What's Cooking : : Digital Transformation of the Agrifood System.
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| Superior document: | Agriculture and Food Series |
|---|---|
| : | |
| TeilnehmendeR: | |
| Place / Publishing House: | Washington, D. C. : : World Bank Publications,, 2021. ©2021. |
| Year of Publication: | 2021 |
| Edition: | 1st ed. |
| Language: | English |
| Series: | Agriculture and Food Series
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| Online Access: | |
| Physical Description: | 1 online resource (251 pages) |
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Table of Contents:
- Front Cover
- Contents
- Foreword
- Acknowledgments
- About the Authors
- Abbreviations
- Executive Summary
- A Framework to Guide the Public Policy Response Aimed at Maximizing the Efficiency, Equity, and Environmental Sustainability of the Digital Transformation
- Digital Technologies Offer Huge Opportunities
- The Risks of a Digital Divide Remain Significant
- Data Governance and Competition are Major Concerns
- Realizing the Potential of Digital Technologies to Transform the Food System Will Require Carefully Crafted Public Policies and Investments
- Plan of the Report
- Part One Setting the Stag
- Chapter One The Agrifood System's Digital Promise
- Key Messages and Introduction
- Unhealthy Economy
- Unhealthy People
- Unhealthy Planet
- How can Digital Technologies Help Achieve a Healthy Economy, Healthy People, and a Healthy Planet?
- Scope and Structure of the Report
- References
- Chapter Two Pathways for Digital Technologies to Change the Agrifood System
- Key Messages and Introduction
- Pathways for Improved Efficiency
- Pathways for Improved Equity
- Pathways for Improved Environmental Sustainability
- Public Policy Entry Points for Accelerating Digital Transformation of the Agrifood System
- References
- Part Two The Agrifood System's Digital Transformatio
- Chapter Three Transforming Agrifood Value Chains
- Key Messages
- On-Farm Digital Transformation
- OFF-Farm Digital Transformation
- Challenges for Adoption of Digital Technologies
- Have Digital Technologies Boosted Equity and Environmental Sustainability in Agricultural Value Chains?
- Environmental Sustainability
- References
- Chapter Four Transforming Rural Finance Markets
- Key Messages
- Barriers to Financial Inclusion
- Pathways for Improved Efficiency, Equity, and Environmental Sustainability
- References.
- Chapter Five Transforming Agricultural Policies
- Key Messages
- Role of Transaction Costs in Agricultural Policies
- Digital Opportunities for Reducing Transaction Costs in Agricultural Policies
- Key Barriers, Risks, and Implementation Considerations
- References
- Part Three Securing Gains from the Digital Transformation of the Agrifood System
- Chapter Six Data's Possibilities and Risks
- Key Messages
- Data's Promise for Digital Transformation of the Agrifood System
- Data-Related Challenges to Achieving the Promise of Digital Technologies
- References
- Chapter Seven Policies to Maximize the Gains Made through Digital Technologies
- Key Messages
- Policy Framework for Fostering Digital Transformation of the Agrifood System
- Policies for Enabling Digital Transformation to Maximize Efficiency Gains
- Policies Targeted at Maximizing Equity Outcomes of Digital Transformation
- Policies Targeted at Maximizing Environmental Sustainability Outcomes of Digital Transformation
- References
- Part Four Appendixe
- Appendix A The Digital Agriculture Profiling Tool
- Appendix B The Agriculture Digitalization Index
- Appendix C Mobile Coverage in Rural Areas
- Appendix D Agriculture Digitalization Index Methodology
- Appendix E Maximizing the Finance for Development Approach to Assess the Public Sector Role in Facilitating Broader Development and Adoption of Digital Technologies
- Glossary
- Boxes
- Box 1.1 The Digital Revolution Is Different from Other Technological Revolutions because of the Characteristics of Digital Information and Digital Goods
- Box 2.1 Impacts of Digital Agriculture on Input Industries
- Box 2.2 Impacts of Digital Transformation on Agricultural Jobs
- Box 2.3 Properties of Digital Information and Digital Goods Have Implications for Their Supply in Rural Areas.
- Box 3.1 Case Studies of Tractor Hire and Drone Hire in India, Nigeria, and China
- Box 3.2 Role of Distributed Ledger Technologies and Smart Contracts for Improved Traceability along the Agrifood Value Chains
- Box 3.3 Digital Technologies for Sustainable Intensification in Uruguay
- Box 4.1 Data Used to Generate Digital Credit Scores
- Box 4.2 Publicly Available Remote-Sensing Data
- Box 4.3 Remote Sensing to Predict Yield
- Box 5.1 Lessons from Digitizing Agriculture Payments: From Colombia, Estonia, and Nigeria
- Box 5.2 Good Practices for the Establishment of Farm Registries for Administration of Agriculture Support: Experiences from EU Member States
- Box 6.1 Open Data Definition
- Box 7.1 Measuring Good Regulatory Practices for Access to Digital Technologies in Rural Areas
- Figures
- Figure ES.1 Digital Technologies Allow Information to Flow MoreEasily across the Food System
- Figure ES.2 The Structure of the Report
- Figure 1.1 Digital Agriculture and Past Revolutions
- Figure 2.1 Pathways for Digital Agriculture to Improve Efficiency, Equity, and Environmental Sustainability
- Figure 2.2 Stages of the Agricultural Production Process and Information Needs
- Figure 2.3 Transaction Costs and Risks in Agricultural Value Chains
- Figure B2.2.1 Automation Potential across Different Sectors of the Economy
- Figure 2.4 Enablers of Digital Innovation Ecosystems in the Agrifood System
- Figure 4.1 Rural Credit
- Figure 5.1 Policy-related Transaction Costs for the Provision of Budgetary Payments
- Figure 5.2 Digital Technologies Can Reduce Transaction Costs along the Policy Cycle
- Figure B5.2.1 Umbrella Farm Register in Austria
- Figure 5.3 Digital Technologies Currently Used in the Policy Cycle.
- Figure 7.1 Policy Framework for Fostering the Efficient, Equitable, and Environmentally Sustainable Digital Transformation of the Agrifood System
- Figure 7.2 The Data Infrastructure for Agriculture
- Figure A.1 Food System Hubs
- Figure A.2 Example of EEE and PPP Framework Application
- Maps
- Map 2.1 Gender Gaps in Mobile Internet Use Are Wide in Low- and Middle-Income Countries, 2019
- Map 4.1 Commercial Bank Branches per 100,000 People Worldwide
- Map A.1 Digital Agriculture Availability Subindex
- Map C.1 South Asia
- Map C.2 Sub-Saharan Africa
- Map C.3 Europe and Central Asia
- Map C.4 Latin America and the Caribbean
- Map C.5 Middle East and North Africa
- Map C.6 East Asia and Pacific
- Photo
- Photo B3.3.1 Tagged Cow in Uruguay
- Tables
- Table 1.1 The Global Food System Is Large and Complex, with Many Actors
- Table 3.1 Summary of the Impact of Digital Technologies on Farmgate Prices
- Table 3.2 Factors in the Adoption of Digital Technologies
- Table A.1 Efficiency Indicator Examples
- Table A.2 Equity Indicator Examples
- Table A.3 Environmental Indicator Examples
- Table B.1 Agriculture Digitalization Index
- Table D.1 Summary of Agricultural Digitalization Index
- Table E.1 Potential Entry Points for Public Sector Actions.