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…

Biotic interactions: case of grapevine cultivars – the fungal pathogen Neofusicoccum parvum – biocontrol agents 

Grapevine is subject to multiple stresses, either biotic or abiotic, frequently in combination. These stresses may negatively impact the health status of plants and reduce yields. For biotic stress, grapevine is affected by numerous pest and diseases such as downy and powdery mildews, grey mold, black rot, grapevine fanleaf virus and trunk diseases (namely GTDs). The interaction between grapevine and pathogens is relatively complex and linked to various pathogenicity factors including cell-wall-degrading enzymes (especially CAZymes) and phytotoxic secondary metabolites, growth regulators, effectors proteins, and fungal viruses.

Phytosterols and ergosterol role during wine alcoholic fermentation for 27 Saccharomyces cerevisiae strains

Sterols are a class of the eukaryotic lipidome that is essential for the maintenance of the cell membrane integrity and their good functionality (Daum et al., 1998).

Oospore germination dynamics and disease forecasting model for a precision management of downy mildew 

Downy mildew, caused by Plasmopara viticola, is the most economically impactful disease affecting grapevines. This polycyclic pathogen triggers both primary and secondary infection cycles, resulting in significant yield losses when effective disease control measures are lacking. Over the winter, the pathogen survives by forming resting structures, the oospores, derived from sexual reproduction, which produce the inoculum for primary infections. To optimize grapevine downy mildew control and obtain the desired levels of production while minimizing chemical inputs, it is crucial to optimize the timeframe for fungicide application. Disease forecasting models are useful to identify the infection risk.

Environmental sustainability in the production of grappa with the use of mould-resistant grape varieties: the aroma characterisation of distillates

Grappa is the most important italian spirit and its production includes elements of history, tradition, and culture of the transalpine country. In accordance with EU laws, grappa is obtained from the fermentation and distillation of the pomace, eventually added with fermentation lees and water. Grappa is one of the richest fruit distillates in volatile compounds that confer to the product its characteristic flagrance. The aroma is largely due to the volatile compounds present in the raw materials, in particular alcohols, esters and carbonyl compounds formed during the alcoholic fermentation, but also to grape aromas such as terpenols and norisoprenoids, that confers grappa the distinctive floral scents.

Non-alcoholic wines: evaluation of chemical profile and biological properties

The market of non-alcoholic wine has notably increased in recent years, driven by growing health awareness and regulatory trends aimed at reducing alcohol consumption.