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Low carbon development opportunities for Nigeria : sectoral analyses /
The Federal Government of Nigeria has adopted an ambitious strategy to make Nigeria theworld's 20th largest economy by 2020. Sustaining such a pace of growth will entail rapidexpansion of activity in key carbon-emitting sectors of the economy. In the absence ofpolicies to accompany economic gro...
| Clasificación: | Libro Electrónico |
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| Autor Corporativo: | |
| Otros Autores: | , , |
| Formato: | Electrónico eBook |
| Idioma: | Inglés |
| Publicado: |
Washington, DC :
World Bank,
[2013]
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| Colección: | World Bank e-Library.
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| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- Front Cover; Contents; Preface; About the Editors and Authors; Acknowledgments; Part 1 Agriculture and Land Use Sector; Acknowledgments; Abbreviations; Executive Summary; Chapter 1 Introduction; Figure 1.1 Implementation of the Vision 20: 2020 Roadmap; Figures; Figure 1.2 Mitigation Potential of Low-Carbon Practices on the Agriculture Sector; Table 1.1 Sources for Nigerian Agronomic Practices; Table 1.2 Data Sources for Land Uses; Tables; Table 1.3 Sources of Coefficients Used in the Analysis; Notes; References; Data Sources for the Agriculture and Land Use Sector
- Chapter 2 The Reference ScenarioAgricultural Growth Model; GHG Emissions Model; Figure 2.1 Agricultural Growth Model: Production Increase and Growth Sources; Table 2.1 Agricultural Growth Model Predicted Growth; Maps; Map 2.1 Land Use Map, 2011; Map 2.2 Land Suitable for Agricultural Use, 2011; Figure 2.2 Land Use Evolution in the Reference Scenario; Table 2.2 Land Use in 2010, 2025, and 2035 for the Reference Scenario; Table 2.3 Projected Expansion of Infrastructure for Agriculture in 2025; Emissions Baseline
- Figure 2.3 Annual Emissions by Land Use Activity, in the Reference Scenario, 2010-35Table 2.4 Annual Emissions of 2010 and 2035 in the Reference Scenario; Notes; References; Chapter 3 The Low-Carbon Scenarios: Mitigation Options; Sustainable Land Management Options; Adjusted Agricultural Growth Model; Table 3.1 Mitigation Options Adopted in the Low-Carbon Scenario; Emissions Models under Two Low-Carbon Scenarios; Figure 3.1 Total Production Increase and Growth Sources for Low-Carbon Scenario; Table 3.2 Agricultural Growth Model of Low-Carbon vs. Reference Scenarios
- Table 3.3 Land Use for Low-Carbon Scenarios (2025/2035) vs. Reference ScenarioFigure 3.2 Adoption Rate of SLM Practices; Low-Carbon Scenarios: Results; Figure 3.3 Land Use Evolution in Low-Carbon Scenarios, 2010-35; Table 3.4 Results for the Two Low-Carbon Simulations; Table 3.5 Mitigation Potential of Various Activities; Figure 3.4 Agricultural Mitigation Potential by Subsector for Low-Carbon Scenarios; Table 3.6 Public Cost of Emissions and Mitigation Potential of SLM Measures, 2011-35; Figure 3.5 Marginal Abatement Cost of SLM Practices for FGN
- Table 3.7 Private Cost of Emissions and Mitigation Potential of SLM MeasuresFigure 3.6 Marginal Abatement Cost to Farmers of SLM practices; Figure 3.7 MAC Curves of SLM Practices for All of Nigeria (public + private costs and benefits); Figure 3.8 MAC of SLM practices (scenario A), with Carbon Revenue Added for Farmers; Notes; Table 3.8 MAC of SLM Measures, Depending on the Low-Carbon Scenarios; References; Chapter 4 Recommendations for an Effective Low-Carbon Strategy in the AFOLU Sector; Building a Network of Climate Smart Agriculture Partners; Figure 4.1 Capacity Building Model