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Title page 1
Contents 4
Abbreviations 8
About the Authors 9
Acknowledgments 10
1. Introduction 11
1.1. Introduction 11
1.2. Climate Action in Agriculture 12
1.3. Loss and Damages of Climate Change 15
1.4. Conditions and Understanding of Climate Research in Agriculture 18
1.5. Purpose, Rationale, and Objectives of the Study 26
1.6. Research Questions 27
1.7. Objectives 28
1.8. Scope of the Study 28
1.9. Approach 29
1.10. Limitations 30
1.11. About the Book 31
References 33
2. Approach and Framework 36
2.1. Introduction 36
2.2. Tracking of Progress: Climate Science 38
2.3. Tracking of Progress: Climate Policies 42
2.4. Tracking of Progress: Infrastructure 47
2.5. Role of Artificial Intelligence in Supporting Climate Smart Practices 49
2.6. Tracking of Progress: Finance (Funding Climate Action) 51
2.7. Summary of Learnings from Literature Review 57
2.8. Implications of Learnings for the New Framework 58
2.9. Nature and Approach of an Integrated Framework 60
2.10. Six Ps Framework: Fields of Application 62
2.11. Six Ps: Relevance for the Farm Sector 64
2.12. Description and Application of the Six Ps Framework 65
2.13. Geopolitical Analysis 65
2.14. Socioeconomic Analysis 66
2.15. Technological Analysis 66
References 68
3. Climate and Agriculture Linkages: An Analysis 72
3.1. Introduction 72
3.2. Framework and Interlinkages of the Six Ps 73
3.3. Description of the Six Ps 75
3.3.1. Geopolitical Analysis (Policies and Place) 75
3.3.2. Socioeconomic Analysis (People and Price) 76
3.3.3. Technological Analysis (Product and Process) 76
3.4. Application of Six Ps Framework 77
3.4.1. Indian Agriculture in Context-Historical and Contemporary 77
3.4.2. Geopolitical Analysis 79
3.4.3. Indian Agriculture's Growth Story: Role of Place 87
3.5. Socioeconomic Analysis (People and Price) 91
3.5.1. Analysis of Demographic Factors: The People 91
3.5.2. Analysis of Economic Factors: Price 97
3.5.3. The Climate Angle 106
3.6. Technological Analysis (Product and Process) 108
3.6.1. The Climate Angle 114
3.7. Summary and Conclusions 115
References 120
4. Climate Finance: The Future of Smart Finance? 124
4.1. Introduction 124
4.2. Context and Trends in Climate Finance 126
4.3. Factors Impacting Climate Funding: Real and Reported 131
4.4. Mitigation vs. Adaptation: Competing or Complementing 134
4.5. Challenges in Adaptation Finance 140
4.6. Funding for Agriculture 141
4.7. Future of Climate Finance 143
References 145
5. Conclusions and Way Forward 148
5.1. Introduction 148
5.2. Findings and Insights 149
5.3. Need for a New Approach for Better Management of Climate Change Impacts 150
5.4. Conclusions and Recommendations 152
5.5. Way Forward for Climate Change Management 153
Reference 155
Figure 1.1. Climate-Related Development Finance to Agriculture and Land Use Sectors, vs. All Sectors, 2000-2020 14
Figure 1.2. Trends in Economic Losses Associated with Natural Disasters in South Asia, 1971-2010 15
Figure 1.3. Events and Impacts of Disasters in South Asia 16
Figure 1.4. Farming Households' Perceptions Regarding Loss of Validity in Traditional Weather Forecasts 22
Figure 2.1. Farm Sector at the Climate Action Crossroads 37
Figure 2.2. Year-Wise Number of Climate Change Papers Published 39
Figure 2.3. Share of Climate Change Papers by Topic 39
Figure 2.4. Propensity to Report Types of Results 43
Figure 2.5. Adaptation Activities Reported by Middle-Income and Emerging Economies 45
Figure 2.6. Type of Adaptation Initiatives in Agriculture Reported 46
Figure 2.7. Development Finance Allocated to the Agriculture and Land Use Sector by Climate Objective 52
Figure 2.8. Climate-Related Development Finance to Agriculture and Land Use Subsectors, 2000-2020 53
Figure 3.1. Structure of Six Ps Framework 74
Figure 3.2. Public and Private Investments as a Percentage of Gross Domestic Product from Agriculture 78
Figure 3.3. India's Installed Solar Capacity, 2018-2021, with Projections for 2022 86
Figure 3.4. India Arable Land, 1963-2021 88
Figure 3.5. Percentage Contribution of Various Sectors to India's Gross Domestic Product, 1950-2015 103
Figure 3.6. India's Gross Domestic Product, 1960-2022 104
Figure 3.7. Agriculture, Forestry, and Fishing, Value Added (% of Gross Domestic Product), India 105
Figure 3.8. Timeline of Technological Phases of Agricultural Advancement in India 109
Figure 3.9. Yield Uncertainty Index Across Pulses Before and After the Pulse Revolution 111
Figure 3.10. Cross-Dimensional Linkages of the Six Ps with Climate 117
Figure 4.1. Climate Finance from Developed Countries to Developing Countries 127
Figure 4.2. Sources of Funding, 2013-2021 128
Figure 4.3. Climate Finance by Instrument 129
Figure 4.4. Climate Finance by Use 129
Figure 4.5. Climate Funding by Sector 130
Figure 4.6. Changes in Relative Structure of Funding 132
Figure 4.7. Cost of Solar Panel Prices over Time (Logarithmic Scale) 135
Figure 4.8. Global Annual Average Change in Fossil Fuel Production by Fuel 137
Figure 4.9. Global Annual Average Change in Energy Production by Fuel 138
Figure 4.10. Climate-Related Development Finance to Agriculture and Land Use Subsectors Between 2000 and 2020 142
Boxes 7
Box 4.1. Iberdrola Case Study 136
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