Bioenergy Development : Issues and
            Impacts for Poverty and Natural Resource Management

Cushion, Elizabeth; Whiteman, Adrian; Dieterle, Gerhard

dc.creator	Cushion, Elizabeth
dc.creator	Whiteman, Adrian
dc.creator	Dieterle, Gerhard
dc.date	2012-03-19T09:32:26Z
dc.date	2012-03-19T09:32:26Z
dc.date	2010
dc.date.accessioned	2023-02-17T20:35:46Z
dc.date.available	2023-02-17T20:35:46Z
dc.identifier	http://www-wds.worldbank.org/external/default/main?menuPK=64187510&pagePK=64193027&piPK=64187937&theSitePK=523679&menuPK=64187510&searchMenuPK=64187283&siteName=WDS&entityID=000333037_20100104224803
dc.identifier	978-0-8213-7629-4
dc.identifier	http://hdl.handle.net/10986/2395
dc.identifier.uri	http://localhost:8080/xmlui/handle/CUHPOERS/242768
dc.description	These report overviews recent developments in the consumption and production of bioenergy. It examines the main issues and possible economic implications of these developments and assesses their potential impact on land use and the environment, especially with respect to forests. The report examines both solid biomass and liquid biofuels, identifying opportunities and challenges at the regional and country levels. The development of bioenergy presents both opportunities and challenges for economic development and the environment. It is likely to have significant impacts on the forest sector, directly, through the use of wood for energy production, and indirectly, as a result of changes in land use. The impact of bioenergy on poverty alleviation in developing countries will depend on the opportunities for agricultural development, including income and employment generation, the potential to increase poor peoples' access to improved types of bioenergy; and the effects on energy and food prices. Five main messages emerge from this report: solid biomass will continue to be a principal source of energy; developments in bioenergy will have major implications for land use; tradeoffs, including those related to poverty, equity, and the environment, must be evaluated when choosing a bioenergy system; there is considerable potential for making greater use of forestry and timber waste as a bioenergy feedstock; and the climate benefits of bioenergy development are uncertain and highly location and feedstock specific.
dc.language	English
dc.publisher	World Bank
dc.relation	Agriculture and rural development
dc.rights	CC BY 3.0 IGO
dc.rights	http://creativecommons.org/licenses/by/3.0/igo
dc.rights	World Bank
dc.subject	AGRICULTURAL RESIDUE
dc.subject	AGRICULTURAL RESIDUES
dc.subject	ALCOHOL PRODUCTION
dc.subject	ALTERNATIVE FUELS
dc.subject	ANAEROBIC DIGESTION
dc.subject	APPROACH
dc.subject	AVAILABILITY
dc.subject	BIO-OIL
dc.subject	BIODIESEL
dc.subject	BIOENERGY
dc.subject	BIOFUEL PRODUCTION
dc.subject	BIOGAS
dc.subject	BIOGAS PRODUCTION
dc.subject	BIOLOGICAL NITROGEN FIXATION
dc.subject	BIOMASS
dc.subject	BIOMASS COMPONENTS
dc.subject	BIOMASS ENERGY
