Is land use impact assessment in LCA applicable for forest biomass value chains? Findings from comparison of use of Scandinavian wood, agro-biomass and peat for energy

Keyphrases

• Forest Biomass 100%
• Wood 100%
• Life Cycle Assessment 100%
• Peat 100%
• Agricultural Biomass 100%
• Scandinavian 100%
• Land Use Impact Assessment 100%
• Biomass Value Chain 100%
• Impact Indicators 75%
• Characterization Factor 75%
• Environmental Chemistry 75%
• United Nations Environment Programme 75%
• Environmental Toxicology 75%
• Land Occupation 75%
• Land Transformation 75%
• Forest Bioenergy 50%
• Ecosystem Services 50%
• Assessment Indicators 50%
• Impact Assessment Framework 50%
• Land Use Impacts 50%
• Comparative Case Study 50%
• Management Scenarios 50%
• Life Cycle Impact Assessment 50%
• Ecosystem Biodiversity 50%
• Decision Support 25%
• Forest Management 25%
• Barley 25%
• Sensitivity Analysis 25%
• Global Warming Potential 25%
• Wood Biomass 25%
• Bioenergy 25%
• Environmental Impact 25%
• Forestry 25%
• Forest Land 25%
• Solid Biofuel 25%
• Land Use 25%
• System Boundary 25%
• Time Perspective 25%
• Previous Literature 25%
• Management Options 25%
• Solid Fuel 25%
• Potential Indicators 25%
• Ecological Footprint 25%
• Agro 25%
• Impact Assessment Method 25%
• Rotation Period 25%
• Land Inventory 25%
• Variable Intensity 25%
• Acquisition Phase 25%
• Human Appropriation of Net Primary Production (HANPP) 25%
• Land Use Type 25%
• Land Use Classes 25%
• Midpoint Indicators 25%
• Current Impact 25%
• Inventory Modeling 25%
• Bioenergy Source 25%
• Peat Excavation 25%
• Land Management 25%
• Life Cycle Assessment Methodology 25%
• Proposed Methodology 25%
• Meaningful Difference 25%
• Farm Management Intensity 25%

INIS

• values 100%
• wood 100%
• comparative evaluations 100%
• assessments 100%
• chains 100%
• energy 100%
• biomass 100%
• forests 100%
• life cycle assessment 100%
• land use 100%
• peat 100%
• indicators 72%
• management 36%
• environment 27%
• chemistry 27%
• transformations 27%
• inventories 27%
• united nations 27%
• occupations 27%
• ecosystems 18%
• solids 18%
• life cycle 18%
• biodiversity 18%
• applications 9%
• production 9%
• sensitivity 9%
• modeling 9%
• inclusions 9%
• units 9%
• reliability 9%
• humans 9%
• barley 9%
• global warming 9%
• rotation 9%
• biofuels 9%
• forestry 9%
• environmental impacts 9%
• sensitivity analysis 9%
• solid fuels 9%
• excavation 9%

Earth and Planetary Sciences

• Life Cycle Assessment 100%
• Land Use 100%
• Bioenergy 50%
• United Nations Environment Program 37%
• Land Occupation 37%
• Environmental Toxicology 37%
• Environmental Chemistry 37%
• Ecosystem Service 25%
• Life Cycle 25%
• Land Management 25%
• Assessment Method 12%
• Ecological Footprint 12%
• Global Warming Potential 12%
• Land Use Type 12%
• Net Primary Production 12%
• Forest Management 12%
• Biofuel 12%