Authors
WENDELIN WERHAHN‐MEES, Taru Palosuo, JORDI GARCIA‐GONZALO, Dominik Röser, Marcus Lindner
Publication date
2011/4
Journal
Gcb Bioenergy
Volume
3
Issue
2
Pages
91-106
Publisher
Blackwell Publishing Ltd
Description
Changing forest management practices towards more intensive biomass utilization for energy purposes will affect the sustainability of resource management. The Tool for Sustainability Impact Assessment was applied to evaluate the environmental, social, and economic sustainability impacts of the stepwise increased extraction of forest biomass of three typical Scandinavian Scots pine bioenergy production chains (BPCs). The assessed sources of the woody biomass were pellets as a by‐product of the sawmilling industry, wood chips deriving from early whole‐tree harvesting, and residues from final cuttings. Three commercially practiced BPCs were compared. By the additional extraction of biomass for heat production, the employment increased by 0.6 person‐years 1000 m−3 solid wood chips, while there was a decrease in the costs and greenhouse gases emitted per unit of heat consumed. Furthermore this …
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