dc.subject	BIOMASS ENERGY PRODUCERS
dc.subject	BIOMASS ENERGY PRODUCTION
dc.subject	BIOMASS FOR ENERGY
dc.subject	BIOMASS FOR ENERGY PRODUCTION
dc.subject	BIOMASS FUELS
dc.subject	BIOMASS RESOURCES
dc.subject	BIOMASS TECHNOLOGIES
dc.subject	BIOMASS USE
dc.subject	BLACK LIQUOR
dc.subject	BOILER
dc.subject	BOILERS
dc.subject	CALORIFIC VALUE
dc.subject	CARBON DIOXIDE
dc.subject	CARBON EMISSIONS
dc.subject	CARBON SEQUESTRATION
dc.subject	CATALYTIC CONVERSION
dc.subject	CELLULOSE
dc.subject	CELLULOSIC BIOMASS
dc.subject	CELLULOSIC ETHANOL
dc.subject	CHARCOAL
dc.subject	CHARCOAL PRODUCTION
dc.subject	CLIMATE BENEFITS
dc.subject	CLIMATE CHANGE
dc.subject	CO
dc.subject	COAL
dc.subject	COMBUSTION
dc.subject	CONSUMPTION OF ENERGY
dc.subject	CONVENTIONAL DIESEL
dc.subject	CONVENTIONAL GASOLINE
dc.subject	CONVERSION PROCESS
dc.subject	CORN
dc.subject	CORN ETHANOL
dc.subject	CORN PRODUCTION
dc.subject	COST OF ENERGY
dc.subject	CROP RESIDUES
dc.subject	CRUDE OIL
dc.subject	DEFORESTATION
dc.subject	DEMAND FOR HEAT
dc.subject	DIESEL
dc.subject	DISTRIBUTION LOSSES
dc.subject	DUNG
dc.subject	EFFICIENCY OF ENERGY PRODUCTION
dc.subject	ELECTRICITY
dc.subject	ELECTRICITY CAPACITY
dc.subject	ELECTRICITY GENERATION
dc.subject	ELECTRICITY PRODUCTION
dc.subject	EMISSION
dc.subject	EMISSIONS
dc.subject	EMISSIONS REDUCTIONS
dc.subject	EMPLOYMENT
dc.subject	ENERGY CONSUMPTION
dc.subject	ENERGY CROP
dc.subject	ENERGY CROPS
dc.subject	ENERGY DEMAND
dc.subject	ENERGY EFFICIENCY
dc.subject	ENERGY GENERATION
dc.subject	ENERGY NEEDS
dc.subject	ENERGY OUTLOOK
dc.subject	ENERGY PRICES
dc.subject	ENERGY PRODUCTION FROM BIOMASS
dc.subject	ENERGY SECURITY
dc.subject	ENERGY SOURCE
dc.subject	ENERGY SOURCES
dc.subject	ENERGY STRATEGIES
dc.subject	ENERGY SYSTEMS
dc.subject	ENERGY USE
dc.subject	ENVIRONMENTAL CONCERNS
dc.subject	ENVIRONMENTAL DEGRADATION
dc.subject	ENVIRONMENTAL IMPACTS
dc.subject	ENVIRONMENTAL MANAGEMENT
dc.subject	ENVIRONMENTAL POLICIES
dc.subject	ENVIRONMENTAL RISKS
dc.subject	ENVIRONMENTAL SUSTAINABILITY
dc.subject	ETHANOL
dc.subject	ETHANOL BLENDING
dc.subject	ETHANOL CONSUMPTION
dc.subject	ETHANOL PRODUCTION
dc.subject	ETHANOL WITH GASOLINE
dc.subject	ETHANOL YIELDS
dc.subject	FEEDSTOCK
dc.subject	FEEDSTOCK PRICES
dc.subject	FEEDSTOCKS
dc.subject	FEEDSTOCKS FOR ETHANOL PRODUCTION
dc.subject	FIRST-GENERATION FUELS
dc.subject	FOOD CROPS
dc.subject	FOSSIL
dc.subject	FOSSIL ENERGY
dc.subject	FOSSIL FUEL
dc.subject	FOSSIL FUEL PRICES
dc.subject	FOSSIL FUEL USE
dc.subject	FOSSIL FUELS
dc.subject	FUEL
dc.subject	FUEL COSTS
dc.subject	FUEL ETHANOL
dc.subject	FUEL PRODUCTION
dc.subject	FUELS
dc.subject	GAS
dc.subject	GASIFICATION
dc.subject	GASIFICATION TECHNOLOGY
dc.subject	GASOLINE
dc.subject	GENERATION
dc.subject	GEOTHERMAL
dc.subject	GLOBAL ENERGY DEMAND
dc.subject	GLOBAL WARMING
dc.subject	GREENHOUSE GAS
dc.subject	GREENHOUSE GAS EMISSION
dc.subject	GREENHOUSE GAS EMISSION REDUCTIONS
dc.subject	GREENHOUSE GAS EMISSIONS
