3 research outputs found
Adoption of Innovative Technologies for Sustainable Agriculture: A Scoping Review of the System Domain
No full textThe agricultural sector is undergoing a profound transformation driven by the integration of innovative technologies and practices, but the adoption of these technologies remains uneven. Holistic approaches to the diffusion of innovative technologies in agriculture are seen as crucial for effective adoption and sustainable development. In this context, the systemic dimension of technology adoption is characterized by the interactions between actors that create knowledge and promote the process of technology adoption. Therefore, the overall objective of this study is to provide a comprehensive analysis of the current state of the art in relation to the systemic dimension of the process of technology adoption in developed countries. Following the PRISMA-ScR (Preferred Reporting Items for Systematic Reviews and Meta-Analyses) extension protocol for scoping reviews, we examined the literature to capture the role of the systems dimension in the process of technology adoption. We conducted a two-analysis, bibliometric and content network analysis to identify the concepts and thematic clusters that define the systemic dimension and represent the main drivers of technology adoption for sustainable development in agriculture. The results show that the factors influencing the adoption of agricultural technologies are treated inconsistently in the literature, with a focus on technological and economic aspects rather than systemic elements such as governance and stakeholder interactions
The agricultural sector is undergoing a profound transformation driven by the integration of innovative technologies and practices, but the adoption of these technologies remains uneven. Holistic approaches to the diffusion of innovative technologies in agriculture are seen as crucial for effective adoption and sustainable development. In this context, the systemic dimension of technology adoption is characterized by the interactions between actors that create knowledge and promote the process of technology adoption. Therefore, the overall objective of this study is to provide a comprehensive analysis of the current state of the art in relation to the systemic dimension of the process of technology adoption in developed countries. Following the PRISMA-ScR (Preferred Reporting Items for Systematic Reviews and Meta-Analyses) extension protocol for scoping reviews, we examined the literature to capture the role of the systems dimension in the process of technology adoption. We conducted a two-analysis, bibliometric and content network analysis to identify the concepts and thematic clusters that define the systemic dimension and represent the main drivers of technology adoption for sustainable development in agriculture. The results show that the factors influencing the adoption of agricultural technologies are treated inconsistently in the literature, with a focus on technological and economic aspects rather than systemic elements such as governance and stakeholder interactions
Barriers and drivers of digital agriculture adoption: Insights from Italian farming stakeholders
No full textDigital agriculture technologies represent a solution for improving productivity levels and environmental sustain- ability, thanks to data with great potential. Therefore, understanding the mechanisms of adoption and diffusion of digital farming technologies is crucial. Notably multiple factors are responsible for farmers’ technology adoption rate. The objective of this paper is to analyze the barriers to technology adoption and drivers of diffusion for a group of Italian stakeholders by using qualitative research methods. Results identify many barriers to technology adoption and point out that cooperation between stakeholders, along with collaborative efforts through technical support and training activities are key strategies
Exploring Barriers and Needs in the Adoption of Digital Farming Technologies: Insights from Italian Stakeholders in the Food Supply Chain
No full textDigital agriculture technologies represent a solution for improving productivity levels and environmental sustainability by collecting, integrating and analysing data with great potential from different sources. The potential disruptive impact of digital agriculture makes it particularly important to understand the mechanisms of adoption and diffusion of digital farming technologies. Indeed, the existing literature clearly shows that multiple factors involved in the decision-making process are responsible for farmers' technology adoption rate. However, their knowledge is still incomplete. Individual, technological, social, and economic factors influencing technology adoption at both farm and system levels can depict the overall decision-making process. The approach of this paper is to explore farmers' adoption process from the Italian stakeholders' perceptions of needs and demands for digital technologies. The main objective is to analyze the barriers to adoption and drivers to the diffusion of system innovations by using a combined qualitative research method with focus groups and semi-structured interviews.
Results from content analysis point out that a crucial precondition for embracing digital transformation is the interaction between different stakeholders, promoting cooperation as a key strategy. Collaborative efforts through technical support and training activities have the potential to moderate business risks, foster individual competitiveness and strengthen overall investment capacity in the agricultural sector
