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This Evaluation Insight Note (EIN) aims to contribute to the World Bank’s goal of encouraging the use of data, digital technology, and innovation towards transforming agri-food systems in client countries. The EIN was guided by the overall question: “How are World Bank agriculture and irrigation projects using technologies and what insights can be drawn from them?” In answering this question, the EIN draws from a portfolio identification and review of 158 active and 113 closed projects (FY16-23) World Bank agriculture and irrigation projects to describe the extent and utilization of agricultural technologies. It supplemented the findings from the review with insights drawn from four project evaluations (Project Performance Assessment Reports) prepared by IEG in Bangladesh, Brazil, Cote d’Ivoire, and Vietnam, which were selected because of their likely lessons on agriculture technology. The portfolio and systematic review provided the basis for seven main insights on coverage and nature of technologies used in World Bank agriculture projects, demand-based technological solutions, technology diffusion, collaboration, and investment in enabling environment factors, among others.The World Bank Agriculture and Irrigation portfolio shows limited coverage of advanced technologies.The technologies that are prevalent in projects are mainly focused on increasing agricultural productivity with limited focus on technologies for facilitating market linkages. Among the technologies promoted in Bank agriculture and irrigation projects, some technologies, and applications such GIS, early warning systems and MIS are more concentrated than others. Combining demand-based technological solutions with training and technical assistance supported uptake of those solutions. Technology diffusion worked well when there was strong collaboration between key research and extension agencies, each with well-defined roles and responsibilities in the projects. When technology dissemination efforts are combined with investments in enabling environment factors such as infrastructure (i.e., roads, markets), they facilitated technology adoption. Building sustainable institutional models – key for technology uptake and use – continue to be challenging in Bank supported projects.

Evaluation Insight Note : Agriculture Innovation and Technology in World Bank Projects

Resource Key: UBLGCBNB

Document Type: Report

Creator:

Author:

  • World Bank

Creators Name: {mb_resource_zotero_creatorsname}

Place: Washington D.C.

Institution: World Bank

Date: 2024

Language: en

This Evaluation Insight Note (EIN) aims to contribute to the World Bank’s goal of encouraging the use of data, digital technology, and innovation towards transforming agri-food systems in client countries. The EIN was guided by the overall question: “How are World Bank agriculture and irrigation projects using technologies and what insights can be drawn from them?” In answering this question, the EIN draws from a portfolio identification and review of 158 active and 113 closed projects (FY16-23) World Bank agriculture and irrigation projects to describe the extent and utilization of agricultural technologies. It supplemented the findings from the review with insights drawn from four project evaluations (Project Performance Assessment Reports) prepared by IEG in Bangladesh, Brazil, Cote d’Ivoire, and Vietnam, which were selected because of their likely lessons on agriculture technology. The portfolio and systematic review provided the basis for seven main insights on coverage and nature of technologies used in World Bank agriculture projects, demand-based technological solutions, technology diffusion, collaboration, and investment in enabling environment factors, among others.The World Bank Agriculture and Irrigation portfolio shows limited coverage of advanced technologies.The technologies that are prevalent in projects are mainly focused on increasing agricultural productivity with limited focus on technologies for facilitating market linkages. Among the technologies promoted in Bank agriculture and irrigation projects, some technologies, and applications such GIS, early warning systems and MIS are more concentrated than others. Combining demand-based technological solutions with training and technical assistance supported uptake of those solutions. Technology diffusion worked well when there was strong collaboration between key research and extension agencies, each with well-defined roles and responsibilities in the projects. When technology dissemination efforts are combined with investments in enabling environment factors such as infrastructure (i.e., roads, markets), they facilitated technology adoption. Building sustainable institutional models – key for technology uptake and use – continue to be challenging in Bank supported projects.

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