Norwegian mountain forests represent interesting sources of wood biomass for bioenergy. This case study gives a life cycle assessment of the greenhouse gas (GHG) emissions and costs of forest management, harvest and transport operations in the mountainous areas of Hedmark and Oppland
counties in Norway. Low-intensity forest management characterizes the study sites. The study shows that transportation to the terminal is the operation with the highest GHG impacts in the examined supply chain and that the bundling of forest residues has the highest financial cost. The mountain
forest system analyzed emits 17,600 g CO2e per solid cubic meter over bark. Transportation to the terminal accounts for 31% of the emissions and 23% of the costs, while bundling accounts for 25% of the total emissions and 19% of the total costs. The study shows that there is a considerable
quantity of woody biomass available for bioenergy purpose from mountain areas. In the short term, it is possible to integrate harvesting of logging residues in the conventional logging operations. However, it is necessary to improve forest management, logistic and technology for reducing emissions
and operative costs, ensuring the achievement of a sustainable system at the same time.
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greenhouse gas emissions;
life cycle assessment;
Document Type: Research Article
Faculty of Applied Ecology and Agricultural Sciences,Hedmark University College, NO-2480Koppang, Norway
Department of Ecology and Natural resource Management,Norwegian University of Life Sciences, P.O. BOX. 5003NO-1432Ås, Norway
Publication date: 2011-10-01
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