dc.subject	GREENHOUSE GAS REDUCTIONS
dc.subject	GRID APPLICATIONS
dc.subject	HEAT
dc.subject	HEAT PRODUCTION
dc.subject	HEAT PUMPS
dc.subject	HEATING SYSTEMS
dc.subject	HEMICELLULOSE
dc.subject	HYDROPOWER
dc.subject	JATROPHA
dc.subject	KILOWATT HOUR
dc.subject	LIGNIN
dc.subject	LIQUID BIOFUEL
dc.subject	LIQUID BIOFUELS
dc.subject	LIQUID FUEL
dc.subject	LIQUID FUELS
dc.subject	MAIZE
dc.subject	METHANE
dc.subject	MICROALGAE
dc.subject	NATURAL GAS
dc.subject	NATURAL RESOURCE
dc.subject	NATURAL RESOURCE MANAGEMENT
dc.subject	NET ENERGY BALANCE
dc.subject	NITROGEN
dc.subject	NITROGEN FERTILIZER
dc.subject	NITROUS OXIDE EMISSIONS
dc.subject	NONRENEWABLE ENERGY
dc.subject	NUCLEAR FUEL
dc.subject	NUCLEAR POWER
dc.subject	OIL
dc.subject	OIL CONSUMPTION
dc.subject	OIL EQUIVALENT
dc.subject	OIL EXPORTERS
dc.subject	OIL EXPORTS
dc.subject	OIL FEEDSTOCKS
dc.subject	OIL PRICES
dc.subject	OIL PRODUCTION
dc.subject	OIL RESOURCES
dc.subject	OIL SEED
dc.subject	OIL SEEDS
dc.subject	OIL SUPPLY
dc.subject	PELLETS
dc.subject	PETROLEUM
dc.subject	PETROLEUM GAS
dc.subject	PETROLEUM PRODUCTS
dc.subject	POLLUTION
dc.subject	POWER
dc.subject	POWER GENERATION
dc.subject	POWER PRODUCTION
dc.subject	POWER STATIONS
dc.subject	PRIMARY ENERGY
dc.subject	PRIMARY ENERGY SUPPLY
dc.subject	PRIMARY FEEDSTOCK
dc.subject	PRODUCTION OF ELECTRICITY
dc.subject	PYROLYSIS
dc.subject	QUANTITY OF FUEL
dc.subject	RAPESEED
dc.subject	RAPESEED OIL
dc.subject	RAW SUGAR
dc.subject	REDUCING ENERGY USE
dc.subject	RENEWABLE ENERGIES
dc.subject	RENEWABLE ENERGY
dc.subject	RENEWABLE ENERGY DEVELOPMENT
dc.subject	RENEWABLE ENERGY POLICY
dc.subject	RENEWABLE ENERGY PRODUCTION
dc.subject	RENEWABLE FUELS
dc.subject	RENEWABLE TECHNOLOGIES
dc.subject	RICE HUSKS
dc.subject	RURAL AREAS
dc.subject	SLURRIES
dc.subject	SODIUM HYDROXIDE
dc.subject	SOLAR POWER
dc.subject	SOLAR THERMAL
dc.subject	SOLID BIOMASS
dc.subject	SOLID BIOMASS FUELS
dc.subject	SOLID FUELS
dc.subject	SORGHUM
dc.subject	SOURCE OF ENERGY
dc.subject	SOY OIL
dc.subject	SOYBEAN MEAL
dc.subject	SOYBEAN OIL
dc.subject	SOYBEAN PRODUCTION
dc.subject	SUGAR CANE
dc.subject	SUGARCANE
dc.subject	SUGARCANE CULTIVATION
dc.subject	SUGARCANE PRODUCTION
dc.subject	SUGARS
dc.subject	SUSTAINABLE ENERGY
dc.subject	SUSTAINABLE USE
dc.subject	TAX INCENTIVE
dc.subject	TAX INCENTIVES
dc.subject	TERTIARY BUTYL ETHER
dc.subject	TIDAL POWER
dc.subject	TRADITIONAL BIOMASS
dc.subject	TRADITIONAL FUELS
dc.subject	VEHICLES
dc.subject	WASTE HEAT
dc.subject	WASTE PRODUCTS
dc.subject	WATER HEATING
dc.subject	WATER MANAGEMENT
dc.subject	WIND
dc.subject	WIND POWER
dc.subject	WOOD
dc.subject	WOOD BIOMASS
dc.subject	WOOD CHIPS
dc.subject	WOOD PELLETS
dc.subject	WOOD RESIDUES
dc.subject	WOOD WASTE
dc.title	Bioenergy Development : Issues and Impacts for Poverty and Natural Resource Management
dc.type	Publications & Research :: Publication
dc.type	Publications & Research :: Publication

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