O-08 Simulation of Effective Carbon Sequestration by Promoting of Woody Biomass Utilization from the Upstream to Downstream

Abstract

Material flow and effect of carbon emission of woody products were quantitatively assessed by a combined eco- and social-system model (Biomass Integrated Model or BaIM) under varios forest management scenarios upto 2080. The BaIM consisted of forest growth model, cost calculation model of woody biomass, and assessment of carbon emission reduction. The effective carbon sequestration rate (ESR) is difined and the BaIM assessed to identify the optimal proportion of energy use to construction use through woody biomass considering ESR. Soundness of eco-social system could be achieved by promoting the use of regional woody biomass by a sustainable way that was mentionded from the results of BaIM.