Author: Mauro-Joaquin Florez-Wilches (INRAE)
As part of the CODECS project, a workshop was held on November 10, 2023 at the Occitanum Open Lab Living Lab, situated in the Tarn region in southern France. The event aimed to bring together stakeholders of the Living Lab (LL) and explore participants’ perceptions of the costs and benefits of digitalisation in agriculture through a focus group.
The attendees – farmers, cooperative advisors, technology advisors, digital advisors, and technical institutes – expressed general support for integrating digital agriculture, viewing it as a means to enhance productivity and reduce labour intensity in vineyard management. However, concerns about cost, complexity, and the practicalities of these innovations also emerged during the discussions. Farmers and technology advisors particularly valued digital tools such as robotics and GPS systems, which help simplify tasks like planting and irrigation. Similarly, cooperative advisors highlighted the potential of digital solutions to improve efficiency and save time.
Despite the enthusiasm, significant concerns remain regarding practical implementation. The cost of solutions, system complexity, and connectivity issues were identified as major obstacles by digital advisors and technical institutes. For successful adoption, these technologies must be adapted to local contexts, with appropriate support and training provided for users. Without these measures, the transition could be proven challenging, particularly for smaller operations.
Changes in Agricultural Practices
The use of digital technologies has already begun to transform certain agricultural practices, particularly in terms of precision and task simplification. Cultivation supervisors reported a significant reduction in fatigue thanks to technologies that automate task in the tractors, improving the management of vineyard plots and enhancing operational accuracy. Farmers also noted the benefits of digital guidance systems, particularly during planting, which facilitate decision-making and streamline the organisation of vineyard operations.
However, trust and integration remain hurdles. Some technologies associated with precision agriculture initially faced scepticism from users. Building confidence in these tools has been critical to overcoming this scepticism, underscoring the importance of trust in the adoption of new digital innovations. Furthermore, cultivation supervisor highlighted the challenges of managing too many disconnected digital tools, which can lead to inefficiencies and management difficulties.
Economic Environmental and Social Costs and Benefits
Participants expressed a range of views on the economic, social, and environmental implications of adopting digital solutions. Cultivation supervisors emphasised the importance of achieving a return on investment to justify the costs of digital tools. Farmers, already dealing with economic constraints in the viticulture sector, were cautious about additional expenses, even if the technologies promised long-term benefits.
- Economic impacts need careful consideration: While digital solutions offer long-term benefits, farmers, especially those managing smaller operations, are cautious about the high costs. Demonstrating a clear return on investment is essential for broader acceptance.
- Environmental benefits need to be achieved: While digital technologies promise to reduce input such as fertilisers, and pesticides, there are concerns about the increased energy consumption required to store and process large amounts of data. Participants stressed the need to balance these benefits with the environmental cost of maintaining digital infrastructure.
- Social impacts and modernisation of agriculture: Socially, digital agriculture is seen as a way to modernise the image of farming, potentially attracting younger generations and improving the public perception of agriculture. Digital tools could help showcase more sustainable practices. However, cultivation supervisors warned that these advantages might primarily benefit large-scale operations, potentially deepening inequalities in the sector.
Concerns about Increasing Technology Adoption
As digital technology becomes more prevalent in agriculture, participants raised concerns about environmental, economic, and social impacts. Technical institutes and farmers expressed worries about the pressure to adopt technologies for environmental reasons, noting that some technologies may overpromise in terms of sustainability gains. Farmers also criticised the issue of startups making ambitious claims that are not always feasible, exacerbating scepticism around the adoption of digital tools.
The future of farm succession in a digitised world is also a recurring theme. Cooperative and technology advisors discussed how digital tools could encourage younger people to take over farms by making the work less arduous and improving the quality of life. However, concerns were raised about the complexities of transferring farms equipped with advanced technology, which could complicate farm handovers and increase operational demands.
Conclusion
The discussions during the workshop revealed a nuanced view of the adoption of digital agriculture in viticulture. While participants acknowledged the significant benefits in terms of productivity, precision, and reduced fatigue, they also expressed concerns about cost, integration challenges, and the long-term implications for smaller farms. For a successful transition to digital agriculture, technologies must be reliable, easy to integrate, and economically viable. Additionally, fostering trust and ensuring equitable access to these innovations are essential for the sustainable development of digital agriculture in the viticulture sector.
