in grapes. Nevertheless, the hydroxybenzoic acid content was improved by U6-Ver and U9-Ver and besides, hydroxycinnamic acid concentration in grapes was increased by all treatments applied at Ver. In conclusion, the lower and highest dose of urea (U3 and U9), applied at pre-veraison, were the best treatments to improve the Tempranillo Blanco grape phenolic composition.

Organic recycled mulches in sustainable viticulture: assessment of spontaneous plants communities and weed coverage

In recent years, developing more efficient and sustainable viticulture management has been essential due to the impact of climate change in semiarid regions. For this reason, the use of recycled organic mulching (ROM) in the vineyard has become an interesting strategy to cope with water stress, isolated soil from extreme temperatures and improving soil humidity, control the presence of weeds and therefore reduce the inputs of herbicides and improve soil fertility. This work aimed to analyse the effect of three different organic mulches [straw (S), grape pruning debris (GPD) and spent mushroom compost (SMC)] and two traditional soil management techniques [herbicide (H) and interrow (IN)] on weed coverage and the spontaneous plant communities’ presence. Data sampling was collected throughout the vine vegetative cycle of 2021 in La Rioja, Spain. The different soil management techniques had a clear effect on weed coverage and his development during the vine vegetative cycle. SMC and H were the treatments with the highest and the lowest coverage percentage, respectively. IN had a delayed weed emergence at the beginning of the vine vegetative cycle, but finally it reached maximum values nearby SMC. GPD and S had similar effects on weed emergence, reaching 25-30% of the maximum coverage values. A total of 29 herbaceous species were identified during the vegetative cycle, some of them very isolated and occasional. Principal component analysis (PCAs) showed a good association between spontaneous species and treatments, furthermore, specific species-treatment associations were found. Moreover, three clear groups of herbaceous communities were identified by cluster analysis. This study provides interesting information about the effect of different alternative soil management on herbaceous plant coverage and weed species communities which could contribute to making more sustainable viticulture.

Impact of climate change on the viticultural climate of the Protected Designation of Origin “Jumilla” (SE Spain)

Protected Designation of Origin “Jumilla” (PDO Jumilla) is located in the Spanish provinces of Albacete and Murcia, in the South-eastern part of the Iberian Peninsula, where most of the models predict a severe impact of climate change in next decades. PDO Jumilla covers an area of 247,054 hectares, of which more than 22,000 hectares

Short-term relationships between climate and grapevine trunk diseases in southern French vineyards

[lwp_divi_breadcrumbs home_text="IVES" use_before_icon="on" before_icon="||divi||400" module_id="publication-ariane" _builder_version="4.19.4" _module_preset="default" module_text_align="center" module_font_size="16px" text_orientation="center"...