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Cover image for Bioenergy development : issues and impacts for poverty and natural resource management
Title:
Bioenergy development : issues and impacts for poverty and natural resource management
Personal Author:
Series:
Agriculture and rural development

Agriculture and rural development series.
Publication Information:
Washington, D.C. : World Bank, c2010
Physical Description:
xviii, 249 p. : ill., maps ; 23 cm.
ISBN:
9780821376294

9780821381298

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30000010258181 HD9502.5.B542 C87 2010 Open Access Book Book
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Summary

Summary

Bioenergy has been critically important since our ancestors first used wood to cook their food and stay warm at night. Traditional forms of bioenergy, firewood and cow dung patties, remain primary fuel sources for many rural and poor people. More modern sources of bioenergy--including ethanol and biodiesel for transport and wood pellets for heating, among many others--offer great promise but generate great controversy.This book gives an overview of bioenergy developments. It examines the main issues and possible socioeconomic implications of these developments, as well as their potential impacts on land use and the environment, especially with respect to forests. The authors present an introduction to bioenergy, provide a background and overview of solid biomass and liquid biofuels, and examine the opportunities and challenges at the regional and country levels. They also examine potential impacts for specific types of bioenergy.'Bioenergy Development' does not attempt to be definitive on such subjects as the impact of bioenergy on food prices, but it does suggest the tradeoffs that need to be examined when considering bioenergy policies. The authors offer five main findings:* Solid biomass will continue to provide a principal source of energy and should not be overlooked.* There will be major land-use implications resulting from bioenergy developments.* It is critical to consider tradeoffs--including those related to poverty, equity, and the environment--when considering bioenergy policies.* There is considerable potential for an increased use of forestry and timber waste as a bioenergy feedstock.* The climate change impacts of bioenergy development are uncertain, and highly specific to location and feedstock.


Table of Contents

Acknowledgmentsp. xiii
About the Authorsp. xv
Abbreviationsp. xvii
Executive Summaryp. 1
General Findingsp. 2
Regional Findingsp. 3
Policy Implicationsp. 5
1 Overviewp. 7
Main Types of Bioenergyp. 8
This Reportp. 11
Total Bioenergy Supply and Contribution to TPESp. 12
Outlook for Bioenergy Consumptionp. 13
Forces Affecting Bioenergy Developmentp. 17
Concerns about Bioenergy Developmentp. 21
Policies, Targets, and Instrumentsp. 25
Notesp. 39
2 Solid Biomassp. 41
Long-Term Trend and Outlook for Primary Solid Biomassp. 44
Bioenergy Production from Solid Biomassp. 46
Traditional Uses of Solid Biomass for Energyp. 65
Modern and Industrial Uses of Solid Biomass for Energyp. 70
Energy Systems Based on Biomass Pelletsp. 76
Notesp. 86
3 Liquid Biofuelsp. 89
Bioethanol for Fuelp. 90
Biodiesel for Fuelp. 93
Economic Viability of Liquid Biofuel Productionp. 96
Social and Environmental Impactsp. 99
Notesp. 120
4 Impacts and Issues at the Country and Regional Levelsp. 121
Africap. 122
East Asia and Pacificp. 127
Europe and Central Asiap. 133
Latin America and the Caribbeanp. 136
Middle East and North Africap. 140
South Asiap. 142
Notesp. 146
5 Conclusionsp. 147
General Conclusionsp. 147
Regional Conclusionsp. 151
Policy Implicationsp. 153
Notep. 155
Appendix A Production of Alcohol Bioenergy from Sugars and Starchesp. 157
Sugarcanep. 157
Cornp. 163
Sweet Sorghump. 167
Cassavap. 170
Nypa Palmp. 173
Notesp. 175
Appendix B Production of Bioenergy from Oilseed Cropsp. 177
Oil Palmp. 177
Soybeanp. 184
Rapeseedp. 189
Jatrophap. 193
Jojobap. 197
Pongamiap. 199
Notesp. 202
Appendix C Second-Generation Bioenergy Productionp. 205
Economics of Second-Generation Bioenergy Productionp. 209
Economic Impact of Second-Generation Bioenergy Productionp. 209
Impact of Second-Generation Bioenergy Production on the Use of Land and Other Resourcesp. 210
Environmental Impact of Second-Generation Bioenergy Productionp. 211
Notesp. 211
Appendix D Third-Generation Bioenergy Productionp. 213
Notep. 215
Referencesp. 217
Indexp. 233
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