GiESCO 2019 banner
IVES 9 IVES Conference Series 9 GiESCO 9 Testing the pathogen e-learning and field training course on grapevine virus knowledge and management

Testing the pathogen e-learning and field training course on grapevine virus knowledge and management

Abstract

Context and purpose of the study – One of the reasons of the spread of grapevine virus diseases in vineyards around the world is the lack of knowledge by the main actors of the wine sector. To face this problem, five partners worked together to develop the PAThOGEN project, a training program aimed to improve grapevine virus knowledge and management. The partnership gathers one French technical center (IFV), one Spanish university (USC), one Italian applied research center (CREA), one Spanish foundation specialized in training and technology transfer (FEUGA) and one Italian SME specialized in the development of informatics tools and in knowledge transfer (HORTA).The objectives of PAThOGEN are: (i) to develop and maintain a high-quality work-based Vocational and Education Training program, (ii) to improve the skills of professionals of the wine sector.

Material and methods – The PAThOGEN training is the result of a project co-funded by the Erasmus+ Program of the European Union (2015-1FR1-KA202-015329). The e-learning training was developed in two levels (BASIC and ADVANCED) and four languages (English, French, Spanish and Italian); the training is completed with two practical sessions in the field, one in spring and one in autumn. The contents and platform were evaluated by the partners, an external evaluator and an advisory board of wine technicians from the 3 partner countries to ensure that the content proposed for the courses corresponded to the needs of the professionals of the sector. Once this step was validated, the pilot courses were available online, and groups of “student-testers” were selected in the 3 countries from different professional categories (technicians, winegrowers, nurserymen, students, teachers, phytosanitary official services…). Throughout the process of developing the courses, the advisors and students assessment has been essential to getting a demand-driven training.

Results – In the 3 countries, 128 people have tested the online courses. A very large majority (98%) considered the PATHOGEN program as an “interesting” or “very interesting” training course. The field sessions were crucial to finalize the training and were well appreciated by students because they allowed them to identify the symptoms of virus diseases in vivo (94% of the students had a “very good impression” concerning the field session). The detailed evaluations allowed us to rework the courses both in terms of content (simplification, clarity of information…) and functionality of the platform (speed of animations, quality of audio, sharpness of photos…). We have therefore improved the 8 versions of the courses (4 languages, 2 levels) taking these remarks into account and they are currently available at www.pathogenproject.eu

DOI:

Publication date: September 21, 2023

Issue: GiESCO 2019

Type: Poster

Authors

Julián GARCÍA-BERRIOS1, Elisa ANGELINI2, Cristina CABALEIRO1, Anne-Sophie SPILMONT3, Daniel DURÁN4, Tiziano BETTATI5

1 USC, EPS de Ingeniería, 27002 Lugo (SP)
2 CREA, Viale XXVIII Aprile 26 – 31015, Conegliano, Treviso (IT)
3 IFV Domaine de l’Espiguette – 30240, Le Grau Du Roi (FR)
4 FEUGA Rúa Lope Gómez de Marzoa s/n – 15705 Santiago de Compostela (SP)
5 HORTA S.r.l. Via Egidio Gorra 55 – 29122, Piacenza (IT)

Contact the author

Keywords

grapevine, virus, e-learning, field training

Tags

GiESCO | GiESCO 2019 | IVES Conference Series

Citation

Related articles…

Toasting and grain effect on Tempranillo red wine aged in Quercus petraea barrels

The barrel-making process is widely recognized as a crucial practice that affects the composition of barrel-aged wine. After the drying process, the staves are considered ready for barrel assembly, which includes the processes of bending and toasting the barrel structure. Toasting is considered one of the most critical stages in determining the physical and chemical composition of the staves, which can influence the chemical and sensory composition of the wine aged in barrels made from them [1].

Study of the “Charentes terroir” for wine production of Merlot and Sauvignon: method, installation of the experimental device, first results

Cognac vineyard is mainly dedicated to brandy production. Within the vineyard restructuring context, one part is turned over wine varieties for wine production (about 1,500 ha planted from 1999 to 2005). Today, the new wine producers need technical references about qualitative potential of the « Charentes Terroir », varieties and adapted vineyard management.
In order to answer to this professional request, an observatory of 18 plots of Merlot and 12 plots of Sauvignon have been laid out since 2003 and 2004 on various kinds of pedoclimate.

Improvement of sparkling wines production by a zoning approach in Franciacorta (Lombardy, Italy)

Franciacorta is a viticultural area which extends in the hills to the South of Iseo lake in Lombardy. It is particularly famous for the production of sparkling wines obtained mostly from Chardonnay and Pinot blanc and noir grapes. The name of this territory is of medieval origin and appeared for the first time in 1277 as “Franzacurta”, from the Latin “franchae curtes”, i.e. “tax-free” monasteries. It was geographically delimited in 1429, when it was a territory of the Republic of Venezia.

Évolutions qualitative et quantitative des flores microbiennes de moûts de pommes à cidre au cours de la fermentation: relations avec le terroir et la composition physico-chimique des fruits

En France, la filière A.O.C. cidricole emploie de plus en plus de levures initialement sélectionnées pour les fermentations des vins. Le risque d’une uniformisation organoleptique ou d’un marquage

Wine odors: chemicals, physicochemical and perceptive processes involved in their perception

The odors of wines are diverse, complex and dynamic and much research has been devoted to the understanding of their chemical bases. However, while the “basic” chemical part of the problem, namely the identity of the chemicals responsible for the different odor nuances, was satisfactorily solved years ago, there are some relevant questions precluding a clear understanding. These questions are related to the physicochemical interactions determining the effective volatilities of the odorants and, particularly, to the perceptual interactions between different odor molecules affecting in different ways to the final sensory outputs.