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Bioenergy policy in Finland
Satu Helynen
Research output
:
Contribution to journal
›
Article
›
Scientific
›
peer-review
26
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Citations (Scopus)
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INIS
finland
100%
policy
100%
renewable energy sources
83%
peat
83%
industry
66%
energy
50%
electricity
50%
fossil fuels
50%
wood
33%
resources
33%
production
33%
investment
33%
market
33%
demand
33%
carbon dioxide
33%
energy consumption
33%
security
33%
energy supplies
33%
incentives
33%
taxes
33%
wood fuels
33%
values
16%
climates
16%
levels
16%
applications
16%
district heating
16%
processing
16%
residues
16%
biomass
16%
fuels
16%
volume
16%
employment
16%
emission
16%
power plants
16%
heat
16%
forests
16%
nuclear power plants
16%
air pollution abatement
16%
wind
16%
humans
16%
solar energy
16%
heat production
16%
rural areas
16%
climatic change
16%
greenhouse gases
16%
mitigation
16%
harvesting
16%
power production
16%
imports
16%
expenditures
16%
commercialization
16%
deregulation
16%
subsidies
16%
hydroelectric power
16%
fluidized beds
16%
energy policy
16%
industrialized countries
16%
Keyphrases
Finland
100%
Bioenergy Policy
100%
Renewable Energy
83%
Bioenergy
83%
Peat
66%
Fossil Fuels
50%
Security of Supply
33%
Electricity Demand
33%
Combined Heat Power
33%
Fuelwood
33%
Promotion Incentive
33%
Power Plant
16%
Production Volume
16%
Nuclear Power Plant
16%
Solar Energy
16%
Self-sufficiency
16%
Heat Production
16%
Rural Areas
16%
District Heating
16%
Wind Energy
16%
Primary Energy Consumption
16%
Wood Use
16%
Power Production
16%
CO2 Tax
16%
Forest Industry
16%
Energy Market
16%
Baseload Generation
16%
Electricity Consumption
16%
Deregulation
16%
Energy Policy
16%
Local Conditions
16%
Low Energy
16%
Energy Value
16%
Fluidised Bed
16%
Bioresources
16%
Wood Industry
16%
Wood Residues
16%
Emission Allowances Trading
16%
Kyoto
16%
Total Primary Energy Consumption
16%
CO2 Equivalent
16%
Climate Strategies
16%
Developed Countries
16%
Kyoto Protocol
16%
Current Utilization
16%
New Drivers
16%
Peat Harvesting
16%
R&D Investment
16%
National Targets
16%
Energy Crisis
16%
Dissemination Activities
16%
Green Certificates
16%
Investment Subsidy
16%
Local Application
16%
National Promotion
16%
Human-induced Climate Change
16%
R&D Expenditure
16%
Variable Energy
16%
Hydropower Resources
16%
Employment Opportunities
16%
Set-aside Field
16%
Self-security
16%
Greenhouse Gas Emission Reduction
16%
Development Activities
16%
Heat Power Plant
16%
Engineering
Bioenergy
100%
Renewable Energy Source
83%
Fossil Fuel
50%
Electricity Demand
33%
Wood Fuels
33%
Primary Energy Consumption
33%
Solar Energy
16%
Combined Heat and Power Plant
16%
District Heating
16%
Combined Heat and Power Production
16%
Nuclear Power Plant
16%
Baseload
16%
Great Extent
16%
Energy Market
16%
Good Result
16%
Hydroelectric Energy
16%
Production Volume
16%
Core Technology
16%
Industrialized Country
16%
Biomass Resource
16%
Fluidized Bed
16%
Energy Crisis
16%
Climate Change
16%
Electricity Consumption
16%
Energy Policy
16%
Action Plan
16%
Climatic Change
16%
Greenhouse Gas
16%
Calorific Value
16%
Agricultural and Biological Sciences
Bioenergy
100%
Renewable Energy Source
83%
Fossil Fuel
50%
Research and Development
33%
Electric Power Plant
33%
Rural Areas
16%
Wood Processing
16%
Wood Residues
16%
Climate Change
16%
Nuclear Power
16%
Energy Policy
16%
Greenhouse Gas
16%
Fluidised Bed
16%
Wind Power
16%
Solar Energy
16%
Chemical Engineering
Carbon Dioxide
100%
Fluidized Bed
50%