REGEVIT Operational Group: A supra-regional network for the transition towards regenerative and resilient viticulture
- Type Operational group
- Status In progress
- Execution 2026 -2029
- Assigned Budget 598.776,00 €
- Scope Supraautonómico
- Autonomous community Castilla y León; Cataluña; Galicia
- Main source of financing CAP 2023-2027
Validation of a winemaking byproduct (winemaking sludge) as a safe and effective organic amendment, promoting a circular economy and reducing external inputs. User guide and applicable regulations. The aim is to improve the organic matter content and water retention capacity of the soil.
Demonstration that the application of winery wastewater sludge increases the functional biodiversity of vineyards under different agroclimatic conditions. Characterization of the beneficial microorganisms present in the soil after sludge application and calculation of various biodiversity indices.
Development of microbial inoculants with biostimulant or biocontrol effects (PGPR and Trichoderma), validated in vineyards as an alternative to the use of biostimulant or phytosanitary products, and proposals for production scaling. For the reduction of grapevine diseases and pests identified in the vineyard through previously tested inoculants.
Validation of a set of validated technical recommendations on regenerative management that allow for maintaining or improving key quality parameters in grapes and wine, applicable in various wine-growing regions and with potential for market differentiation. Based on agronomic, physiological, oenological, and environmental data, which demonstrate an improvement or maintenance of key quality parameters in grapes and wine, and a reduction in external inputs.
Preliminary review of practices and positive externalities observable in the vineyard and exploration of the potential for valorizing the positive externalities generated with the implementation of the project's regenerative practices.
Comparative cost-benefit study between conventional and regenerative practices in different areas, with business models and recommendations for sectoral adoption.
To publicize the project and its results. The wine sector and society in general will be informed of the project's progress and outcomes. This will be achieved through various channels, including: specialized and general press, websites, social media, email campaigns, newsletters, and radio broadcasts on local stations or podcasts, as well as presentations at conventions, promotional materials, and stationery produced throughout the project's duration.
To encourage companies and organizations to replicate the project in order to innovate, grow, or adopt more innovative and effective techniques and practices. The following will be used to disseminate the project's technical and demonstrative content: Project website, social media, email and newsletters, technical press and industry media, in-person events, and professional digital platforms.
To raise social awareness about the importance of implementing sustainability strategies and to educate the public about the effects of climate change. The wine sector and society at large will be informed of the project's progress and results. This information will be disseminated through channels such as the press, websites, social media, and radio.
Internal communication. Dissemination of project monitoring, evaluation and results reports, shared calendar, shared folder, via video calls and email.
Each of the proposed objectives translates into concrete, useful, and measurable results: technical reports, databases, strain banks, practical guides, and sensory studies with direct application in the field or winery. Characterizing the microbiome and the physicochemical properties of the soil allows for obtaining reliable indicators of the fertility and functionality of the agroecosystem. The identification of microbial bioindicators, as well as the sensory evaluation of the final product, integrates scientific knowledge with the real needs of winegrowers, technicians, and consumers. All the results have been designed to have a direct impact on agronomic decision-making, the development of biological products, the commercial value of wine, and climate change mitigation. Furthermore, coordination and monitoring costs have been distributed proportionally among the different results according to their complexity and technical workload, ensuring efficient and coherent project implementation.
This project proposes an innovative approach based on the creation and application of native microbial inoculants specific to grapevines. The microbiome present in the soil and wine sludge will be characterized and isolated using advanced molecular techniques such as metataxonomics and qPCR. With this information, specific inoculants of beneficial grapevine microorganisms will be designed, which, when reintroduced into the soil, will contribute to improving key characteristics of the crop.
To develop and validate innovative regenerative viticulture practices that improve soil and vineyard biodiversity and functionality, increase vine resilience, optimize grape and wine quality, and generate economic, social, and environmental benefits for the Spanish wine sector. The application of regenerative viticulture practices responds to the urgent need to offer sustainable solutions to the wine sector in the face of the challenges of climate change, soil degradation, and biodiversity loss.
- Coordinator/entity name: ASSOCIACIO AEI INNOVI
- Postal address: Plça Agora 1, 08720 Vilafranca del Penedes, Barcelona
- Email coordinator/entity: oficina@innovi.cat
- Telephone: 607714746
- ASSOCIACIO AEI INNOVI
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